• Honeywell Security PW7K1IN 16 Input Module
  • Honeywell Security PW7K1IN 16 Input Module

Honeywell Security PW7K1IN 16 Input Module

$1,098.44
$1,098.44

Manufacturer : Honeywell

Sku : PW7K1IN

Condition : New

1 available

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The Honeywell Security PW7K1IN 16 Input Module is a crucial component within the PW-7000 Intelligent Control System, designed to provide advanced security solutions with a focus on flexibility, reliability, and efficiency. This module is specifically engineered to enhance the capabilities of security systems by integrating seamlessly with the PW-7000 series, offering a comprehensive solution for monitoring and managing inputs.
  • •Compatibility with PW-7000 Intelligent Control System: The PW7K1IN Input Module is designed to be seamlessly integrated into the PW-7000 series, ensuring compatibility and optimal performance within the broader intelligent control system.
  • •16 Supervised Inputs: This module features 16 supervised inputs, each equipped with End of Line (EOL) resistors measuring 1k ohm with a 1% tolerance. The supervision capability enhances system reliability by actively monitoring the status of connected devices and promptly alerting the control system to any changes or issues.
  • •16 Supervised Inputs: This module features 16 supervised inputs, each equipped with End of Line (EOL) resistors measuring 1k ohm with a 1% tolerance. The supervision capability enhances system reliability by actively monitoring the status of connected devices and promptly alerting the control system to any changes or issues.
  • •Low Voltage, Class 2 Circuit Compatibility: The Input Board is specifically designed for use in low voltage, class 2 circuits. This feature ensures that the module operates within specified voltage limits, promoting safety and compliance with electrical standards.
  • •End of Line Resistors: The inclusion of 1k ohm EOL resistors with a 1% tolerance on each supervised input is a critical aspect of the module's design. These resistors contribute to the stability and accuracy of the system by providing a known resistance for supervision purposes.