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PA10-W

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Autonics PA10-W is a two-channel sensor controller that powers and evaluates compatible sensor inputs through independent relay outputs.
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Technical specifications for PA10-W

  • Manufacturer:
    Autonics
  • Part Number:
    PA10-W
  • Product Family:
    Autonics
  • Product Type:
    Two-Channel Sensor Controller
  • Stock:
    1
  • Channels:
    2
  • Input:
    NPN open-collector or universal input
  • Sensor Supply:
    12 VDC, approximately 200 mA
  • Power Supply:
    100-240 VAC
  • Power Consumption:
    10 VA or less
  • Operation Logic:
    Independent by channel
  • Control Output:
    SPDT relay contact, one per channel
  • Ambient Temperature:
    -10°C to +55°C
  • Ambient Humidity:
    35% to 85% RH
  • Weight:
    0.16 kg
  • Estimated shipping dimensions:
    3.8 x 8.66 x 7.6 cm
  • Tariff Code:
    Please confirm the destination before shipping
  • Country of origin:
    South Korea
  • 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 Selection Installation Service Product Applications

Features:

  • Two independent channels: One compact controller supports two separately evaluated sensor circuits.
  • Panel interface role: Sensor signals are translated into isolated relay contacts for machine logic.
  • Local sensor supply: Compatible field sensors can be powered from the controller when the total load remains within the design.
PA10-W sits between field sensors and relay-based control circuits where direct sensor connection is unsuitable.

The compact housing contains two separately identified sensor and relay paths for panel integration.

The FAQ owns channel comparison, sensor compatibility, contact diagnosis, power-budget and enclosure-fit decisions.

Apter Power can help confirm the Autonics PA10-W Two-Channel Sensor Controller, input circuits, relay logic and mounting arrangement before quotation.
Autonics PA10-W Two-Channel Sensor Controller 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.
  • Channel count: Confirm the panel genuinely requires the two-channel PA10-W configuration.
  • Contact assignment: Record which machine circuit belongs to each relay channel.
  • Power source: Verify the controller supply matches the documented AC input.
  • Evidence package: Retain the OEM model page and terminal diagram with the quotation.
  • Channel labels: Mark both sensor inputs and relay circuits before moving conductors.
  • Separate routing: Keep low-level sensor wiring away from switching and high-voltage conductors.
  • Protective enclosure: Mount the controller in the panel environment defined by the manufacturer.
  • Stepwise energization: Restore one labelled channel at a time.
  • Visual inspection: Check terminals, housing and indicators for damage before measurements.
  • Channel history: Record which input and relay circuit showed the original fault.
  • Contact maintenance: Preserve downstream fuse and conductor identification during service.
  • Configuration record: Keep panel drawings and channel labels current after work.
  • Photoelectric sensor panels: Interfaces two detector outputs with relay logic.
  • Proximity sensing: Provides local power and changeover contacts for machine interlocks.
  • Retrofit control cabinets: Adds relay isolation where an older circuit cannot accept transistor outputs directly.
  • Dual-function panels: Keeps two sensor-controlled machine functions on separately identified relay paths.
Description
PA10-W sits between field sensors and relay-based machine logic, with two channels that are evaluated independently. Each channel converts its sensor state into a separate relay-contact decision.

The channel separation in PA10-W lets one controller support two sensing tasks without merging their logic or relay paths. The arrangement is useful when distinct machine functions must remain traceable at the panel.

The local sensor supply of PA10-W can reduce auxiliary panel components when the connected load remains within the documented power budget. This makes the controller useful where compact sensor interfacing and separate relay outputs are both required.
Alternative Names
PA10W
Technical notes
Before replacing PA10-W, photograph and label every terminal, isolate the AC supply and separate both downstream load circuits. Preserve conductor identification while transferring the unit, inspect the enclosure and mounting hardware, then restore one labelled circuit at a time under the approved panel procedure before automatic operation.
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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.
Only channel 2 on PA10-W has stopped responding while channel 1 remains normal. Which comparison isolates the fault?
Compare the failed channel’s sensor supply, input indication, relay state and downstream voltage with channel 1 without moving unknown wiring. Service the field device, replace the controller only if its channel is proven faulty, or correct the downstream load circuit identified by those measurements.
A new sensor has a different transistor output from the one connected to PA10-W. Can it be wired the same way?
Do not copy the old wiring until the new sensor’s output type and polarity are confirmed against the selected input arrangement. A mechanical fit does not establish electrical compatibility.
The relay indicator on PA10-W changes but downstream voltage does not. What should be measured?
Measure the selected common, normally open or normally closed contact and then the downstream circuit under the approved test condition. The changing indicator already shows that sensor input and controller detection are responding.
Two sensors powered from PA10-W reset when both operate together. What should be checked?
Measure the combined sensor current and the controller supply voltage under simultaneous load. If the field demand exceeds the available budget or wiring drop is excessive, correct the power design rather than replacing the controller blindly.
A panel uses only one relay channel of PA10-W. Are the two relay commons internally shared?
No. The manufacturer diagram shows two separate SPDT relay circuits. Wire each channel from its own documented common and treat any external commoning as a panel-design decision, not an internal product feature.
A replacement PA10-W will sit behind a shallow panel cover. Can it be accepted from front dimensions alone?
No. Compare the official body depth, mounting arrangement, terminal access and conductor bend space with the real enclosure before drilling or fixing the controller.

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