1275Non-magnetizing lock1107.924 VDC 0 10%
1275Non-magnetizing lock1107.924 VDC 0 10%
1275Non-magnetizing lock1107.924 VDC 0 10%
725Non-magnetizing lock547.924 VDC 0 10%
s [3 cP] or less) Note 1)Karman vortex30 to 250 L/min0 to 70oC (with no freezing and condensation)p3% F.S.p2% F.S.p5% F.S. (25oC reference)0 to 1 MPa Note 2)1 MPa45 kPa or less at the maximum flow1 sVoltage output: 1 to 5 V Output impedance: 1 k7Output current: 4 to 20 mA Max. load impedance: 300 7 for 12 VDC, 600 7 for 24 VDCFor power supply status, flow rate indicator (Blinking speed changes
s [3 cP] or less) Note 1)Karman vortex30 to 250 L/min0 to 70oC (with no freezing and condensation)p3% F.S.p2% F.S.p5% F.S. (25oC reference)0 to 1 MPa Note 2)1 MPa45 kPa or less at the maximum flow1 sVoltage output: 1 to 5 V Output impedance: 1 k7Output current: 4 to 20 mA Max. load impedance: 300 7 for 12 VDC, 600 7 for 24 VDCFor power supply status, flow rate indicator (Blinking speed changes
ModelFlow-rate characteristicsMaximum operating pressure differential (MPa)Note)Weight(g) C [dm3/(s?bar)]bCv11/8, 1/42VX2100.630.630.231.0220
ModelFlow-rate characteristicsMaximum operating pressure differential (MPa)Note)Weight(g) C [dm3/(s?bar)]bCv11/8, 1/42VX2100.630.630.231.0220
(kg)Flow typeVEF21211 4 , 3 8, 1 2Air (Inert gas)1.5 MPa1.0 MPa0 to 50C (With no condensation)0.03 s or less3% F.S.3% F.S.0.5% F.S.
(kg)Pressure typeVEP31413 8 , 1 2 , 3 4Air (Inert gas)1.5 MPa1.0 MPa0 to 50C (With no condensation)0.05 s or less3% F.S.3% F.S.0.5% F.S.3% F.S. or lessNot required (Use turbine oil Class 1, ISO VG32, if lubricated.)1.4
ModelFlow-rate characteristicsOperating pessure rangeNote)Weight(g) C [dm3/(s?bar)]bCvq Used with vacuum (Pa?abs)w Used with pressure (MPa?G)31/4, 3/85VX2341.960.550.750.1 to atmospheric pressure0 to 1.0580
ModelFlow-rate characteristicsMaximum operatingpressure differential (MPa) C [dm3/(s?bar)]bCv35VX2C01.960.550.751.0
C / 40 ~ 140OFNo Lubrication RequiredDouble End Shaft / Both With FlatBasic, Flange-0
ModelFlow-rate characteristicsMaximum operating pressure differential (MPa)Note)Weight(g) C [dm3/(s?bar)]bCv21/4, 3/84VX2201.900.520.621.0340
ModelFlow-rate characteristicsOperating pessure rangeNote)Weight(g) C [dm3/(s?bar)]bCvq Used with vacuum (Pa?abs)w Used with pressure (MPa?G)31/4, 3/85VX2341.960.550.750.1 to atmospheric pressure0 to 1.0580
ModelFlow-rate characteristicsMaximum operating pressure differential (MPa)Note)Weight(g) C [dm3/(s?bar)]bCv21/4, 3/84VX2201.900.520.621.0340
ModelFlow-rate characteristicsOperating pessure rangeNote)Weight(g) C [dm3/(s?bar)]bCvq Used with vacuum (Pa?abs)w Used with pressure (MPa?G)31/4, 3/85VX2341.960.550.750.1 to atmospheric pressure0 to 1.0580
ModelFlow-rate characteristicsOperating pessure rangeNote)Weight(g) C [dm3/(s?bar)]bCvq Used with vacuum (Pa?abs)w Used with pressure (MPa?G)21/4, 3/84VX2241.900.520.620.1 to atmospheric pressure0 to 1.0460
ModelFlow-rate characteristicsOperating pessure rangeNote)Weight(g) C [dm3/(s?bar)]bCvq Used with vacuum (Pa?abs)w Used with pressure (MPa?G)21/4, 3/84VX2241.900.520.620.1 to atmospheric pressure0 to 1.0460
ModelFlow-rate characteristicsOperating pessure rangeNote)Weight(g) C [dm3/(s?bar)]bCvq Used with vacuum (Pa?abs)w Used with pressure (MPa?G)21/4, 3/84VX2241.900.520.620.1 to atmospheric pressure0 to 1.0460