In the world of industrial automation and electrical distribution, safeguarding your machinery from power fluctuations is not just an option; it is an absolute necessity. One of the most reliable solutions on the market is the TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase.

Engineered by Trinity Touch, this specialized device ensures that your 3 phase-3 wire systems operate within safe parameters, protecting expensive equipment from catastrophic electrical failures.

This comprehensive guide explores the features, technical specifications, and application areas of the TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase, helping you understand why it is a staple in modern electrical panels.

What is the TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase?

The TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase is an advanced electrical protection device designed specifically for 3 phase-3 wire networks with a nominal supply voltage of 415 VAC (L-L).

Its primary function is to continuously monitor the supply voltage, ensuring it matches the measured voltage while checking for potentially damaging faults like over-voltage, under-voltage, and phase asymmetries.

Core Protection Features

Investing in the TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase brings multi-layered security to your electrical infrastructure. Its core capabilities include:

• Over-Voltage and Under-Voltage Monitoring: The relay allows for adjustable monitoring levels to perfectly suit your specific equipment thresholds.
• Phase Failure Detection: It actively detects the loss of any phase, preventing single-phasing conditions that can burn out three-phase motors.
• Phase Sequence Monitoring: Ensures that the phases are connected in the correct order, which is vital for the proper rotational direction of pumps and motors.
• Phase Asymmetry Monitoring: Detects imbalances between phases, triggering a response if the asymmetry reaches 60V ± 10V.

Technical Specifications of the TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase

When specifying a component for industrial use, the technical data is what matters most. The TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase offers robust specifications to meet rigorous demands:

Electrical Data

• Supply and Nominal Voltage: Designed for 3 phase-3 wire setups operating at 415 VAC (L-L).
• Operating Voltage Range: Highly flexible, accommodating 220 to 520VAC (L-L).
• Frequency and Power: Operates optimally at 47/63Hz with a maximum power consumption of 50VA.
• Under Voltage Trip Levels: Fully settable between 230 to 390 VAC (L-L).
• Over Voltage Trip Levels: Fully settable between 440 to 520 VAC (L-L).
• Hysteresis and Reset: Features a 10 ± 5V hysteresis, automatically resetting once the fault condition is removed and stabilized.

Timing and Output

• Time Delays: The device features a fixed off-delay of 5s and a selectable on-delay ranging from 0 to 18 Sec.
• Relay Output: Equipped with 2 Change-Over (C/O or DPDT) contacts.
• Contact Rating: Rated for 8A at 250 VAC or 30 VDC (Resistive loads).

LED Indication and Diagnostic Logic

A standout feature of the TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase is its clear visual diagnostic system. The front panel includes dedicated LEDs that communicate operational states instantly:

• Healthy State: The PWR (Power) LED is ON, all fault LEDs are OFF, and the relay is Energised.
• Under Voltage Fault: Both PWR and UV LEDs are ON, causing the relay to De-Energise.
• Over Voltage Fault: Both PWR and OV LEDs are ON, safely De-Energising the relay.
• Phase Reverse: PWR and the Relay LED turn ON, De-Energising the system.
• Phase Asymmetry: The Relay LED will blink while the PWR remains ON, De-Energising the circuit.
• Phase Loss: The PWR LED will blink to indicate a lost phase, keeping the Relay De-Energised.

Mechanical Design and Dimensions

Space in control panels is often at a premium. The TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase is engineered with a compact, DIN-rail mounting profile.

• Dimensions: It boasts a slim module width of 35mm, a height of 65mm, and a depth of 90mm .
• Housing: Encased in a durable Grey housing with an IP20 protection level .
• Weight: Lightweight at approximately 150 gm .
• Connections: Utilizes robust screw connections capable of handling solid conductor cross-sections from 0.2 to 4.0 mm² and stranded sections from 0.2 to 2.5 mm².

Ideal Application Areas

Because of its comprehensive fault detection, the TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase is versatile across numerous industries. Common application areas include :

• Heating, Ventilation & Air Conditioning (HVAC): Protecting compressor motors from phase loss.
• Generators: Ensuring stable voltage output before engaging loads.
• Automation Control: Acting as a primary safeguard in automated manufacturing lines.
• Electrical Distribution: Monitoring main incoming feeds for commercial buildings.
• Lifts and Elevators: Preventing dangerous motor reversals by monitoring phase sequence.
• Pumping, Irrigation, and Piping: Protecting submersible pumps from dry-running or under-voltage strains.

To help you build out a highly optimized, comprehensive product page that ranks well, I have generated additional SEO-focused content blocks. Since search engines favor structured data and direct answers to user queries, adding an FAQ Section and an Application & Installation Guide is one of the best ways to naturally increase the keyword density for the TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase while providing genuine value to the reader.

Frequently Asked Questions

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Q: What is the primary function of the TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase?

A: The TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase is designed to provide over-voltage and under-voltage monitoring, phase failure detection, and phase sequence and asymmetry monitoring for 3 phase-3 wire systems .

Q: What is the operating voltage range for this relay?

A: The TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase has a nominal voltage of 415 VAC (L-L) and an operating voltage range of 220 to 520VAC (L-L).

Q: Does it protect against phase asymmetry?

A: Yes, the TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase includes phase asymmetry monitoring, triggering at 60V ± 10V.

Q: What kind of output contacts does the relay have? A: This model features a 2 C/O (DPDT) relay output. The contact rating is 8A at 250 VAC or 30 VDC for resistive loads.

Q: How is the TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase mounted? A: It is designed for standard DIN-rail mounting. The compact housing has a module width of 35mm, making it highly space-efficient inside control panels .

Application & Installation Data Block

Use this section to target secondary keywords related to industries and installation specs.

Where to Use the TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase

Thanks to its robust CE and RoHS certifications (compiled as per IEC 61000 and IEC 60068 standards), the TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase is versatile enough for critical industrial environments . Key application areas include :

• HVAC Systems: Heating, ventilation, and air conditioning equipment.
• Power Generation: Generator sets.
• Industrial Automation: Automation control systems.
• Infrastructure: Electrical distribution, lifts, and elevators .
• Fluid Management: Pumping, irrigation, and piping networks.

Installation Specifications

Installing the TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase is straightforward for qualified technicians.

• Connection Type: It utilizes secure screw connections.
• Conductor Cross-Section: Supports solid wires from Min/Max 0.2 to 4.0 mm² and stranded wires from Min/Max 0.2 to 2.5 mm².
• Tightening Torque: Recommended between 0.5 and 0.6 Nm.
• Dimensions & Environment: The grey housing measures 35mm (W) x 65mm (H) x 90mm (D) and can safely operate in ambient temperatures ranging from 0 to 50°C with non-condensing humidity between 25% to 85% .

Here is the fully formatted, SEO-structured content. You can simply highlight the text below, copy it, and paste it directly into the visual editor of your website CMS (like WordPress or Shopify). It is structured with proper Heading 1, Heading 2, and bullet points to ensure perfect scannability for your customers and for search engines.

Complete Technical Guide: TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase

In the highly demanding world of industrial electrical distribution, safeguarding machinery against unpredictable power fluctuations is critical. The TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase stands out as a premier solution for these challenges. Engineered by Trinity Touch, this advanced component is purpose-built to deliver unwavering protection for 3 phase-3 wire electrical setups.

Core Protection Capabilities

The fundamental purpose of the TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase is to provide multi-tiered security through continuous, real-time electrical monitoring. Key protective functions include:

• Under-Voltage and Over-Voltage Monitoring: The device features adjustable thresholds to detect and respond to dangerous voltage spikes or drops.
• Phase Failure Detection: It proactively identifies the loss of a phase, preventing motors from running under destructive single-phasing conditions.
• Phase Sequence Monitoring: Ensures that phases are wired in the correct sequence.
• Phase Asymmetry Monitoring: The relay monitors for imbalances between phases, triggering protective measures if asymmetry reaches 60V ± 10V.

Electrical and Operational Specifications

• Supply and Nominal Voltage: Operates efficiently at a nominal voltage of 415 VAC (L-L) for 3 phase-3 wire systems.
• Operating Voltage Range: Highly adaptable with an operating range spanning from 220 to 520VAC (L-L).
• Frequency and Power: Designed for standard 47/63Hz frequencies with a maximum power consumption of 50VA.
• Under Voltage Trip Levels: Highly customizable, allowing operators to set trip levels between 230 to 390 VAC (L-L).
• Over Voltage Trip Levels: Offers adjustable upper limits between 440 to 520 VAC (L-L).
• Hysteresis and Recovery: Features a built-in hysteresis of 10 ± 5V, resetting automatically after the fault is removed.
• Time Delays: Built with a fixed off-delay of 5 seconds, alongside a selectable on-delay ranging from 0 to 18 seconds.
• Time Accuracy: The timing accuracy is maintained at ±5% ±100ms.

Output Contacts and Connection Data

• Relay Output: The unit provides 2 Change-Over (C/O or DPDT) contacts.
• Contact Rating: Rated to handle 8A at 250 VAC or 30 VDC for resistive loads.
• Connection Methodology: Features secure screw connections with a tightening torque requirement of 0.5-0.6 Nm.
• Wiring Capacity: The terminals safely accommodate solid conductor cross-sections from Min/Max 0.2/4.0 mm², as well as stranded conductors from Min/Max 0.2/2.5 mm².
• Voltage and Current Capacity: Boasts a nominal current carrying capacity of 24A and a rated voltage capacity of 400 V.

Intelligent LED Diagnostic System

The TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase features an intuitive front-panel LED interface to instantly communicate fault states:

• Healthy State: The PWR LED is ON, all fault LEDs are OFF, and the relay remains Energised.
• Under Voltage Alert: The PWR and UV LEDs are ON, triggering the relay to De-Energise.
• Over Voltage Alert: The PWR and OV LEDs are ON, successfully De-Energising the relay.
• Phase Reverse Fault: The PWR LED is ON, the Phase Rev./Asymmetry LED is ON, and the relay is De-Energised.
• Phase Asymmetry Fault: The PWR LED is ON, but the Phase Rev./Asymmetry LED blinks, causing the relay to De-Energise.
• Phase Loss Fault: The PWR LED blinks continuously, all other LEDs remain OFF, and the relay is De-Energised.

Mechanical Dimensions and Environmental Durability

• Physical Dimensions: The compact grey housing features a module width of 35mm, a height of 65mm, and a depth of 90mm .
• Weight: Exceptionally lightweight at approximately 150 gm .
• Protection Rating and Mounting: Enclosed to an IP20 protection level and designed specifically for DIN Rail mounting .
• Temperature Tolerance: Rated for an ambient operating temperature of 0 to 50°C, and can be stored safely in conditions ranging from -20 to 70°C .
• Humidity Resilience: Operates effectively in non-condensing humidity levels between 25% to 85% .

Applications and Certifications

The TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase from Trinity Touch is CE and RoHS certified, compiled in accordance with IEC 61000 and IEC 60068 standards . Key application areas include :

• HVAC: Heating ventilation & Air conditioning setups.
• Generators: Monitoring incoming and outgoing generator power.
• Automation Control: Acting as a critical safeguard for machinery.
• Electrical Distribution: Securing main commercial power feeds.
• Lifts and Elevators: Preventing phase-related mechanical failures.
• Fluid Systems: Pumping, Irrigation, and Piping operations.

Sourcing and Distribution

Rujuta Corporation

• Address: 14, Tawawala Building, 36, Pathakwadi, Lohar Chawl, Mumbai-2.
• Call: 9082463426 / 9820825440 / 9769789105.
• Mail: rujutaent@gmail.com.

Certifications and Sourcing

When integrating the TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase into your projects, compliance is guaranteed. The device is CE and RoHS certified, compiled as per strict IEC 61000 and IEC 60068 standards .

For procurement in the Indian market, this reliable Trinity Touch product (Article Number: 011716862) is distributed by authorized suppliers like Rujuta Corporation, located at Tawawala Building, Pathakwadi, Lohar Chawl, Mumbai.

Conclusion

Choosing the right protective components defines the longevity and safety of your electrical systems. The TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase delivers exceptional, adjustable protection against the most common electrical faults.

By integrating the TT35-A415-2S-3P3W Voltage Monitoring Relays Three Phase into your panels, you ensure operational efficiency, reduce downtime, and protect your critical infrastructure.

• In the world of industrial automation and electrical distribution, safeguarding your machinery from power fluctuations is not just an option; it is an absolute necessity. One of the most reliable solutions on the market is the TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase.
• Engineered by Trinity Touch, this specialized device ensures that your 3-phase, 4-wire systems operate within safe parameters, protecting expensive equipment from catastrophic electrical failures.
• This comprehensive guide explores the features, technical specifications, and application areas of the TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase, helping you understand why it is a staple in modern electrical panels.

What is the TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase?

• The TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase is an advanced electrical protection device designed specifically for 3-phase, 4-wire networks with a nominal supply voltage of 240VAC (L-N).
• Its primary function is to continuously monitor the supply voltage, ensuring it matches the measured voltage while checking for potentially damaging faults like over-voltage, under-voltage, and phase asymmetries.

Core Protection Features

Investing in the TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase brings multi-layered security to your electrical infrastructure. Its core capabilities include:

• Over-Voltage and Under-Voltage Monitoring: The relay allows for adjustable monitoring levels to perfectly suit your specific equipment thresholds.

• Phase Failure Detection: It actively detects the loss of any phase, preventing single-phasing conditions that can burn out three-phase motors.

• Phase Sequence Monitoring: Ensures that the phases are connected in the correct order, which is vital for the proper rotational direction of pumps and motors.

• Phase Asymmetry Monitoring: Detects imbalances between phases, triggering a response if the asymmetry reaches 60V\pm10V.

Technical Specifications of the TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase

When specifying a component for industrial use, the technical data is what matters most. The TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase offers robust specifications to meet rigorous demands:

Electrical Data

• Supply and Nominal Voltage: Designed for 3-phase 4-wire setups operating at 240VAC (L-N).

• Operating Voltage Range: Highly flexible, accommodating 120 to 330VAC (L-N).

• Frequency and Power: Operates optimally at 47/63Hz with a maximum power consumption of 50VA.

• Under Voltage Trip Levels: Fully settable between 130 to 210 VAC (L-N) +-5V.

• Over Voltage Trip Levels: Fully settable between 250 to 330 VAC (L-N) +-5V.

• Hysteresis and Reset: Features a $10\pm5V hysteresis, automatically resetting once the fault condition is removed and stabilized.

Timing and Output

• Time Delays: The device features a fixed off-delay of 5 seconds and a selectable on-delay ranging from 0 to 18 seconds.

• Relay Output: Equipped with 2 Change-Over (C/O or DPDT) contacts.

• Contact Rating: Rated for 8A at 250 VAC or 30 VDC (Resistive loads).

LED Indication and Diagnostic Logic

A standout feature of the TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase is its clear visual diagnostic system. The front panel includes dedicated LEDs that communicate operational states instantly:

• Healthy State: The PWR (Power) LED is ON, all fault LEDs are OFF, and the relay is Energised.

• Under Voltage Fault: Both PWR and UV LEDs are ON, causing the relay to De-Energise.

• Over Voltage Fault: Both PWR and OV LEDs are ON, safely De-Energising the relay.

• Phase Reverse: PWR and the Relay LED turn ON, De-Energising the system.

• Phase Asymmetry: The Relay LED will blink while the PWR remains ON, De-Energising the circuit.

• Phase Loss: The PWR LED will blink to indicate a lost phase, keeping the Relay De-Energised.

Mechanical Design and Dimensions

Space in control panels is often at a premium. The TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase is engineered with a compact, DIN-rail mounting profile.

• Dimensions: It boasts a slim module width of 35mm, a height of 65mm, and a depth of 90mm.

• Housing: Encased in a durable Grey housing with an IP20 protection level.

• Weight: Lightweight at approximately 150 grams.

• Connections: Utilizes robust screw connections capable of handling solid conductor cross-sections from 0.2 to 4.0 mm² and stranded sections from 0.2 to 2.5 mm².

Ideal Application Areas

Because of its comprehensive fault detection, the TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase is versatile across numerous industries. Common application areas include:

1. Heating, Ventilation & Air Conditioning (HVAC): Protecting compressor motors from phase loss.

2. Generators: Ensuring stable voltage output before engaging loads.

3. Automation Control: Acting as a primary safeguard in automated manufacturing lines

4. Electrical Distribution: Monitoring main incoming feeds for commercial buildings.

5. Lifts and Elevators: Preventing dangerous motor reversals by monitoring phase sequence.

6. Pumping, Irrigation, and Piping: Protecting submersible pumps from dry-running or under-voltage strains.

To help you build out a highly optimized, comprehensive product page that ranks well, I have generated additional SEO-focused content blocks. Since search engines favor structured data and direct answers to user queries, adding an FAQ Section and an Application & Installation Guide is one of the best ways to naturally increase the keyword density for the TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase while providing genuine value to the reader.

Frequently Asked Questions

SEO-Optimized FAQ Section (Great for Rich Snippets)

Adding a Frequently Asked Questions section helps capture “People Also Ask” search traffic.

Q: What is the primary function of the TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase?

A: The TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase is designed to provide over-voltage and under-voltage monitoring, phase failure detection, and phase sequence and asymmetry monitoring for 3-phase 4-wire systems.

Q: What is the operating voltage range for this relay?

A: The TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase has a nominal voltage of 240 VAC (L-N) and an operating voltage range of 120 to 330VAC (L-N).

Q: Does it protect against phase asymmetry?

A: Yes, the TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase includes phase asymmetry monitoring, triggering at $60V\pm10V$.

Q: What kind of output contacts does the relay have?

A: This model features a 2 C/O (DPDT) relay output. The contact rating is 8A at 250 VAC or 30 VDC for resistive loads.

Q: How is the TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase mounted?

A: It is designed for standard DIN-rail mounting. The compact housing has a module width of 35mm, making it highly space-efficient inside control panels.

Application & Installation Data Block

Use this section to target secondary keywords related to industries and installation specs.

