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Low-voltage frequency converter Price list Price List
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By achieving a 200% starting torque output at 0.5Hz the performance of low - speed series torques in existing products has been improved. To maximize the performance of the motor torque a self - tuning (static/dynamic) function for querying motor parameters is also equipped.Through the latest...
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In Stock
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By achieving a 200% starting torque output at 0.5Hz the performance of low - speed series torques in existing products has been improved. To maximize the performance of the motor torque a self - tuning (static/dynamic) function for querying motor parameters is also equipped.Through the latest...
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In Stock
|
Subscribe
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By achieving a 200% starting torque output at 0.5Hz the performance of low - speed series torques in existing products has been improved. To maximize the performance of the motor torque a self - tuning (static/dynamic) function for querying motor parameters is also equipped.Through the latest...
|
In Stock
|
Subscribe
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By achieving a 200% starting torque output at 0.5Hz the performance of low - speed series torques in existing products has been improved. To maximize the performance of the motor torque a self - tuning (static/dynamic) function for querying motor parameters is also equipped.Through the latest...
|
In Stock
|
Subscribe
|
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By achieving a 200% starting torque output at 0.5Hz the performance of low - speed series torques in existing products has been improved. To maximize the performance of the motor torque a self - tuning (static/dynamic) function for querying motor parameters is also equipped.Through the latest...
|
In Stock
|
Subscribe
|
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By achieving a 200% starting torque output at 0.5Hz the performance of low - speed series torques in existing products has been improved. To maximize the performance of the motor torque a self - tuning (static/dynamic) function for querying motor parameters is also equipped.Through the latest...
|
In Stock
|
Subscribe
|
|
|
By achieving a 200% starting torque output at 0.5Hz the performance of low - speed series torques in existing products has been improved. To maximize the performance of the motor torque a self - tuning (static/dynamic) function for querying motor parameters is also equipped.Through the latest...
|
In Stock
|
Subscribe
|
|
|
By achieving a 200% starting torque output at 0.5Hz the performance of low - speed series torques in existing products has been improved. To maximize the performance of the motor torque a self - tuning (static/dynamic) function for querying motor parameters is also equipped.Through the latest...
|
In Stock
|
Subscribe
|
|
|
By achieving a 200% starting torque output at 0.5Hz the performance of low - speed series torques in existing products has been improved. To maximize the performance of the motor torque a self - tuning (static/dynamic) function for querying motor parameters is also equipped.Through the latest...
|
In Stock
|
Subscribe
|
|
|
By achieving a 200% starting torque output at 0.5Hz the performance of low - speed series torques in existing products has been improved. To maximize the performance of the motor torque a self - tuning (static/dynamic) function for querying motor parameters is also equipped.Through the latest...
|
In Stock
|
Subscribe
|
|
|
By achieving a 200% starting torque output at 0.5Hz the performance of low - speed series torques in existing products has been improved. To maximize the performance of the motor torque a self - tuning (static/dynamic) function for querying motor parameters is also equipped.Through the latest...
|
In Stock
|
Subscribe
|
|
|
By achieving a 200% starting torque output at 0.5Hz the performance of low - speed series torques in existing products has been improved. To maximize the performance of the motor torque a self - tuning (static/dynamic) function for querying motor parameters is also equipped.Through the latest...
|
In Stock
|
Subscribe
|
|
|
By achieving a 200% starting torque output at 0.5Hz the performance of low - speed series torques in existing products has been improved. To maximize the performance of the motor torque a self - tuning (static/dynamic) function for querying motor parameters is also equipped.Through the latest...
|
In Stock
|
Subscribe
|
|
|
By achieving a 200% starting torque output at 0.5Hz the performance of low - speed series torques in existing products has been improved. To maximize the performance of the motor torque a self - tuning (static/dynamic) function for querying motor parameters is also equipped.Through the latest...
|
In Stock
|
Subscribe
|
|
|
By achieving a 200% starting torque output at 0.5Hz the performance of low - speed series torques in existing products has been improved. To maximize the performance of the motor torque a self - tuning (static/dynamic) function for querying motor parameters is also equipped.Through the latest...
