Eaton Environmental Monitoring Probe (EMP) Gen 2 for Temperature and Humidity Conditions

Overview

The Eaton EMPDT1H1C2 is an environmental monitoring probe designed to provide precise temperature and humidity oversight within IT racks. It features one temperature sensor, one humidity sensor, and two dry-contact inputs housed in a compact unit that fits seamlessly alongside servers, switches, and power distribution units. This probe continuously delivers real-time data through Eaton’s power management software, web browsers, or SNMP platforms, helping to prevent hot spots, moisture buildup, and unexpected downtime in critical environments.

Its translucent case includes an internal LED that offers immediate visual status for technicians walking the aisle, while remote users can set thresholds, receive email alerts, and access historical reports to optimize cooling strategies and verify service-level agreements. The device supports expansion with up to six external sensors, such as smoke detectors or door contacts, making it a versatile tool for comprehensive environmental and safety monitoring.

Key features

• Monitors temperature and humidity at the rack level to provide timely insight into environmental conditions that affect equipment health
• Includes two integrated sensors plus two dry-contact inputs, with the ability to add up to six external sensors for expanded monitoring capabilities
• Delivers real-time reporting through Eaton software, standard web browsers, SNMP, and email alerts to keep staff informed both locally and remotely
• Features a translucent case with an internal LED that offers quick visual status checks during routine inspections
• Offers flexible mounting options including built-in magnets, cable ties, and keyhole slots to fit various rack or cabinet configurations
• Designed for use in data centers, network closets, edge locations, and other mission-critical environments where environmental control is essential
• Backed by a two-year limited warranty to simplify maintenance planning and provide peace of mind

Key specs

• Temperature sensor: integrated, precise rack-level monitoring
• Humidity sensor: integrated for accurate moisture detection
• Dry-contact inputs: two built-in, supporting additional external sensors up to six
• Connectivity: compatible with Eaton power management software, web browsers, and SNMP-capable platforms
• Mounting options: built-in magnets, cable ties, keyhole slots for versatile installation
• Warranty: two-year limited coverage

Connectivity and compatibility

The probe integrates smoothly with Eaton’s power management ecosystem, allowing centralized monitoring and control through dedicated software. It also supports standard web browsers and SNMP protocols, enabling compatibility with a wide range of network management systems. This flexibility ensures that the probe can fit into existing IT infrastructure without requiring specialized tools or software.

• Supports SNMP for integration with network management platforms
• Accessible via standard web browsers for easy remote monitoring
• Works seamlessly with Eaton power management software for detailed environmental analysis

Installation and setup

Installation is straightforward and can be completed in minutes without specialized tools. The probe’s built-in magnets allow quick attachment to metal rack rails, while cable ties secure it to perforated doors. Keyhole slots provide an option for screw mounting on walls or cabinet frames. Once installed, the device begins reporting environmental data immediately, minimizing setup time and disruption.

Ideal uses and environments

This probe is well suited to data centers, network closets, edge computing locations, and any environment where monitoring temperature and humidity is critical to maintaining equipment reliability. Its ability to expand monitoring with external sensors makes it a strong choice for facilities that require comprehensive environmental and safety oversight. IT professionals and facility managers will find it valuable for preventing downtime and optimizing cooling efficiency.