Where to Use the TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase Thanks to its robust CE and RoHS certifications (compiled as per IEC 61000 and IEC 60068 standards), the TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase is versatile enough for critical industrial environments. Key application areas include:

• HVAC Systems: Heating, ventilation, and air conditioning equipment.
• Power Generation: Generator sets.
• Industrial Automation: Automation control systems.
• Infrastructure: Electrical distribution, lifts, and elevators.
• Fluid Management: Pumping, irrigation, and piping networks.

Installation Specifications

Installing the TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase is straightforward for qualified technicians.

• Connection Type: It utilizes secure screw connections.
• Conductor Cross-Section: Supports solid wires from Min/Max 0.2 to 4.0 mm² and stranded wires from Min/Max 0.2 to 2.5 mm².
• Tightening Torque: Recommended between 0.5 and 0.6 Nm.
• Dimensions & Environment: The grey housing measures 35mm (W) x 65mm (H) x 90mm (D) and can safely operate in ambient temperatures ranging from 0 to 50°C with non-condensing humidity between 25% to 85%.

Here is the fully formatted, SEO-structured content. You can simply highlight the text below, copy it, and paste it directly into the visual editor of your website CMS (like WordPress or Shopify). It is structured with proper Heading 1, Heading 2, and bullet points to ensure perfect scannability for your customers and for search engines.

Complete Technical Guide: TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase

In the highly demanding world of industrial electrical distribution, safeguarding machinery against unpredictable power fluctuations is critical. The TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase stands out as a premier solution for these challenges. Engineered by Trinity Touch, this advanced component is purpose-built to deliver unwavering protection for 3-phase, 4-wire electrical setups.

Core Protection Capabilities

The fundamental purpose of the TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase is to provide multi-tiered security through continuous, real-time electrical monitoring. Key protective functions include:

• Under-Voltage and Over-Voltage Monitoring: The device features adjustable thresholds to detect and respond to dangerous voltage spikes or drops.
• Phase Failure Detection: It proactively identifies the loss of a phase, preventing motors from running under destructive single-phasing conditions.
• Phase Sequence Monitoring: Ensures that phases are wired in the correct sequence.
• Phase Asymmetry Monitoring: The relay monitors for imbalances between phases, triggering protective measures if asymmetry reaches $60V\pm10V$.

Electrical and Operational Specifications

• Supply and Nominal Voltage: Operates efficiently at a nominal voltage of 240 VAC (L-N) for 3 phase-4 wire systems.
• Operating Voltage Range: Highly adaptable with an operating range spanning from 120 to 330VAC (L-N).
• Frequency and Power: Designed for standard 47/63Hz frequencies with a maximum power consumption of 50VA.
• Under Voltage Trip Levels: Highly customizable, allowing operators to set trip levels between 130 to 210 VAC (L-N) $\pm5V$.
• Over Voltage Trip Levels: Offers adjustable upper limits between 250 to 330 VAC (L-N) $\pm5V$.
• Hysteresis and Recovery: Features a built-in hysteresis of $10\pm5V$, resetting automatically after the fault is removed.
• Time Delays: Built with a fixed off-delay of 5 seconds, alongside a selectable on-delay ranging from 0 to 18 seconds.
• Time Accuracy: The timing accuracy is maintained at $\pm5\%$ $\pm100ms$.

Output Contacts and Connection Data

• Relay Output: The unit provides 2 Change-Over (C/O or DPDT) contacts.
• Contact Rating: Rated to handle 8A at 250 VAC or 30 VDC for resistive loads.
• Connection Methodology: Features secure screw connections with a tightening torque requirement of 0.5-0.6 Nm.
• Wiring Capacity: The terminals safely accommodate solid conductor cross-sections from Min/Max $0.2/4.0~mm^{2}$, as well as stranded conductors from Min/Max 0.2/2.5 mm².
• Voltage and Current Capacity: Boasts a nominal current carrying capacity of 24A and a rated voltage capacity of 400 V.

Intelligent LED Diagnostic System

The TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase features an intuitive front-panel LED interface to instantly communicate fault states:

• Healthy State: The PWR LED is ON, all fault LEDs are OFF, and the relay remains Energised.
• Under Voltage Alert: The PWR and UV LEDs are ON, triggering the relay to De-Energise.
• Over Voltage Alert: The PWR and OV LEDs are ON, successfully De-Energising the relay.
• Phase Reverse Fault: The PWR LED is ON, the Phase Rev./Asymmetry LED is ON, and the relay is De-Energised.
• Phase Asymmetry Fault: The PWR LED is ON, but the Phase Rev./Asymmetry LED blinks, causing the relay to De-Energise.
• Phase Loss Fault: The PWR LED blinks continuously, all other LEDs remain OFF, and the relay is De-Energised.

Mechanical Dimensions and Environmental Durability

• Physical Dimensions: The compact grey housing features a module width of 35mm, a height of 65mm, and a depth of 90mm.
• Weight: Exceptionally lightweight at approximately 150 grams.
• Protection Rating and Mounting: Enclosed to an IP20 protection level and designed specifically for DIN Rail mounting.
• Temperature Tolerance: Rated for an ambient operating temperature of 0 to 50°C, and can be stored safely in conditions ranging from -20 to 70°C.
• Humidity Resilience: Operates effectively in non-condensing humidity levels between 25% to 85%.

Applications and Certifications

The TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase Trinity Touch is CE and RoHS certified, compiled in accordance with IEC 61000 and IEC 60068 standards. Key application areas include:

• HVAC: Heating ventilation & Air conditioning setups.
• Generators: Monitoring incoming and outgoing generator power.
• Automation Control: Acting as a critical safeguard for machinery.
• Electrical Distribution: Securing main commercial power feeds.
• Lifts and Elevators: Preventing phase-related mechanical failures.
• Fluid Systems: Pumping, Irrigation, and Piping operations.

Sourcing and Distribution

Rujuta Corporation

• Address: 14, Tawawala Building, 36, Pathakwadi, Lohar Chawl, Mumbai-2.
• Call: 9082463426 / 9820825440 / 9769789105.
• Mail: rujutaent@gmail.com.

Certifications and Sourcing

• When integrating the TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase into your projects, compliance is guaranteed. The device is CE and RoHS certified, compiled as per strict IEC 61000 and IEC 60068 standards.
• For procurement in the Indian market, this reliable Trinity Touch product (Article Number: 011716865) is distributed by authorized suppliers like Rujuta Corporation, located at Tawawala Building, Pathakwadi, Lohar Chawl, Mumbai.

Conclusion

• Choosing the right protective components defines the longevity and safety of your electrical systems.
• The TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase delivers exceptional, adjustable protection against the most common electrical faults.
• By integrating the TT35-A240-2S-3P4W Voltage Monitoring Relay Three Phase into your panels, you ensure operational efficiency, reduce downtime, and protect your critical infrastructure.

Trinity Touch PV Fuse Holder 1000V DC 32A, DIN Rail Mount, Best No#1 in India

Introduction to Trinity Touch Fuse Holder

The Trinity Touch Fuse Holder is a specialized device used to house cylindrical fuse links securely within an electrical circuit. The primary function of the Trinity Touch Fuse Holder is to ensure safe electrical connectivity while allowing easy fuse replacement when required. Unlike standard fuse holders, the Trinity Touch Fuse Holder is specifically designed for DC photovoltaic applications.

The Trinity Touch Fuse Holder offers enhanced dielectric strength and excellent resistance to environmental stress, making it ideal for outdoor solar installations. Engineers and technicians rely on the Trinity Touch Fuse Holder for its precision design and consistent performance.

Key Features of Trinity Touch Fuse Holder

High Voltage Capability

The Trinity Touch Fuse Holder is rated for 1000V DC, making it suitable for high-voltage solar systems. This ensures that the Trinity Touch Fuse Holder can operate safely under demanding electrical conditions.

Strong Current Rating

With a 32A current capacity, the Trinity Touch Fuse Holder is capable of handling continuous current flow efficiently. The Trinity Touch Fuse Holder supports various solar applications, from small installations to large projects.

Flame-Retardant Construction

The Trinity Touch Fuse Holder is manufactured using UL 94 V-0 rated polymer. This ensures that the Trinity Touch Fuse Holder offers excellent resistance to fire hazards, enhancing overall safety.

Finger-Safe Protection

The Trinity Fuse Holder features an IP20 rating, ensuring safe handling during installation and maintenance. The Trinity Fuse Holder minimizes the risk of accidental contact with live parts.

High Short-Circuit Protection

The Trinity Fuse Holder is designed with a short-circuit current rating of 100kA DC. This allows the Trinity Fuse Holder to provide reliable protection during fault conditions.

Easy DIN Rail Mounting

The Trinity Fuse Holder supports standard 35mm DIN rail mounting, making installation simple and efficient. The Trinity Fuse Holder is ideal for panel builders and installers.

Technical Specifications of the Trinity Touch Fuse Holder

To ensure system compatibility, please review the complete specifications for the Trinity Fuse Holder:

• Article Number: The designated part number for this Trinity Fuse Holder is 011709980.

• Rated Voltage: The Trinity Fuse Holder is rated for 1000V DC.

• Rated Current: This specific Trinity Fuse Holder handles 32A DC.

• SCCR: The short circuit current rating for the Trinity Fuse Holder is 100 KA DC.

• Power Dissipation: Expect a maximum of 4W from the Trinity Fuse Holder.

Unique Specifications of Trinity Touch Fuse Holder

The Trinity Fuse Holder is built according to international standards and offers reliable performance.

Electrical Specifications

• Rated Voltage: 1000V DC
• Rated Current: 32A
• Short Circuit Current Rating: 100kA DC

Mechanical Specifications

• Mounting: 35mm DIN Rail
• Fuse Type: 10x38mm gPV
• Terminal Type: Screw terminals

Environmental Specifications

• Operating Temperature: -40°C to 80°C
• IP Rating: IP20

The Trinity Fuse Holder ensures consistent operation even in harsh environmental conditions.

Applications of Trinity Touch Fuse Holder

The Trinity Fuse Holder is widely used across multiple industries due to its reliability and versatility.

Solar PV Systems

The Trinity Fuse Holder is primarily used in photovoltaic systems to protect DC circuits from overcurrent and short circuits.

Solar Combiner Boxes

In combiner boxes, the Trinity Touch Fuse Holder ensures safe management of multiple solar strings.

Industrial Applications

The Trinity Fuse Holder is used in electrical panels and industrial control systems.

Commercial Installations

The Trinity Fuse Holder is suitable for rooftop solar systems and commercial solar projects.

Importance of Trinity Touch Fuse Holder in Solar Systems

The Trinity Fuse Holder plays a crucial role in protecting solar PV systems. When an electrical fault occurs, the fuse inside the Trinity Fuse Holder melts and interrupts the circuit. This prevents damage to solar panels, inverters, and wiring systems.

Without a reliable Trinity Fuse Holder, electrical systems are at risk of overheating and failure. The Trinity Fuse Holder ensures system stability and long-term performance.

Build Quality and Materials

The Trinity Touch Fuse Holder is constructed using high-quality materials to ensure durability.

High-Quality Polymer Body

The Trinity Fuse Holder uses UL94 V-0 polymer for enhanced safety and durability.

मजबूत Terminals

The Trinity Fuse Holder features strong terminals with zinc-plated screws for secure connections.

Durable Design

The Trinity Fuse Holder is designed to withstand extreme environmental conditions.

Installation and Maintenance

Installing the Trinity Fuse Holder is simple and efficient.

Installation Steps

1. Mount the Trinity Fuse Holder on DIN rail
2. Insert the fuse link
3. Connect wires
4. Tighten the terminals

Maintenance Tips

• Inspect the Trinity Fuse Holder regularly
• Replace fuse when required
• Ensure proper connections

Advantages of Trinity Touch Fuse Holder

The Trinity Fuse Holder offers several benefits:

Safety

The Trinity Fuse Holder protects electrical systems from faults.

Reliability

The Trinity Fuse Holder ensures stable and consistent performance.

Durability

The Trinity Fuse Holder is built for long-term use.

Ease of Use

The Trinity Touch Fuse Holder is easy to install and maintain.

Why Choose Trinity Fuse Holder

The Trinity Fuse Holder is a trusted choice for professionals due to its superior quality and performance. The Trinity Touch Fuse Holder meets international standards and provides reliable protection in demanding environments.

Comparison with Other Fuse Holders

The Trinity Fuse Holder offers better safety, higher ratings, and improved durability compared to generic fuse holders.

Buying Guide for Trinity Touch Fuse Holder

When selecting a Trinity Fuse Holder, consider:

• Voltage rating
• Current capacity
• Fuse compatibility

The Trinity Fuse Holder meets all these requirements.

Frequently Asked Questions

What is Trinity Touch Fuse Holder?

The Trinity Fuse Holder is a device used to securely hold and protect fuse links in electrical circuits.

Is it suitable for solar applications?

Yes, the Trinity Fuse Holder is specifically designed for photovoltaic systems.

What fuse size does it support?

The Trinity Fuse Holder supports 10x38mm cylindrical fuse links.

Complete Technical Guide to the Trinity Fuse Holder

The Trinity Fuse Holder is a critical component for modern utility-scale photovoltaic systems. When managing high-voltage DC currents, selecting the right protective devices is essential. The Trinity Fuse Holder (Series: TT10PVFH32) is engineered specifically for these demanding solar environments.

Why Choose the Trinity Fuse Holder?

Engineers and procurement managers globally trust the Trinity Fuse Holder because it combines robust construction with uncompromising safety standards for complex electrical grids.

Finger-Safe Operation

Safety during routine maintenance cannot be overstated. The Trinity Touch Fuse Holder features an IP20 ingress protection rating. This means the Trinity Fuse Holder is completely finger-safe, protecting personnel from accidental contact with live electrical parts.

Premium Material Construction

Every Trinity Fuse Holder is manufactured using a high-performance polymer. Because fire safety is critical, the body of the Trinity Touch Fuse Holder is rated UL94 V-0 for superior flammability resistance. This ensures your Trinity Fuse Holder maintains exceptional durability and dielectric properties under stress.

Technical Specifications of the Trinity Fuse Holder

To ensure system compatibility, please review the complete specifications for the Trinity Fuse Holder:

• Article Number: The designated part number for this Trinity Fuse Holder is 011709980.

• Rated Voltage: The Trinity Fuse Holder is rated for 1000V DC.

• Rated Current: This specific Trinity Fuse Holder handles 32A DC.

• SCCR: The short circuit current rating for the Trinity Fuse Holder is 100 KA DC.

• Power Dissipation: Expect a maximum of 4W from the Trinity Fuse Holder.

Fuse Compatibility

The Trinity Touch Fuse Holder is designed exclusively for 10 x 38mm cylindrical gPV fuse links.

Installing the Trinity Touch Fuse Holder

Proper installation of the Trinity Touch Fuse Holder ensures optimal performance and safety for your solar array.

Mounting Instructions

You can easily mount the Trinity Fuse Holder directly onto a standard 35 mm DIN rail. This standard size allows multiple Trinity Touch Fuse Holder units to be arrayed efficiently inside a combiner box or control panel.

Wiring

When wiring the Trinity Fuse Holder, use PV Rated Stranded Copper Wire. The terminal points on the Trinity Fuse Holder accept a wire range of 2.5 to 25 mm² (14-4 AWG). Ensure the M5 connecting screw on the Trinity Fuse Holder is tightened to a torque of 2.5 N-m (22 lb-in).

Certifications

Compliance is mandatory for utility-scale projects. The Trinity Fuse Holder is cULus Listed and CE Marked. Additionally, the Trinity Touch Fuse Holder complies with RoHS, UL 4248-1, UL 4248-19, IEC 60269-1, and IEC 60269-2 standard requirements.

Operating Environment

The Trinity Fuse Holder operates safely in extreme temperatures ranging from -40°C to 80°C with a designated Pollution Degree of III.

Frequently Asked Questions (FAQs)

What is the use of Trinity Touch Fuse Holder?

The Trinity Fuse Holder is used to hold and protect fuses in electrical circuits, especially in solar PV systems.

Is it suitable for solar applications?

Yes, the Trinity Fuse Holder is specifically designed for photovoltaic systems.

What fuse size is supported?

It supports 10x38mm gPV fuse links.

What is the voltage rating?

The Trinity Fuse Holder is rated at 1000V DC.

Conclusion

The Trinity Touch Fuse Holder is a reliable, durable, and high-performance solution for electrical protection in solar PV systems. With advanced safety features, robust construction, and easy installation, the Trinity Fuse Holder stands out as an ideal choice for professionals and businesses.

• In modern electrical systems, maintaining correct phase sequence and phase failure protection is critical for the safety, reliability, and efficiency of equipment.
• The TT22-A415-1S-PSR is a compact yet powerful Phase Sequence Relay designed to meet demanding industrial and commercial electrical monitoring requirements. Manufactured under the trusted Trinity Touch brand, this device delivers dependable phase sequence detection, voltage monitoring, and system protection in a slim, space-saving form factor.
• The TT22-A415-1S-PSR is engineered for applications where three-phase power reliability is non-negotiable. It prevents damage caused by incorrect phase rotation, phase loss, or voltage imbalance—common issues that can lead to motor failure, production downtime, and costly repairs.
• Designed with precision, durability, and ease of installation in mind, this relay is ideal for control panels, automation systems, and electrical distribution boards.

Technical Specification of TT22-A415-1S-PSR:

Article No: 011708396
Model No: TT22-A415-1S-PSR
Product Type: Phase Sequence Relay
Product Model: TT22-A415-1S-PSR
Size: 22.5 mm
Phase Failure Trip: <154VAC
Unbalancing Trip Setting: 30V fixed±10VAC
Nominal Frequency: 50/60H(±10%)
Hysteresis: 6V
Trip Accuracy: ±10V
Control Output: 1S
Power On Delay: 200 msec
Type Of Connection: Screw Connection
Nominal Cuurent Carrying Capacity: 24A
Rated Voltage Capacity: 400V
Connector Cross Section Solid(Minimum / Maximum): 0.2/4.0 mm²
Conductor Cross Section Stranded(Minimum / Maximum): 0.2/2.5 mm²
Tightening Torque: 0.5-0.6Nm
Colour: Grey(Base),Black(Cover)
Dimension W x H x D: 22.5 x 103 x 75.4 mm
Weight: Approx.62 gms(0.163 lbs)
Warranty: 1 year by Manufacturer
Brand: Trinity Touch

Product Overview and Purpose

• The TT22-A415-1S-PSR belongs to the Phase Sequence Relay category and is specifically developed to monitor three-phase power systems up to 400 V. Its primary function is to ensure that the phase sequence remains correct and stable before allowing equipment such as motors, compressors, pumps, and conveyors to operate safely.
• Incorrect phase sequence can cause motors to rotate in the wrong direction, leading to mechanical stress, overheating, and premature failure. The TT22-A415-1S-PSR continuously monitors phase order and prevents system startup if abnormal conditions are detected, making it an essential protective component in electrical systems.