|
In Stock
|
Subscribe
|
|
|
By achieving a 200% starting torque output at 0.5Hz the performance of low - speed series torques in existing products has been improved. To maximize the performance of the motor torque a self - tuning (static/dynamic) function for querying motor parameters is also equipped.Through the latest...
|
In Stock
|
Subscribe
|
|
|
By achieving a 200% starting torque output at 0.5Hz the performance of low - speed series torques in existing products has been improved. To maximize the performance of the motor torque a self - tuning (static/dynamic) function for querying motor parameters is also equipped.Through the latest...
|
In Stock
|
Subscribe
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The new - generation general - purpose inverter G100 calculates the cumulative operating time of the fan to know the time for fan replacement. Based on a cumulative operating time of 50,000 hours for the fan, when the cumulative operating time of the fan reaches the set replacement warning level,...
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In Stock
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Subscribe
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The new - generation general - purpose inverter G100 calculates the cumulative operating time of the fan to know the time for fan replacement. Based on a cumulative operating time of 50,000 hours for the fan, when the cumulative operating time of the fan reaches the set replacement warning level,...
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In Stock
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Subscribe
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The new - generation general - purpose inverter G100 calculates the cumulative operating time of the fan to know the time for fan replacement. Based on a cumulative operating time of 50,000 hours for the fan, when the cumulative operating time of the fan reaches the set replacement warning level,...
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In Stock
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Subscribe
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The new - generation general - purpose inverter G100 calculates the cumulative operating time of the fan to know the time for fan replacement. Based on a cumulative operating time of 50,000 hours for the fan, when the cumulative operating time of the fan reaches the set replacement warning level,...
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In Stock
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Subscribe
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The new - generation general - purpose inverter G100 calculates the cumulative operating time of the fan to know the time for fan replacement. Based on a cumulative operating time of 50,000 hours for the fan, when the cumulative operating time of the fan reaches the set replacement warning level,...
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In Stock
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Subscribe
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The new - generation general - purpose inverter G100 calculates the cumulative operating time of the fan to know the time for fan replacement. Based on a cumulative operating time of 50,000 hours for the fan, when the cumulative operating time of the fan reaches the set replacement warning level,...
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In Stock
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Subscribe
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The new - generation general - purpose inverter G100 calculates the cumulative operating time of the fan to know the time for fan replacement. Based on a cumulative operating time of 50,000 hours for the fan, when the cumulative operating time of the fan reaches the set replacement warning level,...
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In Stock
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Subscribe
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The new - generation general - purpose inverter G100 calculates the cumulative operating time of the fan to know the time for fan replacement. Based on a cumulative operating time of 50,000 hours for the fan, when the cumulative operating time of the fan reaches the set replacement warning level,...
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In Stock
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Subscribe
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The new - generation general - purpose inverter G100 calculates the cumulative operating time of the fan to know the time for fan replacement. Based on a cumulative operating time of 50,000 hours for the fan, when the cumulative operating time of the fan reaches the set replacement warning level,...
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In Stock
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Subscribe
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The new - generation general - purpose inverter G100 calculates the cumulative operating time of the fan to know the time for fan replacement. Based on a cumulative operating time of 50,000 hours for the fan, when the cumulative operating time of the fan reaches the set replacement warning level,...
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In Stock
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Subscribe
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The new - generation general - purpose inverter G100 calculates the cumulative operating time of the fan to know the time for fan replacement. Based on a cumulative operating time of 50,000 hours for the fan, when the cumulative operating time of the fan reaches the set replacement warning level,...
|
In Stock
|
Subscribe
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The new - generation general - purpose inverter G100 calculates the cumulative operating time of the fan to know the time for fan replacement. Based on a cumulative operating time of 50,000 hours for the fan, when the cumulative operating time of the fan reaches the set replacement warning level,...
|
In Stock
|
Subscribe
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The new - generation general - purpose inverter G100 calculates the cumulative operating time of the fan to know the time for fan replacement. Based on a cumulative operating time of 50,000 hours for the fan, when the cumulative operating time of the fan reaches the set replacement warning level,...
