Lexium 62 ILM ILM0701P22F0000 Integrated Servo Drive 1.1Nm Multiturn Encoder with Brake

The ILM0701P22F0000 is a Lexium 62 ILM integrated servo drive developed for decentralized machine axes that require multiturn position feedback, mechanical position holding and improved environmental protection.

This unit combines the brushless synchronous servo motor, drive electronics and encoder feedback within one machine-mounted assembly. Compared with a conventional servo arrangement using a separate cabinet drive for each motor, the integrated architecture can simplify distributed multi-axis machine construction.

The ILM0701P22F0000 uses a compact 70 mm frame with a one-stack motor body. It provides 1.1 Nm torque and supports speeds up to 6000 rpm, making it suitable for lightweight, fast-moving machine axes.

A defining feature of this version is its SinCos multiturn feedback system. The encoder tracks the motor position across multiple shaft revolutions, allowing the compatible control system to retain more complete axis-position information than a singleturn feedback device.

This can be especially useful for machine adjustment axes, lead-screw mechanisms, positioning modules and other applications where the mechanical travel extends beyond one motor revolution.

The model also includes a holding brake. The brake can help keep a stationary axis in position when motor torque is removed, provided the brake is correctly controlled and the mechanical load remains within the permitted limits.

Unlike keyed-shaft ILM versions, the ILM0701P22F0000 uses a smooth output shaft. It is intended for compatible precision clamping couplings or other transmission components designed for a smooth shaft connection.

The motor assembly carries an IP65 protection rating when correctly installed with suitable connectors and cables. This provides better protection against dust and water ingress than lower-rated versions, but it does not make the unit suitable for immersion or unlimited high-pressure washdown.

Because the encoder, brake, shaft and drive electronics are all model-specific, replacement selection must be based on the complete ILM0701P22F0000 number rather than torque or external appearance alone.

Key Features

Integrated motor and servo drive electronics

Compact 70 mm frame

One-stack motor construction

1.1 Nm torque rating

Maximum speed up to 6000 rpm

SinCos multiturn position feedback

Multiturn 128 encoder configuration

Integrated holding brake

Smooth output shaft

IP65 motor protection

Suitable for multi-revolution positioning axes

Supports decentralized machine architecture

Reduces separate cabinet drive hardware

Designed for compatible Lexium 62 ILM systems

Model-specific industrial replacement

Typical Applications

Packaging format adjustment axes

Cartoning machine positioning

Filling machine adjustment mechanisms

Labeling equipment

Lead-screw positioning systems

Printing registration mechanisms

Product transfer modules

Conveyor adjustment axes

Automated assembly equipment

Machine guide adjustment

Feeding and indexing machinery

Multi-axis packaging systems

Production changeover mechanisms

Compact machine positioning axes

Industrial automation modules

Multiturn Position Feedback

The ILM0701P22F0000 uses SinCos multiturn feedback.

A multiturn encoder provides position information within one shaft revolution while also tracking the number of completed revolutions within its supported operating range.

This can provide advantages for mechanisms such as:

Lead-screw positioning axes

Machine width adjustment

Height adjustment systems

Multi-turn rotary selectors

Format-change mechanisms

Extended travel positioning systems

Depending on the controller and machine software, multiturn feedback can help:

Reduce repeated homing procedures

Improve machine restart efficiency

Retain multi-revolution axis information

Reduce unnecessary mechanical movement

Improve repeatability after planned shutdowns

The actual position-retention behavior depends on the controller, machine program and commissioning configuration.

Integrated Holding Brake

This configuration includes a holding brake.

The brake is intended primarily to hold a stationary motor shaft after the axis has been brought to a stop.

It may be useful for:

Vertical or inclined axes

Gravity-loaded mechanisms

Machine adjustment positions

Stationary axis holding

Preventing movement after motor torque is removed

The holding brake should not normally be used as the main method for repeatedly stopping a rotating load.

Normal operation should follow this sequence:

Decelerate the motor under servo control

Bring the axis to a complete stop

Apply the holding brake

Remove motor torque when permitted

During restart:

Apply motor torque

Release the brake

Confirm brake release

Begin commanded movement

The holding brake must not automatically be treated as an independently certified safety brake. Additional mechanical safety measures may be required for hazardous vertical or suspended loads.

Smooth Shaft Design

The ILM0701P22F0000 uses a smooth shaft rather than a keyed shaft.

Suitable mechanical connections may include:

Precision clamping couplings

Bellows couplings

Elastomer couplings

Clamp-style pulleys

Shrink-disc hubs

Low-backlash flexible couplings

Before installation, confirm:

Shaft dimensions

Coupling bore

Required clamping force

Permitted radial load

Permitted axial load

Motor-to-load alignment

Do not machine a keyway into the shaft or force the coupling into position with impact tools.

