Network Technologies ENVIROMUX-5D environmental monitoring system

Wednesday, 26 February, 2014 | Supplied by: Interworld Electronics and Computer Industries

Network Technologies ENVIROMUX-5D environmental monitoring system

The ENVIROMUX-5D uses sensors to monitor critical environmental and security conditions. When an environmental sensor goes out of range of a configurable threshold or a security sensor is triggered, system administrators will be notified via email, alarm beacon, front panel LED indicators, web page notification, network management (SNMP) software or SMS.

The product provides two internal sensors for temperature and humidity; five RJ45 ports for connecting external sensors; five digital (dry contact) inputs; and two relay outputs. The environmental sensors include air, duct and pipe temperature sensors; humidity sensors; and liquid/water and smoke detectors. Security sensors include a range of power, motion, vibration and intrusion detectors. Sensor expansion modules are also available.

The device can monitor (ping) up to 64 IP addresses to determine if critical server or network equipment is up and running. IP surveillance cameras can be viewed via a web interface and event-triggered IP camera snapshots can be sent via email.

The system is suitable for monitoring industrial environments, server rooms, telecommunication facilities and critical infrastructure. For high-temperature industrial applications, the ENVIROMUX-5D-IND provides temperature sensors that cover 0 to 80°C.

Online: www.ieci.com.au
Phone: 03 9593 7555
Related Products

Teledyne FLIR CM78-PV solar panel clamp meter

The solar panel clamp meter is suitable for commercial and industrial electrical inspections.

Teledyne FLIR Si1-LD acoustic imaging camera

The acoustic imaging camera utilises ultrasonic technology to pinpoint leaks with enhanced...

Keysight Technologies FieldFox handheld signal analysers

The A- and B-Series FieldFox handheld analysers from Keysight Technologies can be paired with VDI...


  • All content Copyright © 2025 Westwick-Farrow Pty Ltd