Key Features and Advantages

Unique Features

22.5 mm Size, SPP, 3 Phase 3 Wire, 415VAC, 60V Asymmetry, 1 C/O

Advanced Phase Monitoring Technology

The Phase Sequence Relay TT22-A415-1S-PSR utilizes precise internal circuitry to detect phase sequence errors instantly. This advanced detection capability ensures that connected equipment only operates when the power supply meets the correct phase conditions.

Compact and Space-Saving Design

With a module width of just 17.5 mm, the Phase Sequence Relay TT22-A415-1S-PSR is ideal for modern control panels where space optimization is critical. Despite its compact size, it delivers robust performance comparable to larger relays.

Reliable Electrical Protection

Designed for a rated voltage capacity of up to 400 V and a nominal current carrying capacity of 24 A, the Phase Sequence Relay TT22-A415-1S-PSR ensures stable performance across a wide range of industrial applications.

Applications Across Industries

The Phase Sequence Relay TT22-A415-1S-PSR is widely used in industries where three-phase power systems are essential. These include manufacturing plants, automation systems, HVAC installations, water treatment facilities, elevators, and material handling systems.

In motor control centers, the Phase Sequence Relay TT22-A415-1S-PSR protects motors from reverse rotation and phase failure, ensuring operational safety and reducing maintenance costs. Its ability to detect incorrect phase sequence before equipment startup makes it invaluable in preventing unexpected breakdowns.

Technical Specifications Overview

The Phase Sequence Relay TT22-A415-1S-PSRis built under the General Data classification PSR-17.5 and features a robust grey base housing that blends seamlessly into standard electrical panels.

Key physical dimensions include a module width of 17.5 mm, a height of 60 mm, and a depth of 90 mm. These dimensions make the Phase Sequence Relay TT22-A415-1S-PSReasy to mount on DIN rails without occupying excessive space.

Electrical Performance and Connection Data

Engineered for efficiency and reliability, the Phase Sequence Relay TT22-A415-1S-PSRsupports screw-type connections for secure wiring. The nominal current carrying capacity of 24 A ensures compatibility with a wide range of industrial loads.

The relay accommodates solid conductor cross sections from 0.2 mm² to 4.0 mm² and stranded conductor cross sections from 0.2 mm² to 2.5 mm². With a tightening torque of 0.5–0.6 Nm, the PSR guarantees firm and vibration-resistant connections.

Environmental and Operating Conditions

Designed to perform reliably in diverse environments, the PSR operates efficiently within an ambient temperature range of 0 to 50°C (32 to 122°F). This makes it suitable for both indoor industrial environments and controlled outdoor installations.

For storage, the device withstands temperatures from –20 to 75°C (–4 to 167°F). With an ambient operating humidity tolerance of up to 95% (non-condensing), the PSR is built to endure challenging environmental conditions without compromising performance.

Installation and Wiring Simplicity

The PSR is designed with user-friendly installation in mind. Its screw connection terminals allow quick and secure wiring, reducing installation time and labor costs.

Thanks to its compact profile, the PSR fits seamlessly into crowded control panels, making it ideal for retrofitting existing systems as well as new installations.

Safety and System Protection

Electrical safety is a critical concern in any three-phase system. The TT22-A415-1S-PSR enhances system safety by preventing equipment operation under unsafe phase conditions.

By detecting incorrect phase sequence or phase loss, the TT22-A415-1S-PSR protects motors and connected equipment from electrical and mechanical damage, extending service life and reducing downtime.

Reliability and Long-Term Performance

Manufactured with high-quality components, the PSR is built for long-term reliability. Its durable housing, stable electrical performance, and resistance to environmental stress make it a dependable choice for continuous operation.

The lightweight design, weighing approximately 62 grams (0.163 lbs), adds minimal load to control panels while maintaining structural integrity.

Brand Assurance – Trinity Touch

Trinity Touch is recognized for delivering high-quality electrical control and monitoring solutions. The PSR reflects the brand’s commitment to precision engineering, durability, and user-focused design.

Each unit is manufactured under strict quality standards to ensure consistent performance and customer satisfaction across industrial applications.

Comparison with Conventional Phase Relays

Compared to conventional bulky phase sequence relays, the TT22-A415-1S-PSR offers superior space efficiency without sacrificing functionality. Its slim design, reliable monitoring capabilities, and ease of installation make it a preferred choice for modern electrical systems.

Benefits for Industrial and Commercial Use

The PSR delivers significant operational benefits, including reduced equipment failure, improved safety, and enhanced system reliability.

In industrial settings, it minimizes production downtime caused by phase errors. In commercial installations, the TT22-A415-1S-PSR ensures consistent performance of HVAC systems, elevators, and other critical equipment.

Maintenance and Service Life

With no complex calibration requirements, the PSR requires minimal maintenance. Periodic inspection of wiring connections is sufficient to ensure long-term reliability.

Its robust design and stable performance characteristics contribute to an extended service life, making it a cost-effective investment.

Warranty and Manufacturer Support

The Phase Sequence Relay TT22-A415-1S-PSR is supplied with warranty coverage as per the manufacturer’s terms and conditions. Trinity Touch provides reliable support, ensuring peace of mind for installers, engineers, and end users.

Why Choose This Phase Sequence Relay?

Choosing the Phase Sequence Relay TT22-A415-1S-PSRmeans investing in safety, reliability, and performance. Its advanced monitoring capabilities, compact size, and trusted brand backing make it an ideal solution for modern three-phase power systems.

Conclusion – Smart Protection for Three-Phase Systems

The Phase Sequence Relay TT22-A415-1S-PSR stands out as a dependable Phase Sequence Relay designed for precision, durability, and ease of use. From industrial automation to commercial power systems, it delivers consistent protection against phase sequence errors and voltage issues.

If you are looking for a compact, efficient, and reliable phase monitoring solution, the Phase Sequence Relay TT22-A415-1S-PSR from Trinity Touch is the smart choice for long-term electrical system protection.

Key Features (Bullet Points – Very Important for Shopify)

• Phase sequence and phase failure protection

• Rated voltage up to 400 V

• Slim 17.5 mm DIN rail mounting design

• Nominal current capacity 24A

• Screw terminal connections for secure wiring

• Wide operating temperature range (0 to 50°C)

• Compact, lightweight, and durable housing

• Ideal for motors, pumps, compressors & automation panels

• Manufactured by Trinity Touch

Overview

The TT22-A415-1S-PSR is a high-quality Phase Sequence Relay engineered to ensure safe and reliable operation of three-phase electrical equipment. Designed for industrial and commercial environments, this relay continuously monitors phase sequence and prevents equipment operation during incorrect phase rotation or phase loss.

Incorrect phase sequence can cause reverse motor rotation, mechanical damage, overheating, and unexpected system failures. The TT22-A415-1S-PSR eliminates these risks by providing precise monitoring before system startup.

Applications

This Phase Sequence Relay is suitable for a wide range of applications, including:

• Industrial motor protection

• Control panels and MCC panels

• HVAC systems

• Pumps and compressors

• Conveyors and elevators

• Automation and power distribution systems

Compact & Space-Saving Design

With a module width of just 17.5mm, the TT22-A415-1S-PSR is perfect for modern control panels where space is limited. Despite its compact size, it delivers industrial-grade performance and reliability.

Electrical & Connection Performance

• Rated Voltage Capacity: 400 V

• Nominal Current Capacity: 24A

• Connection Type: Screw Connection

• Solid conductor: 0.2 – 4.0 mm²

• Stranded conductor: 0.2 – 2.5 mm²

• Tightening torque: 0.5 – 0.6 Nm

These specifications ensure stable connections, reduced power loss, and long-term safety.

Environmental Resistance

The TT22-A415-1S-PSR is built to operate reliably in demanding environments:

• Operating Temperature: 0 to 50°C

• Storage Temperature: –20 to 75°C

• Humidity Tolerance: Up to 95% (non-condensing)

This makes it suitable for continuous industrial operation.

Why Choose Trinity Touch?

Trinity Touch is a trusted brand in electrical control and monitoring solutions. The TT22-A415-1S-PSR reflects high manufacturing standards, durability, and precise engineering—making it a reliable choice for long-term system protection.

Frequently Asked Questions (FAQ)

What is the Phase Sequence Relay TT22-A415-1S-PSR?

The TT22-A415-1S-PSR is a phase sequence relay designed to monitor three-phase electrical systems. It protects equipment by detecting incorrect phase sequence, phase loss, and preventing unsafe operation of motors and other loads.

Where is a phase sequence relay commonly used?

This relay is commonly used in motor protection systems, control panels, HVAC units, pumps, compressors, elevators, conveyors, and industrial automation systems where three-phase power reliability is critical.

What voltage rating does this relay support?

The TT22-A415-1S-PSR supports a rated voltage capacity of up to 400 V, making it suitable for most industrial and commercial three-phase applications.

Can this relay protect electric motors?

Yes, this phase sequence relay is ideal for motor protection. It prevents reverse rotation and damage caused by incorrect phase sequence or phase failure.

What is the mounting type of the TT22-A415-1S-PSR?

The relay features a compact DIN rail mounting design with a slim module width of 17.5 mm, allowing easy installation in crowded control panels.

What type of electrical connections does it use?

The TT22-A415-1S-PSR uses screw-type terminals for secure and reliable wiring connections.

What conductor sizes are supported?

• Solid conductors: 0.2 to 4.0 mm²

• Stranded conductors: 0.2 to 2.5 mm²

This ensures compatibility with a wide range of industrial wiring standards.

What is the operating temperature range?

The relay operates reliably in ambient temperatures from 0 to 50°C and can be stored in temperatures ranging from –20 to 75°C.

Is this relay suitable for humid environments?

Yes, it supports ambient operating humidity of up to 95% (non-condensing), making it suitable for industrial environments.

What is the current carrying capacity?

The nominal current carrying capacity of the relay is 24A, ensuring stable performance under normal operating conditions.

How much does the relay weigh?

The Phase Sequence Relay TT22-A415-1S-PSR weighs approximately 62 grams, making it lightweight and easy to handle during installation.

Who manufactures this product?

The Phase Sequence Relay TT22-A415-1S-PSR is manufactured by Trinity Touch, a trusted brand known for quality electrical control and monitoring solutions.

Does the product come with a warranty?

Yes, the product is covered under warranty as per the manufacturer’s terms and conditions.

Our Other Products

Interface Modules

• Our interface range consists of relay modules & passive modules with FRC connectors and D sub connectors from 2 channels to 32 channels.
• Our relay module range consists mainly of standard DC coil relay cards, is also available with options like fuse and indicators.
• This also includes the SSR modules and economy modules. We have also introduced relay module with ultra slim relay to compact the size.

Industrial Controllers

Industrial controllers is a device that is specialized for manufacturing and process control. It supports machine control and can be activated by applying rated power supply across control supply terminals or by giving potential trigger across signal terminals.

DIN Rail Mounted PCB Support

• The compact DIN rail mounted PCB support profile provides a multiple possibilities for the construction of electronics circuits. This enables the user to develop individual practical electronic modules depending on the required module size and the space available.
• The profile can be cut to length and combined with side and foot elements to form a module. The PMP…72 and PMP…108 modules are mounted parallel to the DIN rail.
• A special foot element is used for this. This arrangement is suitable for module lengths of 5-400 cm. The design helps to save space.

Enclosures

• Trinity Touch enclosures provides a comprehensive range of products for energy distribution requirements within industrial applications.
• We have a vast range of standard solutions which have been developed keeping in mind the diverse requirements of the industry and the regular feedback we have received from our customers.
• The standard solutions include a wide variety of junction boxes with terminals block, push Button Stations, surge protection, power distribution assemblies, 3-phase motor starters and power interlock distribution assemblies. We can also offer a wide range of tailor made solutions to meet the key needs of our customers.

Industrial Plug and Sockets

• CEE Industrial plug and sockets from Trinity Touch can do more than simply transfer electricity. They effectively and reliably support you in everyday tasks because they can stand up to the harshest of conditions.
• Regardless of cold, heat, dust, water or pressure/tensile/impact loads in the most diverse conditions under extreme use.

DIN Rails & Accessories

• This series of DIN rail (mounting rails) is for industrial application according to the standard EN 60715 with third generation of Cr3 +Passivation (TDR3-Series) for improved corrosion resistance and SST stability of 350Hrs.
• DIN rails are designed in accordance with the European standard EN 60715 using state of the art production processes to ensure high dimensional accuracy, restricted tolerances and outstanding surface tempering. The DIN rails are available in standard lengths of 1M and 2M or to required lengths* with or without perforation.
• We also offer universal DIN rail cutter. In accordance with IEC 60 947-7-2, DIN rail made of steel may be used as equipotential busbar (PE function), but without PEN function. Our entire range of DIN rails are RoHS & CE compliant.

Wiring Duct (PVC Channel)

Trinity Touch wiring ducts is the product, available in wide range to accommodate wires and cables for the smallest wall mounted panel to larger integrated systems.

Halogen Free Wiring Ducts

• When PVC or other traditional plastics ignite in a fire, they emit corrosive & toxic gases like chlorine. Moreover, these are soluble in moisture, forming hydrochloric acid, which destroy electronics, semiconductors and intrinsic electrical circuits.
• While smoke travels containing toxic element, it can be fatally hazardous to humans if they cannot escape from that area.
• Toxic fumes are not only a serious health risk but also cause serious damage and problems to crucial machinery and intrinsic devices. Halogen free wires and cables are already compulsory in many areas as they are safer.
• In the same way, HF wiring duct is most important within enclosed spaces where the exits are limited such as public transport, hospitals, malls etc.
• What is the use of halogen free cables if the wiring ducts contain dangerous material? For example: Hospitals, Airport Terminals, Concert Halls, Sports Stadiums, Railway Stations, Ships, Offshore Oil and Gas platforms, Multistory Buildings and Nuclear Power.

Electrical Protection

Our fuse is an electrical safety device that has the capability to protect an electric circuit from excessive electric current. It is designed to allow current through the circuit, but in the event that the current exceeds some maximum value it will open, severing the circuit.

Flexible Conduits & Accessories

• Flexible conduit is commonly used for the protection and containment of vulnerable electrical cables, wiring and fiber optics. It is an extremely effective form of cable management, available in a variety of systems, which can cope with a diverse range of environmental factors and operating conditions.
• With a comprehensive stock holding we strive to deliver service excellence to meet our customer demands faster, ensuring you can count on us.

The Cyclic On Off TT22-U240-2S-OO is a premium Cyclic ON-OFF Analog Timer from Trinity Touch, designed for precision control in industrial applications. With its versatile features, compact design, and robust performance, the Cyclic On Off TT22-U240-2S-OO ensures reliable timing for a wide range of automation and control systems. Whether you are managing production lines, controlling machinery, or setting up industrial equipment, this analog timer provides the accuracy and durability you need.

Key Features of Cyclic On Off TT22-U240-2S-OO

• Article No: 011707064
• Model No: Cyclic On Off TT22-U240-2S-OO
• Type: Analog Timer, Cyclic ON-OFF
• Mounting Type: DIN Rail, for easy industrial installation
• Voltage Range: 12 to 240 VAC/DC, 50/60Hz
• Time Range: 0.1 seconds to 30 hours
• Product Specs: Cyclic ON-OFF Timer, 12 to 240VAC/DC, 2 C/O
• Relay Output: SPDT/DPDT
• Current Rating: 5A
• Size: 22.5 mm compact design
• Operation Mode: Independent ON and OFF time settings
• Cyclic Start Options: OFF start or ON start mode
• Usage/Application: Ideal for industrial automation and control systems
• Brand: Trinity Touch
• Warranty: 1 year by Manufacturer

The Cyclic On Off TT22-U240-2S-OO is engineered for precision and versatility. Its cyclic ON-OFF functionality allows it to operate continuously with independently adjustable ON and OFF times. This flexibility makes it perfect for industrial processes requiring repeated cycles with exact timing, such as conveyor systems, heating elements, pumps, or lighting circuits.

Why Choose Cyclic On Off TT22-U240-2S-OO?

1. Wide Voltage Compatibility: Operates seamlessly on 12 to 240 VAC/DC, accommodating various industrial environments.
2. Versatile Timing: Ten selectable time ranges from 0.1 seconds to 30 hours allow customization for any process.
3. Durable Construction: Built to withstand industrial conditions, ensuring long-lasting performance.
4. Compact and Efficient: With a 22.5 mm size, the Cyclic On Off TT22-U240-2S-OO saves panel space without compromising functionality.
5. Reliable Relay Output: Supports SPDT or DPDT outputs for maximum flexibility.
6. Cyclic ON/OFF Start Modes: Offers operational flexibility with either cyclic OFF start or cyclic ON start, depending on process needs.

Technical Specifications

Applications of Cyclic On Off TT22-U240-2S-OO

The Cyclic On Off TT22-U240-2S-OO analog timer is designed for industrial automation and control systems. Some common applications include:

• Conveyor Belt Systems: Ensures precise timing for start-stop cycles.
• Industrial Pumps and Motors: Controls cyclic operations to optimize energy use.
• Lighting Systems: Automates repetitive lighting cycles in factories and warehouses.
• Heating and Cooling Systems: Provides accurate control for thermal processes.
• Packaging and Assembly Lines: Synchronizes equipment with precise ON/OFF cycles.

By using the Cyclic On Off TT22-U240-2S-OO, industries can enhance productivity, reduce manual intervention, and ensure consistent operational timing.

