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Advanced microprocessor technology
It adopts high-performance Cortex TM-M3 32-bit core CPU to perform central control, with fast speed, high precision and strong anti-interference ability.
Friendly man-machine interface
OLED LCD display is adopted, which makes parameter setting and reading more convenient, and fault and real-time monitoring more intuitive.
Strong anti-interference property
All external control signals are isolated technology, suitable for use in special industrial environments.
Power frequency self-adaptation
The power frequency 50HZ/60HZ self-adaptive function is convenient for users to use and improves the adjustment accuracy.
Various load wiring methods
The load can be connected to zero at the midpoint of the star, can not be connected to zero at the midpoint of the star, or delta connection, which can be easily set by parameters.
Various control methods
Set open loop control, constant voltage mode (U feedback, U2 feedback), constant current mode (I feedback, I2 feedback), constant power mode (P feedback), constant cycle mode, variable cycle mode and phase control + cycle control mode in one.
Three ways to start and stop
Built-in terminal, communication, and three start-stop methods, easy to operate.
Advanced Communication Functions
Equipped with RS485 communication interface, it is convenient for users to connect and control the network, and improve the automation level and reliability of the system. Embedded Modbus standard protocol for easy configuration and connection.
Analog signal control
Users can input 4~20mA (1~5V) or 0~20mA (0~5V) standard signal (requires the cooperation of the DIP switch), and has positive logic and negative logic. At the same time, it has 4~20mA or 0~20mA standard analog signal output function.
High-precision measurement of input and output voltage and current
Adopt 24-bit dedicated ADC to ensure sampling accuracy. The voltage and current detection are all true RMS, which ensures the accurate measurement of non-sine wave signals, and can display the accumulated power.
Perfect protection function
The whole process detects current and load parameters, and has power supply undervoltage, power supply overvoltage, power supply protection delay, overcurrent protection, overcurrent protection delay, thyristor overheat protection, frequency protection and other protection functions.
Advanced microprocessor technology
It adopts high-performance Cortex TM-M3 32-bit core CPU to perform central control, with fast speed, high precision and strong anti-interference ability.
Friendly man-machine interface
OLED LCD display is adopted, which makes parameter setting and reading more convenient, and fault and real-time monitoring more intuitive.
Strong anti-interference property
All external control signals are isolated technology, suitable for use in special industrial environments.
Power frequency self-adaptation
The power frequency 50HZ/60HZ self-adaptive function is convenient for users to use and improves the adjustment accuracy.
Various load wiring methods
The load can be connected to zero at the midpoint of the star, can not be connected to zero at the midpoint of the star, or delta connection, which can be easily set by parameters.
Various control methods
Set open loop control, constant voltage mode (U feedback, U2 feedback), constant current mode (I feedback, I2 feedback), constant power mode (P feedback), constant cycle mode, variable cycle mode and phase control + cycle control mode in one.
Three ways to start and stop
Built-in terminal, communication, and three start-stop methods, easy to operate.
Advanced Communication Functions
Equipped with RS485 communication interface, it is convenient for users to connect and control the network, and improve the automation level and reliability of the system. Embedded Modbus standard protocol for easy configuration and connection.
Analog signal control
Users can input 4~20mA (1~5V) or 0~20mA (0~5V) standard signal (requires the cooperation of the DIP switch), and has positive logic and negative logic. At the same time, it has 4~20mA or 0~20mA standard analog signal output function.
High-precision measurement of input and output voltage and current
Adopt 24-bit dedicated ADC to ensure sampling accuracy. The voltage and current detection are all true RMS, which ensures the accurate measurement of non-sine wave signals, and can display the accumulated power.
Perfect protection function
The whole process detects current and load parameters, and has power supply undervoltage, power supply overvoltage, power supply protection delay, overcurrent protection, overcurrent protection delay, thyristor overheat protection, frequency protection and other protection functions.
