Tripp Lite EMPDT1H1C2 Environmental Monitoring Probe (EMP) Gen 2 for Temperature and Humidity Conditions

Protect critical rack equipment with continuous environmental monitoring for temperature and humidity. The Eaton Tripp Lite EMPDT1H1C2 Environmental Monitoring Probe (EMP) Gen 2 delivers real-time, rack-level visibility so IT, security and facilities teams can detect conditions that threaten servers, surveillance systems and network hardware before they escalate.

This compact temperature sensor and humidity sensor provides one temperature input, one humidity input and two dry-contact status points, and can be daisy-chained up to three probes per host to monitor up to six additional devices such as water leak detectors, door contacts or vibration sensors. SNMP and web/browser access plus email alarm notifications integrate easily with existing monitoring and security platforms to streamline incident response and automate shutdown or load-shedding when needed. The probe’s translucent case and integrated LED simplify aisle-walk checks, while multiple mounting options let you place the sensor at intake points for accurate airflow readings.

Ideal for data centers, security and surveillance closets, and edge racks, the EMPDT1H1C2 helps reduce risk and improve uptime—add it to your rack monitoring strategy today.

• Real-time rack-level monitoring of temperature and humidity to prevent downtime and protect sensitive equipment
• SNMP and browser-based alerts with email notifications for fast incident response and integration with network monitoring
• Two dry-contact inputs plus daisy-chain support (up to 3 probes per host) to monitor up to 6 additional devices like leak or door sensors
• Translucent housing with integrated LED makes status checks quick during aisle walks and simplifies visual troubleshooting
• Flexible mounting (magnets, cable ties, keyhole and nylon fastener slots) for front/rear intake or wall installation to capture accurate airflow data
• Compatible with select Eaton UPS and PDU systems to enable automated shutdown/load-shedding workflows during extended power events