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Server Room Temperature Monitoring

Server room temperature monitoring devices monitor the ambient temperature within your IT environment for analysis and can issue alerts when the temperature rises (or falls) below preset threshold alarm levels. If your server room temperature is too high, the room can be uncomfortable to work in and could lead to heat damage to batteries. Too cold and humidity levels could rise due to condensation build up as the air conditioned air hits higher temperature components within the room. Cooling is also expensive and monitoring temperatures can help to improve energy efficiency and reduce operational costs.

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Room Alert 3W Monitors with WiFi Connectivty from £150.00
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Room Alert 3E Monitors from £158.20
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SD-2x1Wire Environment Monitors with WiFi Connectivty from £167.00
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STE2 R2 Environment Monitors with WiFi Connectivty from £169.50
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NB-2x1Wire Narrowband IoT Temperature and Humidity Monitoring Devices from £201.00
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HWg-STE Environment Monitors from £205.00
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Room Alert 4E Monitors from £300.09
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ARES 10 GSM Remote Environment Monitors from £305.00
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Room Alert 4ER Monitors from £327.17
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Poseidon2 3266 Environment Monitors from £333.00
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Poseidon2 3268 Environment Monitors from £376.00
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ARES 12 GSM Remote Environment Monitors from £381.00

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Temperature Monitor Features

Model Sensors Built-in Sensors Supplied With Digital Inputs Digital Outputs Ethernet (RJ45) Protocols Text
RoomAlert 32E 8 Temperature, Humidity, Power 1xDigital Temperature Sensor, 1xRoom Entry Switch Sensor 16 2 yes SNMP email to-SMS gateway
RoomAlert 12ER 3 Temperature 1xDigital Temperature Sensor, 1xRoom Entry Switch Sensor 4 1 yes SNMP email SMS gateway
RoomAlert 12E 3 Temperature 1xDigital Temperature Sensor, 1xRoom Entry Switch Sensor 4 1 yes SNMP email SMS gateway
RoomAlert 4ER 2 Temperature 1xDigital Temperature Sensor 1 – yes SNMP email SMS gateway
RoomAlert 4E 2 Temperature 1xDigital Temperature Sensor 1 – yes SNMP email SMS gateway
RoomAlert 3E 2 Temperature – 1 – yes SNMP email SMS gateway
RoomAlert 3 WiFi 1 Temperature – 1 – yes SNMP email SMS gateway
Poseidon2 3266 8 – Temperature 4 – yes SNMP, XML, Modbus/TCP, HWg-Push SMS gateway
Poseidon2 3268 8 – Temperature 4 2 yes SNMP, XML, Modbus/TCP, HWg-Push SMS gateway
Poseidon2 3468 8 – Temperature 4 2 yes SNMP, XML, Modbus/TCP, HWg-Push SMS gateway
Poseidon2 4002 16 – Temperature 12 4 yes SNMP, XML, Modbus/TCP, HWg-Push SMS gateway or GSM modem option
SD-2×1Wire 4 – Temperature – – yes WiFi SMS gateway
STE2 3 – Temperature 2 – yes SNMP, WiFi SMS gateway
HWg-STE 2 – Temperature – – yes SNMP –
Ares 10 GSM 3 – Temperature 12 – – – SIM Card
Ares 12 GSM 14 – Temperature 12 – – – SIM Card

Useful Blog Posts

  • How to Monitor Server Room Temperature and Humidity Levels

    Climate change is driving up ambient temperatures and causing extreme weather patterns. For server room and datacentre operators, these environmental issues are placing a greater strain on their critical infrastructure systems. Server room air conditioning systems are placed under greater load during heatwave conditions and UPS systems must use their battery power more often to cover small power outages and complete mains power failures.

  • How to Install Server Room and Rack Level Monitoring Systems

    There are several good reasons for monitoring a server room or datacentre for temperature and humidity, but should you place sensors and detectors at the server rack or room level and just how many sensors is the right number?

  • How to Select A Server Room Monitoring System

    Rising cooling requirements are a common problem faced by many organisations as they adopt the latest server technologies, including high power computing. The higher the power draw of the latest servers the greater the need for air conditioning as their kW power draw adds an equal demand to the size of the air conditioning required. Edge Computing and micro data centres add another layer of complexity to the need for a dedicated remote environmental monitoring system.

Related FAQs

  • How can temperature monitoring improve energy efficiency?

    Continuously monitoring the temperature of your IT closet, computer or server room can help to identify if the air conditioning or cooling system is set correctly. The lower the required ambient temperature, the greater the energy used and running costs incurred. Achieving an optimal temperature for a server room protects electronic devices, servers and networking peripherals, helps to prevent failures and provides a more comfortable working environment for engineers and technicians working in the room.

  • How does temperature monitoring help capacity planning?

    The air conditioners or cooling system in your server room or datacentre is designed to deliver a set kW of cooling. As more servers and racks are added to a facility, the cooling load increases and places greater demand on the air conditioning system. Monitoring server room and datacentre temperatures provides ambient environment data that can help to assess (a) whether more IT server load can be added to the room and (b) the effect of the additional IT servers on the cooling system when commissioned and running.

  • Why is it important to monitor server room temperature?

    Excess heat within a server room can lead to server failures and represents a potential fire risk. Monitoring increases in server room temperatures allow ‘hot-spots’ to be identified and corrective actions taken. A sudden rise in the ambient temperature of a server room or datacentre typically indicates an air conditioner failure or collapse of the cooling system.