ADVANCE ELECTRIC CO.,INC.

HICV series pressure control valves

The HICV series of control valves achieve constant pressure
stability on the downstream regardless of pressure fluctuations
from the upstream.
The downstream pressure is managed by the pilot air pressure
supplied to the HICV.

HICV series pressure control valves
Features
Changes oscillating incoming pressure to controlled
outgoing pressure
High accuracy and quick response
Main Use:
For regulating chemical and DI water, stabilizing pressure/
flow rate at point of use
Wetted parts are made of corrosion-resistant plastic
Specifications
Media Pressure : Inlet/Outlet 0.5MPa
Media Temperature : 10 to 90℃
Valve Footprint : □45, □65, ○90, ○110, ○130
Connection Size : 1/4", 3/8", 1/2", 3/4", 1"
Recommended Flow Range : From 0.4L/min to
45L/min (refer to each
HICV size for actual flow
range)
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HICV-045CB＊-131

Model Selection Table

HICV-045CB＊-131

Specifications

Orifice Size [mm] φ7 equivalency
Connection Size [mm] 3.97×6.35 4×6 6.35×9.53 8×10
Recommended Flow Range
[L/min]H2O		 0.4 ～ 2 1 ～ 5
Media Pressure Inlet
Pressure
[MPa]		 0 ～ 0.5
Outlet
Pressure
[MPa]		 0 ～ 0.5
Media DI water / Corrosive fluid (Do not use fluids which can attack wetted materials)
Media Temperature [℃] 10 ～ 90
Ambient Temperature [℃] 0 ～ 40
Pneumatic Pressure [MPa] 0.1 ～ 0.3
Wetted Material Corrosion-resistant plastic

Dimensional Drawing（unit : mm）

HICV-045CB＊-131    (Connection Size : 3.97×6.35, 4×6)

HICV-045CB＊-131    (Connection Size : 6.35×9.53, 8×10)

HICV-045CB＊-131    (Connection Size : 3.97×6.35, 4×6)

  • Fig. 1    Outlet Pressure vs Inlet Pressure

    Measurement Method :
    1.5mm fixed orifice is installed down stream of test unit.

  • Fig. 2    Flow-rate vs Inlet Pressure

    Measurement Method :
    1.5mm fixed orifice is installed down stream of test unit.

  • Fig. 3    Outlet Pressure vs Pneumatic Pressure

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

  • Fig. 4    Flow-rate vs Pneumatic Pressure

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

  • Fig. 5    Outlet Pressure vs Flow-rate

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

HICV-045CB＊-131    (Connection Size : 6.35×9.53, 8×10)

  • Fig. 1    Outlet Pressure vs Inlet Pressure

    Measurement Method :
    2.5mm fixed orifice is installed down stream of test unit.

  • Fig. 2    Flow-rate vs Inlet Pressure

    Measurement Method :
    2.5mm fixed orifice is installed down stream of test unit.

  • Fig. 3    Outlet Pressure vs Pneumatic Pressure

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

  • Fig. 4    Flow-rate vs Pneumatic Pressure

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

  • Fig. 5    Outlet Pressure vs Flow-rate

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

HICV-065CB＊-131P

Model Selection Table

HICV-065CB＊-131P

Specifications

Orifice Size [mm] φ9.6 equivalency
Connection Size [mm] 9.53×12.7 10×12
Recommended Flow Range
[L/min]H2O		 2 ～ 10
Media Pressure Inlet
Pressure
[MPa]		 0 ～ 0.5
Outlet
Pressure
[MPa]		 0 ～ 0.5
Media DI water / Corrosive fluid (Do not use fluids which can attack wetted materials)
Media Temperature [℃] 10 ～ 90
Ambient Temperature [℃] 0 ～ 40
Pneumatic Pressure [MPa] 0.1 ～ 0.3
Wetted Material Corrosion-resistant plastic

Dimensional Drawing（unit : mm）

HICV-065CB＊-131P

HICV-065CB＊-131P

  • Fig. 1    Outlet Pressure vs Inlet Pressure

    Measurement Method :
    4.0mm fixed orifice is installed down stream of test unit.

  • Fig. 2    Flow-rate vs Inlet Pressure

    Measurement Method :
    4.0mm fixed orifice is installed down stream of test unit.

  • Fig. 3    Outlet Pressure vs Pneumatic Pressure

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

  • Fig. 4    Flow-rate vs Pneumatic Pressure

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

  • Fig. 5    Outlet Pressure vs Flow-rate

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

HICV-090CB＊-131P

Model Selection Table

HICV-090CB＊-131P

Specifications

Orifice Size [mm] φ12 equivalency
Connection Size [mm] 9.53×12.7 10×12 15.88×19.05 16×19
Recommended Flow Range
[L/min]H2O		 5 ～ 10
Media Pressure Inlet
Pressure
[MPa]		 0 ～ 0.5
Outlet
Pressure
[MPa]		 0 ～ 0.5
Media DI water / Corrosive fluid (Do not use fluids which can attack wetted materials)
Media Temperature [℃] 10 ～ 90
Ambient Temperature [℃] 0 ～ 40
Pneumatic Pressure [MPa] 0.1 ～ 0.3
Wetted Material Corrosion-resistant plastic

Dimensional Drawing（unit : mm）

HICV-090CB＊-131P    (Connection Size : 9.53×12.7, 10×12)

HICV-090CB＊-131P    (Connection Size : 15.88×19.05, 16×19)

HICV-090CB＊-131P    (Connection Size : 9.53×12.7, 10×12)

  • Fig. 1    Outlet Pressure vs Inlet Pressure

    Measurement Method :
    5.0mm fixed orifice is installed down stream of test unit.

