Danfoss B62 Standard Thermostat | Mechanical Temperature Control

Product Description:

The Danfoss B62 series is a trusted solution for basic temperature control where electronic complexity is not required. The 077B6208 model features a durable capillary sensor and a high-quality switching mechanism that has been a standard in the industry for decades. In the UAE, these thermostats are widely used in commercial beverage coolers, small refrigerators, and general cooling equipment due to their ability to operate reliably in high-ambient conditions. Its straightforward design ensures long-term stability and easy maintenance, making it a cost-effective choice for contractors in Dubai who need a “fit and forget” solution for temperature management.

Key Features & Benefits:

• Proven Mechanical Reliability: No electronic components to fail, ensuring consistent performance in demanding environments.
• Precision Capillary Sensor: Provides accurate temperature sensing for stable compressor or fan control.
• Easy Installation: Standard mounting format and simple wiring terminals make it ideal for both OEM and retrofit projects in the UAE.
• Wide Operating Range: Suitable for a variety of medium-temperature cooling applications common in the Middle East.
• Maintenance-Free Design: Built with high-grade materials to ensure a long service life with minimal intervention.

Technical Specifications :

FAQs:

• Q: Can this thermostat be used in high-humidity areas in Dubai?
• A: Yes, its mechanical nature makes it less sensitive to humidity compared to some entry-level electronic controllers, provided the housing is protected.
• Q: Is it a direct replacement for other 077B series models?
• A: It is essential to match the temperature range and capillary length. The 077B6208 is a standard configuration used frequently for general cooling.
• Q: Does it require a power supply?
• A: No, as a mechanical thermostat, it operates purely on the physical expansion of the fluid in the capillary, requiring no external electricity to function.