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Description：

The ICS Triplex T8013 Digital Output Module is a high-reliability industrial control module designed for demanding and safety applications. Operating at a rated voltage of 24 VDC with an allowable range of 20 to 32 VDC, the module delivers stable and precise digital output performance in harsh industrial environments. Each channel supports a maximum continuous current of 2 A, while the entire module can handle up to 40 A total load current, making it suitable for controlling multiple field devices simultaneously. With leakage current below 2 mA and built-in overcurrent protection activated above 3.5 A, the T8013 ensures enhanced operational safety and equipment protection. Its impressive MTBF of more than 100,000 hours reflects excellent long-term reliability, while the operating temperature range of -5℃ to +60℃ allows dependable performance in various industrial conditions such as power plants, oil & gas facilities, and process systems.

Specification：

Frequently asked questions

Q1: What is the ICS Triplex T8013 Digital Output Module?

A1: It is an industrial digital output module used for signal switching and output control in ICS Triplex safety and  systems.

Q2: What is the ICS Triplex T8013 rated operating voltage of this module?

A2: The ICS Triplex T8013 rated operating voltage is 24 VDC.

Q3: What is the ICS Triplex T8013 allowable voltage range?

A3: The ICS Triplex T8013 allowable voltage range is 20 to 32 VDC.

Q4: What is the ICS Triplex T8013 maximum continuous current per channel?

A4: The ICS Triplex T8013 maximum continuous current per channel is 2 A.

Q5: What is the ICS Triplex T8013 maximum total load current per module?

A5: The ICS Triplex T8013 maximum total load current per module is 40 A.

Product Applications

Oil and Gas (Petrochemical Industry): Used to control the switching of emergency shut-off valves (ESD), pressure relief valves, and pumps in refineries, oil production platforms, and oil pipelines, forcibly shutting down critical processes in the event of danger.

Coal and Nuclear Power Generation: Used in boiler management systems (BMS) and turbine overspeed protection, controlling trip circuits and safety interlock actuators.

Large Chemical Plants: Controls catalyst feed valves and emergency cooling water injection systems in chemical reactors to prevent runaway reactions and explosions.