|
In Stock
|
Subscribe
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The new - generation general - purpose inverter G100 calculates the cumulative operating time of the fan to know the time for fan replacement. Based on a cumulative operating time of 50,000 hours for the fan, when the cumulative operating time of the fan reaches the set replacement warning level,...
|
In Stock
|
Subscribe
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The "side-by-side" installation of LSLV-C100 can greatly reduce the size of the control cabinet. By using thermal analysis and 3D design to more optimally arrange the main components, the volume of LSLV-C100 is reduced by 33% compared with iG5A. When the power supply is suddenly...
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In Stock
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Subscribe
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The "side-by-side" installation of LSLV-C100 can greatly reduce the size of the control cabinet. By using thermal analysis and 3D design to more optimally arrange the main components, the volume of LSLV-C100 is reduced by 33% compared with iG5A. When the power supply is suddenly...
|
In Stock
|
Subscribe
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The "side-by-side" installation of LSLV-C100 can greatly reduce the size of the control cabinet. By using thermal analysis and 3D design to more optimally arrange the main components, the volume of LSLV-C100 is reduced by 33% compared with iG5A. When the power supply is suddenly...
|
In Stock
|
Subscribe
|
|
|
The "side-by-side" installation of LSLV-C100 can greatly reduce the size of the control cabinet. By using thermal analysis and 3D design to more optimally arrange the main components, the volume of LSLV-C100 is reduced by 33% compared with iG5A. When the power supply is suddenly...
|
In Stock
|
Subscribe
|
|
|
The "side-by-side" installation of LSLV-C100 can greatly reduce the size of the control cabinet. By using thermal analysis and 3D design to more optimally arrange the main components, the volume of LSLV-C100 is reduced by 33% compared with iG5A. When the power supply is suddenly...
|
In Stock
|
Subscribe
|
|
|
The "side-by-side" installation of LSLV-C100 can greatly reduce the size of the control cabinet. By using thermal analysis and 3D design to more optimally arrange the main components, the volume of LSLV-C100 is reduced by 33% compared with iG5A. When the power supply is suddenly...
|
In Stock
|
Subscribe
|
|
|
The "side-by-side" installation of LSLV-C100 can greatly reduce the size of the control cabinet. By using thermal analysis and 3D design to more optimally arrange the main components, the volume of LSLV-C100 is reduced by 33% compared with iG5A. When the power supply is suddenly...
|
In Stock
|
Subscribe
|
|
|
The "side-by-side" installation of LSLV-C100 can greatly reduce the size of the control cabinet. By using thermal analysis and 3D design to more optimally arrange the main components, the volume of LSLV-C100 is reduced by 33% compared with iG5A. When the power supply is suddenly...
|
In Stock
|
Subscribe
|
|
|
The "side-by-side" installation of LSLV-C100 can greatly reduce the size of the control cabinet. By using thermal analysis and 3D design to more optimally arrange the main components, the volume of LSLV-C100 is reduced by 33% compared with iG5A. When the power supply is suddenly...
|
In Stock
|
Subscribe
|
|
|
The "side-by-side" installation of LSLV-C100 can greatly reduce the size of the control cabinet. By using thermal analysis and 3D design to more optimally arrange the main components, the volume of LSLV-C100 is reduced by 33% compared with iG5A. When the power supply is suddenly...
|
In Stock
|
Subscribe
|
|
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Supports VVVF, SVC, and VC control for asynchronous motors. Automatically limits voltage and current to achieve trip - free operation. Supports SVC control for permanent magnet synchronous motors. Supports parameter copying function. Complies with international standards. Optional built - in...
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In Stock
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Subscribe
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Supports VVVF, SVC, and VC control for asynchronous motors. Automatically limits voltage and current to achieve trip - free operation. Supports SVC control for permanent magnet synchronous motors. Supports parameter copying function. Complies with international standards. Optional built - in...
|
In Stock
|
Subscribe
|
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