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 interrupted, the KEB function of the inverter can use the feedback energy during load deceleration to maintain the short-term operation of the inverter or achieve a safe stop in a controlled state. By adding a safety input function compliant with EN ISO 13849-1 PLd and EN 61508 SIL2 (EN60204-1, stop category 0) standards, it fully meets the safety requirements of the system. The built-in potentiometer standard in the graphic interface-based window makes user operation more convenient. In addition to the standard VR and AI terminals, the built-in potentiometer can provide a voltage input of 0-5V, which can be used for frequency commands and auxiliary frequency settings. The easy-to-maintain fan allows for convenient cleaning and replacement without disassembling the inverter. Heavy load operation: 150% of rated current for 60s. Light load operation: 110% of rated current for 60s. The DriveView software can monitor the inverter and motor on a PC, facilitating parameter maintenance of the inverter and motor. LS-BUS and Modbus-RTU can connect up to 31 inverters. It has an event log, comprehensive console offline editing function, data upload and download, 4-channel oscilloscope trigger function.

Built-in EMC Filter (C2 Class) enhances installation convenience. Rail mounting, side-by-side arrangement. Facilitates connection to peripheral devices (RJ45 Port) - for communication, Smart Copier, Remote Keypad, and Drive View7. Complies with the new UL 61800-5-1 standard, strengthening insulation distance and quality. Built-in DB Unit (for 1.5kW and above), built-in RS485 communication, Advanced I/O.

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 interrupted, the KEB function of the inverter can use the feedback energy during load deceleration to maintain the short-term operation of the inverter or achieve a safe stop in a controlled state. By adding a safety input function compliant with EN ISO 13849-1 PLd and EN 61508 SIL2 (EN60204-1, stop category 0) standards, it fully meets the safety requirements of the system. The built-in potentiometer standard in the graphic interface-based window makes user operation more convenient. In addition to the standard VR and AI terminals, the built-in potentiometer can provide a voltage input of 0-5V, which can be used for frequency commands and auxiliary frequency settings. The easy-to-maintain fan allows for convenient cleaning and replacement without disassembling the inverter. Heavy load operation: 150% of rated current for 60s. Light load operation: 110% of rated current for 60s. The DriveView software can monitor the inverter and motor on a PC, facilitating parameter maintenance of the inverter and motor. LS-BUS and Modbus-RTU can connect up to 31 inverters. It has an event log, comprehensive console offline editing function, data upload and download, 4-channel oscilloscope trigger function.

Built-in EMC Filter (C2 Class) enhances installation convenience. Rail mounting, side-by-side arrangement. Facilitates connection to peripheral devices (RJ45 Port) - for communication, Smart Copier, Remote Keypad, and Drive View7. Complies with the new UL 61800-5-1 standard, strengthening insulation distance and quality. Built-in DB Unit (for 1.5kW and above), built-in RS485 communication, Advanced I/O.

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 interrupted, the KEB function of the inverter can use the feedback energy during load deceleration to maintain the short-term operation of the inverter or achieve a safe stop in a controlled state. By adding a safety input function compliant with EN ISO 13849-1 PLd and EN 61508 SIL2 (EN60204-1, stop category 0) standards, it fully meets the safety requirements of the system. The built-in potentiometer standard in the graphic interface-based window makes user operation more convenient. In addition to the standard VR and AI terminals, the built-in potentiometer can provide a voltage input of 0-5V, which can be used for frequency commands and auxiliary frequency settings. The easy-to-maintain fan allows for convenient cleaning and replacement without disassembling the inverter. Heavy load operation: 150% of rated current for 60s. Light load operation: 110% of rated current for 60s. The DriveView software can monitor the inverter and motor on a PC, facilitating parameter maintenance of the inverter and motor. LS-BUS and Modbus-RTU can connect up to 31 inverters. It has an event log, comprehensive console offline editing function, data upload and download, 4-channel oscilloscope trigger function.

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 interrupted, the KEB function of the inverter can use the feedback energy during load deceleration to maintain the short-term operation of the inverter or achieve a safe stop in a controlled state. By adding a safety input function compliant with EN ISO 13849-1 PLd and EN 61508 SIL2 (EN60204-1, stop category 0) standards, it fully meets the safety requirements of the system. The built-in potentiometer standard in the graphic interface-based window makes user operation more convenient. In addition to the standard VR and AI terminals, the built-in potentiometer can provide a voltage input of 0-5V, which can be used for frequency commands and auxiliary frequency settings. The easy-to-maintain fan allows for convenient cleaning and replacement without disassembling the inverter. Heavy load operation: 150% of rated current for 60s. Light load operation: 110% of rated current for 60s. The DriveView software can monitor the inverter and motor on a PC, facilitating parameter maintenance of the inverter and motor. LS-BUS and Modbus-RTU can connect up to 31 inverters. It has an event log, comprehensive console offline editing function, data upload and download, 4-channel oscilloscope trigger function.

