TLP-B145-200-DJMC2A Allen-Bradley TL-Series Kinetix Servo Motor 400V

Allen-Bradley TLP-B145-200-DJMC2A — Kinetix TLP Servo Motor

The TLP-B145-200-DJMC2A is an Allen-Bradley Kinetix TLP-series servo motor for industrial motion systems. This configuration is specified for the 400 V class, with a 145 mm bolt-circle frame, 2.0 kW rated power and 9.55 N·m continuous stall torque.

The motor uses a 24-bit single-turn absolute encoder, with multi-turn capability requiring a battery. Its keyed shaft and standard configuration without a shaft seal should be considered when checking mechanical fit and the machine’s environmental requirements. The supplied configuration specifies no brake.

Configuration Decode — Order-Code Map

Model interpretation: The configuration details above are based on the supplied order-code description. Confirm the full catalog number, motor documentation and mating-drive requirements before selecting a replacement.

Technical Snapshot

Application Fit — Where This Motor May Be Used

• Packaging and converting axes: Servo-driven feed, indexing, cut-to-length and positioning mechanisms when the required torque and speed fall within the motor’s ratings.
• Automated assembly: Repeatable rotary or linear positioning through a suitable coupling, gearbox or mechanical transmission.
• Material handling: Conveyor positioning, transfer mechanisms and machine axes with correctly sized loads.
• Industrial automation equipment: Replacement or new-build servo axes requiring a compatible 400 V-class motor and absolute feedback.
• Precision positioning: Applications that benefit from absolute single-turn position feedback; multi-turn use requires the specified battery support.

These examples describe potential use cases, not a guaranteed fit for a particular machine. Confirm load inertia, required speed, acceleration, duty cycle, shaft interface, thermal conditions and drive compatibility before installation.

Selection and Commissioning Checks

1. Match the drive: Verify that the servo drive supports this motor’s 400 V class, feedback type and motor configuration. Do not select a drive based on power rating alone.
2. Check the mechanical interface: Confirm the 145 mm bolt-circle dimensions, shaft diameter and length, key dimensions, coupling fit and alignment requirements using the motor drawing.
3. Size the axis: Compare continuous and peak torque requirements with the complete motor torque-speed curve. The stated 9.55 N·m is continuous stall torque, not a universal operating torque across all speeds.
4. Plan absolute-position handling: Confirm the drive/controller’s encoder support and whether the application needs only single-turn or multi-turn position retention. Provide the required battery arrangement for multi-turn operation.
5. Evaluate holding requirements: This configuration has no specified motor brake. For vertical or gravity-loaded axes, engineer an appropriate external holding or safety solution.
6. Review the environment: Because the supplied configuration is without a shaft seal, check the machine’s contamination and ingress-protection needs. Do not assume suitability for washdown or wet environments.
7. Commission under controlled conditions: Verify motor identification, feedback status, direction, limits and mechanical movement at a safe test speed before production operation.

Diagnostics and Maintenance Considerations

The motor itself is not described here as providing a standalone diagnostic display. Troubleshooting normally combines drive/controller feedback status, encoder information and mechanical inspection. Consult the specific motor and drive manuals for supported fault messages and test procedures.

• Encoder or position-reference issue: Check feedback cable routing, connector seating, encoder compatibility and the battery condition/connection if multi-turn position retention is used.
• Unexpected position after power cycling: Confirm whether the application is configured for single-turn or multi-turn absolute feedback and whether the required battery is installed and serviceable.
• Excessive current or following error: Inspect the load for binding, misalignment or unexpected inertia. Compare commanded motion with the motor’s rated operating envelope.
• Vibration or noise: Check coupling alignment, mounting rigidity, transmission backlash and mechanical resonance. Use the drive’s approved tuning and diagnostic procedures.
• Thermal concern: Review load profile, ambient conditions, cooling and the motor’s complete rating data. Do not infer allowable overload duration from continuous stall torque alone.
• Holding concern: Since no brake is specified, verify how the machine secures the axis during stop, power loss or maintenance.

Global PLC Spare HUB's Insight

For this motor, the order-code details have direct installation consequences: a 145 mm mounting interface, keyed shaft, 24-bit absolute feedback, battery-dependent multi-turn capability, no brake and no shaft seal. Before ordering, compare those features with the original motor nameplate and mechanical drawing.

In a replacement project, record the existing drive model, feedback configuration, axis parameters and coupling dimensions. After fitting the motor, validate encoder recognition, rotation direction, position reference and the machine’s stop/holding strategy before releasing the axis for normal operation.

Warranty and Shipping

• Warranty: 12-month warranty, subject to applicable supplier terms.
• Shipping options: FedEx, UPS and DHL, subject to destination and service availability.
• Dispatch timing: Confirmed after stock and order verification.
• Compatibility review: Provide the complete motor part number, mating drive model and application details when requesting a quotation.

Frequently Asked Questions

1. Is 9.55 N·m the torque available at every operating speed?

No. The supplied value is continuous stall torque. Available torque varies with speed, drive limits, thermal conditions and the motor’s torque-speed characteristics. Use the manufacturer’s full performance curves to size the axis.

2. What is the practical difference between single-turn absolute feedback and multi-turn operation?

Single-turn feedback identifies position within one revolution. Multi-turn operation tracks position across multiple revolutions and, for this configuration, requires a battery. Confirm how the drive handles position retention and battery faults for the intended application.

3. Can this motor directly replace a motor with a brake?

Not without reviewing the machine’s holding requirements. This configuration has no brake specified. If the original motor’s brake holds a vertical load or supports a safety function, determine an approved alternative before substitution.

4. What should I measure before ordering a keyed-shaft replacement?

Check shaft diameter and usable length, key dimensions, bolt-circle and mounting geometry, coupling or pulley fit, and alignment space. Confirm the motor drawing rather than relying on the frame designation alone.

5. Is a shaft-seal-free version suitable for a washdown machine?

Do not assume so. Review the actual ingress-protection rating and the machine’s exposure to water, cleaning chemicals and contaminants. If the application requires a sealed shaft, select a configuration specifically rated for that environment.

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