EATON CORPORATION ympäristönvalvonta-anturi Gen 2

The Eaton Temperature/Humidity Sensor EMPDT1H1C2 is a wired indoor environmental probe designed to provide continuous temperature and humidity readings for rack enclosures and other indoor spaces. Compact and freestanding, the sensor delivers one temperature, one humidity, and two dry-contact status data points and is compatible with Eaton UPS and PDU monitoring solutions as well as standard web browsers for remote access.

Advantages

The EMPDT1H1C2 provides accurate, real-time temperature and humidity measurements in a compact 57 × 37 × 29 mm housing. Its translucent case and integrated LED make sensor status easy to verify during routine aisle checks. The probe integrates with Eaton power monitoring systems and supports web-based monitoring and automatic email alarm notifications for continuous environmental awareness.

Suitable for

• Rack enclosures and server cabinets
• Data centres and network rooms
• Telecom closets and equipment cabinets
• Indoor spaces requiring temperature and humidity tracking

Key specifications

• Model: Eaton EMPDT1H1C2
• Measurements: 1 temperature, 1 humidity, 2 dry-contact status points
• Interface: Wired probe compatible with Eaton UPS/PDU and web browsers
• Dimensions: 57 mm (W) × 37 mm (D) × 29 mm (H)
• Use: Indoor, freestanding
• Brand: EATON
• MPN: EMPDT1H1C2
• EAN: 0743172091604

How to use

Install the EMPDT1H1C2 in the desired indoor location inside or near rack enclosures, ensuring the sensor is positioned where representative temperature and humidity readings are obtained. Connect the wired probe to a compatible Eaton UPS or PDU monitoring port or to the monitoring system specified by Eaton. Access readings and configure alerts through the Eaton monitoring interface or a standard web browser; set thresholds for email alarm notifications as needed.

Recommendations

Place the sensor away from direct airflow of cooling vents or hot exhausts to obtain representative ambient readings. Verify LED status during regular checks and configure alarm thresholds appropriate for your equipment environment to enable timely alerts.