Kewill Global

FLOW  IP65

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THEORY & STRUCTURE

With ceramic or silicon core,full stainless steel package.

GENERAL CHARACTERISTICS

0…0.2bar or 0…3000bar measurement of the pressure range; various Industrial standard output signal,connectors or directly line can be choosen for mode of connection,compact shape design,cost effective; various pressure interface can be choosed.

APPLICATIONS

Mechanical project application: all kinds of hydraulic, the measurement of pneumatic;Medical application , food and drinking industry; general industrial control field.


TECHNICAL DATA

Range:   0-3000bar Electrical protection: Overload / phase reversal protection
Accuracy class:    5‰ full scale Structure material: The material of pressure joint is stainless steel, the shell material is made of stainless steel or hard aluminium .
Temperature application: –40~80°C Process connection: G1/4,G1/2,NPT1/2,NPT1/4, M12*1.5(Can customize according to customer’s request)
Reaction time: ≤0.2 s Overload pressure: 150%FS
Protection class: IP65 Power supply voltage: 24(12~36)VDC(magnify signal) 10(6~12)VDC (mV signal)
Output signal: 4-20mA(two lines) ;0-5V、0-10V(three lines) Compensation temperature range: 0~70℃
Energy consumption Current signal(2-wire),8mA(3-wire) Connection method: Terminal connection&Connecto&Directly with line

DIMENSION



STANDARD RANGE CODE CHART(Unit: bar)

Standard range Gauge pressure Absolute pressure
0…1bar GB1 AB1
0…2bar GB2 AB2
0…4bar GB4 AB4
0…6bar GB6 AB6
0…10bar GB10 AB10
0…20bar GB20 AB20
0…40bar GB40 AB40
0…60bar GB60 AB60
0…100bar GB100 AB100
0…160bar GB160 AB160
0…200bar GB200 AB200

STANDARD RANGE CODE CHART(Unit: psi)

Standard range Gauge pressure Absolute pressure
0…15psi GP15 AP15
0…50psi GP50 AP50
0…75psi GP75 AP75
0…100psi GP100 AP100
0…200psi GP200 AP200
0…300psi GP300 AP300
0…500psi GP500 AP500
0…750psi GP750 AP750
0…1000psi GP1000 AP1000
0…2000psi GP2000 AP2000
0…3000psi GP3000 AP3000

SELECTION TABLE

KAP32- GB1 N14 G14 M4 B SPECIFICATION
KAP32-   KAP32 Series Pressure Transmitter
  GB1   Range:gauge pressure 0…1 bar (range can be specified)
    N14   Process connection thread A= NPT1/4
    N12   Process connection thread A=NPT1/2
      G14   Process connection thread A=G1/4
      G12   Process connection thread A=G1/2
      M20   Process connection thread A=M20
  M4   4…20mA Output
V1 0…5V Output
  B Electrical connection,Hersman joint
C Electrical connection, directly with line
Q Electrical connection,M12 air connector

SEVERAL COMMON JOINT CONNECTION METHOD

Output Type 1 Function Color Five core
Five core connector 0-5V; 0-10V 0.5-4.5V,1-5V signal+ blue 1
power source+- red 2
power source-/signal- yellow 3
Five core connector
1.5mV/V,
2mV/V
signal+ blue 1
power source+ red 2
signal- white 3
power source- yellow 4
calibration black 5
Five Core connector 4-20mA power source+ red 1
signal+ black 2
Output Type2 Function Color  
Grand line
0-5V; 0-10V 0.5-4.5V,1-5V
signal+ blue  
power source+- red  
power source-/signal- yellow  
Grand line
1.5mV/V,
2mV/V
signal+ blue  
power source+ red  
signal- white  
power source- yellow  
calibration black  
Grand line
4-20mA
power source+ red  
signal+ black  
Output Type3 Function Color Four core
Hirschmann joint
0-5V; 0-10V
0.5-4.5V,1-5V
signal+ red 1
power source+ blue 2
power source-/signal- yellow 3
Hirschmann joint
4-20mA
signal+ red 1
power source+ black 2
Output Type4 Function Color Four core
M12×1 joint 0-5V; 0-10V
0.5-4.5V,1-5V
signal+ red 1
power source+ blue 3
power source-/signal- white 4
M12×1 joint 4-20mA signal+ red 1
power source+ black 3
Note: Choose different electrical connection,Please according to the corresponding wiring connection method as above chart ,If with cables,only according to the color of the connection, if not with cable, you must according to the function of the pin .

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