LUST LTi Drives LSH-097-2-30-560/T1,S4,G6.1S Servo Motor
Product Overview
The LUST LTi Drives LSH-097-2-30-560/T1,S4,G6.1S is an industrial servo motor identified by part number 11713071. The complete designation includes several configuration suffixes that should be retained when documenting the motor or assessing a replacement. These identifiers are important because motors within the same family may differ in feedback arrangements, mechanical features or other configuration details.
Servo motors are designed to operate as part of a controlled motion system. They are paired with compatible drive electronics that regulate electrical power and respond to control commands. Depending on the motor design and feedback equipment, the system may be used for speed regulation, coordinated movement and applications that require repeatable motion.
Model Identification and Compatibility
The LSH-097-2-30-560 designation should be checked against the motor's physical nameplate and the relevant technical documentation. The suffixes T1, S4 and G6.1S must be treated as model identification details rather than interpreted without an authoritative code definition.
Before selecting a drive, confirm the motor's rated voltage, rated current, continuous and peak torque, speed range, feedback type and thermal requirements. The motor and controller must be compatible in both electrical and control terms. Matching only the physical connectors is not sufficient to establish compatibility.
Motion Control Applications
Industrial servo motors are used in automated machinery that requires controlled rotational movement. Possible applications include production equipment, assembly machinery, material handling and specialized manufacturing systems. The suitability of this motor depends on the load characteristics, acceleration profile, required positioning performance and environmental conditions.
Mechanical factors are equally important. Shaft configuration, mounting dimensions, coupling alignment and permitted radial or axial loads must be checked against the application. Incorrect mechanical installation can shorten bearing life and affect motion accuracy.
Drive Integration
When integrating the motor into a machine, verify the feedback interface and confirm that the selected controller supports the specific feedback device. Motor parameters must be entered according to the manufacturer's documentation. Incorrect feedback configuration can result in drive faults, unstable control or unexpected movement.
Power and feedback cables should be routed according to the applicable wiring instructions. Proper grounding and suitable shielding help reduce interference in industrial environments. The system design must also account for the motor's operating temperature and cooling requirements.
Installation and Commissioning
Qualified personnel should inspect the motor, mounting surface, connectors and shaft before installation. Confirm that the driven mechanism can move safely and that mechanical guards are installed. Check electrical isolation and follow the specified connection procedure before applying power.
During commissioning, verify the motor identification, feedback signals, direction of rotation and operating limits. Initial motion tests should be performed under controlled conditions with appropriate machine protection in place.
Maintenance and Replacement
Routine inspection should include checking cables, connectors, mounting fasteners, coupling alignment and signs of abnormal vibration or overheating. If a fault occurs, review the drive diagnostics and mechanical load before concluding that the motor has failed.
For replacement planning, record the full LSH-097-2-30-560/T1,S4,G6.1S designation and part number 11713071. Confirm all electrical, mechanical and feedback characteristics before selecting another motor. Accurate identification helps maintain compatibility within the complete LUST LTi motion control system.
