Eaton Environmental Monitoring Probe - Gen 2 - environment monitoring device
-
NG # 2514-HW-Eaton-021
Manufactured by:
The optional Eaton Environmental Monitoring Probe (EMP) Gen 2 is a connectivity device that enables you to collect temperature and humidity readings in rack enclosures and monitor environmental data remotely using Eaton's power monitoring solutions or a standard web browser. Each EMP provides one temperature, one humidity, and two dry-contact status data points. The EMP Gen 2 features a translucent case and integrated LED to positively identify the status of each sensor at a glance while walking the aisles.
Specification
General Device Type Environment monitoring device Width 1.5 in Depth 2.3 in Height 1.2 in Weight 1.2 oz Networking Form Factor External Connectivity Technology Wired Data Link Protocol Ethernet, Fast Ethernet, Gigabit Ethernet Expansion / Connectivity Interfaces 1 x 1000Base-T - RJ-45 Compatibility Information Designed For Eaton 5P 1500 RACKMOUNT
Description
The EMPDT1H1C2 Environmental Monitoring Probe (EMP) Gen 2 enables you to collect temperature and humidity readings in rack enclosures and monitor environmental data remotely using SNMP or a web browser. It features one temperature, one humidity and two dry-contact status data points. Compatible with select Eaton UPS systems and PDUs, the EMP Gen 2 features a translucent case and integrated LED that lets you identify the status of each sensor at a glance while walking the aisles.
Monitor Status of Up to 6 Contact Devices or Sensors
In addition to measuring ambient temperature and humidity at the rack, the EMP Gen 2 can support up to two additional input contact sensor devices per module. Since you can daisy-chain up to three EMPDT1H1C2 probes per host device, you can connect up to six total devices, such as water leak detectors, door contact sensors, vibration sensors and smoke detectors. Receive real-time status of all sensors via SNMP or browser and notifications of alarms via email. You can also create customizable shutdown and load-shedding protocols in case of extended power failures.