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ANDP-100 High-Performance Digital Pressure Sensor

・High-resolution digital pressure sensor with excellent repeatability

・Low-pressure and high-pressure models available

・Dual-screen 3-color display for clear status indication

・Analog output for PLC and long-distance transmission

・Multiple operating modes with copy function for fast setup

・Compact, easy-to-install design with enhanced power stability

    Product Overview

    ANDP-100 Series Digital Display Pressure Sensor

    The ANDP-100 Series Digital Display Pressure Sensor is designed for accurate and reliable pressure monitoring in pneumatic and industrial automation systems. It offers high resolution and excellent repeatability, with both low-pressure and high-pressure models available to cover a wide range of applications.

    A large 30 mm dual-screen display shows the real-time pressure value and set threshold simultaneously, while the 3-color display (red, green, orange) ensures clear visual status indication. The sensor supports analog output (voltage or current) for stable long-distance signal transmission and easy PLC integration.

    With multiple operating modes, a copy function for fast parameter setup, and a low-power ECO mode, the ANDP-100 series helps reduce installation time and operating costs. Its compact design, enhanced power circuit, and multiple thread options make it a dependable choice for industrial machinery, pneumatic control, and factory automation.

    Product Parameters

                                Type
    Project
    Standard type High-performance type
    Low-voltage type High-voltage type Low-voltage type High-voltage type
    Pressure Issues Standard pressure
    Rated Pressure Range -100~+100kPa -0.1~+1.0MPa -100~+100kPa -0.1~+1.0MPa
    Set Pressure Range 101.0~+101.0kPa 0.101~+1.010MPa -101.0~+101.0kPa -0.101~+1.010MPa
    Pressure Withstand 500kPa 1.5MPa 500kPa 1.5MPa
    Applicable Fluid Non-corrosive gases
    Power Supply Voltage 12~24V DC±10%
    Current Consumption
    (Note 1)
    Normal power consumption: 720mW or less (current consumption less than 30mA at 24V power supply)
    ECO Mode (STD): 480mW or less (current consumption less than 20mA at 24V power supply)
    ECO Mode (FULL): 360mW or less (current consumption less than 15mA at 24V power supply)
    Comparison Output <NPN Output Type>                     <NPN Output Type>
    NPN Open Collector Transistor           PNP Open Collector Transistor
    Maximum Inflow Current: 100mA            Maximum Inflow Current: 100mA
    Applied Voltage: Below 30V DC            Applied Voltage: Below 30V DC
    (Between comparator output and 0V)              (Between comparator output and 0+V)
    Residual Voltage: Below 2V             Residual Voltage: Below 2V
    (When inflow current is 100mA)            (When inflow current is 100mA)
    Output work Select N.O./N.C using the button operation.
    Expected difference Minimum 1 digit (variable) (but 2 digits when using psi units)
    Repeatability ±0.1%FS
      Within ±2digits
    ±0.2%F.S
    Within ±2digits
    ±0.1%F.S
    Within ±2digits
    ±0.2%FS
    Within ±2digits
    Response time   Select 2.5ms, 5ms, 10ms, 25ms, 50ms, 100ms, 500ms, 1,000ms, or 5,000ms using the button operation.
    Analog Voltage Output    <High-performance low-voltage type>            <High-performance low-voltage type>
       Output voltage1~5V                        Output voltage0.6~5V
      Zero point: within 3V ± 5%F.S.                 Zero point: within 1V ± 5%F.S.
       Amplitude: within 4V ± 5%F.S.                Amplitude: Within 4.4V ± 5%F.S.
       Linearity: within ±1% F.S.                 Linearity: within ±1% F.S.
       Output impedance: 1kΩ                        Output impedance: 1kΩ
    Analog Current Output    <High-performance low-voltage type>               <High-performance low-voltage type>
       Output voltage4~20mA                     Output voltage2.4~20mA
       Zero point: within 12mA ± 5%F.S.                Zero point: within 4mA ± 5%F.S.
       Amplitude: Within 16mA ± 5%F.S.                Amplitude: Within 17.6mA ± 5%F.S.
       Linearity: within ±1% F.S.                  Linearity: within ±1% F.S.
       Output impedance: 250Ω(max)                  Output impedance: 250Ω(max)
    External Input    <High-performance NPN output type>               <High-performance PNP output type>
    ON voltage: below 0.4VDC                   ON voltage: 5V~+V DC
     OFF voltage: 5~30V DC or open circuit               OFF voltage: below 0.6V DC or open circuit
     Input resistance: approximately 10kΩ                    Input resistance: approximately 10kΩ
    Input time: 1ms or more                     Input time: 1ms or more
    Ambient Temperature -10~+50 (Note: Do not allow condensation or freezing), Storage: -10~+60
    Ambient Humidity Storage: 35~85%RH
    Temperature Characteristics Within ±0.5% F.S.
    (Based on +20)
    Within ±1% F.S.
    (Based on +20)
    Within ±0.5% F.S.
    (Based on +20)
    Within ±1% F.S.
    (Based on +20)
    Material Body housing: PBT (glass fiber reinforced), LCD display: acrylic, pressure port: SUS303
    Mounting threads: brass (nickel plated), sealing ring: H-NBR, button: silicone rubber
    Weight Approximately 40g (NDP-100-E type: approximately 45g, NDP-100-M type: approximately 30g) (for the main unit only)
    Accessories CN-14A-C2 (with connector cable, 2m long) (Type J sold separately): 1 piece; Unit conversion seal: 1 piece
    (Note 1): Current consumption does not include analog current output.

    Application Spotlight

    Pneumatic systems and air control applications
    Industrial automation and control panels
    Factory machinery and production equipment
    Compressors and air supply systems
    Process pressure monitoring and control
    OEM equipment and system integration

    Industrial Dual-Color Digital Pressure Switch – ANISE80 & ANZSE80 Series External dimensions-1

          FAQ

        • Can the pressure value and set point be displayed at the same time?

        • What is the copy function and why is it useful?

          The copy function allows users to duplicate settings from one sensor to others, reducing installation time and minimizing human errors, especially in multi-sensor installations.