Danfoss 067B3232 Thermostatic Element

The Danfoss 067B3232 is a high-performance TEN 12 thermostatic element engineered for precise superheat control in commercial refrigeration and air conditioning systems. Designed as the direct replacement for the 067B323200, this power element is optimized for R134a refrigerant, providing stable liquid injection across a wide evaporating temperature range of -40°F to +50°F (-40°C to +10°C). Built with a durable brass body and laser-welded stainless steel bellows, it ensures long-term integrity against pressure fluctuations. This model features external pressure equalization via a 1/4-inch flare connection, making it essential for systems utilizing liquid distributors where a pressure drop across the evaporator is expected. The included 118-inch (3-meter) capillary tube and specialized sensing bulb allow for rapid response to load changes, protecting the compressor from liquid slugging while maintaining maximum evaporator efficiency. This part is a critical component of the Danfoss TE 12 series modular expansion valve program, allowing for easy field service and orifice matching.

• Compatible with R134a systems operating in medium to low-temperature ranges.
• Features external equalization to compensate for evaporator pressure drops.
• Constructed with laser-welded technology for increased diaphragm strength.
• The 118-inch capillary tube length provides installation flexibility in tight evaporators.
• Seamlessly replaces 067B323200 ensuring exact fit and function.

Is the Danfoss 067B3232 compatible with R404A or R407C?
No, this specific element is charged for R134a. Using it with higher-pressure refrigerants will lead to incorrect superheat settings and potential system failure.

What is the difference between the 067B3232 and the 067B323200?
These parts are identical; the "00" at the end of the longer code is a packaging or iteration suffix that does not change the technical specifications or fitment.

Do I need to replace the orifice when I change this thermostatic element?
While not always required, it is standard practice to inspect the orifice assembly for debris or wear while the valve body is open to ensure optimal flow regulation.

Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.