Series PF3W digital flow switch is perfect for applications requiring a constantly monitored flow of cooling or cleaning water. The PF3W series has been improved both in design and operating performance over the PF2W flow switch. Depending on the selected model, the PF3W is up to 40% smaller in volume, offering improved piping space and flexibility. Designed to work with fluids up to 90ºC
Series PF3W digital flow switch is perfect for applications requiring a constantly monitored flow of cooling or cleaning water. The PF3W series has been improved both in design and operating performance over the PF2W flow switch. Depending on the selected model, the PF3W is up to 40% smaller in volume, offering improved piping space and flexibility. Designed to work with fluids up to 90ºC
Series PF3W digital flow switch is perfect for applications requiring a constantly monitored flow of cooling or cleaning water. The PF3W series has been improved both in design and operating performance over the PF2W flow switch. Depending on the selected model, the PF3W is up to 40% smaller in volume, offering improved piping space and flexibility. Designed to work with fluids up to 90ºC
Series PF3W digital flow switch is perfect for applications requiring a constantly monitored flow of cooling or cleaning water. The PF3W series has been improved both in design and operating performance over the PF2W flow switch. Depending on the selected model, the PF3W is up to 40% smaller in volume, offering improved piping space and flexibility. Designed to work with fluids up to 90ºC
Series PF3W digital flow switch is perfect for applications requiring a constantly monitored flow of cooling or cleaning water. The PF3W series has been improved both in design and operating performance over the PF2W flow switch. Depending on the selected model, the PF3W is up to 40% smaller in volume, offering improved piping space and flexibility. Designed to work with fluids up to 90ºC
Series PF3W digital flow switch is perfect for applications requiring a constantly monitored flow of cooling or cleaning water. The PF3W series has been improved both in design and operating performance over the PF2W flow switch. Depending on the selected model, the PF3W is up to 40% smaller in volume, offering improved piping space and flexibility. Designed to work with fluids up to 90ºC
Series PF3W digital flow switch is perfect for applications requiring a constantly monitored flow of cooling or cleaning water. The PF3W series has been improved both in design and operating performance over the PF2W flow switch. Depending on the selected model, the PF3W is up to 40% smaller in volume, offering improved piping space and flexibility. Designed to work with fluids up to 90ºC
VG300-OMI0003 (R) (R) Series Series Series Series DC 1 21 ISO VG32 MSDS 32 ISO VG32 1 Rc Rc Rc Rc Nm Rc1/8 79 Rc1/2 2830 Rc3/8 2830 Rc1 3638 -5No.VG300**-OMI0003-A VG3 VG3 VG3 VG342 42 42 42(R) (R) (R) (R) Series Series Series Series 5 30 1 VG32 2 VG32 -6No.VG300**-OMI0003-A VG342 VG342 VG342 VG342(R) (R) (R) (R) Series Series Series Series/ / / / M4X0.7 1.4Nm P A R NC 1 2 2 DIN ( ) No. 1 2
Tank Capacity: 38 (38 L), Material: A (Carbon Steel, SS400), Safety Valve: R (Set Pressure: 1 MPa)
Air Volume: Rapid Deionizing Type, 0.66m³/min, Output: NPN Output, Power Supply Cable, AC Adapter: R (AC Adapter + Connector)
Tank Capacity: 38 L, Material: Carbon Steel, SS400, Safety Valve: Set Pressure: 1 MPa, Drain Valve: -
Air Volume: Rapid Deionizing Type, 0.66m³/min, Output: NPN Output, Power Supply Cable, AC Adapter: AC Adapter + Connector, Bracket: -
Stations: 3 Stations, SUP Port Thread: Rc(PT), Port Location: R [Port Location: Right, Vacuum Supply (Ejector, External Vacuum): PV]
Stations: 4 Stations, SUP Port Thread: Rc(PT), Port Location: R [Port Location: Right, Vacuum Supply (Ejector, External Vacuum): PV]
Stations: 8 Stations, SUP Port Thread: Rc(PT), Port Location: R [Port Location: Right, Vacuum Supply (Ejector, External Vacuum): PV]
Stations: 7 Stations, SUP Port Thread: Rc(PT), Port Location: R [Port Location: Right, Vacuum Supply (Ejector, External Vacuum): PV]
Stations: 2 Stations, SUP Port Thread: Rc(PT), Port Location: R [Port Location: Right, Vacuum Supply (Ejector, External Vacuum): PV]
Stations: 6 Stations, SUP Port Thread: Rc(PT), Port Location: R [Port Location: Right, Vacuum Supply (Ejector, External Vacuum): PV]
Stations: 1 Station, SUP Port Thread: Rc(PT), Port Location: R [Port Location: Right, Vacuum Supply (Ejector, External Vacuum): PV]
Stations: 5 Stations, SUP Port Thread: Rc(PT), Port Location: R [Port Location: Right, Vacuum Supply (Ejector, External Vacuum): PV]