Subtotal: £3.12
ClimaCheck, as Swedish Company, has since 2004 supplied a complete array of products and services for performance analysis of air conditioning, refrigeration and heat pump systems. The objective is to globally change how refrigeration, air-conditioning and heat pump systems are serviced and monitored, by shifting focus to preventive maintenance and documentation of performance.
Distributed by Business Edge UK.
R449a Refrigerant 10kg-Gas Content 1/4″ SAE RH Valve (Rep. R404A & R507)
R449a Refrigerant 10kg-Gas Content 1/4″ SAE RH Valve
£465.70R448a Refrigerant 10kg-Gas Content 1/4″ SAE RH Valve (Rep. R404a)
R448a Refrigerant 10kg-Gas Content 1/4″ SAE RH Valve (Rep. R404a)
£465.70R407c Refrigerant 11.5kg-Gas Content 1/4″ SAE RH Valve
R407c Refrigerant 11.5kg-Gas Content 1/4″ SAE RH Valve
£421.34R134a Refrigerant 12kg-Gas Content 1/4″ SAE RH Valve
R134a Refrigerant 12kg-Gas Content 1/4″ SAE RH Valve
£387.64R32 Refrigerant 9kg-Gas Content 1/4″ SAE RH Valve Cylinder
R32 Refrigerant 9kg-Gas Content 1/4″ SAE LH Valve
£289.18R410a Refrigerant 10kg-Gas Content 1/4″ SAE RH Valve
R410a Refrigerant 10kg-Gas Content 1/4″ SAE RH Valve
£288.49Nitrogen OFN 10kg Cylinder 5/8″ BSP
Nitrogen OFN 10kg Cylinder 5/8″ BSP
£31.05Capillary Tubing 12ft 0.064 OD x 0.125 OD BC4
Capillary Tubing 12ft 0.064 OD x 0.125 OD BC4 changes the system pressure from high (liquid line) to low (vapour line). The longer the capillary the further reduction in efficiency.
£30.69Capillary 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.
£25.51Capillary Tubing 10ft 0.031 OD x 0.081 OD BC1
Capillary Tubing 10ft 0.031 OD x 0.081 OD BC1 changes the system pressure from high (liquid line) to low (vapour line). The longer the capillary the further reduction in efficiency.
£20.06