No products in the cart.
manufacturer of in-line valves and components for refrigeration and air conditioning applications
ASHP Ivory Straight Connector (Connection Piece) (TR-CP-140)
ASHP Ivory Straight Connector (Connection Piece) (TR-CP-140)
£11.26ASHP Ivory Ducting – 140mm x 2mtr (TR-D-140)
ASHP Ivory Ducting – 140mm x 2mtr (TR-D-140)
Technical Specifications
The trunking comes in 2-metre lengths and is available in size 140mm with a depth of 80mm. Suitable for both insulated flow and return pipework and also associated cables.
Also available in White (TR-D-140) (EVVA2603)
£44.06Through Wall Insulation Kit
Through Wall Ins Kit (TW-KIT) 22mm-28mm
£70.46Through Wall Insulation Kit
£70.46Insulation Pre-Slit PVC Coated Wall 1m (Length) x 28mm (Diameter) x 19mm (Thickness)
Insulation Pre-Slit PVC Coated Wall 1m (Length) x 28mm (Diameter) x 19mm (Thickness) used to conserve energy and prevent condensation on piping applications.
£11.08Receiver Valve – Angle Valve, 3/4 NPT and 3/4 Flare
Receiver (Angle) valves 3/4″ are used for connecting air conditioning and refrigeration components, inc. shells, liquid receivers, compressors & reservoirs.
£203.65Line Tap Valve (SA1) 1/4″, 5/16″, 3/8″
Line Tap Valve (SA1) 1/4″, 5/16″, 3/8″ allows easy access into a refrigeration or air conditioning system where no existing access valve is fitted. Simply break into a suction or liquid line to and add refrigerant to a system.
£13.12Capillary Tubing 10ft 0.028 OD x 0.071 OD BC5
Capillary Tubing 10ft 0.028 OD x 0.071 OD BC5 changes the system pressure from high (liquid line) to low (vapour line). The longer the capillary the further reduction in efficiency.
£17.21Capillary Tubing 12ft 0.040 OD x 0.093 OD BC2
Capillary Tubing 12ft 0.040 OD x 0.093 OD BC2 changes the system pressure from high (liquid line) to low (vapour line). The longer the capillary the further reduction in efficiency.
£25.06Capillary Tubing 12ft 0.052 OD x 0.093 OD BC3
Capillary Tubing 12ft 0.052 OD x 0.093 OD BC3 changes the system pressure from high (liquid line) to low (vapour line). The longer the capillary the further reduction in efficiency.
£25.51