CONTACT MONITORING MODULE
Gọi ngay: 0972.939.830 để có được giá tốt nhất!
MODEL: FSMM
Contact Monitoring Modules are designed to be used with pull stations, water flow switches, and other applications requiring the monitoring of dry contact devices. The interrupt driven Wireless Digital Communications Protocol (DCP) combines maximum communication reliability and fast response to emergency conditions. The FSMM contact monitoring module require a 24 VDC power source.
- Wireless technology uses radio frequency to transmit and receive messages;
- Programmable using mobile APP;
- Analog design using FireSmart’s advanced protocol for fast and robust communication;
- Supply voltage: 24 VDC power source;
- Maximum 300 devices can be used per WCP1;
Bài viết liên quan:
1 review for CONTACT MONITORING MODULE
Add a review
Đặt mua CONTACT MONITORING MODULE
CONTACT MONITORING MODULE
admin –
The Contact Monitoring Module (Model: FSMM) from FireSmart is designed for use in wireless addressable fire alarm systems. It’s utilized for monitoring dry contact devices like pull stations and water flow switches. This module employs a Wireless Digital Communications Protocol (DCP) for reliable and fast response in emergency situations. It requires a 24 VDC power source and can support up to 300 devices per control panel (WCP1). The module is programmable via a mobile app and uses FireSmart’s advanced analog protocol for efficient communication. This makes it a versatile and crucial component in modern fire alarm systems, ensuring seamless integration and monitoring of various fire detection devices.
The Contact Monitoring Module (Model: FSMM) from FireSmart, besides monitoring dry contact devices, can also integrate with Building Management Systems (BMS). This enables it to control other devices and systems within a building. By connecting to the BMS, the module can facilitate coordinated responses during emergencies, like activating fire doors, ventilation systems, or sending alerts. This enhances the overall safety infrastructure of a building by ensuring all systems work in harmony during a fire incident.