Luxury Environment Monitoring System With 1-wire Sensor Interface. Din Mounted. Trusted Seller [jSePXR3s]

Robust Environment Monitoring Solution

The ENVIROMUX Environment Monitoring System (EMS) with 1-Wire Sensor Interface is designed to provide comprehensive monitoring of critical environmental conditions. This DIN-mounted system offers a versatile and reliable solution for monitoring temperature, humidity, liquid water presence, power, intrusion, and smoke. With its 1-Wire sensor interface, it supports up to 24 single reading sensors, allowing for flexible configuration to meet specific monitoring needs. The system is equipped with a dual redundant power supply, ensuring continuous operation and minimizing downtime.

Advanced Features for Enhanced Monitoring

The ENVIROMUX EMS stands out with its advanced features that enhance monitoring capabilities. It supports email, web page, network management (SNMP), and SMS notifications to alert you of any deviations from predefined thresholds. The system also monitors up to 4 IP network devices and can trigger alerts if devices are not responding. Additionally, it integrates with various open-source SNMP monitoring packages, such as Nagios, for seamless integration with existing network management solutions. The intuitive graphical management software allows for easy configuration and monitoring of up to 3,000 ENVIROMUX units and all connected sensors.

Wide Range of Applications

The ENVIROMUX EMS is ideal for a wide range of applications, including IT infrastructure monitoring, cold storage/freezer monitoring, and any unmanned area requiring continuous environmental monitoring. Its compact DIN mounting design and integrated mounting brackets make it easy to install and integrate into existing systems. Optional Power over Ethernet (POE) support further simplifies installation by eliminating the need for separate power sources. With its robust features and user-friendly interface, the ENVIROMUX EMS is the perfect choice for ensuring the optimal performance and safety of critical environments.