APC Temperatur & Humidity Sensor

The APC Temperature & Humidity Sensor is a device that monitors and measures temperature and humidity levels in data centers, server rooms, and other equipment environments.

The APC Temperature & Humidity Sensor uses built-in sensors to continuously measure temperature and humidity. It then communicates these readings to a network management system or device via SNMP, enabling remote monitoring and alerting.

The key features of the APC Temperature & Humidity Sensor include accurate temperature and humidity monitoring, SNMP compatibility, remote management capability, alert notifications, and a compact form factor suitable for various environments.

Yes, the APC Temperature & Humidity Sensor is compatible with most network management systems that support SNMP. It can be easily integrated into existing monitoring setups.

The APC Temperature & Humidity Sensor should be positioned in an area that accurately represents the temperature and humidity conditions of the environment it is monitoring. It is commonly placed in server racks or HVAC ducts.

Yes, the APC Temperature & Humidity Sensor supports customizable alert notifications via SNMP traps. It can send alerts to network management systems or devices, enabling timely response to potential environmental issues.

The APC Temperature & Humidity Sensor can measure temperatures ranging from -20°C to 80°C (-4°F to 176°F) with an accuracy of ±0.5°C (±1°F). It can also measure humidity levels between 0% and 95% with an accuracy of ±5%.

No, the APC Temperature & Humidity Sensor is designed to work in conjunction with a network management system or device that supports SNMP. It communicates readings and receives commands through SNMP protocol.

Yes, although primarily designed for IT environments, the APC Temperature & Humidity Sensor can be used in various non-IT applications wherever temperature and humidity monitoring is critical, such as laboratories, warehouses, or museums.

No, the APC Temperature & Humidity Sensor does not have built-in memory for storing historical data. It is designed to provide real-time monitoring and alerting capabilities.