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, a fan replacement warning message is displayed via the multi - function relay or the panel. G100 has improved its durability in harsh environments through upgraded design, materials, and manufacturing processes, thus meeting global standards and complying with the new UL 61800 - 5 - 1 certification standard. When the inverter output is disconnected and the motor is idling, regardless of the direction of the motor's idle rotation or the direction of the operating command, motor speed retrieval can be performed without interference, enabling stable restart. During power outages, the DC bus voltage can be maintained by using the regenerative energy of the motor. It is very convenient to connect PC Tools for controlling and monitoring G100. The 5mm I/O terminal spacing facilitates wiring. There are two Modbus communication connection methods: ˙RJ45 port ˙I/O (S +, S -)

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, a fan replacement warning message is displayed via the multi - function relay or the panel. G100 has improved its durability in harsh environments through upgraded design, materials, and manufacturing processes, thus meeting global standards and complying with the new UL 61800 - 5 - 1 certification standard. When the inverter output is disconnected and the motor is idling, regardless of the direction of the motor's idle rotation or the direction of the operating command, motor speed retrieval can be performed without interference, enabling stable restart. During power outages, the DC bus voltage can be maintained by using the regenerative energy of the motor. It is very convenient to connect PC Tools for controlling and monitoring G100. The 5mm I/O terminal spacing facilitates wiring. There are two Modbus communication connection methods: ˙RJ45 port ˙I/O (S +, S -)

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, a fan replacement warning message is displayed via the multi - function relay or the panel. G100 has improved its durability in harsh environments through upgraded design, materials, and manufacturing processes, thus meeting global standards and complying with the new UL 61800 - 5 - 1 certification standard. When the inverter output is disconnected and the motor is idling, regardless of the direction of the motor's idle rotation or the direction of the operating command, motor speed retrieval can be performed without interference, enabling stable restart. During power outages, the DC bus voltage can be maintained by using the regenerative energy of the motor. It is very convenient to connect PC Tools for controlling and monitoring G100. The 5mm I/O terminal spacing facilitates wiring. There are two Modbus communication connection methods: ˙RJ45 port ˙I/O (S +, S -)

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, a fan replacement warning message is displayed via the multi - function relay or the panel. G100 has improved its durability in harsh environments through upgraded design, materials, and manufacturing processes, thus meeting global standards and complying with the new UL 61800 - 5 - 1 certification standard. When the inverter output is disconnected and the motor is idling, regardless of the direction of the motor's idle rotation or the direction of the operating command, motor speed retrieval can be performed without interference, enabling stable restart. During power outages, the DC bus voltage can be maintained by using the regenerative energy of the motor. It is very convenient to connect PC Tools for controlling and monitoring G100. The 5mm I/O terminal spacing facilitates wiring. There are two Modbus communication connection methods: ˙RJ45 port ˙I/O (S +, S -)

Built-in EMC Filter (C2 Class) enhances installation convenience. Rail mounting, side-by-side arrangement. Facilitates connection to peripheral devices (RJ45 Port) - for communication, Smart Copier, Remote Keypad, and Drive View7. Complies with the new UL 61800-5-1 standard, strengthening insulation distance and quality. Built-in DB Unit (for 1.5kW and above), built-in RS485 communication, Advanced I/O.

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 speed - tracking algorithm the Pwoer - loss ride - through performance has been improved. When operating equipment during a power outage or under load conditions sensor - less technology can be utilized in the free - running mode to suppress the sharp rise in current. Meanwhile the system can be safely restarted.Heavy load operation: 150% of rated current for 60 seconds Light load operation: 120% of rated current for 60 seconds In cases where the load is limited and the motor cannot perform dynamic self - tuning normally static self - tuning can be used to track motor parameters.Relay outputs: 2 channels (NO/NC selectable) Digital inputs: 3 channels (NPN/PNP selectable) Analog I/O: 2 channels / 1 channel Achieve high - precision current control effectively suppressing current fluctuations. This ensures stable operation of the motor under various load conditions reduces power losses and improves the overall efficiency of the system. Whether in low - speed or high - speed operation scenarios it can accurately control the output current providing strong support for the reliable operation of equipment

