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Description：

The HIMA K1409 System Rack is a robust industrial mounting platform used in HIMA safety and systems for housing control, communication, and I/O modules. Built to the standard 19-inch rack format, the K1409 provides a reliable framework for organizing and integrating system components within safety-critical applications.

The K1409 is suitable for use in temperatures ranging from 0°C to +60°C and can be stored in conditions between -40°C and +85°C. It also supports operation in environments with 5% to 95% relative humidity (non-condensing), ensuring dependable performance in a wide variety of industrial installations.

Specification：

Frequently asked questions

Q1: What is the HIMA K1409 System Rack used for?

A1: The HIMA K1409 System Rack is designed to house and organize HIMA safety control modules, power supplies, communication modules, and other system components. 

Q2: What operating voltage does the HIMA K1409 System Rack require?

A2: The K1409 system rack operates with a 24 V DC power supply, ensuring stable operation of compatible HIMA safety system components.

Q3: What are the standard dimensions of the K1409 System Rack?

A3: The K1409 features a standard 19-inch rack design, allowing easy integration into industrial control cabinets and standard equipment enclosures.

Q4: What is the height capacity of the K1409 rack?

A4: The K1409 rack provides a height capacity of 5 HU (Height Units), offering sufficient space for installing multiple HIMA modules and accessories.

Q5: What is the K1409 operating temperature range?

A5: The HIMA K1409 System Rack is designed to operate within a temperature range of 0°C to +60°C, making it suitable for a wide variety of industrial environments.

Product Applications

Oil and gas plants: Emergency shutdown (ESD) systems for offshore drilling platforms and crude oil pipelines.

Petrochemical and large-scale chemical plants: Controlling high-risk chemical reactors and cracking units to prevent major explosions caused by overpressure and leaks.

Coal and nuclear power plants: Ensuring the absolute safety of boiler management systems (BMS) and turbine overspeed protection systems. 

Modern metallurgy and steel plants: Interlocking protection systems used in high-risk industrial processes such as blast furnace control and blast furnace gas recovery.