Overview
The iEF-M100 Electrical Fire Monitoring Console Unit is a wall-mounted, multi-loop electrical fire monitoring device designed for continuous supervision of electrical circuits.
Each Console Unit supports up to four configurable loops, with each loop accommodating up to 127 detectors (maximum 508 detectors per Console Unit). Multiple Console Units can be networked in a primary–secondary architecture to enable scalable system expansion.
Features
● System Architecture, Power & Reliability
Wall-mounted Console Unit with integrated centralized power supply for field sensors and acquisition modules
Proprietary communication protocol ensures stable and reliable data transmission
High electromagnetic interference immunity for operation in complex electrical environments
Supports non-polar wiring with flexible network topologies including star, tree, and bus structures
● Scalability, Networking & Expansion
Each Console Unit supports up to 4 configurable loops
Up to 127 detectors per loop, with a maximum of 508 detectors per unit
Supports primary–secondary networking architecture for scalable multi-unit system expansion
● Data Management, Security & Control
Multi-user access management with configurable administrator and operator permissions
High-capacity data storage with fast retrieval of alarm and event records
Provides audible and visual alarm indication for real-time monitoring
Relay outputs support interlock control functions
Optional printing function for event and alarm records
● Installation, Operation & User Interface
Wall-mounted installation for easy deployment in control environments
Built-in functions including self-check, reset, mute, fault alarm, monitoring alarm, and event record/query
7-inch colour touchscreen HMI for intuitive and user-friendly operation interface
Applications
The system is suitable for smart buildings, commercial complexes, industrial and mining facilities, telecommunications infrastructure, and other critical applications. It delivers reliable electrical fire risk monitoring by detecting faults within electrical circuits at an early stage.