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 speed - tracking algorithm the Pwoer - loss ride - through performance has been improved. When operating equipment during a power outage or under load conditions sensor - less technology can be utilized in the free - running mode to suppress the sharp rise in current. Meanwhile the system can be safely restarted.Heavy load operation: 150% of rated current for 60 seconds Light load operation: 120% of rated current for 60 seconds In cases where the load is limited and the motor cannot perform dynamic self - tuning normally static self - tuning can be used to track motor parameters.Relay outputs: 2 channels (NO/NC selectable) Digital inputs: 3 channels (NPN/PNP selectable) Analog I/O: 2 channels / 1 channel Achieve high - precision current control effectively suppressing current fluctuations. This ensures stable operation of the motor under various load conditions reduces power losses and improves the overall efficiency of the system. Whether in low - speed or high - speed operation scenarios it can accurately control the output current providing strong support for the reliable operation of equipment

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 speed - tracking algorithm the Pwoer - loss ride - through performance has been improved. When operating equipment during a power outage or under load conditions sensor - less technology can be utilized in the free - running mode to suppress the sharp rise in current. Meanwhile the system can be safely restarted.Heavy load operation: 150% of rated current for 60 seconds Light load operation: 120% of rated current for 60 seconds In cases where the load is limited and the motor cannot perform dynamic self - tuning normally static self - tuning can be used to track motor parameters.Relay outputs: 2 channels (NO/NC selectable) Digital inputs: 3 channels (NPN/PNP selectable) Analog I/O: 2 channels / 1 channel Achieve high - precision current control effectively suppressing current fluctuations. This ensures stable operation of the motor under various load conditions reduces power losses and improves the overall efficiency of the system. Whether in low - speed or high - speed operation scenarios it can accurately control the output current providing strong support for the reliable operation of equipment

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 interrupted, the KEB function of the inverter can use the feedback energy during load deceleration to maintain the short-term operation of the inverter or achieve a safe stop in a controlled state. By adding a safety input function compliant with EN ISO 13849-1 PLd and EN 61508 SIL2 (EN60204-1, stop category 0) standards, it fully meets the safety requirements of the system. The built-in potentiometer standard in the graphic interface-based window makes user operation more convenient. In addition to the standard VR and AI terminals, the built-in potentiometer can provide a voltage input of 0-5V, which can be used for frequency commands and auxiliary frequency settings. The easy-to-maintain fan allows for convenient cleaning and replacement without disassembling the inverter. Heavy load operation: 150% of rated current for 60s. Light load operation: 110% of rated current for 60s. The DriveView software can monitor the inverter and motor on a PC, facilitating parameter maintenance of the inverter and motor. LS-BUS and Modbus-RTU can connect up to 31 inverters. It has an event log, comprehensive console offline editing function, data upload and download, 4-channel oscilloscope trigger function.

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 interrupted, the KEB function of the inverter can use the feedback energy during load deceleration to maintain the short-term operation of the inverter or achieve a safe stop in a controlled state. By adding a safety input function compliant with EN ISO 13849-1 PLd and EN 61508 SIL2 (EN60204-1, stop category 0) standards, it fully meets the safety requirements of the system. The built-in potentiometer standard in the graphic interface-based window makes user operation more convenient. In addition to the standard VR and AI terminals, the built-in potentiometer can provide a voltage input of 0-5V, which can be used for frequency commands and auxiliary frequency settings. The easy-to-maintain fan allows for convenient cleaning and replacement without disassembling the inverter. Heavy load operation: 150% of rated current for 60s. Light load operation: 110% of rated current for 60s. The DriveView software can monitor the inverter and motor on a PC, facilitating parameter maintenance of the inverter and motor. LS-BUS and Modbus-RTU can connect up to 31 inverters. It has an event log, comprehensive console offline editing function, data upload and download, 4-channel oscilloscope trigger function.

Easy to install and delicately designed. Rail mounting is supported for side-by-side installation. Compact size helps reduce costs. External ports make wiring convenient. It has a built-in RS-485 communication port. The panel can be externally extended. It adopts V/F control and has built-in PID control. It is equipped with comprehensive protection functions and is easy to maintain. It uses forced air cooling, with a simply and reliably designed fan installation for quick and easy daily dust removal. Single-phase 200 - 240V, 0.75 - 2.2KW; Three-phase 380 - 440V, 0.75 - 7.5KW.

