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F372A

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UNIPULSE F372A is a high-speed strain-gauge digital indicator with 2,000-sample-per-second processing, a color TFT display and multi-setting support.
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Ships by Wednesday, September 30
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Technical specifications for F372A

  • Manufacturer:
    UNIPULSE
  • Part Number:
    F372A
  • Product Family:
    UNIPULSE
  • Product Type:
    High-Speed Digital Indicator
  • Stock:
    1
  • Input:
    Strain-gauge sensor input
  • A/D Conversion:
    2,000 samples per second
  • Resolution:
    24-bit converter
  • Setting Files:
    16
  • Display:
    3.5-inch color TFT LCD
  • Power Supply:
    24 VDC, ±15%
  • Power Consumption:
    5 W maximum
  • Operating Temperature:
    -10 to 40 °C
  • Standard Interface:
    RS-232C
  • Additional Interfaces:
    Option-dependent
  • Weight:
    1 kg
  • Estimated shipping dimensions:
    9.6 x 9.6 x 13.8 cm
  • Tariff Code:
    Please confirm the destination before shipping
  • Country of origin:
    Japan
  • Place of shipment:
    Xiamen,Fujian,China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Sensor Integration Calibration Migration Product Applications

Features:

  • Fast measurement path: High-rate conversion supports dynamic weighing and force events that slower indicators can miss.
  • Multiple configurations: Sixteen setting files help one machine retain distinct product or tooling conditions.
  • Migration platform: The current indicator provides a supported route from several obsolete UNIPULSE models after interface validation.
F372A accepts a strain-gauge bridge signal, processes the measurement and presents values and judgments to the machine or operator.

The color display improves setup visibility, while available interfaces determine how the indicator exchanges data with the controller and surrounding equipment.

Successful replacement depends on sensor, calibration, I/O and communication details, not solely on the 96 mm panel format.

Apter Power can help confirm the UNIPULSE F372A High-Speed Digital Indicator, strain-gauge input, interface options, calibration scope and legacy migration requirements before quotation.
UNIPULSE F372A High-Speed Digital Indicator Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
  • Bridge match: Confirm sensor excitation, sensitivity, polarity and total connected load-cell impedance.
  • Shielding path: Terminate the measurement cable shield according to the panel grounding design.
  • Mechanical zero: Remove unintended preload and binding before setting instrument zero.
  • Capacity margin: Keep the working range within both sensor and mechanical structure limits.
  • Traceable reference: Use known loads or force standards that cover the intended operating range.
  • File control: Identify which stored configuration belongs to each product or fixture.
  • Linearity check: Verify more than one point instead of accepting a single span value.
  • Record retention: Save calibration date, reference equipment, settings and result with the machine file.
  • Option inventory: Record every installed communication and I/O interface on the old indicator.
  • Logic mapping: Compare judgment outputs and handshake timing with the controller program.
  • Panel fit: Verify depth, connector clearance and service access behind the 96 mm face.
  • Staged startup: Prove measurement and outputs with motion disabled before returning automatic sequencing.
  • Dynamic weighing: Captures fast load changes in packaging and check-weighing machinery.
  • Press force monitoring: Displays and judges strain-gauge measurements during a machine cycle.
  • Tank and hopper weighing: Converts load-cell signals into an operator and controller value.
  • Legacy indicator replacement: Provides a current migration target after field interfaces are mapped.
Description
F372A conditions and displays strain-gauge sensor signals for weighing, force and pressure processes that need fast, stable measurement in a compact panel instrument.

With high-speed conversion and multiple stored configurations, F372A supports machines that change products or operating ranges while retaining separate calibration and decision settings.

F372A succeeds several older UNIPULSE indicators, but migration still requires a terminal, option and logic review because installed peripheral interfaces can differ across the earlier models.
Alternative Names
F-372A F 372A
Technical notes
F372A replacement work must preserve the load-cell excitation and signal polarity before any calibration is attempted. Isolate connected actuators, verify the selected interface options, enter sensor capacity and zero data, then validate with traceable loads across the operating range; never copy a calibration value from another machine merely because its indicator model matches.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
An F372A reads a stable value but it is wrong after installation. What should be checked before recalibration?
Verify sensor polarity, excitation, mechanical preload and the active setting file. Calibration cannot correct a bound mechanism or an incorrectly connected bridge.
A plant wants to replace an older UNIPULSE indicator with F372A. Which evidence is required first?
Capture the old model, option cards, terminal wiring, load-cell data, calibration records, communication settings and controller handshake. The panel size alone is not enough.
F372A changes to the wrong recipe when production switches products. Is the measurement hardware likely faulty?
First audit how the setting file is selected and whether the controller command and file mapping agree. A valid measurement chain can still use the wrong stored configuration.
A technician proposes copying another machine’s calibration into F372A. When is that acceptable?
Only when the complete sensor and mechanical chain is proven identical and the result is then verified with traceable reference loads. Otherwise perform an independent calibration.
The controller misses a judgment pulse from F372A during a fast cycle. What should the team compare?
Review output timing, PLC scan or interrupt handling, wiring and the configured measurement sequence. Capture both indicator and controller states before changing thresholds.
F372A powers up after a legacy swap but serial communication fails. What is the next decision?
Confirm the installed interface, protocol, station settings, format and wiring against the previous system. Do not assume every connector or RS-232C label uses the same handshake.

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