ZSE10/ISE10 compact, digital pressure switch has been reduced in height by approximately 50% when compared to the I/ZSE30A. Up to 10 slave sensors can be set at once using the copy settings function. Options include direct mount, panel mount or DIN rail mount, and a choice of 2 piping directions., Low Profile Dig Pres Switch, PRESSURE SWITCH, 829, 15.00000 lb
ZSE10/ISE10 compact, digital pressure switch has been reduced in height by approximately 50% when compared to the I/ZSE30A. Up to 10 slave sensors can be set at once using the copy settings function. Options include direct mount, panel mount or DIN rail mount, and a choice of 2 piping directions., Low Profile Dig Pres Switch, PRESSURE SWITCH, 829, 55.00000 lb
ZSE10/ISE10 compact, digital pressure switch has been reduced in height by approximately 50% when compared to the I/ZSE30A. Up to 10 slave sensors can be set at once using the copy settings function. Options include direct mount, panel mount or DIN rail mount, and a choice of 2 piping directions., Low Profile Dig Pres Switch, PRESSURE SWITCH, 829, 55 lb
ZSE10/ISE10 compact, digital pressure switch has been reduced in height by approximately 50% when compared to the I/ZSE30A. Up to 10 slave sensors can be set at once using the copy settings function. Options include direct mount, panel mount or DIN rail mount, and a choice of 2 piping directions., Low Profile Dig Pres Switch, PRESSURE SWITCH, 829, 55.00000 lb
ZSE10/ISE10 compact, digital pressure switch has been reduced in height by approximately 50% when compared to the I/ZSE30A.? Up to 10 slave sensors can be set at once using the copy settings function.? Options include?direct mount, panel mount?or DIN rail mount, and a choice of 2 piping directions.?
Thin type of 9.8 mm, Thin type Digital Pressure Switch ZSE10(F)/ISE10 Series.Features· Can copy up to 10 switches simultaneously.· Settings for the master side (copy source) sensor can be copied to slave side sensors.· Visibility from multiple directions can be improved.· Absorption/destruction pressure can be checked at a glance with the indicator lamp display.Applications· Used for direct
This is a legacy product. Please contact us for the latest version.sales@ocaire.com, ISE30 M5 PT VERSION, INSTRUMENTATION, ISE30/ISE30A PRESSURE SWITCH, AA, ISE30 M5 PT VERSION, 0.21949 lb
This is a legacy product. Please contact us for the latest version.sales@ocaire.com, PRESSURE SWITCH, INSTRUMENTATION, ISE30/ISE30A PRESSURE SWITCH, AA, ISE30 M5 PT VERSION, .22046 lb, ModelRated pressure rangeSet pressure range/Pressure display rangeWithstand pressureMinimum unit settingFluidPower supply voltageCurrent consumptionSwitch output--Repeat accuracyHysteresisAnalog outputDisplayDisplay
This is a legacy product. Please contact us for the latest version.sales@ocaire.com, PRESSURE SWITCH, INSTRUMENTATION, ISE30/ISE30A PRESSURE SWITCH, AA, ISE30 M5 PT VERSION, 0.22046 lb
Table of Contents Bracket B part no.: P3270154 (Standard accessory) Spacer B part no. : P3270157 Adapter B Ejector indication Nozzle dia./1.8, 2.0 mm ZR1-W 1 18 20 2 1 1 1 1 1 (Mounting hole) Silencer Adapter E Spacer B (Mounting hole) Rc 1/8 V port (Vacuum port) 1 M5 PD port (Vacuum release pressure port) Remove tha plug from PD port at external release.
supply PD port Digital pressure switch for vacuum Individual spacer Function plate (2000) 79 82 62 3 5 4 x 5.7 (Mounting hole) 19 32.4 A A A B B B A : Release flow rate adjusting needle with lock nut S Pitch P = 33 31 19 Adapter B A A A B B B 9 (Needle fully open) L1 L2 4 Adapter D L H SET Suction filter Pressure switch for vacuum Pressure setting trimmer 28 52 Individual spacer 20 20 32
Bracket B part no.: P3270154 (Standard accessory) Spacer B part no. : P3270157 Adapter B Ejector indication Nozzle dia./1.8, 2.0 mm ZR1-W 1 18 20 2 1 1 1 1 1 (Mounting hole) Silencer Adapter E Spacer B (Mounting hole) Rc 1/8 V port (Vacuum port) 1 M5 PD port (Vacuum release pressure port) Remove tha plug from PD port at external release.
Release flow rate adjusting needle + + Release pressure supply port (PD) M5 SMC SMC PD 61.5 A PD) PS 3(PV PD) PS 1(PV PD) PS 1(PV 60 PD PD PD 50.8 50.5 PD 50 0.5 PE PE PE A EXH 28.5 33 PS PS PS 7.5 20.5 PS PV PV PV PV 10 PV Individual air pressure supply port (PV) M5 (or M6) 2.5 3 37.4 Common EXH port (EXH.) 1 1/8 (Rc, NPTF, G) 5 20 44 Pitch = 21 22.5 Common air pressure SUP port (PV) 1/8
Relationship between flow rate and PD Relationship between temperature and PD -74No.PF-OMV0006-B Conversion formula of the process data and flow/temperature measurement value (1) Conversion formula from the process data to the flow/temperature measurement value: Pr = a (PD) + b (2) Conversion formula from the flow/temperature gauge measurement value to the process data: (PD) = (Pr b) /
Relationship between measured value and PD -76No.PF-OMY0005-A Conversion formula of the process data and flow/temperature measured value (1) Conversion formula from the process data to the flow measured value: Pr = a (PD) + b (2) Conversion formula from the flow gauge measured value to the process data: (PD) = (Pr b) / a Pr: Flow measured value and pressure set value PD: Flow measured value
0 0 5 9 (2) (a) [0][1][8][0][8][E] (14.4.1) (b) 0 0 32bit 16 () 0 10 1 16 0 11 22 33 44 55 66 (3) 0 [8][1] [0][0] 1EA5 [0][1][8][0] [8][1] [0][0][1EA5]0 14 20 14 14.5.3 (1) [8][5] [0][0] 0 (PA) 0001 (PB) 0002 (PC) 0003 (PD) (2) (a) [0][4][0][1] [0][4] [0][1] (b) 0 0 0 0 PA 1 (PB) 2 (PC) 3 (PD) (3) ((1)) (a) [0][8][0][1][F][F](14.4.1) 1610 (b) 0 0 0
) (6) (7) D 7)VQ100 Ass yP.41 (2)Q2 (3)LO 8)(2)J1,J2Q2 P.8 (3)C 7 - No.ZQ-OM01401-B ZZQ108A-L O C-A (1) (2) (3) (4) (3) (PD) (1) B (: P ) 01 1 2 (: PD ) C 02 2 2) (10) S (4) : 08 8 (2) (PV) 1) 3 A L 3)Assy R 1) V PV PS 1 1) V V (2)PV (3)PD PS PV PD PS PV PD L B C R B C 8 - No.ZQ-OM01401-B 2. 2.1 () (PE) (2 ) (P) (V) (PS) (PV) V 9 - No.ZQ-OM01401-B
Relationship between flow rate and PD -72No.PF-OMX0002-B Conversion formula of the process data and flow measurement value (1) Conversion formula from the process data to the flow measurement value: Pr = a (PD) + b (2) Conversion formula from the flow gauge measurement value to the process data: (PD) = (Pr b) / a Pr: Flow measurement value and pressure set value PD: Flow measurement value