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CEV65M-01460

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TR Electronic CEV65M-01460 is a PROFIBUS absolute multiturn encoder used to convert shaft angle and accumulated revolutions into controller position data.
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Technical specifications for CEV65M-01460

  • Manufacturer:
    TR Electronic
  • Part Number:
    CEV65M-01460
  • Product Family:
    TR Electronic
  • Product Type:
    CEV65M PROFIBUS Absolute Multiturn Encoder
  • Stock:
    1
  • Position Steps per Revolution:
    4096
  • Number of Revolutions:
    4096
  • Fieldbus Interface:
    PROFIBUS DP
  • PROFIBUS Profile:
    PNO Class 2
  • Maximum Bus Rate:
    12 Mbit/s
  • Supply Voltage:
    11 to 27 V DC
  • Nominal Supply Voltage:
    24 V DC
  • Typical Current Consumption:
    120 mA
  • Output Driver:
    RS485
  • Shaft Diameter:
    10 mm
  • Shaft Load:
    40 N axial and 60 N radial
  • Maximum Speed:
    6000 rpm
  • Housing Protection:
    IP65
  • Operating Temperature:
    -20 to 70 °C
  • Cable Entries:
    Three PG9 radial entries
  • Weight:
    1.5432 lbs (0.7 kg)
  • Tariff Code:
    90314990
  • 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 Scaling PROFIBUS Path Shaft Loading Field Wiring

Features:

  • 4096 position steps are resolved during each shaft revolution.
  • A 4096-revolution multiturn stage extends the absolute position range.
  • PROFIBUS Class 2 carries position, scaling and preset data.
The encoder joins the measured shaft position to one absolute bus value.

Mechanical loading limits protect the shaft and internal bearing system.

Radial cable entries support supply and daisy-chain fieldbus wiring.

The TR Electronic CEV65M-01460 PROFIBUS 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 CEV65M-01460 PROFIBUS Absolute 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.

Relating shaft motion to the transmitted absolute value

  • Single-turn count: One revolution is divided into 4096 measurable positions.
  • Turn counter: The multiturn stage records 4096 completed revolutions.
  • Combined value: Single-turn and multiturn data form the position delivered to the controller.
  • Direction setting: The configured count direction determines whether the value rises clockwise or counterclockwise.

Keeping position exchange and bus setup on one interface

  • Cyclic data: The active shaft value is transferred during normal PROFIBUS exchange.
  • Class 2 parameters: Scaling, direction and preset functions follow the encoder profile.
  • RS485 layer: Differential signaling carries the fieldbus frames between nodes.
  • Termination: The resistor is enabled only at the physical end of the bus segment.

Protecting the encoder while transferring machine motion

  • Coupling: The 10 mm shaft connects the measured mechanism to the encoder.
  • Axial force: Load along the shaft remains within the documented 40 N limit.
  • Radial force: Side load remains within the documented 60 N limit.
  • Speed: The connected mechanism stays below the stated maximum rotational speed.

Separating power and bus conductors at the encoder hood

  • Supply: The encoder accepts the documented DC voltage range.
  • Incoming bus: One radial entry carries the PROFIBUS cable from the previous node.
  • Outgoing bus: A second entry continues the segment when the encoder is not last.
  • Seal: Cable glands and unused entries maintain the IP65 enclosure boundary.
Description
TR Electronic CEV65M-01460 is a CEV65M PROFIBUS absolute multiturn encoder that reports shaft position and accumulated revolutions to a controller. Its internal position value remains tied to the mechanical shaft so the control system receives an absolute code instead of rebuilding position from incremental pulses.

Each revolution of CEV65M-01460 is divided into 4096 steps, while the multiturn stage records 4096 revolutions. The PROFIBUS Class 2 data path transfers that combined value and also carries the configuration used for scaling, counting direction and preset operation.

Power for CEV65M-01460 enters through the fieldbus hood alongside the RS485 bus conductors. The three radial PG9 entries separate incoming bus, outgoing bus and supply wiring so the encoder can remain in the PROFIBUS segment while termination is applied at the physical end.

The 10 mm shaft of CEV65M-01460 transfers machine rotation into the encoder, making coupling alignment and the documented axial and radial loads part of position accuracy. Its IP65 housing and operating-temperature range apply to the mounted product, while the cable glands must preserve the enclosure seal.
Alternative Names
CEV65M01460 CEV65M 01460 CEV 65M-01460 CEV-65M-01460 CEV65M-0146O CEV6SM-01460 CEV 65M 01460 CEV65 M-01460
Technical notes
For TR Electronic CEV65M-01460, verify the PROFIBUS address, counting direction, preset assignment and mechanical coupling before restoring position control.
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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 can CEV65M-01460 report a stable but reversed position?
Check the CEV65M-01460 counting-direction parameter before changing the mechanical coupling or PLC scaling.
What should be saved before replacing TR Electronic CEV65M-01460?
Record the TR Electronic CEV65M-01460 bus address, preset value, direction and scaling so the replacement returns the same position format.
How should a PROFIBUS dropout at CEV65M-01460 be investigated?
Inspect CEV65M-01460 supply voltage, cable shields, connector entries, node address and termination at the actual end of the segment.
Can the CEV65M-01460 preset input replace mechanical alignment?
No. The CEV65M-01460 preset shifts the reported position value, but the shaft coupling must still meet the mechanical installation limits.
Why does CEV65M-01460 lose accuracy at the coupling?
Excess axial or radial load, misalignment or shaft slip can prevent CEV65M-01460 from following the machine position correctly.
Is a CEV65M label enough to identify CEV65M-01460?
No. Match the complete CEV65M-01460 order number because interface, resolution, shaft and cable-entry configurations vary.