Pump thermostat S0062 for ATMOS stoves

Product detailed description

This pump thermostat is used in solid fuel stoves to regulate the circulation pump based on the temperature of the heating system. It is commonly installed in residential and commercial buildings with hydronic heating systems that require precise temperature control. The device is typically part of a larger control system, ensuring that the pump operates only when the system reaches the desired temperature threshold. Installers working on ATMOS stoves will find this thermostat suitable for integration into the control panel of compatible models.

Proper installation of the thermostat ensures the system operates efficiently and safely. The thermostat must be connected to the pump control circuit and mounted in a location that allows it to accurately sense the system temperature. It is essential to verify compatibility with the specific stove model before installation to avoid operational issues.

Technical parameters

Temperature range	0 - 95 °C
Weight	0.115 kg
Code	S0062
Brand	Atmos

The temperature range of 0–95°C is critical for determining the suitability of the thermostat for a given system. This range ensures the thermostat can handle both low-temperature applications and higher-temperature systems typical of solid fuel stoves. The three-contact design allows for precise control of the pump circuit, enabling the system to respond accurately to temperature changes.Installation and connection The thermostat is mounted on a switchboard using a screw terminal connection. The three contacts must be connected to the appropriate points in the pump control circuit. It is important to ensure that the wiring is secure and that the thermostat is positioned in a location free from direct heat sources or insulation that could affect its temperature sensing. A common installation mistake is incorrect terminal connection, which can lead to improper pump operation. Always verify the wiring diagram for the specific stove model before connecting the thermostat.Compatibility and accessories This thermostat is compatible with ATMOS stoves of the DC18SP(L), DC25SP(L), DC32SP(L), C18SP(L), and KC25SP(L) series. It is designed for integration into the control panel and requires no additional accessories for basic operation. No related products are available for this model.Technical background for designers The thermostat operates by detecting the temperature of the heating system and switching the pump circuit on or off accordingly. It is constructed using materials suitable for the operating environment of a solid fuel stove. The three-contact design allows for a more precise control of the pump circuit compared to two-contact models. The thermostat is integrated into the system control panel and must be positioned to ensure accurate temperature sensing. The service life and efficiency of the thermostat depend on the accuracy of the temperature sensing and the stability of the electrical connections.Service and operation The thermostat requires no regular maintenance. However, it is important to periodically check the electrical connections for signs of wear or corrosion. If the pump does not respond as expected to temperature changes, the thermostat should be inspected for damage or incorrect installation. No specific service intervals are provided for this model.Frequently asked questions

Can the S0062 thermostat be used with other ATMOS models outside the specified range?
No, it is specifically designed for DC18SP(L), DC25SP(L), DC32SP(L), C18SP(L), and KC25SP(L) models. Using it with other models may result in incorrect operation.

Is the S0062 thermostat suitable for use in high-temperature applications?
Yes, the thermostat has a maximum operating temperature of 95°C, making it suitable for use in solid fuel stoves that generate higher temperatures.

Can the thermostat be mounted in a location with high humidity?
It is not recommended to install the thermostat in areas with high humidity, as this may affect its electrical connections and temperature sensing accuracy.

What is the significance of the three-contact design?
The three-contact design allows for more precise control of the pump circuit, enabling the system to respond accurately to temperature changes and ensuring stable operation.