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Three Reclamation High Performance Universal Frequency Converter VM06 Series
Based on the research achievements of vector control in the past 20 years by San Keng, we have applied * * * new computational processing techniques f
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Based on the research achievements of vector control in the past 20 years in San Ken, we have applied new computational processing techniques for magnetic flux and velocity estimation to achieve high-performance sensorless vector control and closed-loop vector control with PG sensors. The superior performance can be regarded as a groundbreaking work in the field of variable frequency control.
It is the crystallization of 60 years of advanced technology from Japan's Sanken, designed with the concept of meeting the application needs of a wide range of users, rich functional features, excellent and stable performance, and simple and innovative structural design. Breaking through the limitations of frequency converter applications, with the goal of being able to apply to all fields. Adopting advanced control technology and possessing superior control performance, it is a truly high-performance vector control universal frequency converter. The launch of VM06 not only represents a new stage in the development of variable frequency control technology for Sanken Lida, but also expands the design space for the application of variable frequency technology in the entire market. Rich display and easy operation; Multi functional rotary button
One touch button for remote/close range switching; Optional large screen LCD panel; Excellent control performance; Built in PG pulse interface, can form a high-precision closed-loop vector control system; Vector control with high-speed response, high precision, and high dynamic performance; Advanced vector control technology can output high torque characteristics even at extremely low speeds; High performance V/f control; Rich and colorful software functions; New PID control mode; Comprehensive protection and warning functions; Support DC bus interconnection in capacity segments; Standard Modbus protocol; Easy maintenance and upkeep; Cooling fan buckle design; Can query and record information that differs from the factory value; Selection of long-life devices; Strong environmental adaptability; Corresponding to use in high-altitude areas;
It is the crystallization of 60 years of advanced technology from Japan's Sanken, designed with the concept of meeting the application needs of a wide range of users, rich functional features, excellent and stable performance, and simple and innovative structural design. Breaking through the limitations of frequency converter applications, with the goal of being able to apply to all fields. Adopting advanced control technology and possessing superior control performance, it is a truly high-performance vector control universal frequency converter. The launch of VM06 not only represents a new stage in the development of variable frequency control technology for Sanken Lida, but also expands the design space for the application of variable frequency technology in the entire market. Rich display and easy operation; Multi functional rotary button
One touch button for remote/close range switching; Optional large screen LCD panel; Excellent control performance; Built in PG pulse interface, can form a high-precision closed-loop vector control system; Vector control with high-speed response, high precision, and high dynamic performance; Advanced vector control technology can output high torque characteristics even at extremely low speeds; High performance V/f control; Rich and colorful software functions; New PID control mode; Comprehensive protection and warning functions; Support DC bus interconnection in capacity segments; Standard Modbus protocol; Easy maintenance and upkeep; Cooling fan buckle design; Can query and record information that differs from the factory value; Selection of long-life devices; Strong environmental adaptability; Corresponding to use in high-altitude areas;
400V series
* 1: The rated capacity is the capacity when the output voltage is 400V.
When the input voltage is above AC400V, the rated current will be reduced according to the output power.
* 3: Overload allowed for 1 minute every 10 minutes
In vector control, the frequency range is 0.25Hz~240Hz when there is no PG sensor, and 0.05Hz~240Hz when there is a PG sensor (with different pole numbers and ranges)
* 5: The output voltage cannot be higher than the power supply voltage.
6: It varies depending on the impedance of the power supply with a DC reactor.
* 7: Changes according to power impedance.
* 8: The maximum value of the carrier frequency, depending on the capacity mode and operating status of the frequency converter.
* 1: The rated capacity is the capacity when the output voltage is 400V.
When the input voltage is above AC400V, the rated current will be reduced according to the output power.
* 3: Overload allowed for 1 minute every 10 minutes
In vector control, the frequency range is 0.25Hz~240Hz when there is no PG sensor, and 0.05Hz~240Hz when there is a PG sensor (with different pole numbers and ranges)
* 5: The output voltage cannot be higher than the power supply voltage.
6: It varies depending on the impedance of the power supply with a DC reactor.
* 7: Changes according to power impedance.
* 8: The maximum value of the carrier frequency, depending on the capacity mode and operating status of the frequency converter.
* 1: The rated capacity is the capacity when the output voltage is 400V.
When the input voltage is above AC400V, the rated current will be reduced according to the output power.
* 3: Overload allowed for 1 minute every 10 minutes
In vector control, the frequency range is 0.25Hz~240Hz when there is no PG sensor, and 0.05Hz~240Hz when there is a PG sensor (with different pole numbers and ranges)
* 5: The output voltage cannot be higher than the power supply voltage.
6: It varies depending on the impedance of the power supply with a DC reactor.
* 7: Changes according to power impedance.
* 8: The maximum value of the carrier frequency, depending on the capacity mode and operating status of the frequency converter.
* 9: Vm06-1100- * 4~Vm06-3150- * 4 standard built-in EMC filter.
※ 1 It varies depending on the environment, conditions, and the motor or sensor used.
The so-called * * * high output frequency refers to the frequency at 5V, 10V, and 20mA.
The input of the 3-wire driver requires the installation of an optional substrate.
※ 4 Temperature suitable for short-term storage during transportation.
The maximum frequency setting range for a 2-pole motor is 120Hz.
※ Note: When there are more than 32 units, a relay needs to be added
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