Voltage level of main circuit | AC220V~380V ±20% 42~68Hz | ||
Control voltage level | 100~240VAC 50/60Hz | ||
Rated current | 0~700A | ||
Analog input | 4~20mA(1~5V)positive logic, 4~20mA(1~5V)negative logic | ||
0~20mA(0~5Vpositive logic,0~20mA(0~5V)negative logic | |||
Analog output | 0~20mA、4~20mA | ||
Ramp up | 0~120s | ||
Ramp down | 0~120s | ||
Analog input | Given source selection | 0. terminal 1 1. terminal 2 2. terminal 1 ADD terminal 2 3. terminal 1 IADD terminal 2 4. terminal 1 PRO terminal 2 5. terminal 1 IPRO terminal 2 6. communication 7. terminal switching | |
Control method
| 0. Open loop control 1. Constant voltage mode (U feedback) 2. Constant voltage mode (U2 feedback) 3. Constant current mode (I feedback) 4. Constant current mode (I2 feedback) 5. Constant power mode (P feedback) 6. Fixed cycle mode 7. Variable cycle cycle mode 8. Constant voltage + cycle mode 9. Constant current + cycle mode 10. Constant power + cycle mode 11. Automatic power distribution
| ||
Analog output | Protection category | Parameter range | Remarks |
Overcurrent Protection | 100%-150%Ie(default is 120%) | 100% disable this function | |
Thyristor overheating protection | 0. Prohibited 1. Allowed(allowed by default) | Thyristor temperature ≥75℃ | |
Frequency protection | 0. Prohibited 1. Allowed(allowed by default) | less than 42Hz or greater than 68Hz | |
Other protection
| Power supply undervoltage, power supply overvoltage, etc. | ||
Ramp upn | Resistive/Inductive | ||
Ramp down | normally open (250V/5A) | ||
Ramp down | OLED display | ||
Communication | RS485 communication interface, Modbus RTU communication protocol | ||
Environment | Indoor installation, clean environment | ||
Ambient temperature | -10-55°C, derate above 45°C, derate by 1.5% per 1°C
| ||
Humidity | Maximum 95%RH (non-condensation) | ||
Altitude | No derating is required below 1000m. Above 1000 meters, the current is derated by 1.5% for every 100m rise | ||
Cooling mode | Natural cooling/Forced air cooling | ||
Protection class | IP00 | ||
Load wiring method (Only for three-phase) | 0. The star center point is not connected to zero 1. The star center point is connected to zero 2. Delta connection |
Voltage level of main circuit | AC220V~380V ±20% 42~68Hz | ||
Control voltage level | 100~240VAC 50/60Hz | ||
Rated current | 0~700A | ||
Analog input | 4~20mA(1~5V)positive logic, 4~20mA(1~5V)negative logic | ||
0~20mA(0~5Vpositive logic,0~20mA(0~5V)negative logic | |||
Analog output | 0~20mA、4~20mA | ||
Ramp up | 0~120s | ||
Ramp down | 0~120s | ||
Analog input | Given source selection | 0. terminal 1 1. terminal 2 2. terminal 1 ADD terminal 2 3. terminal 1 IADD terminal 2 4. terminal 1 PRO terminal 2 5. terminal 1 IPRO terminal 2 6. communication 7. terminal switching | |
Control method
| 0. Open loop control 1. Constant voltage mode (U feedback) 2. Constant voltage mode (U2 feedback) 3. Constant current mode (I feedback) 4. Constant current mode (I2 feedback) 5. Constant power mode (P feedback) 6. Fixed cycle mode 7. Variable cycle cycle mode 8. Constant voltage + cycle mode 9. Constant current + cycle mode 10. Constant power + cycle mode 11. Automatic power distribution
| ||
Analog output | Protection category | Parameter range | Remarks |
Overcurrent Protection | 100%-150%Ie(default is 120%) | 100% disable this function | |
Thyristor overheating protection | 0. Prohibited 1. Allowed(allowed by default) | Thyristor temperature ≥75℃ | |
Frequency protection | 0. Prohibited 1. Allowed(allowed by default) | less than 42Hz or greater than 68Hz | |
Other protection
| Power supply undervoltage, power supply overvoltage, etc. | ||
Ramp upn | Resistive/Inductive | ||
Ramp down | normally open (250V/5A) | ||
Ramp down | OLED display | ||
Communication | RS485 communication interface, Modbus RTU communication protocol | ||
Environment | Indoor installation, clean environment | ||
Ambient temperature | -10-55°C, derate above 45°C, derate by 1.5% per 1°C
| ||
Humidity | Maximum 95%RH (non-condensation) | ||
Altitude | No derating is required below 1000m. Above 1000 meters, the current is derated by 1.5% for every 100m rise | ||
Cooling mode | Natural cooling/Forced air cooling | ||
Protection class | IP00 | ||
Load wiring method (Only for three-phase) | 0. The star center point is not connected to zero 1. The star center point is connected to zero 2. Delta connection |
Type | Outline | Rated current | structure size (mm) | Weight (Kg) | Cooling mode | ||||
A | B | C | D | E | |||||
