Festo ISO cylinder DSBC-50-100-D3-PPVA-N3, 3659475 
Festo Push-in fitting QS-1/4-12, 164980 
Festo ISO cylinder DSBC-50-125-PPVA-N3, 1366953 
Festo SIEH-M12B-PO-S-L proximity sensor 150455 
Festo ISO cylinder DSBC-63-60-D3-PPVA-N3, 3657864 
Festo VUVS-L30-M32U-AZD-G38-F8-1B2 solenoid valve 575588 
Kingdom Square Head Plug 3" BSP 316 SS, SHPSS-3 
Festo VN-05-L-T3-PQ2-VQ2-RQ2 vacuum generator 193561 
Festo VUVG-B18-T32H-MZT-F-1R8L solenoid valve 8031542 
Festo proportional pressure regulator VEAA-B-3-D11-F-V1-1R1 8046896 
SIED-M12B-ZS-K-L proximity sensor 538272 
Tag: ADCA
Showing 1–25 of 28 resultsSorted by latest
Add to cartUK Distributor, Ex-stock – Adca Pressure Reducing Valves PRV25/2S, Carbon steel with metal to metal sealing. Rising adjustment knob with lock nut. Top cap (adjustment screw with cover).
Add to cartAdca FLT16-10 1/2″ BSP, Ball and Float Steam Trap. SG Iron, Modulating discharge of condensate at steam temperature. Horizontal installation from right to left (R-L)
Add to cartAdca FLT16-10 3/4″, For Saturated and superheated steam. Ball and Float Steam Trap. SG Iron, Modulating discharge of condensate at steam temperature. No backing-up with condensate.
Add to cartADCA 1″ Steam Traps, FLT25-10 1″ BSP Ball and Float Steam Trap. SG Iron, Modulating discharge of condensate at steam temperature.
Add to cartAdca Sensor pockets PK2, used for all TR series self-acting thermostats with rod sensors. Material – Stainless steel 1.4436. The installation site for the sensor pocket is arbitrary when paste is applied. When using oil the sensor pocket must point somewhat downwards.
Add to cartAdca Sensor pockets PK4, used for all TR series self-acting thermostats with rod sensors. Material – Stainless steel 1.4436. The installation site for the sensor pocket is arbitrary when paste is applied. When using oil the sensor pocket must point somewhat downwards.
Add to cartAdca Self Acting Thermostat 0-60°. T series thermostat, range T.205 – 0-60; 30-90 and 60-120ºC. The liquid filling the thermostat expands when the temperature of the fluid being heated rises, closing the valve.
Add to cartAdca Self Acting Thermostat 30-90°, T series thermostat models T.205 and T.405. The liquid filling the thermostat expands when the temperature of the fluid being heated rises, closing the valve.
Add to cartAdca Self Acting Thermostat 60-120°, T series thermostat models T.205 and T.405. The liquid filling the thermostat expands when the temperature of the fluid being heated rises, closing the valve.
Add to cartAdca Thermostats 3 Mts 40-160°. Adca T series Thermostat, range T.405 – 0-120; 40-160 ºC. The liquid filling the thermostat expands when the temperature of the fluid being heated rises, closing the valve.
Add to cartAdca 1″ Control Valve PN25. Adca TR25 series Control Valve, easily adjustable temperature range and proportional temperature control. These valves are used for controlling temperature in central and district heating systems, heat exchangers and other HVAC and industrial applications
Add to cartAdca 3/4″ Control Valve PN 25 Cooling. Adca TR25 series Control Valve, easily adjustable temperature range and Proportional temperature control. These valves are used for controlling temperature in central and district heating systems, heat exchangers and other HVAC and industrial applications.
Add to cartAdca 1/2″ BSP Control Valve PN25. Adca TR25 series Control Valve, easily adjustable temperature range and Proportional temperature control. These valves are used for controlling temperature in central and district heating systems, heat exchangers and other HVAC and industrial applications.
Add to cartAdca 1/2″ Control Valve PN25 Cooling. Adca TR25/R series, easily adjustable temperature range and Proportional temperature control. The liquid filling the thermostat expands when the temperature of the fluid being cooled rises, opening the valve.
Add to cartAdca 3/4″ Control Valve PN25. TR25 series Control Valve, easily adjustable temperature range and Proportional temperature control. These valves are used for controlling temperature in central and district heating systems, heat exchangers and other HVAC and industrial applications
Add to cartADCA K1 Cooling Unit for use with Adca control valves and thermostats. Used in connection with control valves and thermostats to protect the stuffing box
Add to cartAdca 1″ Thermodynamic Steam Trap, DT46 disc steam traps. Built-in easy-to-clean strainer. Blow-out proof seat gaskets suitable for high pressure conditions
Add to cartADCA Thermodynamic Steam Traps, DT46 disc steam traps. Built-in easy-to-clean strainer. Blow-out proof seat gaskets suitable for high pressure conditions. Excellent for high pressure systems
Add to cartAdca 1/2″ BSP DT46, Thermodynamic Steam Traps, DT46 disc steam traps. Built-in easy-to-clean strainer. Blow-out proof seat gaskets suitable for high pressure conditions
Add to cartADCA 1/2″ BSP Thermostatic Trap, TH13A series. Built-in strainer. Connections are female screwed. designed for use on process equipment such as kettle cookers, sterilizers, food, chemical and laundry equipment
Add to cartAdca 1/2″ BSP Steam Trap, Material Stainless Steel. Operates on moderate superheated steam. designed for use on process equipment such as sterilizers and other autoclaves, kettle cookers, food, chemical and laundry equipment
Add to cartAdca PRV25/2S 1″ BSP Reducing Valve, Pressure Reducing Valve PRV25/2S, Carbon steel with metal to metal sealing, for process heating, also ventilation and industrial water duties.
Add to cartAdca PRV25/2S 3/4″ BSP Reducing Valve. ADCA Pressure Reducing Valves. PRV25/2S, Carbon steel with metal to metal sealing. For process heating, also ventilation and industrial water duties.
Add to cartAdca PRV25/2S 1/2″ BSP Reducing Valve, Pressure Reducing Valve PRV25/2S, Carbon steel with metal to metal sealing. for process heating, also ventilation and industrial water duties.
Add to cartAdca PRV25/2S 1″ Pressure Reducing Valve. Pressure Reducing Valves, PRV25/2S, Carbon steel with metal to metal sealing. For process heating, also ventilation and industrial water duties.