IP65 Protection

The motor assembly is rated IP65 when installed correctly.

This rating provides protection against:

Dust ingress

Contact with internal components

Low-pressure water jets from permitted directions

The complete protection level also depends on:

Correctly fitted connectors

Suitable system cables

Proper cable routing

Intact seals

Correct mounting orientation

Environmental exposure

IP65 does not mean the unit can be submerged or exposed to unrestricted high-pressure cleaning.

Integrated Drive Architecture

The Lexium 62 ILM design combines several axis components in one unit:

Brushless synchronous servo motor

Power-stage electronics

Drive-control electronics

Multiturn feedback system

Holding-brake interface

Machine-side connection interface

This distributed arrangement can help reduce:

Separate servo drives inside the cabinet

Long individual motor cables

Cabinet wiring density

Panel space required per axis

Installation work on multi-axis machinery

The complete system still requires compatible power-supply equipment, connection modules, system cables, controller hardware and machine software.

System Compatibility

The ILM0701P22F0000 is designed for operation within a compatible Lexium 62 ILM motion-control architecture.

A complete installation may require:

Lexium 62 power supply

ILM connection or distribution modules

Approved system cables

Compatible motion controller

Machine-control software

Suitable safety equipment

Correct mechanical coupling

It must not be connected directly to a standard three-phase supply or operated as an ordinary standalone servo motor.

Replacement Identification

Correct Model Number

ILM0701P22F0000

Important Configuration Elements

70 mm frame

One-stack motor

Smooth shaft

IP65 protection

SinCos multiturn 128 feedback

Holding brake included

Do not select a replacement using only:

1.1 Nm torque

6000 rpm speed

Lexium 62 ILM series name

Similar external appearance

Related ILM products may differ in:

Smooth or keyed shaft

Singleturn or multiturn feedback

Brake or no-brake design

IP54 or IP65 protection

Motor stack length

Torque capability

Connector arrangement

The complete model suffix must match the machine requirements.

Installation Guidelines

Disconnect the complete machine power supply.

Wait for the DC bus to discharge fully.

Verify the full model number on the nameplate.

Secure vertical or gravity-loaded axes mechanically.

Support the motor before removing mounting screws.

Protect the smooth shaft from impact and scratches.

Do not hammer the coupling into position.

Check the motor and load-shaft alignment.

Inspect brake and feedback connections.

Use approved Lexium 62 ILM cables.

Confirm the brake-control sequence.

Verify multiturn feedback configuration.

Test the brake before normal machine operation.

Run the axis at reduced speed after replacement.

Confirm position retention after a controlled power cycle.

Installation should be completed by qualified motion-control personnel.

FAQ

Q1: What is the ILM0701P22F0000?

A1: It is a Lexium 62 ILM integrated servo drive combining a brushless motor, drive electronics, multiturn feedback and a holding brake.

Q2: What is the torque rating?

A2: The specified torque rating is 1.1 Nm.

Q3: What is the maximum speed?

A3: The maximum specified speed is 6000 rpm.

Q4: What type of feedback does it use?

A4: It uses a SinCos multiturn encoder with the multiturn 128 configuration.

Q5: What is the advantage of multiturn feedback?

A5: It tracks position across multiple motor revolutions and can reduce repeated homing requirements in compatible machine systems.

Q6: Does this model include a holding brake?

A6: Yes. ILM0701P22F0000 includes an integrated holding brake.

Q7: Can the brake stop a rotating motor during every cycle?

A7: The brake is intended mainly for holding a stationary axis. Normal deceleration should be completed under servo control before the brake is applied.

Q8: Is the brake a safety brake?

A8: It should not automatically be treated as an independent safety brake. Hazardous loads may require additional certified mechanical safety equipment.

Q9: Does the motor have a keyed shaft?

A9: No. This configuration uses a smooth shaft.

Q10: What is the protection rating?

A10: The motor assembly is rated IP65 when correctly installed with suitable connectors and cables.

Q11: Can it be used on a vertical axis?

A11: It may be suitable for certain vertical axes because it includes a holding brake, but the load, brake capacity and machine safety design must be verified.

Q12: Is it a standalone servo motor?

A12: No. It is an integrated drive intended for a compatible Lexium 62 ILM distributed motion system.

Q13: Can ILM0701P22A0000 replace this model?

A13: Not automatically. The suffix may identify a different environmental or hardware configuration. The complete model number must match.

Q14: Can a no-brake ILM motor replace it?

A14: Not where the original machine requires the holding-brake function. The brake configuration is an essential replacement parameter.

Q15: What should be provided before ordering?

A15: Please provide the original nameplate, complete model number, machine type, controller model and photographs of the shaft and connectors.