Advantages of Cyclic On Off TT22-U240-2S-OO

• Precision Timing: Adjustable ON and OFF times allow exact control over cyclic operations.
• Flexible Installation: DIN rail mounting ensures compatibility with standard industrial panels.
• Reliable Operation: High-quality SPDT/DPDT relay outputs ensure dependable switching.
• Wide Operational Range: Suitable for low-voltage to high-voltage industrial circuits.
• Long-Lasting Durability: Designed to perform reliably under harsh industrial conditions.
• User-Friendly: Easy setup with clear time range selection and intuitive operation.

How Cyclic On Off TT22-U240-2S-OO Works

The Cyclic On Off TT22-U240-2S-OO operates on a simple yet effective cyclic ON-OFF mechanism. Once powered:

1. The timer starts the cycle according to the selected start mode (ON or OFF).
2. The ON and OFF durations can be independently set within the 0.1-second to 30-hour range.
3. The SPDT/DPDT relay output switches equipment according to the programmed cycle.
4. The cycle repeats continuously, providing reliable and predictable timing for industrial processes.

This simplicity in operation combined with robust engineering makes the Cyclic On Off TT22-U240-2S-OO a trusted choice for industrial automation.

Installation Guide

Installing the Cyclic On Off TT22-U240-2S-OO is straightforward:

1. DIN Rail Mounting: Secure the timer on a standard 22.5 mm DIN rail.
2. Wiring: Connect the input voltage (12–240 VAC/DC) and the output relay terminals (SPDT/DPDT).
3. Set Time: Adjust ON and OFF time settings according to your process requirements.
4. Select Cyclic Start: Choose either OFF start or ON start mode.
5. Power On: Activate the timer and monitor the cyclic operation.

The Cyclic On Off TT22-U240-2S-OO is designed for quick installation with minimal effort, making it ideal for both new setups and retrofitting existing systems.

Why Cyclic On Off TT22-U240-2S-OO Stands Out

The Cyclic On Off TT22-U240-2S-OO is not just another analog timer—it combines flexibility, durability, and industrial-grade precision in one compact device. Unlike standard timers, the Cyclic On Off TT22-U240-2S-OO offers:

• Extensive time range flexibility from 0.1 s to 30 h
• Independent ON and OFF adjustments for tailored cyclic control
• Choice of cyclic ON or OFF start for process optimization
• Compatibility with a wide range of AC/DC voltages (12–240 VAC/DC)

With these features, the Cyclic On Off TT22-U240-2S-OO ensures that industrial processes run smoothly, efficiently, and reliably.

Customer Benefits

• Improved Efficiency: Automates repetitive cycles, reducing human error.
• Enhanced Reliability: High-quality relay output ensures consistent performance.
• Energy Saving: Controls cyclic operation to prevent unnecessary power consumption.
• Versatile Application: Suitable for multiple industrial automation setups.
• Compact Design: Optimizes panel space with a small 22.5 mm footprint.

Frequently Asked Questions (FAQ)

Q1: What is the voltage range of Cyclic On Off TT22-U240-2S-OO?
A1: The Cyclic On Off TT22-U240-2S-OO operates on 12 to 240 VAC/DC, 50/60Hz.

Q2: Can I adjust the ON and OFF times independently?
A2: Yes, the Cyclic On Off TT22-U240-2S-OO allows independent ON and OFF time settings.

Q3: What is the maximum current rating?
A3: The timer supports up to 5A.

Q4: How is it mounted?
A4: The Cyclic On Off TT22-U240-2S-OO mounts easily on a DIN rail.

Q5: What start modes are available?
A5: You can choose cyclic OFF start or cyclic ON start according to your needs.

Conclusion

The Cyclic On Off TT22-U240-2S-OO is a versatile, reliable, and efficient Cyclic ON-OFF Analog Timer perfect for industrial automation. With its wide voltage range, flexible timing options, independent ON/OFF settings, and robust relay outputs, it provides unparalleled control and precision for any industrial process.

Whether for conveyor systems, pumps, heating elements, or lighting circuits, the Cyclic On Off TT22-U240-2S-OO delivers consistent performance, energy efficiency, and durability. Invest in the Cyclic On Off TT22-U240-2S-OO for a smarter, automated, and more reliable industrial operation.

Frequently Asked Questions (FAQ) – TIMER

Q1: What is the TIMER?
A1: The TIMER is a Cyclic ON-OFF Analog Timer from Trinity Touch, designed for industrial automation. It allows precise control of ON and OFF cycles in machinery, pumps, lighting, and other industrial equipment.

Q2: What voltage range does the TIMER support?
A2: The TIMER operates on a wide voltage range from 12 to 240 VAC/DC at 50/60Hz, making it suitable for various industrial setups.

Q3: What is the time range of the TIMER?
A3: This analog timer supports ten selectable time ranges from 0.1 seconds up to 30 hours, offering flexibility for both short and long-duration cyclic operations.

Q4: How do I set the ON and OFF times on the TIMER?
A4: The TIMER features independent ON and OFF time settings. Simply rotate the corresponding adjustment dials to set your desired cycle duration.

Q5: What relay outputs are available on the TIMER?
A5: The timer supports SPDT (Single Pole Double Throw) or DPDT (Double Pole Double Throw) relay outputs, providing versatile switching options for industrial control systems.

Q6: Can the TIMER start with the OFF cycle?
A6: Yes, the TIMER can be configured for cyclic OFF start or cyclic ON start, depending on the operational requirements of your process.

Q7: What is the maximum current the TIMER can handle?
A7: The timer is rated for a maximum current of 5A, making it suitable for most industrial relay switching applications.

Q8: How do I mount the TIMER?
A8: The TIMER is designed for DIN rail mounting, which allows for secure and standardized installation in control panels.

Q9: Is the TIMER suitable for industrial automation?
A9: Absolutely. The TIMER is specifically designed for industrial applications, including conveyor systems, pumps, lighting circuits, heating and cooling systems, and assembly lines.

Q10: What are the main benefits of using TIMER?
A10: Key benefits include:

• Accurate cyclic ON-OFF timing
• Wide voltage compatibility (12–240 VAC/DC)
• Independent ON/OFF settings
• Compact 22.5 mm design
• Reliable SPDT/DPDT relay outputs
• Suitable for a wide range of industrial applications

Q11: How durable is the TIMER?
A11: The TIMER is built with high-quality industrial components, ensuring long-lasting performance even in harsh environments.

Q12: Can the TIMER be used for energy-saving applications?
A12: Yes, by controlling cyclic operations accurately, the TIMER can reduce unnecessary power usage, improving energy efficiency in industrial setups.

Q13: What is the size of the TIMER?
A13: The timer has a compact 22.5 mm size, which saves space in control panels without compromising functionality.

Q14: How do I know if the TIMER is compatible with my system?
A14: Check your system voltage (12–240 VAC/DC) and required relay output type (SPDT/DPDT). If your application requires independent ON/OFF cycles and cyclic operation, the TIMER is compatible.

Q15: Where can I buy the TIMER?
A15: The TIMER is available through authorized Trinity Touch distributors and industrial automation suppliers.

Our Other Products

Interface Modules

• Our interface range consists of relay modules & passive modules with FRC connectors and D sub connectors from 2 channels to 32 channels.
• Our relay module range consists mainly of standard DC coil relay cards, is also available with options like fuse and indicators.
• This also includes the SSR modules and economy modules. We have also introduced relay module with ultra slim relay to compact the size.

Industrial Controllers

Industrial controllers is a device that is specialized for manufacturing and process control. It supports machine control and can be activated by applying rated power supply across control supply terminals or by giving potential trigger across signal terminals.

DIN Rail Mounted PCB Support

• The compact DIN rail mounted PCB support profile provides a multiple possibilities for the construction of electronics circuits. This enables the user to develop individual practical electronic modules depending on the required module size and the space available.
• The profile can be cut to length and combined with side and foot elements to form a module. The PMP…72 and PMP…108 modules are mounted parallel to the DIN rail.
• A special foot element is used for this. This arrangement is suitable for module lengths of 5-400 cm. The design helps to save space.

Enclosures

• Trinity Touch enclosures provides a comprehensive range of products for energy distribution requirements within industrial applications.
• We have a vast range of standard solutions which have been developed keeping in mind the diverse requirements of the industry and the regular feedback we have received from our customers.
• The standard solutions include a wide variety of junction boxes with terminals block, push Button Stations, surge protection, power distribution assemblies, 3-phase motor starters and power interlock distribution assemblies. We can also offer a wide range of tailor made solutions to meet the key needs of our customers.

Industrial Plug and Sockets

• CEE Industrial plug and sockets from Trinity Touch can do more than simply transfer electricity. They effectively and reliably support you in everyday tasks because they can stand up to the harshest of conditions.
• Regardless of cold, heat, dust, water or pressure/tensile/impact loads in the most diverse conditions under extreme use.

DIN Rails & Accessories

• This series of DIN rail (mounting rails) is for industrial application according to the standard EN 60715 with third generation of Cr3 +Passivation (TDR3-Series) for improved corrosion resistance and SST stability of 350Hrs.
• DIN rails are designed in accordance with the European standard EN 60715 using state of the art production processes to ensure high dimensional accuracy, restricted tolerances and outstanding surface tempering. The DIN rails are available in standard lengths of 1M and 2M or to required lengths* with or without perforation.
• We also offer universal DIN rail cutter. In accordance with IEC 60 947-7-2, DIN rail made of steel may be used as equipotential busbar (PE function), but without PEN function. Our entire range of DIN rails are RoHS & CE compliant.

Wiring Duct (PVC Channel)

Trinity Touch wiring ducts is the product, available in wide range to accommodate wires and cables for the smallest wall mounted panel to larger integrated systems.

Halogen Free Wiring Ducts

• When PVC or other traditional plastics ignite in a fire, they emit corrosive & toxic gases like chlorine. Moreover, these are soluble in moisture, forming hydrochloric acid, which destroy electronics, semiconductors and intrinsic electrical circuits.
• While smoke travels containing toxic element, it can be fatally hazardous to humans if they cannot escape from that area.
• Toxic fumes are not only a serious health risk but also cause serious damage and problems to crucial machinery and intrinsic devices. Halogen free wires and cables are already compulsory in many areas as they are safer.
• In the same way, HF wiring duct is most important within enclosed spaces where the exits are limited such as public transport, hospitals, malls etc.
• What is the use of halogen free cables if the wiring ducts contain dangerous material? For example: Hospitals, Airport Terminals, Concert Halls, Sports Stadiums, Railway Stations, Ships, Offshore Oil and Gas platforms, Multistory Buildings and Nuclear Power.

Electrical Protection

Our fuse is an electrical safety device that has the capability to protect an electric circuit from excessive electric current. It is designed to allow current through the circuit, but in the event that the current exceeds some maximum value it will open, severing the circuit.

Flexible Conduits & Accessories

• Flexible conduit is commonly used for the protection and containment of vulnerable electrical cables, wiring and fiber optics. It is an extremely effective form of cable management, available in a variety of systems, which can cope with a diverse range of environmental factors and operating conditions.
• With a comprehensive stock holding we strive to deliver service excellence to meet our customer demands faster, ensuring you can count on us.

• In today’s industrial automation environment, accurate timing control is critical for protecting motors, optimizing energy usage, and ensuring smooth operations. The Star Delta Timer TT22-U240-1S-SD Star Delta Timer from Trinity Touch is engineered to meet these exact requirements with precision and durability.
• Designed for industrial panels where space, reliability, and flexibility matter, this analog timer offers dependable star–delta transition control for a wide range of motor applications.
• Industrial facilities demand components that perform consistently under varying electrical conditions. This is where Star Delta Timer TT22-U240-1S-SD stands out, combining universal supply voltage support with robust construction and user-friendly design. It is a compact yet powerful solution developed to simplify motor starting processes while extending motor life.
• Manufactured under the trusted Trinity Touch brand, this device delivers dependable phase sequence detection, voltage monitoring, and system protection in a slim, space-saving form factor.

Technical Specification of Star Delta Timer TT22-U240-1S-SD:

• Article No: 011707067
• Model No: Star Delta Timer TT22-U240-1S-SD
• Category: STAR DELTA TIMER
• Star delta 2 time range
• LED status indicator : Star relay-Delta relay
• Product Specification: Star Delta Timer, 12 to 240VAC/DC, 2 C/O
• Brand: Trinity Touch
• Product Type: Analog Timer
• Product Model: Star Delta Timer TT22-U240-1S-SD
• Size: 22.5 mm
• Power Supply Voltage: 12 to 240 VAC/DC
• Frequency: 50/60Hz
• Reset Time: Less than 100ms
• Power Consumption: 240 VAC
• Control Output: 1S
• Input Supply Type: Universal Supply Voltage
• Type Of Connection: Screw Connection
• Connector Cross Section Solid(Minimum / Maximum): 0.2/4.0 mm²
• Conductor Cross Section Stranded(Minimum / Maximum): 0.2/2.5 mm²
• Tightening Torque: 0.5-0.6 Nm
• Colour: Grey(Base),Black(Cover)
• Dimension W x H x D: 22.5 x 103 x 75.4 mm
• Weight: Approx.110g
• Warranty: 1 year by Manufacturer

What Makes This Star Delta Timer Different

• The Star Delta Timer TT22-U240-1S-SD belongs to the STAR DELTA TIMER category and is built specifically for applications that require controlled motor startup. Star–delta starters reduce the inrush current during motor start, and this timer ensures the transition between star and delta modes occurs smoothly and accurately every time.
• With a star–delta 2 time range and clear LED status indicators for star relay and delta relay, operators can visually monitor system behavior in real time. The Star Delta Timer TT22-U240-1S-SD ensures predictable switching, minimizing electrical stress on motors and connected equipment.

Brand Trust and Engineering Excellence

• Manufactured by Trinity Touch, a brand recognized for reliable industrial control components, the Star Delta Timer TT22-U240-1S-SD reflects years of engineering expertise.
• Trinity Touch focuses on delivering products that meet global industrial standards, and this timer is no exception.
• Its robust housing, precise timing accuracy, and universal voltage compatibility make it suitable for diverse industrial environments.

Compact Design for Space-Saving Panels

• One of the standout advantages of the timer is its slim 22.5 mm width. Control panels are often crowded, and space optimization is crucial. This compact form factor allows engineers to integrate the timer easily without redesigning existing panels.
• Despite its small size, the timer delivers full functionality, ensuring that performance is never compromised for space.

Universal Power Supply Flexibility

• Industrial installations often face fluctuating or varying power supplies. The timer supports a wide power supply voltage range from 12 to 240 VAC/DC, making it extremely versatile. Whether the application uses AC or DC supply, this timer adapts seamlessly.
• With support for both 50/60Hz frequency, the timer can be deployed across regions without concern for power compatibility, simplifying inventory management and global installations.
• Clear LED Status Indicators
• Operational visibility is essential in industrial environments. The timer is equipped with LED status indicators that clearly display star relay and delta relay operation. These indicators help technicians quickly diagnose system status, reduce troubleshooting time, and improve maintenance efficiency.

Precise Timing and Fast Reset

• Accuracy and responsiveness are critical for star–delta operations.
• The timer features a reset time of less than 100 ms, ensuring rapid recovery and consistent performance even in demanding cycles.
• This fast reset capability enhances system reliability and reduces downtime.

Robust Control Output and Connection Reliability

• The timer comes with a 1S control output, designed for stable and secure operation. Screw connection terminals provide reliable electrical contact, minimizing the risk of loose wiring or signal loss.
• With support for solid conductor cross-sections from 0.2 to 4.0 mm² and stranded conductors from 0.2 to 2.5 mm², the timer accommodates a wide range of wiring configurations. The recommended tightening torque of 0.5–0.6 Nm ensures safe and consistent installation.

Durable Construction and Industrial Aesthetics

Finished in a professional grey base with a black cover, the timer blends seamlessly into industrial control panels. Its sturdy enclosure protects internal components from environmental factors, contributing to long service life.

Weighing approximately 110 grams, the unit is lightweight yet solid, making installation and handling easy for technicians.

Applications Across Industries

The timer is ideal for a wide range of applications, including manufacturing plants, HVAC systems, water treatment facilities, compressors, conveyors, and pumping stations. Any application that relies on three-phase motor control can benefit from the controlled startup provided by this star–delta timer.

Energy Efficiency and Motor Protection

By controlling the transition from star to delta operation, the Star Delta Timer TT22-U240-1S-SD helps reduce starting current and mechanical stress on motors. This not only improves energy efficiency but also significantly extends motor lifespan, reducing maintenance costs and unexpected failures.

Safety and Operational Stability

Electrical safety is a priority in industrial systems. The Star Delta Timer TT22-U240-1S-SD supports stable operation under varying voltage conditions, helping prevent electrical faults caused by improper motor startup. Its reliable timing mechanism ensures that motors reach appropriate speed before switching modes.

Easy Installation and Maintenance

Designed with installers in mind, the timer offers straightforward screw connections and clear labeling. Maintenance teams benefit from the LED indicators and quick reset time, which simplify diagnostics and reduce system downtime.

Compatibility with Modern Control Panels

The timer integrates smoothly with modern automation systems. Its analog timer design ensures compatibility with traditional control logic while still meeting current industrial standards.

Consistent Performance in Harsh Environments

Industrial conditions can be demanding, but the timeris built to perform reliably. From temperature variations to continuous operation cycles, this timer maintains consistent accuracy and dependable switching behavior.

Cost-Effective Long-Term Solution

Investing in the timer means investing in reduced downtime, lower maintenance costs, and extended motor life. Its durable construction and reliable performance translate into long-term savings for industrial operators.

Why Choose Trinity Touch

Trinity Touch products are known for quality, reliability, and performance. The timer exemplifies this commitment, offering a balance of advanced features and practical design that meets real-world industrial needs.

Ideal for New Installations and Retrofits

Whether you are designing a new control panel or upgrading an existing system, the Star Delta Timer TT22-U240-1S-SD is an excellent choice. Its universal voltage input and compact size make it suitable for both new installations and retrofit projects.

Technical Precision You Can Rely On

From its precise timing range to its fast reset response, the Star Delta Timer TT22-U240-1S-SD delivers technical performance that engineers can trust. Every component is designed to ensure accuracy and stability in motor control operations.

