Danfoss KVD 12 receiver pressure regulator — 1/2 in ODF solder solder, 3 – 20 bar, code 034L0173
Danfoss · HVAC & Refrigeration · Pressure Regulating Valves
Danfoss KVD 12 receiver pressure regulator (code 034L0173) from the Danfoss KVD range of mechanical, self-acting pressure regulating valves for commercial and light-industrial refrigeration. The KVD is a modulating receiver pressure regulator installed in the hot-gas bypass to the receiver. It opens on falling receiver pressure and bypasses hot gas to the receiver to maintain a constant minimum receiver pressure, ensuring a sufficient liquid pressure to the expansion valves during low ambient operation. It works together with the KVR condensing pressure regulator. This SKU has 1/2 in ODF solder ODF solder connections (inlet and outlet), a regulating range of 3 – 20 bar (44 – 290 psig) and a maximum working pressure of 28 bar (406 psig); media temperature range -45 to 130 C (-49 to 266 F). Compact angle-design valve with hermetic brazed construction and a stainless-steel bellows; the setpoint is adjustable on the top spindle under a sealing cap and a 1/4 in Schrader valve is provided for pressure testing. Suitable for HFC/HFO refrigerants and hydrocarbons (incl. R290, R600a, R1270). UL listed (C UL US), EAC and RoHS. Price on quote.
Specifications
- Part number
- 034L0173
- HS code
- 8481.10
- Material
- Steel body, stainless steel bellows; copper ODF connection stubs
- Pressure rating
- 28 bar (406 psig)
- Temperature range
- -45 to 130 C (-49 to 266 F)
- Standard
- Danfoss KVD
- Standard size
- 1/2 in
Compatibility
Select a KVD by body size (KVD 12 / 15), connection type (flare or ODF solder) and connection size. Flare and ODF-solder versions, and inch versus metric ODF stubs, are separate code numbers with separate EANs — confirm the connection before ordering. The KVD is normally paired with a KVR condensing pressure regulator. Setpoint is adjustable on the top spindle under the sealing cap.
Approvals
HVAC & Refrigeration · More Danfoss · Printable datasheet