Honeywell TC-OAH061 Analog Output Module Perfect for 32 Simplex Remote I/O Devices

 Product Description of  TC-OAH061

The Honeywell TC-OAH061 is an analog output module used in industrial automation systems. It acts as an interface between a control system and various devices that require an analog voltage signal for control.

 

Specifications of TC-OAH061:
Number of Channels: 6 independent channels
Output Type: Analog current loop (4-20 mA)
Voltage Input: The exact voltage input range might vary depending on the specific model variant, but it likely operates within a common industrial DC voltage range (potentially 24 VDC).

 

Features of TC-OAH061:
Analog Output Control: Each of the six channels can provide a continuously variable analog current output between 4 milliamps (mA) and 20 mA. This allows for precise control of various devices that rely on an analog current signal for operation.
Galvanic Isolation: Some sources mention galvanic isolation, which means the input and output circuits are electrically isolated from each other. This can improve safety and reduce electrical noise.
Industrial Suitability: Designed for use in industrial environments, suggesting rugged construction and tolerance for harsher conditions than typical consumer electronics.

 

Applications of TC-OAH061:
Industrial Process Control: The TC-OAH061 is commonly used in various process control applications where precise control of devices like variable speed drives, motor controllers, or valve positioners is required. The analog current output from the module can be adjusted by the control system to regulate process parameters like speed, flow, or pressure.
Machine Control: It can be used in machine control systems to provide analog control signals for actuators, drives, or other devices that require precise positioning or control.
Data Acquisition Systems: In some cases, the TC-OAH061 might be used in data acquisition systems to convert sensor readings (like pressure or temperature) into a proportional analog current signal for further processing or recording.