Enhancing Operational Efficiency

By ensuring smooth motor startup and transition, the Star Delta Timer TT22-U240-1S-SD contributes to overall system efficiency. Reduced electrical stress means fewer interruptions, smoother workflows, and improved productivity.

Designed for Global Industrial Standards

With universal supply voltage and frequency support, the Star Delta Timer TT22-U240-1S-SD aligns with global industrial requirements. This makes it a versatile solution for multinational projects and export-oriented installations.

Buying Guide Insight

When selecting a star–delta timer, factors such as voltage range, size, reliability, and ease of installation are critical. The Star Delta Timer TT22-U240-1S-SD meets all these criteria, making it a dependable choice for engineers and procurement teams alike.

Warranty and Manufacturer Support

The Star Delta Timer TT22-U240-1S-SD comes with warranty coverage as per the manufacturer’s terms and conditions. Trinity Touch provides dependable support, ensuring peace of mind and confidence in your investment.

Frequently Asked Question

Q: Is the Star Delta Timer TT22-U240-1S-SD suitable for different voltage environments?
Yes, the Star Delta Timer TT22-U240-1S-SD supports a wide universal supply voltage range from 12 to 240 VAC/DC, making it adaptable to various industrial power systems.

Final Summary

In summary, the Star Delta Timer TT22-U240-1S-SD is a compact, reliable, and efficient star–delta timer designed for modern industrial motor control. Its precise timing, universal voltage compatibility, and durable construction make it a valuable component in any control panel.

By choosing the Star Delta Timer TT22-U240-1S-SD, industries benefit from improved motor protection, enhanced energy efficiency, and long-term operational reliability.

Frequently Asked Questions (FAQ)

1. What is the Star Delta Timer TT22-U240-1S-SD used for?

The Star Delta Timer TT22-U240-1S-SD is a star delta timer used to control the starting sequence of three-phase induction motors. It reduces starting current and mechanical stress by automatically switching the motor from star connection to delta connection after a preset time.

2. Which industries commonly use the Star Delta Timer TT22-U240-1S-SD?

The Star Delta Timer TT22-U240-1S-SD is widely used in manufacturing plants, HVAC systems, water treatment plants, pumping stations, compressors, conveyors, and other industrial motor control applications.

3. What type of power supply does the Star Delta Timer TT22-U240-1S-SD support?

The Star Delta Timer TT22-U240-1S-SD supports a universal power supply voltage ranging from 12 to 240 VAC/DC, making it suitable for multiple electrical environments without additional converters.

4. Is the Star Delta Timer TT22-U240-1S-SD compatible with both AC and DC supply?

Yes, the Star Delta Timer TT22-U240-1S-SD is compatible with both AC and DC power supplies within the specified voltage range, offering excellent flexibility for industrial installations.

5. What is the frequency range of the Star Delta Timer TT22-U240-1S-SD?

The Star Delta Timer TT22-U240-1S-SD operates efficiently at 50/60 Hz, ensuring reliable performance across different regions and power standards.

6. Does the Star Delta Timer TT22-U240-1S-SD provide visual status indication?

Yes, the Star Delta Timer TT22-U240-1S-SD features LED status indicators for both the star relay and delta relay, allowing easy monitoring and faster troubleshooting.

7. What is the reset time of the Star Delta Timer TT22-U240-1S-SD?

The Star Delta Timer TT22-U240-1S-SD has a fast reset time of less than 100 milliseconds, ensuring quick recovery and stable operation during repeated motor start cycles.

8. What type of output does the Star Delta Timer TT22-U240-1S-SD have?

The Star Delta Timer TT22-U240-1S-SD is equipped with a 1S control output, designed for reliable switching performance in star–delta motor control circuits.

9. What type of connection is used in the Star Delta Timer TT22-U240-1S-SD?

The Star Delta Timer TT22-U240-1S-SD uses screw-type connections, providing secure wiring and long-term electrical reliability in industrial control panels.

10. What wire sizes are supported by the Star Delta Timer TT22-U240-1S-SD?

The Star Delta Timer TT22-U240-1S-SD supports:

• Solid conductors: 0.2 to 4.0 mm²
• Stranded conductors: 0.2 to 2.5 mm²

This ensures compatibility with standard industrial wiring practices.

11. What is the recommended tightening torque for wiring?

For safe and secure installation, the Star Delta Timer TT22-U240-1S-SD requires a tightening torque of 0.5 to 0.6 Nm.

12. What are the dimensions of the Star Delta Timer TT22-U240-1S-SD?

The compact dimensions of the Star Delta Timer TT22-U240-1S-SD are 22.5 x 103 x 75.4 mm (W x H x D), making it ideal for space-constrained control panels.

13. How much does the Star Delta Timer TT22-U240-1S-SD weigh?

The Star Delta Timer TT22-U240-1S-SD weighs approximately 110 grams, allowing easy installation and handling.

14. What material and color is the Star Delta Timer TT22-U240-1S-SD?

The Star Delta Timer TT22-U240-1S-SD comes with a grey base and black cover, offering a professional industrial appearance and durable construction.

15. Is the Star Delta Timer TT22-U240-1S-SD an analog or digital timer?

The Star Delta Timer TT22-U240-1S-SD is an analog timer, preferred in many industrial environments for its simplicity, reliability, and ease of adjustment.

16. Who manufactures the Star Delta Timer TT22-U240-1S-SD?

The Star Delta Timer TT22-U240-1S-SD is manufactured by Trinity Touch, a trusted brand known for high-quality industrial control and automation products.

17. Can the Star Delta Timer TT22-U240-1S-SD be used in retrofit applications?

Yes, the Star Delta Timer TT22-U240-1S-SD is ideal for both new installations and retrofit projects due to its universal voltage input and compact design.

18. How does the Star Delta Timer TT22-U240-1S-SD protect motors?

By ensuring a controlled transition from star to delta connection, the Star Delta Timer TT22-U240-1S-SD minimizes inrush current, reduces thermal stress, and extends motor lifespan.

19. Is the Star Delta Timer TT22-U240-1S-SD energy efficient?

Yes, the Star Delta Timer TT22-U240-1S-SD improves energy efficiency by reducing peak current during motor startup, helping lower power consumption and operational costs.

20. What warranty is provided with the Star Delta Timer TT22-U240-1S-SD?

The Star Delta Timer TT22-U240-1S-SD is covered under warranty as per the manufacturer’s terms and conditions provided by Trinity Touch.

Our Other Products

Interface Modules

• Our interface range consists of relay modules & passive modules with FRC connectors and D sub connectors from 2 channels to 32 channels.
• Our relay module range consists mainly of standard DC coil relay cards, is also available with options like fuse and indicators.
• This also includes the SSR modules and economy modules. We have also introduced relay module with ultra slim relay to compact the size.

Industrial Controllers

Industrial controllers is a device that is specialized for manufacturing and process control. It supports machine control and can be activated by applying rated power supply across control supply terminals or by giving potential trigger across signal terminals.

DIN Rail Mounted PCB Support

• The compact DIN rail mounted PCB support profile provides a multiple possibilities for the construction of electronics circuits. This enables the user to develop individual practical electronic modules depending on the required module size and the space available.
• The profile can be cut to length and combined with side and foot elements to form a module. The PMP…72 and PMP…108 modules are mounted parallel to the DIN rail.
• A special foot element is used for this. This arrangement is suitable for module lengths of 5-400 cm. The design helps to save space.

Enclosures

• Trinity Touch enclosures provides a comprehensive range of products for energy distribution requirements within industrial applications.
• We have a vast range of standard solutions which have been developed keeping in mind the diverse requirements of the industry and the regular feedback we have received from our customers.
• The standard solutions include a wide variety of junction boxes with terminals block, push Button Stations, surge protection, power distribution assemblies, 3-phase motor starters and power interlock distribution assemblies. We can also offer a wide range of tailor made solutions to meet the key needs of our customers.

Industrial Plug and Sockets

• CEE Industrial plug and sockets from Trinity Touch can do more than simply transfer electricity. They effectively and reliably support you in everyday tasks because they can stand up to the harshest of conditions.
• Regardless of cold, heat, dust, water or pressure/tensile/impact loads in the most diverse conditions under extreme use.

DIN Rails & Accessories

• This series of DIN rail (mounting rails) is for industrial application according to the standard EN 60715 with third generation of Cr3 +Passivation (TDR3-Series) for improved corrosion resistance and SST stability of 350Hrs.
• DIN rails are designed in accordance with the European standard EN 60715 using state of the art production processes to ensure high dimensional accuracy, restricted tolerances and outstanding surface tempering. The DIN rails are available in standard lengths of 1M and 2M or to required lengths* with or without perforation.
• We also offer universal DIN rail cutter. In accordance with IEC 60 947-7-2, DIN rail made of steel may be used as equipotential busbar (PE function), but without PEN function. Our entire range of DIN rails are RoHS & CE compliant.

Wiring Duct (PVC Channel)

Trinity Touch wiring ducts is the product, available in wide range to accommodate wires and cables for the smallest wall mounted panel to larger integrated systems.

Halogen Free Wiring Ducts

• When PVC or other traditional plastics ignite in a fire, they emit corrosive & toxic gases like chlorine. Moreover, these are soluble in moisture, forming hydrochloric acid, which destroy electronics, semiconductors and intrinsic electrical circuits.
• While smoke travels containing toxic element, it can be fatally hazardous to humans if they cannot escape from that area.
• Toxic fumes are not only a serious health risk but also cause serious damage and problems to crucial machinery and intrinsic devices. Halogen free wires and cables are already compulsory in many areas as they are safer.
• In the same way, HF wiring duct is most important within enclosed spaces where the exits are limited such as public transport, hospitals, malls etc.
• What is the use of halogen free cables if the wiring ducts contain dangerous material? For example: Hospitals, Airport Terminals, Concert Halls, Sports Stadiums, Railway Stations, Ships, Offshore Oil and Gas platforms, Multistory Buildings and Nuclear Power.

Electrical Protection

Our fuse is an electrical safety device that has the capability to protect an electric circuit from excessive electric current. It is designed to allow current through the circuit, but in the event that the current exceeds some maximum value it will open, severing the circuit.

Flexible Conduits & Accessories

• Flexible conduit is commonly used for the protection and containment of vulnerable electrical cables, wiring and fiber optics. It is an extremely effective form of cable management, available in a variety of systems, which can cope with a diverse range of environmental factors and operating conditions.
• With a comprehensive stock holding we strive to deliver service excellence to meet our customer demands faster, ensuring you can count on us.

• In today’s highly automated industrial environments, accurate timing control is not just a convenience—it is a necessity. From  manufacturing plants and process automation to electrical panels and OEM machinery, dependable timing devices play a critical role in ensuring smooth, safe, and efficient operations.

• The ON delay / interval timer category represents one of the most essential components in modern control logic, enabling engineers and technicians to manage time-based functions with confidence and consistency.

• This analog timer from Trinity Touch has been engineered to meet demanding industrial standards while remaining compact, flexible, and easy to install. Designed with universal supply compatibility, selectable timing functions, and a slim 22.5 mm housing, it offers exceptional value for professionals who require reliability without unnecessary complexity.

• Manufactured under the trusted Trinity Touch brand, this device delivers dependable phase sequence detection, voltage monitoring, and system protection in a slim, space-saving form factor.

Technical Specification of ON OFF Delay Timer TT22-U240-1S-OI:

Article No: 011707065
Model No: ON OFF Delay Timer TT22-U240-1S-OI
Category: ON DELAY / INTERVAL TIMER
Independent ON delay and interval selectable
10 time ranges from 0.1s to 30h
Product Specification:
Brand: Trinity Touch
Product Type: Analog Timer
Product Model: ON OFF Delay Timer TT22-U240-1S-OI
Size: 22.5 mm
Power Supply Voltage: 12 to 240 VAC/DC
Frequency: 50/60Hz
Reset Voltage: 10% Of Rated Voltage
Power Consumption: 240 VAC
Control Output: 1S
Input Supply Type: Universal Supply Voltage
Type Of Connection: Screw Connection
Connector Cross Section Solid(Minimum / Maximum): 0.2/4.0 mm²
Conductor Cross Section Stranded(Minimum / Maximum): 0.2/2.5 mm²
Tightening Torque: 0.5-0.6 Nm
Colour: Grey(Base),Black(Cover)
Dimension W x H x D: 22.5 x 103 x 75.4 mm
Weight: Approx.110g
Warranty: 1 Year by Manufacturer

Product Overview of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer 

This ON delay and interval timer is a versatile analog control device designed for applications requiring precise time delay or interval switching. It allows users to independently select ON delay or interval modes, making it suitable for a wide range of industrial automation tasks.

With 10 adjustable time ranges from 0.1 seconds to 30 hours, this timer provides exceptional flexibility. Whether you need a very short delay for fast switching or extended timing for long industrial cycles, this device adapts seamlessly to your operational requirements.

Its universal supply voltage (12 to 240 VAC/DC) ensures compatibility across multiple power systems, reducing inventory complexity and making it an ideal solution for global applications.

Brand Reliability – Trinity Touch

Trinity Touch is known for delivering dependable industrial control products that combine engineering precision with long-term durability. Their timers are designed to perform consistently under challenging conditions, offering stability, accuracy, and extended service life.

This analog timer reflects the brand’s commitment to quality, featuring robust internal components, secure screw connections, and carefully engineered electrical characteristics. Backed by manufacturer warranty terms and conditions, it ensures peace of mind for installers and end users alike.

Functional Capabilities of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer 

Independent ON Delay and Interval Selection of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer 

One of the most valuable features of this timer is its ability to independently select ON delay or interval timing. This allows a single device to perform multiple control roles without requiring additional hardware.

• ON Delay Mode: Output activates after a preset delay once the supply voltage is applied.
• Interval Mode: Output activates immediately and remains ON for the preset time before switching OFF.

This dual functionality makes the timer ideal for applications such as motor sequencing, conveyor control, lighting automation, alarm systems, and process timing.

Wide Time Range Flexibility of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer 

The timer includes 10 selectable time ranges, covering intervals from 0.1 seconds to 30 hours. This wide range enables precise configuration for both short-cycle and long-duration processes.

Industries that benefit from such flexibility include:

• Manufacturing and assembly lines
• Water treatment systems
• HVAC automation
• Packaging machinery
• Electrical panel control
• Process automation systems

The analog adjustment mechanism allows fine tuning with simplicity, making configuration intuitive even for field technicians.

Universal Power Supply Compatibility of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer 

This timer supports a universal input supply voltage from 12 to 240 VAC/DC, operating at 50/60Hz frequency. This wide voltage acceptance eliminates the need for multiple variants and simplifies installation across different regions and systems.

Key advantages of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer include:

• Reduced inventory requirements
• Simplified panel design
• Global usability
• Protection against voltage mismatches

The reset voltage at 10% of rated voltage ensures reliable reset behavior even under fluctuating power conditions.

Compact and Space-Saving Design of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer 

With a slim width of 22.5 mm, this timer is perfectly suited for compact control panels where space optimization is critical. Despite its narrow profile, it maintains full industrial functionality and robust electrical performance.

Dimensions of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer :

• Width: 22.5 mm
• Height: 103 mm
• Depth: 75.4 mm

The compact design makes it easy to integrate into DIN rail systems, allowing more components to fit within limited enclosure space.

Electrical and Output Specifications of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer 

The timer features 1S control output, providing reliable switching performance for control circuits. This output configuration is ideal for driving relays, contactors, and other control elements commonly used in automation systems.

Power consumption at 240 VAC is optimized for efficiency, helping reduce overall system energy usage while maintaining stable operation.

Secure Screw Connection Terminals of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer 

For safe and reliable wiring, the device uses screw connection terminals. This connection type ensures strong mechanical retention and excellent electrical conductivity, even in environments subject to vibration.

Connector cross-section compatibility of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer :

• Solid conductors: 0.2 to 4.0 mm²
• Stranded conductors: 0.2 to 2.5 mm²

Recommended tightening torque of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer : 0.5–0.6 Nm

These specifications ensure compliance with industrial wiring standards and long-term connection stability.

Durable Construction and Professional Finish of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer 

The timer features a grey base with a black cover, giving it a professional industrial appearance suitable for control cabinets and electrical panels.

Weighing approximately 110 grams, it strikes a balance between lightweight handling and solid build quality. The materials used are selected for durability, ensuring reliable operation over extended periods.

Applications Across Industries of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer 

This of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer is suitable for a wide range of applications, including but not limited to:

• Motor start delay control
• Conveyor belt sequencing
• Pump control systems
• Lighting automation
• Alarm and signaling systems
• HVAC control panels
• Process automation equipment
• OEM machinery
• Electrical distribution panels

Its adaptability makes it an essential component for engineers, panel builders, and maintenance professionals.

Installation and Maintenance of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer 

Installation is straightforward thanks to the compact form factor and clear terminal layout. The analog settings allow quick configuration without the need for programming tools or software.

Maintenance requirements are minimal due to the solid-state design and robust internal components. Once installed and properly configured, the timer delivers consistent performance with minimal intervention.

Warranty and Support of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer 

The product is covered under manufacturer warranty as per terms and conditions, ensuring protection against manufacturing defects. Trinity Touch’s support network provides technical assistance and product guidance when required.

Conclusion of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer

This analog ON delay / interval timer from Trinity Touch combines flexibility, reliability, and compact design into a single industrial-grade solution. With its wide voltage range, selectable timing functions, durable construction, and easy installation, it is perfectly suited for professionals who demand precision and dependability in their control systems.

Whether you are upgrading an existing panel or designing a new automation system, this timer offers the performance and versatility required to meet modern industrial challenges.

Frequently Asked Questions (FAQ) of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer 

1. What type of timer is this product?

This product is an ON Delay / Interval Analog Timer designed for industrial and automation control applications where precise time-based switching is required.

2. What timing functions are available of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer ?

The timer supports independent ON delay and interval modes, allowing users to select the required function based on application needs.

3. What is the time setting range of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer ?

The timer offers 10 selectable time ranges, adjustable from 0.1 seconds up to 30 hours, providing flexibility for both short and long-duration timing applications.

4. What is the power supply requirement of ON OFF Delay Timer TT22-U240-1S-OI ON Delay Timer ?

It supports a universal supply voltage from 12 to 240 VAC/DC with a frequency of 50/60 Hz, making it compatible with a wide variety of electrical systems.