Easy to install and delicately designed. Rail mounting is supported for side-by-side installation. Compact size helps reduce costs. External ports make wiring convenient. It has a built-in RS-485 communication port. The panel can be externally extended. It adopts V/F control and has built-in PID control. It is equipped with comprehensive protection functions and is easy to maintain. It uses forced air cooling, with a simply and reliably designed fan installation for quick and easy daily dust removal. Single-phase 200 - 240V, 0.75 - 2.2KW; Three-phase 380 - 440V, 0.75 - 7.5KW.

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, a fan replacement warning message is displayed via the multi - function relay or the panel. G100 has improved its durability in harsh environments through upgraded design, materials, and manufacturing processes, thus meeting global standards and complying with the new UL 61800 - 5 - 1 certification standard. When the inverter output is disconnected and the motor is idling, regardless of the direction of the motor's idle rotation or the direction of the operating command, motor speed retrieval can be performed without interference, enabling stable restart. During power outages, the DC bus voltage can be maintained by using the regenerative energy of the motor. It is very convenient to connect PC Tools for controlling and monitoring G100. The 5mm I/O terminal spacing facilitates wiring. There are two Modbus communication connection methods: ˙RJ45 port ˙I/O (S +, S -)

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, a fan replacement warning message is displayed via the multi - function relay or the panel. G100 has improved its durability in harsh environments through upgraded design, materials, and manufacturing processes, thus meeting global standards and complying with the new UL 61800 - 5 - 1 certification standard. When the inverter output is disconnected and the motor is idling, regardless of the direction of the motor's idle rotation or the direction of the operating command, motor speed retrieval can be performed without interference, enabling stable restart. During power outages, the DC bus voltage can be maintained by using the regenerative energy of the motor. It is very convenient to connect PC Tools for controlling and monitoring G100. The 5mm I/O terminal spacing facilitates wiring. There are two Modbus communication connection methods: ˙RJ45 port ˙I/O (S +, S -)

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, a fan replacement warning message is displayed via the multi - function relay or the panel. G100 has improved its durability in harsh environments through upgraded design, materials, and manufacturing processes, thus meeting global standards and complying with the new UL 61800 - 5 - 1 certification standard. When the inverter output is disconnected and the motor is idling, regardless of the direction of the motor's idle rotation or the direction of the operating command, motor speed retrieval can be performed without interference, enabling stable restart. During power outages, the DC bus voltage can be maintained by using the regenerative energy of the motor. It is very convenient to connect PC Tools for controlling and monitoring G100. The 5mm I/O terminal spacing facilitates wiring. There are two Modbus communication connection methods: ˙RJ45 port ˙I/O (S +, S -)

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, a fan replacement warning message is displayed via the multi - function relay or the panel. G100 has improved its durability in harsh environments through upgraded design, materials, and manufacturing processes, thus meeting global standards and complying with the new UL 61800 - 5 - 1 certification standard. When the inverter output is disconnected and the motor is idling, regardless of the direction of the motor's idle rotation or the direction of the operating command, motor speed retrieval can be performed without interference, enabling stable restart. During power outages, the DC bus voltage can be maintained by using the regenerative energy of the motor. It is very convenient to connect PC Tools for controlling and monitoring G100. The 5mm I/O terminal spacing facilitates wiring. There are two Modbus communication connection methods: ˙RJ45 port ˙I/O (S +, S -)

Built-in EMC Filter (C2 Class) enhances installation convenience. Rail mounting, side-by-side arrangement. Facilitates connection to peripheral devices (RJ45 Port) - for communication, Smart Copier, Remote Keypad, and Drive View7. Complies with the new UL 61800-5-1 standard, strengthening insulation distance and quality. Built-in DB Unit (for 1.5kW and above), built-in RS485 communication, Advanced I/O.

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 speed - tracking algorithm the Pwoer - loss ride - through performance has been improved. When operating equipment during a power outage or under load conditions sensor - less technology can be utilized in the free - running mode to suppress the sharp rise in current. Meanwhile the system can be safely restarted.Heavy load operation: 150% of rated current for 60 seconds Light load operation: 120% of rated current for 60 seconds In cases where the load is limited and the motor cannot perform dynamic self - tuning normally static self - tuning can be used to track motor parameters.Relay outputs: 2 channels (NO/NC selectable) Digital inputs: 3 channels (NPN/PNP selectable) Analog I/O: 2 channels / 1 channel Achieve high - precision current control effectively suppressing current fluctuations. This ensures stable operation of the motor under various load conditions reduces power losses and improves the overall efficiency of the system. Whether in low - speed or high - speed operation scenarios it can accurately control the output current providing strong support for the reliable operation of equipment

