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TECO AEJE User Manual

TECO AEJE
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TECO Instruction Manual
Squirrel Cage Induction Motors
Whilst Motors are installed awaiting commissioning they must be adequately
protected against the elements, all external components in particular the shaft
extension and external labyrinth seals at the drive end must be fully covered
to avoid water ingress entering the motor body whilst stationery.
Please ensure that both the non drive end and drive end antifriction bearings
are fully purged with sufficient grease at first start up/commissioning
with the recommended grade and quantity of grease.

Questions and Answers:

TECO AEJE Specifications

General IconGeneral
BrandTECO
ModelAEJE
CategoryEngine
LanguageEnglish

Summary

Chapter 1: MOTOR DESCRIPTION

Safety Warning Prompts

General safety warnings and explanation of danger/caution/note prompts.

Chapter 3: INSTALLATION AND COMMISSIONING

3.2.10. Hoisting Safety Points

Guidelines for safely lifting and moving motors using lifting hooks.

3.3. TRANSPORTATION

Shaft Locks During Transportation

Importance of fitted shaft locks during transportation to prevent bearing damage.

3.4. INSTALLATION

3.6. COUPLING & ALIGNMENT

Coupling to Driven Equipment

Guidelines for coupling motors to driven equipment, including direct connection preference.

3.6.1. Shaft Installation Procedures

Procedures for applying couplings, avoiding shaft modification, heat, or axial force.

3.6.3. Alignment Importance and Checks

Importance of accurate alignment to prevent bearing failure, vibration, and shaft fracture.

3.6.4. Alignment Tolerances

Table defining acceptable angular and parallel alignment tolerances for motors.

3.8. ELECTRICAL CONNECTIONS

Connection Procedures and Safety

Procedures and considerations for making electrical connections to the motor.

Grounding and Connection Safety

Guidelines for ensuring proper grounding and safe electrical connections.

3.9. AUXILIARY DEVICES

Thermal Winding Protection Devices

Description of PTC thermistors and PT100 Resistance Temperature Detectors (RTDs).

Chapter 4: OPERATING INSTRUCTIONS

4.1. Examination Before Start Checklist

Comprehensive checklist for verifying wiring, connections, earthing, and grease.

4.1.2. Measurement of Insulation Resistance

Methods and formulas for measuring insulation resistance before operation.

4.1.4. Bearing Lubrication Procedures

Initial lubrication and purging of bearings with grease.

4.2. STARTING OPERATION

4.3. CAUTIONARY POINTS TO NOTE

4.3.2. Vibration Analysis

Ideal vibration levels and actions to take if exceeded.

Chapter 5: ROUTINE MAINTENANCE

5.1. Importance of Daily Inspection

Benefits of daily checks for early fault detection and preventing serious issues.

5.4. VIBRATION

5.5. NOISE

5.7. MEASUREMENT OF THREE PHASE CURRENT

Chapter 6: PERIODIC MAINTENANCE

6.1. Regular Inspection & Maintenance

Major points for routine inspection and maintenance tasks.

6.1.3. Bearing Maintenance Reference

Reference to bearing maintenance section for proper care.

6.2. CLEANING OF COILS, DRYING & VARNISHING TREATMENT

6.4. KEY POINTS FOR MAINTENANCE & INITIAL OPERATION INSPECTION AFTER LONG STORAGE

6.6. POINTS TO NOTE ON DISASSEMBLY

Chapter 7: BEARINGS

7.1. Maintenance of Rolling Bearing

General maintenance of rolling bearings for optimal motor performance.

7.1.4. Grease Lubricated Bearing Care

Reasons for grease replenishment and importance of correct grade and quantity.

7.1.8. Key Points for Grease Filling

Important tips for filling grease, including method and timing.

Grease Replenishment Quantity (Table 4)

Table showing recommended grease quantities for bearings by type.

7.2. NOISE OF BEARING

7.3. VIBRATION

7.4. REGULAR INSPECTION

Chapter 8: TROUBLESHOOTING

8.1. Fault Finding & Recognition

Table outlining faults, symptoms, causes, and remedies for motor issues.

Overload and Speed Fault Troubleshooting

Troubleshooting for motor overload after starting, including overheating and speed issues.

Bearing Overheat and Noise Troubleshooting

Troubleshooting for bearing overheat, noise, and mechanical causes.

Mechanical Noise and Vibration Troubleshooting

Troubleshooting for noise and vibration, including electromagnetic and mechanical causes.

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