5. Is the timer suitable for both AC and DC supply?

Yes, the timer is designed to operate on both AC and DC power supplies within the specified voltage range.

6. What is the reset voltage of the timer?

The reset voltage is 10% of the rated voltage, ensuring reliable reset performance even during voltage fluctuations.

7. What type of output does the timer provide?

The timer is equipped with a 1S control output, suitable for controlling relays, contactors, and other control devices.

8. What is the size of the timer?

The timer has a compact width of 22.5 mm, making it ideal for space-saving installations in electrical control panels.

9. What are the overall dimensions?

The dimensions are 22.5 mm (W) × 103 mm (H) × 75.4 mm (D).

10. How much does the timer weigh?

The approximate weight of the timer is 110 grams, making it lightweight yet robust for industrial use.

11. What type of connection does the timer use?

It uses screw-type terminals, ensuring secure and reliable electrical connections.

12. What conductor sizes are supported?

• Solid conductors: 0.2 to 4.0 mm²
• Stranded conductors: 0.2 to 2.5 mm²

13. What is the recommended tightening torque?

The recommended tightening torque for the terminals is 0.5 to 0.6 Nm.

14. What material color does the timer have?

The timer features a grey base with a black cover, giving it a professional industrial appearance.

15. Is the timer suitable for industrial automation?

Yes, it is designed specifically for industrial automation, control panels, OEM machinery, HVAC systems, pumps, motors, and conveyor control applications.

16. Is programming software required for configuration?

No software is required. The timer uses analog adjustment, allowing easy and quick configuration directly on the device.

17. Does the timer consume high power?

The timer is designed for efficient power consumption, even when operating at higher voltages such as 240 VAC.

18. Can this timer be used in compact control panels?

Yes, its 22.5 mm slim design makes it ideal for compact and high-density control panel installations.

19. Who is the manufacturer of this timer?

The timer is manufactured by Trinity Touch, a trusted brand in industrial control and automation products.

20. What warranty is provided with this product?

The product is covered under manufacturer warranty as per Trinity Touch terms and conditions.

Our Other Products

Interface Modules

• Our interface range consists of relay modules & passive modules with FRC connectors and D sub connectors from 2 channels to 32 channels.
• Our relay module range consists mainly of standard DC coil relay cards, is also available with options like fuse and indicators.
• This also includes the SSR modules and economy modules. We have also introduced relay module with ultra slim relay to compact the size.

Industrial Controllers

Industrial controllers is a device that is specialized for manufacturing and process control. It supports machine control and can be activated by applying rated power supply across control supply terminals or by giving potential trigger across signal terminals.

DIN Rail Mounted PCB Support

• The compact DIN rail mounted PCB support profile provides a multiple possibilities for the construction of electronics circuits. This enables the user to develop individual practical electronic modules depending on the required module size and the space available.
• The profile can be cut to length and combined with side and foot elements to form a module. The PMP…72 and PMP…108 modules are mounted parallel to the DIN rail.
• A special foot element is used for this. This arrangement is suitable for module lengths of 5-400 cm. The design helps to save space.

Enclosures

• Trinity Touch enclosures provides a comprehensive range of products for energy distribution requirements within industrial applications.
• We have a vast range of standard solutions which have been developed keeping in mind the diverse requirements of the industry and the regular feedback we have received from our customers.
• The standard solutions include a wide variety of junction boxes with terminals block, push Button Stations, surge protection, power distribution assemblies, 3-phase motor starters and power interlock distribution assemblies. We can also offer a wide range of tailor made solutions to meet the key needs of our customers.

Industrial Plug and Sockets

• CEE Industrial plug and sockets from Trinity Touch can do more than simply transfer electricity. They effectively and reliably support you in everyday tasks because they can stand up to the harshest of conditions.
• Regardless of cold, heat, dust, water or pressure/tensile/impact loads in the most diverse conditions under extreme use.

DIN Rails & Accessories

• This series of DIN rail (mounting rails) is for industrial application according to the standard EN 60715 with third generation of Cr3 +Passivation (TDR3-Series) for improved corrosion resistance and SST stability of 350Hrs.
• DIN rails are designed in accordance with the European standard EN 60715 using state of the art production processes to ensure high dimensional accuracy, restricted tolerances and outstanding surface tempering. The DIN rails are available in standard lengths of 1M and 2M or to required lengths* with or without perforation.
• We also offer universal DIN rail cutter. In accordance with IEC 60 947-7-2, DIN rail made of steel may be used as equipotential busbar (PE function), but without PEN function. Our entire range of DIN rails are RoHS & CE compliant.

Wiring Duct (PVC Channel)

Trinity Touch wiring ducts is the product, available in wide range to accommodate wires and cables for the smallest wall mounted panel to larger integrated systems.

Halogen Free Wiring Ducts

• When PVC or other traditional plastics ignite in a fire, they emit corrosive & toxic gases like chlorine. Moreover, these are soluble in moisture, forming hydrochloric acid, which destroy electronics, semiconductors and intrinsic electrical circuits.
• While smoke travels containing toxic element, it can be fatally hazardous to humans if they cannot escape from that area.
• Toxic fumes are not only a serious health risk but also cause serious damage and problems to crucial machinery and intrinsic devices. Halogen free wires and cables are already compulsory in many areas as they are safer.
• In the same way, HF wiring duct is most important within enclosed spaces where the exits are limited such as public transport, hospitals, malls etc.
• What is the use of halogen free cables if the wiring ducts contain dangerous material? For example: Hospitals, Airport Terminals, Concert Halls, Sports Stadiums, Railway Stations, Ships, Offshore Oil and Gas platforms, Multistory Buildings and Nuclear Power.

Electrical Protection

Our fuse is an electrical safety device that has the capability to protect an electric circuit from excessive electric current. It is designed to allow current through the circuit, but in the event that the current exceeds some maximum value it will open, severing the circuit.

Flexible Conduits & Accessories

• Flexible conduit is commonly used for the protection and containment of vulnerable electrical cables, wiring and fiber optics. It is an extremely effective form of cable management, available in a variety of systems, which can cope with a diverse range of environmental factors and operating conditions.
• With a comprehensive stock holding we strive to deliver service excellence to meet our customer demands faster, ensuring you can count on us.

The TT22-A230-1S-SD is a high-performance analog star delta timer designed for reliable motor control in industrial applications. Built with precision engineering and compact DIN rail mounting, the TT22-A230-1S-SD ensures smooth transition between star and delta operations, reducing inrush current and improving motor life.

Engineered under the trusted Trinity Touch brand, the TT22-A230-1S-SD is widely used in control panels where efficiency, durability, and space optimization are essential. This timer is ideal for applications requiring consistent timing accuracy and dependable switching performance.

Key Features of TT22-A230-1S-SD

The TT22-A230-1S-SD offers a wide range of features that make it suitable for industrial automation and motor control systems:

• Star delta timer with dual time range functionality
• LED status indicators for Star and Delta relay
• Compact 22.5 mm DIN rail mounting design
• Reliable analog timer performance
• Easy screw connection terminals
• Fast reset time for improved control cycles

The TT22-A230-1S-SD is specifically designed to deliver stable performance even in demanding industrial environments.

Technical Specifications of TT22-A230-1S-SD

The TT22-A230-1S-SD is built with high-quality components and follows strict manufacturing standards. Below are the detailed specifications:

• Brand: Trinity Touch
• Product Type: Analog Timer
• Model: TT22-A230-1S-SD
• Category: Star Delta Timer
• Article No: 011710031
• Size: 22.5 mm
• Power Supply Voltage: 230 VAC/DC
• Frequency: 50/60 Hz
• Reset Time: Less than 100 ms
• Power Consumption: 230 VAC
• Control Output: 1S (SPDT)
• Input Supply Type: Alternate Current
• Connection Type: Screw Connection

The TT22-A230-1S-SD is engineered to meet industrial standards for safety, durability, and performance.

Mechanical & Wiring Details

The TT22-A230-1S-SD is designed for easy installation and secure wiring in control panels:

• Connector Cross Section (Solid): 0.2 to 4.0 mm²
• Connector Cross Section (Stranded): 0.2 to 2.5 mm²
• Tightening Torque: 0.5–0.6 Nm
• Dimensions (W x H x D): 22.5 x 103 x 75.4 mm
• Weight: Approx. 110g
• Color: Grey base with black cover

The compact structure of the TT22-A230-1S-SD allows panel builders to optimize space without compromising functionality.

Applications of TT22-A230-1S-SD

The TT22-A230-1S-SD is widely used in industrial and commercial electrical systems. Its primary applications include:

• Motor starter panels
• Pump control systems
• HVAC equipment
• Compressors
• Conveyor belt systems
• Automation panels

The TT22-A230-1S-SD ensures smooth motor startup, making it an essential component in industries where electrical efficiency and motor protection are critical.

Working Principle of TT22-A230-1S-SD

The TT22-A230-1S-SD operates on a star-delta principle, which is commonly used to reduce the starting current of motors.

Here’s how the TT22-A230-1S-SD works:

1. When power is applied, the motor starts in star mode, reducing voltage and current.
2. The timer begins counting based on the preset time.
3. After the set delay, the TT22-A230-1S-SD switches the motor to delta mode.
4. The motor then operates at full load capacity.

This controlled transition provided by the TT22-A230-1S-SD minimizes electrical stress and enhances equipment lifespan.

Benefits of Using TT22-A230-1S-SD

The TT22-A230-1S-SD offers several advantages that make it a preferred choice among engineers and panel builders:

• Reduces motor starting current
• Protects electrical equipment from damage
• Improves motor efficiency and lifespan
• Compact and space-saving design
• Easy installation and maintenance

Using the TT22-A230-1S-SD in your system ensures reliable and consistent motor performance.

Build Quality & Design

The TT22-A230-1S-SD is built with high-grade materials to withstand industrial conditions. Its robust housing protects internal components from dust and mechanical stress.

The TT22-A230-1S-SD also features a sleek and professional design, making it suitable for modern control panels. The grey base and black cover provide a clean and standardized appearance.

Installation & Compatibility

The TT22-A230-1S-SD is designed for hassle-free installation:

• DIN rail mounting for quick setup
• Screw terminals for secure wiring
• Compatible with standard industrial panels

The TT22-A230-1S-SD integrates easily with contactors and other control devices, making it highly versatile.

Electrical Performance

The TT22-A230-1S-SD delivers stable electrical performance under varying conditions. With a supply voltage of 230 VAC/DC and frequency support of 50/60 Hz, it is suitable for most industrial setups.

The TT22-A230-1S-SD also features low power consumption and fast reset time, ensuring efficient operation in repetitive cycles.

Industrial Usage & Reliability

The TT22-A230-1S-SD is trusted by professionals across industries for its reliability and durability. It performs consistently even in demanding environments.

The TT22-A230-1S-SD is widely used in manufacturing plants, automation systems, and heavy-duty electrical setups.

Why Choose TT22-A230-1S-SD?

Choosing the TT22-A230-1S-SD means investing in quality and performance. It offers:

• Proven reliability
• Compact design
• Cost-effective solution
• Easy availability

The TT22-A230-1S-SD is an excellent choice for anyone looking for a dependable star delta timer.

Product Summary

The TT22-A230-1S-SD is a compact, efficient, and reliable analog timer designed for star delta motor control. With its advanced features and durable construction, the TT22-A230-1S-SD meets the needs of modern industrial applications.

FAQs

What is the use of TT22-A230-1S-SD?

The TT22-A230-1S-SD is used for controlling star-delta motor starting to reduce inrush current.

What voltage does TT22-A230-1S-SD support?

The TT22-A230-1S-SD operates on 230 VAC/DC power supply.

Final Words

If you are looking for a high-quality star delta timer, the TT22-A230-1S-SD is a perfect solution for industrial motor control applications.

TT22-A230-1S-SD Star Delta Timer Trinity Touch 011710031 Easy Best No#1

• In today’s highly automated industrial environments, accurate timing control is not just a convenience—it is a necessity. From  manufacturing plants and process automation to electrical panels and OEM machinery, dependable timing devices play a critical role in ensuring smooth, safe, and efficient operations.

• The ON delay / interval timer category represents one of the most essential components in modern control logic, enabling engineers and technicians to manage time-based functions with confidence and consistency.

• This analog timer from Trinity Touch has been engineered to meet demanding industrial standards while remaining compact, flexible, and easy to install. Designed with universal supply compatibility, selectable timing functions, and a slim 17 mm housing, it offers exceptional value for professionals who require reliability without unnecessary complexity.

• Manufactured under the trusted Trinity Touch brand, this device delivers dependable phase sequence detection, voltage monitoring, and system protection in a slim, space-saving form factor.

Brand Reliability – Trinity Touch

Trinity Touch is known for delivering dependable industrial control products that combine engineering precision with long-term durability. Their timers are designed to perform consistently under challenging conditions, offering stability, accuracy, and extended service life.

This analog timer reflects the brand’s commitment to quality, featuring robust internal components, secure screw connections, and carefully engineered electrical characteristics. Backed by manufacturer warranty terms and conditions, it ensures peace of mind for installers and end users alike.

Functional Capabilities of TT17-A230-1S-ON ON Delay Timer 

Independent ON Delay and Interval Selection of TT17-A230-1S-ON ON Delay Timer 

One of the most valuable features of this timer is its ability to independently select ON delay or interval timing. This allows a single device to perform multiple control roles without requiring additional hardware.

• ON Delay Mode: Output activates after a preset delay once the supply voltage is applied.
• Interval Mode: Output activates immediately and remains ON for the preset time before switching OFF.

This dual functionality makes the timer ideal for applications such as motor sequencing, conveyor control, lighting automation, alarm systems, and process timing.

Wide Time Range Flexibility of TT17-A230-1S-ON ON Delay Timer 

The timer includes 10 selectable time ranges, covering intervals from 0.1 seconds to 30 hours. This wide range enables precise configuration for both short-cycle and long-duration processes.

Industries that benefit from such flexibility include:

• Manufacturing and assembly lines
• Water treatment systems
• HVAC automation
• Packaging machinery
• Electrical panel control
• Process automation systems

The analog adjustment mechanism allows fine tuning with simplicity, making configuration intuitive even for field technicians.

Universal Power Supply Compatibility of TT17-A230-1S-ON ON Delay Timer 

This timer supports a universal input supply voltage from 12 to 240 VAC/DC, operating at 50/60Hz frequency. This wide voltage acceptance eliminates the need for multiple variants and simplifies installation across different regions and systems.

Key advantages of TT17-A230-1S-ON ON Delay Timer include:

• Reduced inventory requirements
• Simplified panel design
• Global usability
• Protection against voltage mismatches

The reset voltage at 10% of rated voltage ensures reliable reset behavior even under fluctuating power conditions.

Compact and Space-Saving Design of TT17-A230-1S-ON ON Delay Timer 

With a slim width of 17 mm, this timer is perfectly suited for compact control panels where space optimization is critical. Despite its narrow profile, it maintains full industrial functionality and robust electrical performance.

Dimensions of TT17-A230-1S-ON ON Delay Timer :

• Width: 17 mm
• Height: 103 mm
• Depth: 75.4 mm

The compact design makes it easy to integrate into DIN rail systems, allowing more components to fit within limited enclosure space.

Electrical and Output Specifications of TT17-A230-1S-ON ON Delay Timer 

The timer features 1S control output, providing reliable switching performance for control circuits. This output configuration is ideal for driving relays, contactors, and other control elements commonly used in automation systems.

Power consumption at 240 VAC is optimized for efficiency, helping reduce overall system energy usage while maintaining stable operation.

Secure Screw Connection Terminals of TT17-A230-1S-ON ON Delay Timer 

For safe and reliable wiring, the device uses screw connection terminals. This connection type ensures strong mechanical retention and excellent electrical conductivity, even in environments subject to vibration.

Connector cross-section compatibility of TT17-A230-1S-ON ON Delay Timer :

• Solid conductors: 0.2 to 4.0 mm²
• Stranded conductors: 0.2 to 2.5 mm²

Recommended tightening torque of TT17-A230-1S-ON ON Delay Timer : 0.5–0.6 Nm

These specifications ensure compliance with industrial wiring standards and long-term connection stability.

Durable Construction and Professional Finish of TT17-A230-1S-ON ON Delay Timer 

The timer features a grey base with a black cover, giving it a professional industrial appearance suitable for control cabinets and electrical panels.

Weighing approximately 110 grams, it strikes a balance between lightweight handling and solid build quality. The materials used are selected for durability, ensuring reliable operation over extended periods.

Applications Across Industries of TT17-A230-1S-ON ON Delay Timer 

This of TT17-A230-1S-ON ON Delay Timer is suitable for a wide range of applications, including but not limited to:

• Motor start delay control
• Conveyor belt sequencing
• Pump control systems
• Lighting automation
• Alarm and signaling systems
• HVAC control panels
• Process automation equipment
• OEM machinery
• Electrical distribution panels

Its adaptability makes it an essential component for engineers, panel builders, and maintenance professionals.

Installation and Maintenance of TT17-A230-1S-ON ON Delay Timer 

Installation is straightforward thanks to the compact form factor and clear terminal layout. The analog settings allow quick configuration without the need for programming tools or software.

Maintenance requirements are minimal due to the solid-state design and robust internal components. Once installed and properly configured, the timer delivers consistent performance with minimal intervention.

Warranty and Support of TT17-A230-1S-ON ON Delay Timer 

The product is covered under manufacturer warranty as per terms and conditions, ensuring protection against manufacturing defects. Trinity Touch’s support network provides technical assistance and product guidance when required.

Conclusion of TT17-A230-1S-ON ON Delay Timer

This analog ON delay / interval timer from Trinity Touch combines flexibility, reliability, and compact design into a single industrial-grade solution. With its wide voltage range, selectable timing functions, durable construction, and easy installation, it is perfectly suited for professionals who demand precision and dependability in their control systems.

Whether you are upgrading an existing panel or designing a new automation system, this timer offers the performance and versatility required to meet modern industrial challenges.

