Temperature Monitoring in Server Rooms: Ensuring Optimal Environment in Data Center?

Servers and accompanying hardware are responsible for processing large volumes of datum, performing complicated calculations, and storing a great amount of private information. Processing tasks require a lot of energy. Thus, just like our “brain”, equipment consumes much energy and emits much heat. This is why the issue of server rack temperature monitoring is vital for such artificial “organisms”.

Network systems resemble the human body. They consist of multiple units (organs) that perform particular functions and are united to function for a common purpose. The maintenance of optimal conditions influences the lifetime and effectiveness of system operation.

Risks of Inadequate Climate Monitoring

Violation of climatic conditions in data centers can negatively impact network hardware, causing breaks, malfunction, and downtime. Surges in temperature result in the following failures:

• Equipment overheating due to heat exchange between functioning units. If heat is not removed promptly, devices will heat twice quicker.
• Fire due to pollution settlements and static voltage. When an electric sparkle appears, it can ignite debris accumulated on hardware and rack panels.
• A short circuit within the system, which leads to downtime.

IT equipment is sensitive to any change in the environment. Thus, it is important to create optimal climate conditions and maintain and control them with the help of sensors and other monitoring tools.

Types of Climate Management Tools

When arranging a server room environment monitoring system, technicians tend to use the following tools for climate monitoring:

1. Wired temperature sensors. These tools are configured to control thermal indicators on premises. However, they must be connected to a power unit to function. They transmit data to a control board via cords.
2. Wireless temperature sensors. This type of sensor does not require the use of a cable to function. This option allows users to assess and control temperature changes with high accuracy.
3. Infrared heat equipment. The tool measures the temperature of the controlled premise by the level of thermal energy radiated by objects. The intensity of heat release depends on the degree of heating: at low temperatures, radiation occurs in the infrared range.
4. Data loggers. These server room monitoring solutions are designed for auto-recording certain parameters at specified intervals. Thermal recorders are used to accurately record microclimatic probes with constant monitoring of their changes.
5. Thermal imaging cameras. The equipment can work in more difficult conditions than the elements of classical monitoring systems. Its matrix is resistant to various factors, making it possible to capture images even in complete darkness.
6. Cloud-based data center temp monitoring devices. Such tools are connected to Internet cloud storage and record all parameters there. Thus, the staff can get remote access to all indicators and their changes. No overload is possible here due to huge missives of memory.

Modern technologies allow for creating safe environments in rooms for network equipment storage and detecting possible hazards timely.

Best Practices for Climate Management in Server Rooms

Make sure to use the next techniques to reduce the number of heat sources and manage them wisely. By implementing these steps when arranging a temperature monitoring system for the server room, your infrastructure will be out of danger.

1. Identify temperature thresholds. Remember that the indicator must vary between 68-71°F.
2. Use multiple sensors. Install different types of sensors to guarantee reliable protection and monitoring from all sides.
3. Implement remote monitoring. Adjust configurations to manage sensors remotely and watch for changes in indicators.
4. Test the system regularly. Remember to check the smoothness and correctness of the functioning of your data center temperature monitoring system. This step allows for eliminating breaks timely.
5. Document temperature readings. This step helps identify regularity in environmental changes and eliminate problems.
6. Monitor humidity levels. Humidity and heats are interconnected and influence each other. Humidity leads to rusting or static charge accumulation.
7. Train staff on temperature managing procedures. Arrange and hold seasonal courses to upgrade the knowledge and skills of maintenance employees.

Ways to Regulate Temperature Levels

In addition to computer room environmental monitoring tools, server cabinet cooling systems are installed in server racks to provide sufficient air circulation. These include temperature control panels with fans, wall-mount roof fan kits, and shelf fan trays.

The location of these devices gives additional capabilities for cooling down highly heated equipment. Fans direct the airflow in the right direction so that the hot air leaks through cable outtakes and perforated panels.

Nowadays, each business requires a network system since it serves as its brain. The application of server room climate monitor tools helps compensate for possible equipment breaks. Thus, it is better to spend money on controlling devices to avoid hardware breaks.