ABB NTAC-02
ABB NTAC-02
ABB NTAC-02
ABB NTAC-02
ABB NTAC-02
ABB NTAC-02
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NTAC-02

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ABB NTAC-02 links a quadrature pulse encoder to an ACS 600 drive through a node-addressed DDCS optical interface.
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Technical specifications for NTAC-02

  • Manufacturer:
    ABB
  • Part Number:
    NTAC-02
  • Product Family:
    ABB Drives
  • Product Type:
    Pulse Encoder Interface Module
  • Stock:
    1
  • Drive platform:
    ACS 600
  • Communication:
    DDCS optical link to NAMC channel 1
  • Maximum modules per NAMC channel:
    2
  • Recommended encoder output:
    Push-pull, 40 mA
  • Node address:
    Seven DIP switches; factory default 16
  • Mounting:
    35 × 7.5 mm DIN rail
  • Ingress protection:
    IP20
  • Operating temperature:
    0 to 50 °C
  • Relative humidity:
    5 to 95%, non-condensing
  • Dimensions:
    4.5 × 7.5 × 10.5 cm
  • Speed feedback resolution:
    0.00305% (15 bits)
  • Logic thresholds at 24 V supply:
    Logic 1 above 12.2 V; Logic 0 below 8 V
  • Logic thresholds at 15 V supply:
    Logic 1 above 7.6 V; Logic 0 below 5 V
  • Maximum encoder signal frequency:
    100 kHz
  • Encoder supply:
    15 V DC or 24 V DC, selected by jumper
  • Weight:
    0.22 kg
  • Tariff Code:
    8543709990
  • 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 Drive Compatibility Encoder Interface Commissioning Application
  • Pulse-encoder interface for supported ACS 600 speed and position feedback applications
  • A/B/Z inputs support single-ended or differential encoder signals up to 100 kHz
  • Uses a jumper-selected 15 or 24 V DC encoder supply and a DDCS link to NAMC channel CH1

ABB NTAC-02 connects a digital pulse encoder to supported ACS 600 applications that require accurate motor-shaft speed or position feedback.

Its quadrature inputs accept channels A and B with a 90-degree phase shift, while channel Z supplies one reference pulse per revolution for positioning.

Selection and commissioning require compatible application software, a suitable encoder output stage, the correct supply jumper, a unique DDCS node address and cable length appropriate to the encoder output type.

Availability, condition, price, and shipping time for ABB NTAC-02 are confirmed during quotation.

ABB NTAC-02 Pulse Encoder Interface Manuals, Datasheets, Links

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.

  • Use with ACS 600 application software versions explicitly listed in the ABB manual.
  • Standard Application 5.0 and later requires NTAC-02 rather than NTAC-01.
  • Confirm the installed NAMC channel and application program before replacement.
  • Use a digital pulse encoder with 90-degree channel displacement.
  • ABB recommends a push-pull output capable of 40 mA for the documented installations.
  • Confirm encoder supply, A/B/Z channels, cable shield, and terminal allocation before wiring.
  • Set an unused DDCS node address before energizing the interface.
  • Check the optical transmitter/receiver pair and fibre routing between NTAC-02 and NAMC.
  • Verify speed direction and feedback stability before returning the drive to normal control.
  • Closed-loop motor-speed feedback in supported ACS 600 drive applications
  • Position or shaft-angle feedback using quadrature A/B signals and the channel-Z reference pulse
  • ACS 600 master-follower systems that require pulse-encoder feedback on mechanically coupled shafts
Description
ABB NTAC-02 provides a digital pulse-encoder interface for supported ACS 600 applications requiring accurate shaft-speed or position feedback.

It connects to NAMC channel CH1 through a DDCS optical link and accepts single-ended or differential A/B/Z encoder signals with a jumper-selected 15 or 24 V DC encoder supply.

Before commissioning, verify application-software compatibility, encoder output type and frequency, cable length, node address, fibre pairing, shielding, feedback direction and drive parameter settings.
Alternative Names
NTAC-02 NTAC 02 ABB NTAC-02 ABB NTAC 02
Technical notes
ABB NTAC-02 requires an ACS 600-compatible application version, a correctly powered quadrature encoder, a unique DDCS node address, and a verified NAMC fibre connection.
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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.
Which ACS 600 software versions can use ABB NTAC-02?
Use only the application versions listed in the ABB manual: Standard Application 5.0 or later, System Application 4.2 or later, Crane Application 5.0 or later, and all Template Application versions; verify the actual drive software before ordering.
What encoder output should be checked before selecting ABB NTAC-02?
Confirm a digital quadrature encoder with 90-degree phase displacement and an output stage suitable for the documented interface. ABB recommends a push-pull output able to supply 40 mA in the stated arrangements.
Can ABB NTAC-02 be treated as a direct replacement for NTAC-01?
No. ABB states that NTAC-01 and NTAC-02 are not interchangeable in every application, and Standard Application 5.0 or later specifically requires NTAC-02. Check software, supply, wiring, and node configuration.
How can ABB NTAC-02 receive its 24 V DC encoder supply?
The official manual permits supply through the NIOC arrangement up to the documented current limit or from a suitable external source. Match the selected supply method to the encoder load and grounding plan.
What causes a DDCS addressing conflict with ABB NTAC-02?
A conflict occurs when two interfaces on the same NAMC channel use the same node address. Set the DIP switches before power-up and document the address used by each installed module.
What should be inspected in the fibre connection for ABB NTAC-02?
Confirm the correct transmitter-to-receiver pairing, clean connector ends, minimum bend radius, undamaged fibres, and the documented NAMC channel. Reversed or damaged fibres prevent valid feedback communication.
How should ABB NTAC-02 feedback be checked after installation?
With the drive in a controlled commissioning state, verify encoder direction, stable pulse feedback, expected speed scaling, status indication, and absence of DDCS or feedback faults before enabling normal operation.