Category: SKU: TED/CA/6

Danfoss TED/CA/6 Capsule Orifice for Expansion Valve

Danfoss TED/CA/6 Capsule Orifice for Expansion Valve

Danfoss TED/CA/6 capsule orifice for T2/TE2 expansion valves, designed for precise metering of multiple refrigerants, factory-sealed and non-serviceable.

Danfoss TED/CA/6 Capsule Orifice – Precision Refrigeration Flow Control Component

The Danfoss TED/CA/6 capsule orifice is a precision-engineered flow control component specifically designed for use in T2 and TE2 thermostatic expansion valves (TXVs). Manufactured with exacting standards, this factory-sealed, non-serviceable capsule provides reliable and consistent refrigerant metering, critical for maintaining efficient and stable operation of refrigeration and air conditioning systems.

Key Features:

  • Compatibility with a wide range of refrigerants: Including R134a, R404A, R507A, R22, R407C, R448A, R452A, R513A, and emerging next-generation blends.
  • Operating temperature range: Effectively functions across a wide temperature spectrum from -40°C to +10°C, supporting diverse refrigeration needs.
  • Durable SAE flare design: Ensures a secure and leak-proof connection, suitable for industrial and commercial refrigeration applications.
  • Factory-sealed and non-serviceable: Provides consistent performance throughout its lifecycle, minimizing maintenance requirements.
  • Compact and robust construction: Engineered to withstand demanding cooling environments while maintaining precise refrigerant flow control.

Applications:

The TED/CA/6 capsule orifice is widely applied in commercial and industrial refrigeration equipment, including supermarket display cases, process cooling systems, and HVAC units. It plays a vital role in optimizing system efficiency, minimizing energy consumption, and ensuring the longevity of refrigeration components. This orifice guarantees stable superheat control, prevents flooding or starving of evaporators, and supports environmentally friendly refrigerants, making it a future-ready solution in refrigeration technology.