LTi Drives FGP 111/002-25 AA Servo Motor
Product Overview
The LTi Drives FGP 111/002-25 AA is an industrial servo motor identified by the FGP 111/002-25 AA model designation. The supplied product description lists two pole pairs, a rotational speed of 2500 revolutions per minute and a torque value of 1.9 Nm. These details provide useful initial identification information, but the complete motor rating and operating conditions should be verified against the original nameplate and applicable technical documentation.
Servo motors are designed to operate as part of a controlled drive system. A compatible servo controller regulates electrical power and processes command and feedback information to achieve the required motor response. Correct motor and drive matching is important for stable operation, efficient motion control and protection of the connected equipment.
Speed and Torque Characteristics
The listed rotational speed of 2500 rpm is a useful reference when evaluating the motor for a machine application. The permitted operating speed depends on the complete motor specification, mechanical arrangement, load and drive configuration. The stated speed should not automatically be interpreted as a guaranteed continuous operating point under every load condition.
The listed torque value of 1.9 Nm should likewise be interpreted in accordance with the original specification. A motor's continuous torque, peak torque and permissible duty cycle may differ. Before selecting the motor, verify the rated torque, speed-torque curve, thermal characteristics and required operating duration.
Pole Pairs and Drive Configuration
The supplied description identifies the motor as having two pole pairs. Pole-pair information is relevant to the electrical characteristics of a motor and may be needed when configuring a compatible drive. It should be entered or applied according to the drive manufacturer's supported parameterization procedure.
The complete FGP 111/002-25 AA designation should be retained when selecting a replacement. The model suffix may identify a particular configuration, so compatibility should be verified using the motor documentation rather than inferred from the general product family.
Industrial Motion Control Applications
Servo motors are used in machinery that requires regulated rotation and coordinated motion. Potential application categories include automated manufacturing, assembly systems, material handling and specialized industrial equipment. Suitability depends on the required torque, speed, inertia, duty cycle and environmental conditions.
Engineers should evaluate the motor and mechanical load together. The coupling, driven mechanism and mounting arrangement must be suitable for the required operating profile. Incorrect shaft alignment or excessive mechanical loading can cause premature wear and unreliable performance.
Drive and Feedback Compatibility
Before connecting the FGP motor, verify the required supply and output characteristics of the intended servo controller. Confirm the motor's feedback arrangement, connector configuration and cable requirements from the applicable documentation. The controller must support the motor's electrical and feedback characteristics.
Power wiring, feedback cables and protective earthing should be installed according to the relevant instructions. Appropriate cable routing and shielding help reduce electrical interference in industrial installations.
Installation and Commissioning
Installation should be performed by qualified personnel. Inspect the mounting surface, shaft, connectors and cable condition before fitting the motor. Confirm that the mechanical assembly is aligned correctly and that the driven equipment can move safely.
During commissioning, verify the motor data, feedback configuration, direction of rotation and operating limits. Conduct initial tests under controlled conditions and confirm that the drive responds correctly to the intended commands. Do not operate the motor outside its verified electrical or mechanical limits.
Maintenance and Replacement
Maintenance inspections should include checking the motor mounting, connectors, cables, shaft coupling and any signs of abnormal vibration or overheating. If a fault occurs, inspect the controller configuration and mechanical load as well as the motor itself.
For replacement planning, record the full LTi Drives FGP 111/002-25 AA designation and verify the electrical, mechanical and feedback characteristics of the replacement. Correct identification and careful integration help maintain dependable performance in industrial motion control systems.
