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ACU-01 3HNA013719-001

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ABB ACU-01 3HNA013719-001 is a paint-robot Air Control Unit used to regulate turbine and shaping-air paths close to the atomizer.
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Technical specifications for ACU-01 3HNA013719-001

  • Manufacturer:
    ABB
  • Part Number:
    ACU-01 3HNA013719-001
  • Product Family:
    ABB Robots
  • Product Type:
    Paint Robot Air Control Unit
  • Stock:
    1
  • Documented system role:
    Turbine and shaping-air regulation near the atomizer
  • Documented sensing:
    Pressure sensing with flow-control feedback
  • Tariff Code:
    Please confirm the destination before shipping
  • Country of origin:
    Sweden
  • 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 Air Path Layout Flow Feedback Seal Inspection Product Applications

Features:

  • Near-atomizer control: the ACU architecture shortens the regulated air path
  • Two air functions: turbine and shaping-air circuits are managed separately
  • Closed-loop evidence: pressure sensing and flow regulation guide diagnosis
ACU-01 3HNA013719-001 supports the pneumatic side of an ABB paint-robot atomizer installation.

Its useful engineering identity includes line assignment, pressure feedback, sealing, and the mounting position near the application hardware.

Keeping those records together helps distinguish an air-path problem from a controller or electronics problem.
Apter Power can review ACU-01 3HNA013719-001 label identity, pneumatic-path evidence, condition, quotation scope, and delivery requirements.
ABB ACU-01 3HNA013719-001 Paint Robot Air Control Unit 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.
  • Turbine air: preserve the regulated supply and return identification
  • Shaping air: map the separate atomizer-control path
  • Short routing: retain the documented near-atomizer installation arrangement
  • Pressure sensing: compare command, feedback, and actual pneumatic response
  • Flow regulation: trend behavior before adjusting controller settings
  • Leak isolation: prove fittings and tubing before replacing the unit
  • Membrane condition: inspect sealing surfaces without contamination
  • Line cleanliness: keep moisture, paint residue, and debris out of air paths
  • Recommissioning: verify stable turbine and shaping-air response separately
  • ABB paint atomizers: regulate turbine and shaping-air circuits near the tool
  • Robot-arm integration: support compact pneumatic routing on documented systems
  • Air-control service: restore a verified ACU after line and feedback diagnosis
Description
ACU-01 3HNA013719-001 is an ABB Air Control Unit for paint-robot air management. ABB’s ACU architecture places turbine and shaping-air regulation close to the atomizer so the pneumatic path can respond without relying on long external tubing runs.

The operating path around ACU-01 3HNA013719-001 includes pressure sensing, flow regulation, membrane sealing, and the robot-arm installation context. Replacement work should preserve every air-line label, connection direction, mounting detail, and controller parameter record.

Before commissioning ACU-01 3HNA013719-001, inspect line cleanliness, sealing surfaces, pressure feedback, commanded flow, and leakage behavior. Generic ACU performance values must not be treated as exact suffix-level ratings unless ABB ties them to this Product ID.
Alternative Names
ACU01 3HNA013719001 3HNA013719001 ABB ACU 01 Paint Robot Air Control Unit
Technical notes
Pneumatic path integrity is the service boundary for ACU-01 3HNA013719-001. Record turbine- and shaping-air lines, pressure-sensor connections, flow-control settings, membrane condition, mounting location, and atomizer context before removal; contamination, leakage, or crossed tubing can imitate an electronics fault.
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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.
Why is line identification critical before removing ACU-01 3HNA013719-001?
Turbine and shaping-air circuits have different roles. Mark every connection and flow direction so the pneumatic paths are not crossed during reassembly.
What can cause unstable flow around ACU-01 3HNA013719-001 without an electronics failure?
Leaks, contamination, damaged sealing surfaces, restricted tubing, crossed lines, or incorrect pressure feedback can all disturb the commanded air response.
How should pressure feedback be evaluated for ACU-01 3HNA013719-001?
Compare command, sensor feedback, and observed pneumatic response during a controlled test, then isolate tubing and fittings before changing parameters.
Which installation details matter when sourcing ACU-01 3HNA013719-001?
Provide the complete label, robot and atomizer identity, mounting photographs, air-line map, connector views, control context, and observed fault behavior.
What cleanliness precautions protect ACU-01 3HNA013719-001 during service?
Cap all open lines, use clean approved air components, protect membrane surfaces, exclude moisture and paint residue, and avoid introducing debris into regulated passages.
What should a commissioning test prove for ACU-01 3HNA013719-001?
Demonstrate separate turbine- and shaping-air control, stable feedback, leak-free connections, correct controller response, and normal behavior through the approved operating sequence.