The 6V41-027TA is a three-phase asynchronous variable frequency motor from RELIANCE 6V series. It adopts fully enclosed cast aluminum housing with anti-rust surface coating, optimized stator winding design and integral cooling fan structure. Designed to work with variable frequency drives for adjustable speed industrial transmission, this motor is available for new production line assembly and field equipment maintenance spare replacement.

6V: RELIANCE variable frequency asynchronous motor series identifier.41: Frame size and installation dimension specification code.027: Rated power code corresponding to 2.7kW rated output power.TA: Suffix marking mounting form, terminal configuration and insulation customized parameters.

Rated three-phase AC380V input, rated power 2.7kW, rated speed 1450rpm at 50Hz. Insulation grade Class F, enclosure protection IP54. Operating ambient temperature ranges from -10℃ to +40℃, storage temperature -30℃~+70℃, relative humidity 5%RH~90%RH without condensation. Designed for variable frequency operation within 5~100Hz, vibration standard meets industrial N level.

Terminal box inside wiring terminals for three-phase power cable access. No built-in encoder and onboard communication port; running parameters such as current and speed are collected and uploaded to upper control system via matched frequency converter supporting Modbus RTU or Profibus. No extra reserved communication expansion port on motor body.

Convert electrical energy into rotational mechanical power under variable frequency drive control, realizing stepless speed regulation and constant torque output for driven mechanical loads. Built-in winding temperature optional thermal protection element feeds overheat signal to matched drive for overload cut-off protection. External fan ensures continuous stable heat dissipation during long-time variable-frequency running.

Commonly applied for conveyor lines, packaging machinery, fan and pump equipment, small-size processing machine tools and textile auxiliary transmission equipment across metallurgy, food processing and light industrial automation fields.

Cut off upstream drive and main power supply completely before disassembly or routine maintenance, wait over 15 minutes for residual circuit energy release. Perform quarterly maintenance to clear casing dust and dirt, check power terminal tightness and cable aging condition. In case of abnormal noise, overheating or speed instability during operation, inspect mechanical blockage and peripheral circuit first before motor replacement. Unauthorized disassembly of stator and rotor structure is forbidden; replace full original motor after permanent winding or mechanical damage is confirmed via professional test.