  • Fig. 2    Flow-rate vs Inlet Pressure

    Measurement Method :
    5.0mm fixed orifice is installed down stream of test unit.

  • Fig. 3    Outlet Pressure vs Pneumatic Pressure

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

  • Fig. 4    Flow-rate vs Pneumatic Pressure

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

  • Fig. 5    Outlet Pressure vs Flow-rate

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

HICV-090CB＊-131P    (Connection Size : 15.88×19.05, 16×19)

  • Fig. 1    Outlet Pressure vs Inlet Pressure

    Measurement Method :
    6.0mm fixed orifice is installed down stream of test unit.

  • Fig. 2    Flow-rate vs Inlet Pressure

    Measurement Method :
    6.0mm fixed orifice is installed down stream of test unit.

  • Fig. 3    Outlet Pressure vs Pneumatic Pressure

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

  • Fig. 4    Flow-rate vs Pneumatic Pressure

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

  • Fig. 5    Outlet Pressure vs Flow-rate

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

HICV-110CB＊-131P

Model Selection Table

HICV-110CB＊-131P

Specifications

Orifice Size [mm] φ19 equivalency
Connection Size [mm] 15.88×19.05 16×19
Recommended Flow Range
[L/min]H2O		 10 ～ 30
Media Pressure Inlet
Pressure
[MPa]		 0 ～ 0.5
Outlet
Pressure
[MPa]		 0 ～ 0.5
Media DI water / Corrosive fluid (Do not use fluids which can attack wetted materials)
Media Temperature [℃] 10 ～ 90
Ambient Temperature [℃] 0 ～ 40
Pneumatic Pressure [MPa] 0.1 ～ 0.3
Wetted Material Corrosion-resistant plastic

Dimensional Drawing（unit : mm）

HICV-110CB＊-131P

  • Fig. 1    Outlet Pressure vs Inlet Pressure

    Measurement Method :
    6.0mm fixed orifice is installed down stream of test unit.

  • Fig. 2    Flow-rate vs Inlet Pressure

    Measurement Method :
    6.0mm fixed orifice is installed down stream of test unit.

  • Fig. 3    Outlet Pressure vs Pneumatic Pressure

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

  • Fig. 4    Flow-rate vs Pneumatic Pressure

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

  • Fig. 5    Outlet Pressure vs Flow-rate

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

HICV-130CB＊-131P

Model Selection Table

HICV-130CB＊-131P

Specifications

Orifice Size [mm] φ24.5 equivalency
Connection Size [mm] 15.88×19.05 16×19 22.23×25.4 22×25
Recommended Flow Range
[L/min]H2O		 10 ～ 45
Media Pressure Inlet
Pressure
[MPa]		 0 ～ 0.5
Outlet
Pressure
[MPa]		 0 ～ 0.5
Media DI water / Corrosive fluid (Do not use fluids which can attack wetted materials)
Media Temperature [℃] 10 ～ 90
Ambient Temperature [℃] 0 ～ 40
Pneumatic Pressure [MPa] 0.1 ～ 0.3
Wetted Material Corrosion-resistant plastic

Dimensional Drawing（unit : mm）

HICV-130CB＊-131P    (Connection Size : 15.88×19.05, 16×19)

HICV-130CB＊-131P    (Connection Size : 22.23×25.4, 22×25)

HICV-130CB＊-131P    (Connection Size : 15.88×19.05, 16×19)

  • Fig. 1    Outlet Pressure vs Inlet Pressure

    Measurement Method :
    8.0mm fixed orifice is installed down stream of test unit.

  • Fig. 2    Flow-rate vs Inlet Pressure

    Measurement Method :
    8.0mm fixed orifice is installed down stream of test unit.

  • Fig. 3    Outlet Pressure vs Pneumatic Pressure

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

  • Fig. 4    Flow-rate vs Pneumatic Pressure

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

  • Fig. 5    Outlet Pressure vs Flow-rate

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

HICV-130CB＊-131P    (Connection Size : 22.23×25.4, 22×25)

  • Fig. 1    Outlet Pressure vs Inlet Pressure

    Measurement Method :
    8.0mm fixed orifice is installed down stream of test unit.

  • Fig. 2    Flow-rate vs Inlet Pressure

    Measurement Method :
    8.0mm fixed orifice is installed down stream of test unit.

  • Fig. 3    Outlet Pressure vs Pneumatic Pressure

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

  • Fig. 4    Flow-rate vs Pneumatic Pressure

    Measurement Method :
    Inlet Pressure P1=500 [kPa]

  • Fig. 5    Outlet Pressure vs Flow-rate

    Measurement Method :
    Inlet Pressure P1=500 [kPa]