ELAU ISH1003002500000000100 | 2.5 Nm Servo Motor, Fast Shipping

Description

Note: Many products are not yet listed. Please contact us for more product information. Our supply channels are constantly expanding, and we currently have 20 stable shared supply channels. Please confirm the model, product, price, and all other necessary information with customer service before placing an order. We offer new, refurbished, and used products, and prices are adjusted according to the year of the item you require.

Key Technical Specifications

Technical reference: ELAU iSH100 motor family and available configuration references. The specifications above distinguish the identified model configuration from other iSH100/30025 variants. Confirm electrical ratings, encoder type, connector assignment, and protection rating against the original nameplate before replacement.

DFM Automation+2

Product Introduction

The ELAU ISH1003002500000000100 is an iSH100 integrated servo motor from the PacDrive M automation family. Featuring a 100 mm flange, 3000 RPM rated speed, and 2.5 Nm standstill torque, it is designed for precision motion control in automated production equipment.

Its smooth shaft and multiturn feedback configuration make it suitable for applications requiring controlled rotary movement and position tracking. The exact option code matters: shaft design, encoder configuration, holding brake, and sealing options must match the installed machine before replacement.

DFM Automation+1

ISH1003002500000000100

ISH1003002500000000100

ISH1003002500000000100

ISH1003002500000000100

ISH1003002500000000100

Application Scenarios & Field Experience

Part 1 – Engineering Challenges

In automated production machinery, servo motor replacement involves more than matching the frame size and rated speed. Shaft configuration, encoder feedback, holding torque, and drive compatibility all affect commissioning.

An incorrect motor variant can cause mechanical coupling problems, feedback errors, or unexpected axis behavior. The ELAU iSH100 series is designed for PacDrive M motion-control applications where accurate positioning and coordinated movement are required.

For this particular model, the smooth shaft and multiturn feedback configuration deserve special attention. A keyed-shaft or single-turn replacement should not be treated as an automatic substitute.

Part 2 – Typical Application Scenarios

1. Packaging Industry – Automatic Filling Machines

• Process: Rotary filling stations and synchronized product positioning.
• Requirement: Controlled servo movement for accurate positioning of filling mechanisms.

2. Food Processing – High-Speed Packaging Lines

• Process: Product feeding, sealing, and rotary packaging operations.
• Requirement: Precise motor positioning and repeatable motion during production cycles.

3. Printing Industry – Web Handling Equipment

• Process: Roller positioning and material feeding.
• Requirement: Multiturn position feedback for applications involving continuous or repeated rotary movement.

4. Industrial Manufacturing – Automated Assembly Machines

• Process: Servo-driven rotary tables and indexing mechanisms.
• Requirement: Controlled rotary motion and position feedback for repeatable machine operations.

Part 3 – Illustrative Field Case

A packaging facility experienced intermittent positioning errors on a rotary indexing station. Inspection indicated a problem with the existing servo motor feedback system. The maintenance team sourced a replacement ELAU iSH100 motor with the matching smooth-shaft and multiturn configuration. After checking the motor identification, drive compatibility, feedback connections, and mechanical alignment, engineers completed commissioning and verified the positioning sequence.

Illustrative engineering scenario, not a documented customer installation.

Standard Operating Procedure (SOP) for Quality Control

Our QC process for the ELAU ISH1003002500000000100 focuses on motor identification, mechanical condition, electrical integrity, and feedback functionality.

1. Visual & Origin Inspection

• Verify the ELAU / Schneider Electric identification label.
• Confirm the complete model designation.
• Inspect the motor housing, mounting flange, and shaft.
• Check the smooth shaft for scratches, deformation, and signs of mechanical wear.
• Inspect the hybrid connector and electrical contact pins.
• Confirm the multiturn feedback configuration.
• Check for corrosion, oil leakage, and evidence of previous repair.
• Record available OEM packaging and identification information.

2. Live Rig Testing

• Verify the motor’s electrical requirements against its nameplate.
• Inspect winding resistance and phase-to-phase consistency using suitable equipment.
• Check insulation resistance using an approved test procedure.
• Verify feedback signal operation with compatible ELAU drive equipment.
• Conduct a controlled rotation test where a compatible test setup is available.
• Check abnormal noise, vibration, and bearing condition.
• Record test results before shipment.

3. Firmware Verification

• This is an integrated servo motor, not a standalone programmable PLC module.
• Conventional user-installable firmware verification is not applicable.
• Record the motor identification and feedback configuration.
• Check compatibility with the intended PacDrive M drive and controller.
• Verify the motor identification parameters and encoder configuration.
• Confirm the correct motor replacement configuration before dispatch.

4. ESD-Safe Packaging

• Handle electronic feedback components using ESD-protected procedures.
• Protect the motor connector against dust and moisture.
• Cover exposed shaft surfaces with suitable protective material.
• Use impact-resistant cushioning.
• Secure the motor against movement during transportation.
• Verify the model number and shipping label before dispatch.

5. Pre-Shipment Documentation

• Provide actual product photographs upon request.
• Arrange live video inspection before shipment.
• Confirm product condition and quantity.
• Provide available testing records.
• Confirm warranty terms and shipping arrangements.

Frequently Asked Questions (FAQ)

Q1: Is the ELAU ISH1003002500000000100 compatible with other iSH100/30025 servo motors?

A: Not necessarily. The iSH100/30025 family includes multiple configurations.

Differences may include:

• Smooth shaft versus keyed shaft.
• Single-turn versus multiturn encoder.
• Holding brake versus no brake.
• Shaft seal versus no shaft seal.

Even when the frame size and torque rating are identical, these differences can affect mechanical installation and drive compatibility. Always compare the complete model designation before ordering.

Q2: What warranty do you provide for the ELAU ISH1003002500000000100?

A: We offer a 12-month warranty, subject to confirmed order terms. The warranty covers qualifying product-related failures under normal operating conditions. Physical damage, incorrect installation, and unauthorized modifications are excluded.

Q3: Is the ELAU ISH1003002500000000100 available from stock, and how quickly can it ship?

A: Availability and condition are subject to actual stock confirmation. We can provide product photographs and arrange live video inspection before shipment.

For confirmed available stock, our standard shipping arrangement is generally within one week after payment.

Q4: Does this ELAU servo motor require firmware matching?

A: The motor itself does not require conventional PLC firmware matching. However, motor identification and feedback configuration must match the PacDrive M drive setup.

Check the motor identification parameters, encoder type, and drive configuration before commissioning. Incorrect motor identification can result in feedback faults or improper servo operation.

Q5: What should engineers check before installing this servo motor?

A: Pay particular attention to the following:

• Confirm the complete motor model and option code.
• Verify the 100 mm mounting flange.
• Check smooth-shaft dimensions and coupling compatibility.
• Confirm multiturn encoder compatibility.
• Verify the absence of a holding brake in this configuration.
• Check the hybrid connector and cable pin assignments.
• Confirm DC bus and control supply requirements against the nameplate.
• Verify motor parameters in the PacDrive M drive.
• Check grounding, shielding, and mechanical alignment.

Important: Never connect or disconnect the motor power or feedback cables while the drive is energized. Incorrect wiring or motor identification can cause drive faults, unexpected shaft movement, or damage to the feedback electronics. Follow the approved electrical isolation and commissioning procedures before installation.