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 speed - tracking algorithm the Pwoer - loss ride - through performance has been improved. When operating equipment during a power outage or under load conditions sensor - less technology can be utilized in the free - running mode to suppress the sharp rise in current. Meanwhile the system can be safely restarted.Heavy load operation: 150% of rated current for 60 seconds Light load operation: 120% of rated current for 60 seconds In cases where the load is limited and the motor cannot perform dynamic self - tuning normally static self - tuning can be used to track motor parameters.Relay outputs: 2 channels (NO/NC selectable) Digital inputs: 3 channels (NPN/PNP selectable) Analog I/O: 2 channels / 1 channel Achieve high - precision current control effectively suppressing current fluctuations. This ensures stable operation of the motor under various load conditions reduces power losses and improves the overall efficiency of the system. Whether in low - speed or high - speed operation scenarios it can accurately control the output current providing strong support for the reliable operation of equipment

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 speed - tracking algorithm the Pwoer - loss ride - through performance has been improved. When operating equipment during a power outage or under load conditions sensor - less technology can be utilized in the free - running mode to suppress the sharp rise in current. Meanwhile the system can be safely restarted.Heavy load operation: 150% of rated current for 60 seconds Light load operation: 120% of rated current for 60 seconds In cases where the load is limited and the motor cannot perform dynamic self - tuning normally static self - tuning can be used to track motor parameters.Relay outputs: 2 channels (NO/NC selectable) Digital inputs: 3 channels (NPN/PNP selectable) Analog I/O: 2 channels / 1 channel Achieve high - precision current control effectively suppressing current fluctuations. This ensures stable operation of the motor under various load conditions reduces power losses and improves the overall efficiency of the system. Whether in low - speed or high - speed operation scenarios it can accurately control the output current providing strong support for the reliable operation of equipment

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 filter. Obtained CE certification. Compact size and easy to operate. Built - in potentiometer for convenient operation. Optimized dimensions to save space. Three - phase 200V, 0.75kW - 15kW; Three - phase 400V, 0.75kW - 800kW.

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 filter. Obtained CE certification. Compact size and easy to operate. Built - in potentiometer for convenient operation. Optimized dimensions to save space. Three - phase 200V, 0.75kW - 15kW; Three - phase 400V, 0.75kW - 800kW.

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 interrupted, the KEB function of the inverter can use the feedback energy during load deceleration to maintain the short-term operation of the inverter or achieve a safe stop in a controlled state. By adding a safety input function compliant with EN ISO 13849-1 PLd and EN 61508 SIL2 (EN60204-1, stop category 0) standards, it fully meets the safety requirements of the system. The built-in potentiometer standard in the graphic interface-based window makes user operation more convenient. In addition to the standard VR and AI terminals, the built-in potentiometer can provide a voltage input of 0-5V, which can be used for frequency commands and auxiliary frequency settings. The easy-to-maintain fan allows for convenient cleaning and replacement without disassembling the inverter. Heavy load operation: 150% of rated current for 60s. Light load operation: 110% of rated current for 60s. The DriveView software can monitor the inverter and motor on a PC, facilitating parameter maintenance of the inverter and motor. LS-BUS and Modbus-RTU can connect up to 31 inverters. It has an event log, comprehensive console offline editing function, data upload and download, 4-channel oscilloscope trigger function.

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 interrupted, the KEB function of the inverter can use the feedback energy during load deceleration to maintain the short-term operation of the inverter or achieve a safe stop in a controlled state. By adding a safety input function compliant with EN ISO 13849-1 PLd and EN 61508 SIL2 (EN60204-1, stop category 0) standards, it fully meets the safety requirements of the system. The built-in potentiometer standard in the graphic interface-based window makes user operation more convenient. In addition to the standard VR and AI terminals, the built-in potentiometer can provide a voltage input of 0-5V, which can be used for frequency commands and auxiliary frequency settings. The easy-to-maintain fan allows for convenient cleaning and replacement without disassembling the inverter. Heavy load operation: 150% of rated current for 60s. Light load operation: 110% of rated current for 60s. The DriveView software can monitor the inverter and motor on a PC, facilitating parameter maintenance of the inverter and motor. LS-BUS and Modbus-RTU can connect up to 31 inverters. It has an event log, comprehensive console offline editing function, data upload and download, 4-channel oscilloscope trigger function.