10M62 - 10M6201 LIMIT CONTROL - VIOLET LABEL

The 10M6201 limit control with a violet label is an essential component used in heating and cooling systems, primarily to ensure safe and efficient operation. Below is a detailed description of this specific limit control, presented using HTML

Key Features:

• Control Type: The 10M6201 limit control is a safety control device designed to monitor and limit the temperature within a heating or cooling system. It is essential for preventing overheating or excessively low temperatures, which can lead to equipment damage or safety hazards.
• Temperature Limit: The violet label on this limit control indicates its specific temperature limit range. Different limit controls are available with varying temperature settings to match the requirements of specific HVAC systems.
• Reliable Performance: This limit control is engineered for reliability and long-term performance. It is built to withstand the challenging conditions and temperature fluctuations commonly found in heating and cooling applications.
• Safety Compliance: Limit controls like the 10M6201 are crucial for ensuring the safe operation of HVAC systems. They help prevent overheating that can lead to fires or equipment damage, making them an integral part of safety protocols.
• Easy Installation: The 10M6201 limit control is designed for straightforward installation in HVAC systems. It typically includes wiring connections or terminals that allow for secure attachment to the system's electrical circuit.
• Violet Label: The violet color coding on this limit control is used for easy identification and differentiation from other limit controls with different temperature limits. HVAC technicians and maintenance personnel can quickly identify the appropriate limit control for a particular system.

Applications:

The 10M6201 limit control with a violet label is commonly used in various heating and cooling systems, including but not limited to:

• Furnaces: In furnaces, limit controls like the 10M6201 help monitor and limit the temperature to prevent overheating, which could lead to damage or safety hazards.
• Boilers: Boilers rely on limit controls to maintain safe and efficient operation by controlling the temperature of the water or steam within the system.
• Heat Pumps: Heat pumps use limit controls to monitor and regulate the temperature during both heating and cooling cycles, ensuring the system operates within safe temperature limits.
• Commercial HVAC Systems: These limit controls are essential components in larger commercial heating and cooling systems, where the safety and efficiency of the system are paramount.
• Residential HVAC Systems: Homeowners and HVAC technicians depend on limit controls to maintain safe and reliable heating and cooling in residential settings.