Engineered for seamless variable speed control, the motor features a double-rotor design (YSE series) that ensures smooth acceleration and deceleration—critical for safe platform operation. Its low voltage starting capability (85% of rated voltage) guarantees reliable performance even in unstable power supply conditions common on construction sites. This combination of durability and adaptability makes it a trusted choice for high-rise building maintenance, exterior construction, and industrial lifting applications .
The double-rotor design (YSE series) reduces starting current by 30% compared to single-rotor motors, minimizing strain on power grids. Simultaneously, it increases torque output by 20% during startup, enabling the motor to handle sudden shock loads common when lifting platforms with varying payloads .
Thermal protection: Built-in PTC thermistors continuously monitor winding temperatures, triggering shutdown if temperatures exceed safe limits (155°C).
Electromagnetic brake system: A DC brake (24V or 90V) ensures rapid stopping times of <0.5 seconds, with holding torque 1.5× rated torque to prevent platform drift .
The motor’s cold-rolled silicon steel core minimizes iron losses by 15% compared to standard cores, while optimized winding designs reduce copper losses. This efficiency enables the LTD800 model to achieve IE3 energy efficiency classification, lowering long-term operational costs for continuous-use applications .
Suspended Platforms: Powering gondolas and cradles for building facade maintenance, painting, and glass installation.
Construction Hoists: Driving material lifts and passenger hoists in high-rise construction projects.
Agriculture: Operating irrigation pump systems and grain silo conveyor lifts in rural environments.
Engineered for seamless variable speed control, the motor features a double-rotor design (YSE series) that ensures smooth acceleration and deceleration—critical for safe platform operation. Its low voltage starting capability (85% of rated voltage) guarantees reliable performance even in unstable power supply conditions common on construction sites. This combination of durability and adaptability makes it a trusted choice for high-rise building maintenance, exterior construction, and industrial lifting applications .
The double-rotor design (YSE series) reduces starting current by 30% compared to single-rotor motors, minimizing strain on power grids. Simultaneously, it increases torque output by 20% during startup, enabling the motor to handle sudden shock loads common when lifting platforms with varying payloads .
Thermal protection: Built-in PTC thermistors continuously monitor winding temperatures, triggering shutdown if temperatures exceed safe limits (155°C).
Electromagnetic brake system: A DC brake (24V or 90V) ensures rapid stopping times of <0.5 seconds, with holding torque 1.5× rated torque to prevent platform drift .
The motor’s cold-rolled silicon steel core minimizes iron losses by 15% compared to standard cores, while optimized winding designs reduce copper losses. This efficiency enables the LTD800 model to achieve IE3 energy efficiency classification, lowering long-term operational costs for continuous-use applications .
Suspended Platforms: Powering gondolas and cradles for building facade maintenance, painting, and glass installation.
Construction Hoists: Driving material lifts and passenger hoists in high-rise construction projects.
Agriculture: Operating irrigation pump systems and grain silo conveyor lifts in rural environments.