Frequently Asked Questions (FAQ) of TT17-A230-1S-ON ON Delay Timer 

1. What type of timer is this product?

This product is an ON Delay / Interval Analog Timer designed for industrial and automation control applications where precise time-based switching is required.

2. What timing functions are available of TT17-A230-1S-ON ON Delay Timer ?

The timer supports independent ON delay and interval modes, allowing users to select the required function based on application needs.

3. What is the time setting range of TT17-A230-1S-ON ON Delay Timer ?

The timer offers 10 selectable time ranges, adjustable from 0.1 seconds up to 30 hours, providing flexibility for both short and long-duration timing applications.

4. What is the power supply requirement of TT17-A230-1S-ON ON Delay Timer ?

It supports a universal supply voltage from 12 to 240 VAC/DC with a frequency of 50/60 Hz, making it compatible with a wide variety of electrical systems.

5. Is the timer suitable for both AC and DC supply?

Yes, the timer is designed to operate on both AC and DC power supplies within the specified voltage range.

6. What is the reset voltage of the timer?

The reset voltage is 10% of the rated voltage, ensuring reliable reset performance even during voltage fluctuations.

7. What type of output does the timer provide?

The timer is equipped with a 1S control output, suitable for controlling relays, contactors, and other control devices.

8. What is the size of the timer?

The timer has a compact width of 17 mm, making it ideal for space-saving installations in electrical control panels.

9. What are the overall dimensions?

The dimensions are 17 mm (W) × 103 mm (H) × 75.4 mm (D).

10. How much does the timer weigh?

The approximate weight of the timer is 110 grams, making it lightweight yet robust for industrial use.

11. What type of connection does the timer use?

It uses screw-type terminals, ensuring secure and reliable electrical connections.

12. What conductor sizes are supported?

• Solid conductors: 0.2 to 4.0 mm²
• Stranded conductors: 0.2 to 2.5 mm²

13. What is the recommended tightening torque?

The recommended tightening torque for the terminals is 0.5 to 0.6 Nm.

14. What material color does the timer have?

The timer features a grey base with a black cover, giving it a professional industrial appearance.

15. Is the timer suitable for industrial automation?

Yes, it is designed specifically for industrial automation, control panels, OEM machinery, HVAC systems, pumps, motors, and conveyor control applications.

16. Is programming software required for configuration?

No software is required. The timer uses analog adjustment, allowing easy and quick configuration directly on the device.

17. Does the timer consume high power?

The timer is designed for efficient power consumption, even when operating at higher voltages such as 240 VAC.

18. Can this timer be used in compact control panels?

Yes, its 17 mm slim design makes it ideal for compact and high-density control panel installations.

19. Who is the manufacturer of this timer?

The timer is manufactured by Trinity Touch, a trusted brand in industrial control and automation products.

20. What warranty is provided with this product?

The product is covered under manufacturer warranty as per Trinity Touch terms and conditions.

Our Other Products

Interface Modules

• Our interface range consists of relay modules & passive modules with FRC connectors and D sub connectors from 2 channels to 32 channels.
• Our relay module range consists mainly of standard DC coil relay cards, is also available with options like fuse and indicators.
• This also includes the SSR modules and economy modules. We have also introduced relay module with ultra slim relay to compact the size.

Industrial Controllers

Industrial controllers is a device that is specialized for manufacturing and process control. It supports machine control and can be activated by applying rated power supply across control supply terminals or by giving potential trigger across signal terminals.

DIN Rail Mounted PCB Support

• The compact DIN rail mounted PCB support profile provides a multiple possibilities for the construction of electronics circuits. This enables the user to develop individual practical electronic modules depending on the required module size and the space available.
• The profile can be cut to length and combined with side and foot elements to form a module. The PMP…72 and PMP…108 modules are mounted parallel to the DIN rail.
• A special foot element is used for this. This arrangement is suitable for module lengths of 5-400 cm. The design helps to save space.

Enclosures

• Trinity Touch enclosures provides a comprehensive range of products for energy distribution requirements within industrial applications.
• We have a vast range of standard solutions which have been developed keeping in mind the diverse requirements of the industry and the regular feedback we have received from our customers.
• The standard solutions include a wide variety of junction boxes with terminals block, push Button Stations, surge protection, power distribution assemblies, 3-phase motor starters and power interlock distribution assemblies. We can also offer a wide range of tailor made solutions to meet the key needs of our customers.

Industrial Plug and Sockets

• CEE Industrial plug and sockets from Trinity Touch can do more than simply transfer electricity. They effectively and reliably support you in everyday tasks because they can stand up to the harshest of conditions.
• Regardless of cold, heat, dust, water or pressure/tensile/impact loads in the most diverse conditions under extreme use.

DIN Rails & Accessories

• This series of DIN rail (mounting rails) is for industrial application according to the standard EN 60715 with third generation of Cr3 +Passivation (TDR3-Series) for improved corrosion resistance and SST stability of 350Hrs.
• DIN rails are designed in accordance with the European standard EN 60715 using state of the art production processes to ensure high dimensional accuracy, restricted tolerances and outstanding surface tempering. The DIN rails are available in standard lengths of 1M and 2M or to required lengths* with or without perforation.
• We also offer universal DIN rail cutter. In accordance with IEC 60 947-7-2, DIN rail made of steel may be used as equipotential busbar (PE function), but without PEN function. Our entire range of DIN rails are RoHS & CE compliant.

Wiring Duct (PVC Channel)

Trinity Touch wiring ducts is the product, available in wide range to accommodate wires and cables for the smallest wall mounted panel to larger integrated systems.

Halogen Free Wiring Ducts

• When PVC or other traditional plastics ignite in a fire, they emit corrosive & toxic gases like chlorine. Moreover, these are soluble in moisture, forming hydrochloric acid, which destroy electronics, semiconductors and intrinsic electrical circuits.
• While smoke travels containing toxic element, it can be fatally hazardous to humans if they cannot escape from that area.
• Toxic fumes are not only a serious health risk but also cause serious damage and problems to crucial machinery and intrinsic devices. Halogen free wires and cables are already compulsory in many areas as they are safer.
• In the same way, HF wiring duct is most important within enclosed spaces where the exits are limited such as public transport, hospitals, malls etc.
• What is the use of halogen free cables if the wiring ducts contain dangerous material? For example: Hospitals, Airport Terminals, Concert Halls, Sports Stadiums, Railway Stations, Ships, Offshore Oil and Gas platforms, Multistory Buildings and Nuclear Power.

Electrical Protection

Our fuse is an electrical safety device that has the capability to protect an electric circuit from excessive electric current. It is designed to allow current through the circuit, but in the event that the current exceeds some maximum value it will open, severing the circuit.

Flexible Conduits & Accessories

• Flexible conduit is commonly used for the protection and containment of vulnerable electrical cables, wiring and fiber optics. It is an extremely effective form of cable management, available in a variety of systems, which can cope with a diverse range of environmental factors and operating conditions.
• With a comprehensive stock holding we strive to deliver service excellence to meet our customer demands faster, ensuring you can count on us.

• In today’s highly automated industrial environments, accurate timing control is not just a convenience—it is a necessity. From  manufacturing plants and process automation to electrical panels and OEM machinery, dependable timing devices play a critical role in ensuring smooth, safe, and efficient operations.

• The ON delay / interval timer category represents one of the most essential components in modern control logic, enabling engineers and technicians to manage time-based functions with confidence and consistency.

• This analog timer from Trinity Touch has been engineered to meet demanding industrial standards while remaining compact, flexible, and easy to install. Designed with universal supply compatibility, selectable timing functions, and a slim 17 mm housing, it offers exceptional value for professionals who require reliability without unnecessary complexity.

• Manufactured under the trusted Trinity Touch brand, this device delivers dependable phase sequence detection, voltage monitoring, and system protection in a slim, space-saving form factor.

Technical Specification of TT17-A230-1S-ON DLY:

Article No: 011719703
Model No: TT17-A230-1S-ON DLY
Category: ON DELAY
Independent ON delay
10 time ranges from 0.1s to 30h
Product Specification:
Brand: Trinity Touch
Product Type: Analog Timer
Product Model: TT17-A230-1S-ON DLY
Size: 17 mm
Power Supply Voltage: 230V
Frequency: 50/60Hz
Reset Voltage: 10% Of Rated Voltage
Power Consumption: 240 VAC
Control Output: 1S
Input Supply Type: Universal Supply Voltage
Type Of Connection: Screw Connection
Connector Cross Section Solid(Minimum / Maximum): 0.2/4.0 mm²
Conductor Cross Section Stranded(Minimum / Maximum): 0.2/2.5 mm²
Tightening Torque: 0.5-0.6 Nm
Colour: Grey(Base),Black(Cover)
Dimension W x H x D: 17 x 103 x 75.4 mm
Weight: Approx.110g
Warranty: 1 Year by Manufacturer

Product Overview of TT17-A230-1S-ON ON Delay Timer 

This ON delay and interval timer is a versatile analog control device designed for applications requiring precise time delay or interval switching. It allows users to independently select ON delay or interval modes, making it suitable for a wide range of industrial automation tasks.

With 10 adjustable time ranges from 0.1 seconds to 30 hours, this timer provides exceptional flexibility. Whether you need a very short delay for fast switching or extended timing for long industrial cycles, this device adapts seamlessly to your operational requirements.

Its universal supply voltage (12 to 240 VAC/DC) ensures compatibility across multiple power systems, reducing inventory complexity and making it an ideal solution for global applications.

Brand Reliability – Trinity Touch

Trinity Touch is known for delivering dependable industrial control products that combine engineering precision with long-term durability. Their timers are designed to perform consistently under challenging conditions, offering stability, accuracy, and extended service life.

This analog timer reflects the brand’s commitment to quality, featuring robust internal components, secure screw connections, and carefully engineered electrical characteristics. Backed by manufacturer warranty terms and conditions, it ensures peace of mind for installers and end users alike.

Functional Capabilities of TT17-A230-1S-ON ON Delay Timer 

Independent ON Delay and Interval Selection of TT17-A230-1S-ON ON Delay Timer 

One of the most valuable features of this timer is its ability to independently select ON delay or interval timing. This allows a single device to perform multiple control roles without requiring additional hardware.

• ON Delay Mode: Output activates after a preset delay once the supply voltage is applied.
• Interval Mode: Output activates immediately and remains ON for the preset time before switching OFF.

This dual functionality makes the timer ideal for applications such as motor sequencing, conveyor control, lighting automation, alarm systems, and process timing.

Wide Time Range Flexibility of TT17-A230-1S-ON ON Delay Timer 

The timer includes 10 selectable time ranges, covering intervals from 0.1 seconds to 30 hours. This wide range enables precise configuration for both short-cycle and long-duration processes.

Industries that benefit from such flexibility include:

• Manufacturing and assembly lines
• Water treatment systems
• HVAC automation
• Packaging machinery
• Electrical panel control
• Process automation systems

The analog adjustment mechanism allows fine tuning with simplicity, making configuration intuitive even for field technicians.

Universal Power Supply Compatibility of TT17-A230-1S-ON ON Delay Timer 

This timer supports a universal input supply voltage from 12 to 240 VAC/DC, operating at 50/60Hz frequency. This wide voltage acceptance eliminates the need for multiple variants and simplifies installation across different regions and systems.

Key advantages of TT17-A230-1S-ON ON Delay Timer include:

• Reduced inventory requirements
• Simplified panel design
• Global usability
• Protection against voltage mismatches

The reset voltage at 10% of rated voltage ensures reliable reset behavior even under fluctuating power conditions.

Compact and Space-Saving Design of TT17-A230-1S-ON ON Delay Timer 

With a slim width of 17 mm, this timer is perfectly suited for compact control panels where space optimization is critical. Despite its narrow profile, it maintains full industrial functionality and robust electrical performance.

Dimensions of TT17-A230-1S-ON ON Delay Timer :

• Width: 17 mm
• Height: 103 mm
• Depth: 75.4 mm

The compact design makes it easy to integrate into DIN rail systems, allowing more components to fit within limited enclosure space.

Electrical and Output Specifications of TT17-A230-1S-ON ON Delay Timer 

The timer features 1S control output, providing reliable switching performance for control circuits. This output configuration is ideal for driving relays, contactors, and other control elements commonly used in automation systems.

Power consumption at 240 VAC is optimized for efficiency, helping reduce overall system energy usage while maintaining stable operation.

Secure Screw Connection Terminals of TT17-A230-1S-ON ON Delay Timer 

For safe and reliable wiring, the device uses screw connection terminals. This connection type ensures strong mechanical retention and excellent electrical conductivity, even in environments subject to vibration.

Connector cross-section compatibility of TT17-A230-1S-ON ON Delay Timer :

• Solid conductors: 0.2 to 4.0 mm²
• Stranded conductors: 0.2 to 2.5 mm²

Recommended tightening torque of TT17-A230-1S-ON ON Delay Timer : 0.5–0.6 Nm

These specifications ensure compliance with industrial wiring standards and long-term connection stability.

Durable Construction and Professional Finish of TT17-A230-1S-ON ON Delay Timer 

The timer features a grey base with a black cover, giving it a professional industrial appearance suitable for control cabinets and electrical panels.

Weighing approximately 110 grams, it strikes a balance between lightweight handling and solid build quality. The materials used are selected for durability, ensuring reliable operation over extended periods.

Applications Across Industries of TT17-A230-1S-ON ON Delay Timer 

This of TT17-A230-1S-ON ON Delay Timer is suitable for a wide range of applications, including but not limited to:

• Motor start delay control
• Conveyor belt sequencing
• Pump control systems
• Lighting automation
• Alarm and signaling systems
• HVAC control panels
• Process automation equipment
• OEM machinery
• Electrical distribution panels

Its adaptability makes it an essential component for engineers, panel builders, and maintenance professionals.

Installation and Maintenance of TT17-A230-1S-ON ON Delay Timer 

Installation is straightforward thanks to the compact form factor and clear terminal layout. The analog settings allow quick configuration without the need for programming tools or software.

Maintenance requirements are minimal due to the solid-state design and robust internal components. Once installed and properly configured, the timer delivers consistent performance with minimal intervention.

Warranty and Support of TT17-A230-1S-ON ON Delay Timer 

The product is covered under manufacturer warranty as per terms and conditions, ensuring protection against manufacturing defects. Trinity Touch’s support network provides technical assistance and product guidance when required.

Conclusion of TT17-A230-1S-ON ON Delay Timer

This analog ON delay / interval timer from Trinity Touch combines flexibility, reliability, and compact design into a single industrial-grade solution. With its wide voltage range, selectable timing functions, durable construction, and easy installation, it is perfectly suited for professionals who demand precision and dependability in their control systems.

Whether you are upgrading an existing panel or designing a new automation system, this timer offers the performance and versatility required to meet modern industrial challenges.

Frequently Asked Questions (FAQ) of TT17-A230-1S-ON ON Delay Timer 

1. What type of timer is this product?

This product is an ON Delay / Interval Analog Timer designed for industrial and automation control applications where precise time-based switching is required.

2. What timing functions are available of TT17-A230-1S-ON ON Delay Timer ?

The timer supports independent ON delay and interval modes, allowing users to select the required function based on application needs.

3. What is the time setting range of TT17-A230-1S-ON ON Delay Timer ?

The timer offers 10 selectable time ranges, adjustable from 0.1 seconds up to 30 hours, providing flexibility for both short and long-duration timing applications.

4. What is the power supply requirement of TT17-A230-1S-ON ON Delay Timer ?

It supports a universal supply voltage from 12 to 240 VAC/DC with a frequency of 50/60 Hz, making it compatible with a wide variety of electrical systems.

5. Is the timer suitable for both AC and DC supply?

Yes, the timer is designed to operate on both AC and DC power supplies within the specified voltage range.

6. What is the reset voltage of the timer?

The reset voltage is 10% of the rated voltage, ensuring reliable reset performance even during voltage fluctuations.

7. What type of output does the timer provide?

The timer is equipped with a 1S control output, suitable for controlling relays, contactors, and other control devices.

8. What is the size of the timer?

The timer has a compact width of 17 mm, making it ideal for space-saving installations in electrical control panels.

9. What are the overall dimensions?

The dimensions are 17 mm (W) × 103 mm (H) × 75.4 mm (D).

10. How much does the timer weigh?

The approximate weight of the timer is 110 grams, making it lightweight yet robust for industrial use.

11. What type of connection does the timer use?

It uses screw-type terminals, ensuring secure and reliable electrical connections.

12. What conductor sizes are supported?

• Solid conductors: 0.2 to 4.0 mm²
• Stranded conductors: 0.2 to 2.5 mm²

13. What is the recommended tightening torque?

The recommended tightening torque for the terminals is 0.5 to 0.6 Nm.

14. What material color does the timer have?

The timer features a grey base with a black cover, giving it a professional industrial appearance.

15. Is the timer suitable for industrial automation?

Yes, it is designed specifically for industrial automation, control panels, OEM machinery, HVAC systems, pumps, motors, and conveyor control applications.

16. Is programming software required for configuration?

No software is required. The timer uses analog adjustment, allowing easy and quick configuration directly on the device.

17. Does the timer consume high power?

The timer is designed for efficient power consumption, even when operating at higher voltages such as 240 VAC.

18. Can this timer be used in compact control panels?

Yes, its 17 mm slim design makes it ideal for compact and high-density control panel installations.

19. Who is the manufacturer of this timer?

The timer is manufactured by Trinity Touch, a trusted brand in industrial control and automation products.

20. What warranty is provided with this product?

The product is covered under manufacturer warranty as per Trinity Touch terms and conditions.

Our Other Products

Interface Modules

• Our interface range consists of relay modules & passive modules with FRC connectors and D sub connectors from 2 channels to 32 channels.
• Our relay module range consists mainly of standard DC coil relay cards, is also available with options like fuse and indicators.
• This also includes the SSR modules and economy modules. We have also introduced relay module with ultra slim relay to compact the size.

Industrial Controllers

Industrial controllers is a device that is specialized for manufacturing and process control. It supports machine control and can be activated by applying rated power supply across control supply terminals or by giving potential trigger across signal terminals.

