Vertiv Liebert SN-Z01 Integrated Temperature Sensor for Rack Monitoring
Item #: SN-Z01 | Model #: 835514008934
Vertiv Liebert SN Integrated Temperature Sensor
The Vertiv Liebert SN-Z01 integrated temperature sensor is designed for precise rack and environment monitoring in data centers and server rooms. This sensor features a single temperature probe connected via a communication cable, allowing seamless integration into Vertiv MPX and MPH rack PDU systems using RPC or Vertiv Liebert IS-UNITY-DP communication cards. With an operating environment range of 41°F to 131°F, the SN-Z01 ensures accurate temperature readings in typical data center conditions. The compact design, weighing approximately 4 ounces, makes installation straightforward using the supplied mounting bracket or cable ties, providing flexibility for different rack configurations. The sensor supports network connectivity through a single RJ-45 port, facilitating remote monitoring and alerts for temperature fluctuations that could impact equipment performance and safety. The device is manufactured in Germany by Vertiv, a trusted leader in power and thermal management solutions. Included with the sensor are various mounting accessories, an alcohol cleaning pad, and a quick-start guide, making setup quick and efficient. The SN-Z01's humidity measurement tolerance of ±3% adds an extra layer of environmental insight, helping data center operators maintain optimal conditions. Overall, the Vertiv Liebert SN-Z01 offers a reliable, easy-to-install solution for monitoring critical temperature conditions within your data center infrastructure, ensuring equipment longevity and operational stability.
Features:
- Operating Environment: 41°F to 131°F for reliable temperature monitoring
- Power input through communications cable simplifies installation
- Mounting with supplied bracket or cable tie provides flexible installation options
- Compatible with Vertiv MPX and MPH rack PDUs using RPC or IS-UNITY-DP communication cards
- Integrated Temperature Sensor enables accurate and continuous environmental monitoring
