uP4-Din – Universal Input Indicator

Brand:

$392.00 Excl. GST

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Universal Power Supply of 24~250Vac / 19.5~250Vdc.

Optional Accessory

Used with uP Configure software to program

Total: $392.00

All prices are in NZ$, and GST exclusive and are subject to change without notice.

Product Details

The uP4-Din is a DIN rail mount, universal single input indicator, which gives easy interface with a wide range of sensors. It is also fitted with two relay outputs (with two setpoint indicator LEDs), and one optional retransmission analogue output (4~20mA or 0~10Vdc selectable).

The uP4-Din has a 4-digit LED front display, and a universal power supply of 24~250Vac / 19.5~250Vdc.

Setup and calibration is simple, using ‘uP Configure’ software (version 1.5.23 or later), with step-by-step instructions.

uP4-Din Features:

  • Universal Input with Indication.
  • DIN Rail Mount.
  • Universal AC or DC supply 24~250Vac / 19.5~250Vdc.
  • Two Relay Outputs (with Setpoint LEDs).
  • Option to add One Retrans Analogue Output (4~20mA or 0~10Vdc selectable).
  • Programmable via USB Port using g uP Configure Programming Software and the XU-USB
  • Simple setup and calibration.
  • 4-digit LED display with Transparent Cover.
  • Sensor power supply (22Vdc, 25mA max)
  • Dimensions: H=112mm, W=23mm, D=120mm.
  • Low cost.

Technical Specs

Input Specifications:
 Excitation - Sensor Power Supply+22Vdc ±10%, 25mA max.
 Voltage Input Specifications:
    mV Range-200mV~200mV.
    V Range0~1V, 0~10V, -10~30V, 0~300V.
    Minimum Input resistance1MΩ.
    Temperature Drift<50ppm/°C.
    Linearity and Repeatability<±0.02% FSO typical.
    Response Time100msec.
    USB Programmable Zero0~±99% of the Span.
   USB Programmable Span95% of FSO.
Current Input Specifications:
    mA Range0~20mA (4~20mA).
    Input Resistance10Ω.
    Maximum Over-range50mAdc Continuous.
    Temperature Drift<50ppm/°C.
    Linearity and Repeatability<±0.02% FSO typical.
    Response Time100msec.
    USB Programmable Zero0~±99% of the Span.
    USB Programmable Span1µA~24mAdc.
Thermocouple Input Specifications:
    Thermocouple TypesB, E, J, K, N, R, S, T.
    Input Impedance1MΩ Minimum.
    T/C Lead Resistance100Ω Maximum.
    Cold Junction Compensation-10~70°C.
    AccuracyE, J, K, N, T <±1°C.

B, R, S <±2°C.
    Temperature DriftE, J, K, N, T <±0.05°C.
B, R, S <±0.2°C.
    CJC Error<±2°C.
    Sensor FailUpscale or Downscale Selectable (Upscale Default).
    Response Time400msec.
RTD Input Specifications:
    RTD InputPt100 or Pt1000 DIN 3-wire Type.
(2-wire can be used with offset calibration.)
    Sensor Current0.3mA Nominal.
    Lead Wire ResistancePt100: 50Ω/wire Maximum. 0.02% FSO Offset Error per Ω of Lead Resistance.
Pt1000: 20Ω/wire Maximum. 0.002% FSO Offset Error per Ω of Lead Resistance.
    Linearity (Pt100)0.02% FSO for Span Inputs ≤200°C. 0.1% FSO for Span Inputs ≤300°C.
    Linearity (Pt1000)0.02% FSO for Span Inputs ≤200°C. 0.2% FSO for Span Inputs ≤300°C.
    Sensor FailUpscale or Downscale Selectable (Upscale Default).
    Response Time400msec.
    AccuracyBetter than 0.2°C.
    Temperature Drift<0.007°C/ C.
NTC Thermistor Input Specifications:
    NTC Sensor Types10K (Beta 3984)   -55~125°C.
10K (Beta 3435)   -50~110°C.
    Response Time100msec.
    AccuracyBetter than 0.2°C.
    Temperature Drift<50ppm/°C.
Pulse & Frequency Input Specifications:
    Input TypeOpen Contact: NPN, 24Vdc Max.
PNP, 5Vdc Max.
    Frequency Range0~2000Hz.
    Response Time100msec.
    Temperature Drift<50ppm/°C.
    Software ModesGeneral Frequency, Flow Rate or RPM.
Potentiometer Input Specifications:
    Potentiometer input3-wire.
    Excitation voltageVariable.
    Field programmable zero0~90% of span.
    Potentiometer resistance<1kΩ low pot; 1~4kΩ med pot; 4~20kΩ high pot.
    Field programmable span0.1~100%.
    Linearity and repeatability<±0.05% FSO typical.
    Response time100msec.
    Temperature Drift<50ppm/°C.
Output Specifications:
    Analogue Output:Output type software selectable.
        mA Range0~20mA (4~20mA) Active.
        V Range0~10Vdc Active.
        Isolation1400Vrms for 1 minute. Working voltage 125V.
        Resolution0~20mA = 1µA.
0~10Vdc = 1mV.
        Output Drive20mA, 600Ω at 12Vdc.
        Temperature Drift<50ppm/°C.
        Accuracy / Repeatability0.05% of FSO.
    Relay Outputs:2 Isolated Relays with LED indication on each output.
        Functions2 on Board Controllers can be used as Set Point (SV), Switching Differential,
Auto/Manual, Manual Output Setting, Dual Action Control, Single Action Control,
Heat/Cool, Cool Only, Heat Only.
        Relay Type & RatingsRelay 1: Form A, 3A max 120/240Vac or 28Vdc (resistive load).
Relay 2: Form C, 10A max 120/240Vac or 28Vdc (resistive load).
        Life Expectancy100K cycles minimum at full load rating.
    Power Supply Specifications:24~250Vac / 19.5~250Vdc (47-63Hz, 6VA max).
        Isolation2300Vrms for 1 minute to all inputs and outputs.
Certification & Compliance:
        Immunity to Industrial LocationsEN 61326-1.
        EmissionCISPR 11 Class A (EN 61326).
        Safety Requirements for Electrical Equipment for Measurement Control, and Laboratory Use:EN 61010-1 General Requirements.
EN 61010-2-030 Particular Requirements for Testing and Measure Circuits.
Environment Specifications:
        Operating Temperature-10~50°C
        Operating Humidity5~85% RH.
        Storage Temperature-20~60°C.
        AltitudeUp to 2000m above sea level.
Case Specifications:
        Enclosure RatingIP20.
        DIN Rail Mount35mm.
        Display4 digits with Plastic Protective Flap.
        Weight 177g (including plugs).
        Dimensions H=112mm, W=23mm, D=120mm.

Software

Smart, simple software to program your uP4 products

 

Download uP Configure Programming Software

uP Configure - Intech Instruments

Note: Requires the XU-USB programming key

Use uP Configure software to program:

uP4 Configure offers a simple interface for connecting to your compatible device, and a range of flexible configuration options, including an extensive library of pre-calibrated ranges and linearization tables for advanced scaling.

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