DIN Rail Mounted PCB Support

• The compact DIN rail mounted PCB support profile provides a multiple possibilities for the construction of electronics circuits. This enables the user to develop individual practical electronic modules depending on the required module size and the space available.
• The profile can be cut to length and combined with side and foot elements to form a module. The PMP…72 and PMP…108 modules are mounted parallel to the DIN rail.
• A special foot element is used for this. This arrangement is suitable for module lengths of 5-400 cm. The design helps to save space.

Enclosures

• Trinity Touch enclosures provides a comprehensive range of products for energy distribution requirements within industrial applications.
• We have a vast range of standard solutions which have been developed keeping in mind the diverse requirements of the industry and the regular feedback we have received from our customers.
• The standard solutions include a wide variety of junction boxes with terminals block, push Button Stations, surge protection, power distribution assemblies, 3-phase motor starters and power interlock distribution assemblies. We can also offer a wide range of tailor made solutions to meet the key needs of our customers.

Industrial Plug and Sockets

• CEE Industrial plug and sockets from Trinity Touch can do more than simply transfer electricity. They effectively and reliably support you in everyday tasks because they can stand up to the harshest of conditions.
• Regardless of cold, heat, dust, water or pressure/tensile/impact loads in the most diverse conditions under extreme use.

DIN Rails & Accessories

• This series of DIN rail (mounting rails) is for industrial application according to the standard EN 60715 with third generation of Cr3 +Passivation (TDR3-Series) for improved corrosion resistance and SST stability of 350Hrs.
• DIN rails are designed in accordance with the European standard EN 60715 using state of the art production processes to ensure high dimensional accuracy, restricted tolerances and outstanding surface tempering. The DIN rails are available in standard lengths of 1M and 2M or to required lengths* with or without perforation.
• We also offer universal DIN rail cutter. In accordance with IEC 60 947-7-2, DIN rail made of steel may be used as equipotential busbar (PE function), but without PEN function. Our entire range of DIN rails are RoHS & CE compliant.

Wiring Duct (PVC Channel)

Trinity Touch wiring ducts is the product, available in wide range to accommodate wires and cables for the smallest wall mounted panel to larger integrated systems.

Halogen Free Wiring Ducts

• When PVC or other traditional plastics ignite in a fire, they emit corrosive & toxic gases like chlorine. Moreover, these are soluble in moisture, forming hydrochloric acid, which destroy electronics, semiconductors and intrinsic electrical circuits.
• While smoke travels containing toxic element, it can be fatally hazardous to humans if they cannot escape from that area.
• Toxic fumes are not only a serious health risk but also cause serious damage and problems to crucial machinery and intrinsic devices. Halogen free wires and cables are already compulsory in many areas as they are safer.
• In the same way, HF wiring duct is most important within enclosed spaces where the exits are limited such as public transport, hospitals, malls etc.
• What is the use of halogen free cables if the wiring ducts contain dangerous material? For example: Hospitals, Airport Terminals, Concert Halls, Sports Stadiums, Railway Stations, Ships, Offshore Oil and Gas platforms, Multistory Buildings and Nuclear Power.

Electrical Protection

Our fuse is an electrical safety device that has the capability to protect an electric circuit from excessive electric current. It is designed to allow current through the circuit, but in the event that the current exceeds some maximum value it will open, severing the circuit.

Flexible Conduits & Accessories

• Flexible conduit is commonly used for the protection and containment of vulnerable electrical cables, wiring and fiber optics. It is an extremely effective form of cable management, available in a variety of systems, which can cope with a diverse range of environmental factors and operating conditions.
• With a comprehensive stock holding we strive to deliver service excellence to meet our customer demands faster, ensuring you can count on us.

• In today’s highly automated industrial environments, accurate timing control is not just a convenience—it is a necessity. From  manufacturing plants and process automation to electrical panels and OEM machinery, dependable timing devices play a critical role in ensuring smooth, safe, and efficient operations.

• The ON delay / interval timer category represents one of the most essential components in modern control logic, enabling engineers and technicians to manage time-based functions with confidence and consistency.

• This analog timer from Trinity Touch has been engineered to meet demanding industrial standards while remaining compact, flexible, and easy to install. Designed with universal supply compatibility, selectable timing functions, and a slim 17 mm housing, it offers exceptional value for professionals who require reliability without unnecessary complexity.

• Manufactured under the trusted Trinity Touch brand, this device delivers dependable phase sequence detection, voltage monitoring, and system protection in a slim, space-saving form factor.

Technical Specification of TT17-U240-1S-OI:

Article No: 011709057
Model No: TT17-U240-1S-OI
Category: ON DELAY / INTERVAL TIMER
Independent ON delay and interval selectable
10 time ranges from 0.1s to 30h
Product Specification:
Brand: Trinity Touch
Product Type: Analog Timer
Product Model: TT17-U240-1S-OI
Size: 17 mm
Power Supply Voltage: 12 to 240 VAC/DC
Frequency: 50/60Hz
Reset Voltage: 10% Of Rated Voltage
Power Consumption: 240 VAC
Control Output: 1S
Input Supply Type: Universal Supply Voltage
Type Of Connection: Screw Connection
Connector Cross Section Solid(Minimum / Maximum): 0.2/4.0 mm²
Conductor Cross Section Stranded(Minimum / Maximum): 0.2/2.5 mm²
Tightening Torque: 0.5-0.6 Nm
Colour: Grey(Base),Black(Cover)
Dimension W x H x D: 17 x 103 x 75.4 mm
Weight: Approx.110g
Warranty: 1 Year by Manufacturer

Product Overview of TT17-U240-1S-OI ON Delay Timer 

This ON delay and interval timer is a versatile analog control device designed for applications requiring precise time delay or interval switching. It allows users to independently select ON delay or interval modes, making it suitable for a wide range of industrial automation tasks.

With 10 adjustable time ranges from 0.1 seconds to 30 hours, this timer provides exceptional flexibility. Whether you need a very short delay for fast switching or extended timing for long industrial cycles, this device adapts seamlessly to your operational requirements.

Its universal supply voltage (12 to 240 VAC/DC) ensures compatibility across multiple power systems, reducing inventory complexity and making it an ideal solution for global applications.

Brand Reliability – Trinity Touch

Trinity Touch is known for delivering dependable industrial control products that combine engineering precision with long-term durability. Their timers are designed to perform consistently under challenging conditions, offering stability, accuracy, and extended service life.

This analog timer reflects the brand’s commitment to quality, featuring robust internal components, secure screw connections, and carefully engineered electrical characteristics. Backed by manufacturer warranty terms and conditions, it ensures peace of mind for installers and end users alike.

Functional Capabilities of TT17-U240-1S-OI ON Delay Timer 

Independent ON Delay and Interval Selection of TT17-U240-1S-OI ON Delay Timer 

One of the most valuable features of this timer is its ability to independently select ON delay or interval timing. This allows a single device to perform multiple control roles without requiring additional hardware.

• ON Delay Mode: Output activates after a preset delay once the supply voltage is applied.
• Interval Mode: Output activates immediately and remains ON for the preset time before switching OFF.

This dual functionality makes the timer ideal for applications such as motor sequencing, conveyor control, lighting automation, alarm systems, and process timing.

Wide Time Range Flexibility of TT17-U240-1S-OI ON Delay Timer 

The timer includes 10 selectable time ranges, covering intervals from 0.1 seconds to 30 hours. This wide range enables precise configuration for both short-cycle and long-duration processes.

Industries that benefit from such flexibility include:

• Manufacturing and assembly lines
• Water treatment systems
• HVAC automation
• Packaging machinery
• Electrical panel control
• Process automation systems

The analog adjustment mechanism allows fine tuning with simplicity, making configuration intuitive even for field technicians.

Universal Power Supply Compatibility of TT17-U240-1S-OI ON Delay Timer 

This timer supports a universal input supply voltage from 12 to 240 VAC/DC, operating at 50/60Hz frequency. This wide voltage acceptance eliminates the need for multiple variants and simplifies installation across different regions and systems.

Key advantages of TT17-U240-1S-OI ON Delay Timer include:

• Reduced inventory requirements
• Simplified panel design
• Global usability
• Protection against voltage mismatches

The reset voltage at 10% of rated voltage ensures reliable reset behavior even under fluctuating power conditions.

Compact and Space-Saving Design of TT17-U240-1S-OI ON Delay Timer 

With a slim width of 17 mm, this timer is perfectly suited for compact control panels where space optimization is critical. Despite its narrow profile, it maintains full industrial functionality and robust electrical performance.

Dimensions of TT17-U240-1S-OI ON Delay Timer :

• Width: 17 mm
• Height: 103 mm
• Depth: 75.4 mm

The compact design makes it easy to integrate into DIN rail systems, allowing more components to fit within limited enclosure space.

Electrical and Output Specifications of TT17-U240-1S-OI ON Delay Timer 

The timer features 1S control output, providing reliable switching performance for control circuits. This output configuration is ideal for driving relays, contactors, and other control elements commonly used in automation systems.

Power consumption at 240 VAC is optimized for efficiency, helping reduce overall system energy usage while maintaining stable operation.

Secure Screw Connection Terminals of TT17-U240-1S-OI ON Delay Timer 

For safe and reliable wiring, the device uses screw connection terminals. This connection type ensures strong mechanical retention and excellent electrical conductivity, even in environments subject to vibration.

Connector cross-section compatibility of TT17-U240-1S-OI ON Delay Timer :

• Solid conductors: 0.2 to 4.0 mm²
• Stranded conductors: 0.2 to 2.5 mm²

Recommended tightening torque of TT17-U240-1S-OI ON Delay Timer : 0.5–0.6 Nm

These specifications ensure compliance with industrial wiring standards and long-term connection stability.

Durable Construction and Professional Finish of TT17-U240-1S-OI ON Delay Timer 

The timer features a grey base with a black cover, giving it a professional industrial appearance suitable for control cabinets and electrical panels.

Weighing approximately 110 grams, it strikes a balance between lightweight handling and solid build quality. The materials used are selected for durability, ensuring reliable operation over extended periods.

Applications Across Industries of TT17-U240-1S-OI ON Delay Timer 

This of TT17-U240-1S-OI ON Delay Timer is suitable for a wide range of applications, including but not limited to:

• Motor start delay control
• Conveyor belt sequencing
• Pump control systems
• Lighting automation
• Alarm and signaling systems
• HVAC control panels
• Process automation equipment
• OEM machinery
• Electrical distribution panels

Its adaptability makes it an essential component for engineers, panel builders, and maintenance professionals.

Installation and Maintenance of TT17-U240-1S-OI ON Delay Timer 

Installation is straightforward thanks to the compact form factor and clear terminal layout. The analog settings allow quick configuration without the need for programming tools or software.

Maintenance requirements are minimal due to the solid-state design and robust internal components. Once installed and properly configured, the timer delivers consistent performance with minimal intervention.

Warranty and Support of TT17-U240-1S-OI ON Delay Timer 

The product is covered under manufacturer warranty as per terms and conditions, ensuring protection against manufacturing defects. Trinity Touch’s support network provides technical assistance and product guidance when required.

Conclusion of TT17-U240-1S-OI ON Delay Timer

This analog ON delay / interval timer from Trinity Touch combines flexibility, reliability, and compact design into a single industrial-grade solution. With its wide voltage range, selectable timing functions, durable construction, and easy installation, it is perfectly suited for professionals who demand precision and dependability in their control systems.

Whether you are upgrading an existing panel or designing a new automation system, this timer offers the performance and versatility required to meet modern industrial challenges.

Frequently Asked Questions (FAQ) of TT17-U240-1S-OI ON Delay Timer 

1. What type of timer is this product?

This product is an ON Delay / Interval Analog Timer designed for industrial and automation control applications where precise time-based switching is required.

2. What timing functions are available of TT17-U240-1S-OI ON Delay Timer ?

The timer supports independent ON delay and interval modes, allowing users to select the required function based on application needs.

3. What is the time setting range of TT17-U240-1S-OI ON Delay Timer ?

The timer offers 10 selectable time ranges, adjustable from 0.1 seconds up to 30 hours, providing flexibility for both short and long-duration timing applications.

4. What is the power supply requirement of TT17-U240-1S-OI ON Delay Timer ?

It supports a universal supply voltage from 12 to 240 VAC/DC with a frequency of 50/60 Hz, making it compatible with a wide variety of electrical systems.

5. Is the timer suitable for both AC and DC supply?

Yes, the timer is designed to operate on both AC and DC power supplies within the specified voltage range.

6. What is the reset voltage of the timer?

The reset voltage is 10% of the rated voltage, ensuring reliable reset performance even during voltage fluctuations.

7. What type of output does the timer provide?

The timer is equipped with a 1S control output, suitable for controlling relays, contactors, and other control devices.

8. What is the size of the timer?

The timer has a compact width of 17 mm, making it ideal for space-saving installations in electrical control panels.

9. What are the overall dimensions?

The dimensions are 17 mm (W) × 103 mm (H) × 75.4 mm (D).

10. How much does the timer weigh?

The approximate weight of the timer is 110 grams, making it lightweight yet robust for industrial use.

11. What type of connection does the timer use?

It uses screw-type terminals, ensuring secure and reliable electrical connections.

12. What conductor sizes are supported?

• Solid conductors: 0.2 to 4.0 mm²
• Stranded conductors: 0.2 to 2.5 mm²

13. What is the recommended tightening torque?

The recommended tightening torque for the terminals is 0.5 to 0.6 Nm.

14. What material color does the timer have?

The timer features a grey base with a black cover, giving it a professional industrial appearance.

15. Is the timer suitable for industrial automation?

Yes, it is designed specifically for industrial automation, control panels, OEM machinery, HVAC systems, pumps, motors, and conveyor control applications.

16. Is programming software required for configuration?

No software is required. The timer uses analog adjustment, allowing easy and quick configuration directly on the device.

17. Does the timer consume high power?

The timer is designed for efficient power consumption, even when operating at higher voltages such as 240 VAC.

18. Can this timer be used in compact control panels?

Yes, its 17 mm slim design makes it ideal for compact and high-density control panel installations.

19. Who is the manufacturer of this timer?

The timer is manufactured by Trinity Touch, a trusted brand in industrial control and automation products.

20. What warranty is provided with this product?

The product is covered under manufacturer warranty as per Trinity Touch terms and conditions.

Our Other Products

Interface Modules

• Our interface range consists of relay modules & passive modules with FRC connectors and D sub connectors from 2 channels to 32 channels.
• Our relay module range consists mainly of standard DC coil relay cards, is also available with options like fuse and indicators.
• This also includes the SSR modules and economy modules. We have also introduced relay module with ultra slim relay to compact the size.

Industrial Controllers

Industrial controllers is a device that is specialized for manufacturing and process control. It supports machine control and can be activated by applying rated power supply across control supply terminals or by giving potential trigger across signal terminals.

DIN Rail Mounted PCB Support

• The compact DIN rail mounted PCB support profile provides a multiple possibilities for the construction of electronics circuits. This enables the user to develop individual practical electronic modules depending on the required module size and the space available.
• The profile can be cut to length and combined with side and foot elements to form a module. The PMP…72 and PMP…108 modules are mounted parallel to the DIN rail.
• A special foot element is used for this. This arrangement is suitable for module lengths of 5-400 cm. The design helps to save space.

Enclosures

• Trinity Touch enclosures provides a comprehensive range of products for energy distribution requirements within industrial applications.
• We have a vast range of standard solutions which have been developed keeping in mind the diverse requirements of the industry and the regular feedback we have received from our customers.
• The standard solutions include a wide variety of junction boxes with terminals block, push Button Stations, surge protection, power distribution assemblies, 3-phase motor starters and power interlock distribution assemblies. We can also offer a wide range of tailor made solutions to meet the key needs of our customers.

Industrial Plug and Sockets

• CEE Industrial plug and sockets from Trinity Touch can do more than simply transfer electricity. They effectively and reliably support you in everyday tasks because they can stand up to the harshest of conditions.
• Regardless of cold, heat, dust, water or pressure/tensile/impact loads in the most diverse conditions under extreme use.

DIN Rails & Accessories

• This series of DIN rail (mounting rails) is for industrial application according to the standard EN 60715 with third generation of Cr3 +Passivation (TDR3-Series) for improved corrosion resistance and SST stability of 350Hrs.
• DIN rails are designed in accordance with the European standard EN 60715 using state of the art production processes to ensure high dimensional accuracy, restricted tolerances and outstanding surface tempering. The DIN rails are available in standard lengths of 1M and 2M or to required lengths* with or without perforation.
• We also offer universal DIN rail cutter. In accordance with IEC 60 947-7-2, DIN rail made of steel may be used as equipotential busbar (PE function), but without PEN function. Our entire range of DIN rails are RoHS & CE compliant.

Wiring Duct (PVC Channel)

Trinity Touch wiring ducts is the product, available in wide range to accommodate wires and cables for the smallest wall mounted panel to larger integrated systems.

Halogen Free Wiring Ducts

• When PVC or other traditional plastics ignite in a fire, they emit corrosive & toxic gases like chlorine. Moreover, these are soluble in moisture, forming hydrochloric acid, which destroy electronics, semiconductors and intrinsic electrical circuits.
• While smoke travels containing toxic element, it can be fatally hazardous to humans if they cannot escape from that area.
• Toxic fumes are not only a serious health risk but also cause serious damage and problems to crucial machinery and intrinsic devices. Halogen free wires and cables are already compulsory in many areas as they are safer.
• In the same way, HF wiring duct is most important within enclosed spaces where the exits are limited such as public transport, hospitals, malls etc.
• What is the use of halogen free cables if the wiring ducts contain dangerous material? For example: Hospitals, Airport Terminals, Concert Halls, Sports Stadiums, Railway Stations, Ships, Offshore Oil and Gas platforms, Multistory Buildings and Nuclear Power.

Electrical Protection

Our fuse is an electrical safety device that has the capability to protect an electric circuit from excessive electric current. It is designed to allow current through the circuit, but in the event that the current exceeds some maximum value it will open, severing the circuit.

Flexible Conduits & Accessories

• Flexible conduit is commonly used for the protection and containment of vulnerable electrical cables, wiring and fiber optics. It is an extremely effective form of cable management, available in a variety of systems, which can cope with a diverse range of environmental factors and operating conditions.
• With a comprehensive stock holding we strive to deliver service excellence to meet our customer demands faster, ensuring you can count on us.