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CE65M110-00443

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TR Electronic CE65M110-00443 is a CE-65 M absolute multiturn encoder that converts shaft angle and accumulated revolutions into a DeviceNet position value.
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Technical specifications for CE65M110-00443

  • Manufacturer:
    TR Electronic
  • Part Number:
    CE65M110-00443
  • Product Family:
    TR Electronic
  • Product Type:
    DeviceNet Absolute Multiturn Encoder
  • Stock:
    1
  • Scanning Principle:
    Optical absolute measurement
  • Position Type:
    Single-turn angle plus multiturn revolution count
  • Network Interface:
    CAN DeviceNet, optically isolated
  • Network Role:
    DeviceNet slave
  • Supply Voltage:
    11 to 27 V DC
  • Current Load at 11 V DC:
    Less than 200 mA, unloaded
  • Current Load at 27 V DC:
    Less than 110 mA, unloaded
  • Total Resolution:
    Up to 24 bit; 25 bit optional within the series
  • Steps per Revolution:
    Up to 8,192
  • Standard Multiturn Range:
    Up to 4,096 revolutions, 12 bit
  • Expanded Multiturn Range:
    Up to 256,000 revolutions
  • Selectable Baud Rates:
    125, 250 or 500 kBaud
  • Station Address Range:
    0 to 63 via six DIP switches
  • Bus Driver Standard:
    ISO/DIS 11898
  • Bus Termination:
    121 ohms, selectable by DIP switch
  • Transmission Medium:
    Shielded twisted-pair copper cable
  • I/O Position Data:
    32-bit position field with seven auxiliary-output bits
  • Configuration Messages:
    Polled I/O plus explicit messaging
  • Programmable Output Code:
    Binary or Gray
  • Programmable Functions:
    Direction, total steps, revolution range, limits, preset and adjustment
  • EMC Immunity:
    DIN EN 61000-6-2
  • EMC Emissions:
    DIN EN 61000-6-3
  • Weight:
    1.54 lbs (0.7 kg)
  • Tariff Code:
    9031809090
  • Country of origin:
    Germany
  • 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 Position Data DeviceNet Bus Setup Preset & Status

Features:

  • Optical single-turn measurement and a multiturn stage form one absolute shaft-position value.
  • An optically isolated DeviceNet slave interface exchanges polled position and explicit configuration messages.
  • DIP-switch addressing, selectable baud rate, and bus termination organize the encoder within a CAN segment.
TR Electronic CE65M110-00443 combines the angular position inside one revolution with the stored count of completed revolutions.

The DeviceNet path of CE65M110-00443 separates cyclic position transfer from the explicit messages used for parameters and diagnostics.

Network setup on CE65M110-00443 links its unique MAC-ID, selected baud rate, cable length, and end-of-segment termination.

The TR Electronic CE65M110-00443 CE-65 M DeviceNet Absolute Multiturn Encoder may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
TR Electronic CE65M110-00443 CE-65 M DeviceNet Absolute Multiturn Encoder 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.

Angle and Revolution Data Relationship

  • Single-turn part: The optical code disc divides each shaft revolution into the configured number of position steps.
  • Multiturn part: The gear stage records completed revolutions so the position does not reset after one turn.
  • Combined value: The electronics combine angle and revolution count into the total absolute position returned to the controller.
  • Resolution limit: The selected steps per revolution and revolution range must remain within the documented total-resolution boundary.

Bus Communication Path

  • Polled input: A master polls the encoder and receives the current absolute position through the I/O connection.
  • Explicit channel: Read and write attributes carry setup, preset, adjustment, and diagnostic information outside the cyclic position field.
  • EDS mapping: The matching EDS definition exposes the supported objects, parameters, and operating modes to the network configuration tool.
  • Isolation: Optical isolation separates the CAN fieldbus electronics from the encoder measurement path.

Address, Speed and Termination Sequence

  • MAC-ID: Six DIP switches assign a unique DeviceNet station address between 0 and 63.
  • Baud selection: Two DIP switches select 125, 250, or 500 kBaud for the entire connected segment.
  • Cable relation: The permitted trunk length decreases as baud rate rises, so the network layout and speed must be checked together.
  • End node: When the encoder is the last slave, the selectable termination resistor closes the CAN segment and disconnects the following bus path.

Position Adjustment and Diagnostic Feedback

  • Preset value: Preset 1 or Preset 2 assigns a defined absolute position inside the configured total number of steps.
  • Adjustment: The adjustment command writes a new reference relationship while the position value remains the cyclic feedback.
  • Auxiliary outputs: Seven programmable auxiliary bits share the upper portion of the returned position data field.
  • Status indication: Green and red LED states distinguish online allocation, duplicate-MAC testing, timeout conditions, and recoverable faults.
Description
TR Electronic CE65M110-00443 is a CE-65 M absolute multiturn encoder for measuring shaft angle and the number of completed revolutions. Its optical single-turn section and mechanical multiturn stage combine the within-turn position with the retained revolution count before the electronics format the result for the control network.

Position data from CE65M110-00443 can represent as many as 8,192 steps per revolution and a standard span of up to 4,096 revolutions, with an expanded series range of up to 256,000 revolutions. The configured total number of steps links those two quantities, so the controller receives one absolute position value instead of separate angle and turn counters.

Through the optically isolated CAN DeviceNet interface, CE65M110-00443 operates as a slave and returns position through a polled I/O connection. Explicit messages carry configuration and diagnostic data, while the EDS file identifies the supported parameters and operating modes to the DeviceNet configuration tool.

Six DIP switches assign the MAC-ID of CE65M110-00443 from 0 to 63, and two additional switches select 125, 250, or 500 kBaud. A selectable 121-ohm termination path closes the final CAN segment, while bus parameters cover direction, binary or Gray output code, measurement length, presets, adjustment, operating limits, and seven auxiliary outputs.
Alternative Names
CE65M11000443 CE65M 110-00443 CE 65 M 110 00443 TR Electronic CE65M110-00443 CE65M110-00443 Absolute Encoder CE-65 M DeviceNet Encoder 110-00443 CE65M110-OO443 TR CE65M 110-00443
Technical notes
Through its DeviceNet interface, TR Electronic CE65M110-00443 reports absolute multiturn position and accepts preset, adjustment, direction, and output-code parameters.
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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 does CE65M110-00443 remain offline after DeviceNet power-up?
Check that CE65M110-00443 has bus power, a unique MAC-ID, the segment baud rate, shield continuity, and correct end termination before replacing the encoder.
Which EDS definition should be selected for CE65M110-00443?
Use the CE65M110-00443 multiturn EDS that matches the configured maximum of 4,096 or 8,192 steps per revolution.
Why can the position scale of CE65M110-00443 change after parameter loading?
The CE65M110-00443 total steps, revolutions numerator, and revolutions denominator work together, so changing one value can rescale the transmitted position.
When should the termination switch on CE65M110-00443 be enabled?
Enable the CE65M110-00443 termination only when it is the last DeviceNet slave on the CAN segment; otherwise keep the through path connected.
Why is a preset rejected by CE65M110-00443?
A CE65M110-00443 preset must be zero or greater and remain below the configured total number of steps.
What should be checked when CE65M110-00443 shows a red bus-status indication?
For CE65M110-00443, verify connection timeouts, MAC-ID duplication, master allocation, supply state, and the cable before changing measurement parameters.

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