Input Voltage:115/230 VAC
Total Channels:16
Input Current:7 mA
Input Voltage Range:85-264 VAC
Channel 1 Rating:1 mA
Channels 2 & 3 Rating:0 mA
Opto-Isolator Isolation:Yes
UL Listed:Yes
Terminal Block:Removable
Connection Box Thread:M20 x1.5 mm
External Connection Thread:Rc1/4
Instruction Manual:English
Options:[“Valves /C, Inconel Bolt”,”Valves /CV, Check Valve”,”Valves /SV, Stop Valve”,”Tag Plates /SCT, Stainless Steel Tag Plate”,”Tag Plates /PT, Printed Tag Plate”]
The Reliance Electric 45C942 Shark XL Input Module is a robust and versatile component designed for seamless integration into complex industrial control systems. Its modular design ensures compatibility with a wide array of programmable controllers, enhancing system flexibility and reliability.
With a total of 16 channels, this input module is equipped to handle diverse signal processing requirements. The standout feature is its removable terminal block, offering easy access for maintenance and upgrades, without compromising operational integrity.
Each channel within the 45C942 module operates with distinct specifications tailored for optimal performance under various conditions. Channels 2 and 3 are designed with a zero current consumption rating, making them ideal for applications requiring minimal power draw. Channel 1, however, boasts a 1 mA rating, catering to higher-demand signal processing tasks.
Utilizing the advanced opto-isolator isolation method, the 45C942 ensures safe and reliable electrical isolation between the input and output circuits, safeguarding against potential electrical hazards. Furthermore, the inclusion of UL listing signifies adherence to stringent safety standards, ensuring peace of mind for users.
Designed with durability and efficiency in mind, the Reliance Electric 45C942 Input Module is fabricated from high-quality materials that withstand rigorous industrial environments. It comes with comprehensive documentation, including an instruction manual in English, to facilitate quick setup and maintenance.
There are no reviews yet.