CPC1H - 025-0.4 | A | 25A | 308 | 100 | 246 | 50 | 200 | 3.9 | Natural cooling |
CPC1H - 040-0.4 | 40A | ||||||||
CPC1H - 075-0.4 | 75A | 316 | 145 | 277 | 84 | 210 | 5.6 | Natural cooling/Forced air cooling | |
CPC1H - 100-0.4 | 100A | ||||||||
CPC1H - 150-0.4 | 150A | ||||||||
CPC1H - 200-0.4 | 200A | 400 | 155 | 347 | 116 | 280 | 11.2 | ||
CPC1H - 250-0.4 | 250A | ||||||||
CPC1H - 300-0.4 | 300A | ||||||||
CPC1H - 350-0.4 | 350A | ||||||||
CPC1H - 500-0.4 | B | 500A | 625 | 283 | 532 | 200 | 305 | 24.2 | |
CPC1H - 700-0.4 | 700A |
Type | Outline | Rated current | structure size (mm) | Weight (Kg) | Cooling mode | ||||
A | B | C | D | E | |||||
CPC3H - 025-0.4 | C | 25A | 345 | 204 | 314.5 | 170 | 218 | 9.3 | Natural cooling/Forced air cooling |
CPC3H - 040-0.4 | 40A | ||||||||
CPC3H - 075-0.4 | 75A | ||||||||
CPC3H - 100-0.4 | 100A | ||||||||
CPC3H - 150-0.4 | 150A | ||||||||
CPC3H - 200-0.4 | 200A | 473 | 265 | 430 | 210 | 265.5 | 21.1 | ||
CPC3H - 250-0.4 | 250A | ||||||||
CPC3H - 300-0.4 | 300A | ||||||||
CPC3H - 350-0.4 | 350A | ||||||||
CPC3H - 500-0.4 | D | 500A | 625 | 473 | 532 | 300 | 322.8 | 49.4 | |
CPC3H - 700-0.4 | 700A |
Type | Outline | Rated current | structure size (mm) | Weight (Kg) | Cooling mode | ||||
A | B | C | D | E | |||||
CPC1H - 025-0.4 | A | 25A | 308 | 100 | 246 | 50 | 200 | 3.9 | Natural cooling |
CPC1H - 040-0.4 | 40A | ||||||||
CPC1H - 075-0.4 | 75A | 316 | 145 | 277 | 84 | 210 | 5.6 | Natural cooling/Forced air cooling | |
CPC1H - 100-0.4 | 100A | ||||||||
CPC1H - 150-0.4 | 150A | ||||||||
CPC1H - 200-0.4 | 200A | 400 | 155 | 347 | 116 | 280 | 11.2 | ||
CPC1H - 250-0.4 | 250A | ||||||||
CPC1H - 300-0.4 | 300A | ||||||||
CPC1H - 350-0.4 | 350A | ||||||||
CPC1H - 500-0.4 | B | 500A | 625 | 283 | 532 | 200 | 305 | 24.2 | |
CPC1H - 700-0.4 | 700A |
Type | Outline | Rated current | structure size (mm) | Weight (Kg) | Cooling mode | ||||
A | B | C | D | E | |||||
CPC3H - 025-0.4 | C | 25A | 345 | 204 | 314.5 | 170 | 218 | 9.3 | Natural cooling/Forced air cooling |
CPC3H - 040-0.4 | 40A | ||||||||
CPC3H - 075-0.4 | 75A | ||||||||
CPC3H - 100-0.4 | 100A | ||||||||
CPC3H - 150-0.4 | 150A | ||||||||
CPC3H - 200-0.4 | 200A | 473 | 265 | 430 | 210 | 265.5 | 21.1 | ||
CPC3H - 250-0.4 | 250A | ||||||||
CPC3H - 300-0.4 | 300A | ||||||||
CPC3H - 350-0.4 | 350A | ||||||||
CPC3H - 500-0.4 | D | 500A | 625 | 473 | 532 | 300 | 322.8 | 49.4 | |
CPC3H - 700-0.4 | 700A |
CMC-MX soft starter is suitable for starting and protecting general squirrel-cage AC asynchronous motors. Adapted motor power from 7.5kW to 280kW. It can smoothly start/stop the motor without steps, avoid mechanical and electrical shocks caused by traditional methods such as direct start, star/delta start, auto-coupling step-down start, etc.
XiChi XPQ Active Filters are used for Harmonic Reduction in Haier IOT Center. The active power harmonic filter (APF/AHF) suppresses the harmonic current on the load side to a great extent, and the overall harmonic filtering effect is obvious.
In the process of starting the motor, the soft starter gradually changes the conduction angle of the thyristor, so that the starting current of the motor rises smoothly from zero to the maximum value. The whole process runs smoothly, the reliability of the motor power supply is high, the impact torque on the mechanical load is reduced, the impact on the motor itself is small, and the service life of the motor and the entire equipment is prolonged.
The harmonic control technology of active filter equipment is one of the effective means to improve the quality of power supply. After the popularization and application of APF in the power supply system of hospital buildings, the generated harmonics can be controlled within the minimum range. Realize scientific and rational use of electricity, restrain grid pollution, improve power quality, ensure the safety of medical equipment, and bring huge economic and social benefits to users.
Project requirementsHigh voltage soft start device10KV 280kw * 8 units400kw * 6 unitsHigh voltage SVG1 unit
The use of high-voltage motor soft-start device can effectively improve the service life of the pump and the reliability of power supply. CMV series of products are widely used in electric power, building materials, chemical industry, metallurgy steel, paper making and other industries with rated voltage of 3000-10000V. It can be used well with various electromechanical equipment such as water pump, fan, compressor, pulverizer, mixer, belt conveyor, etc. It is an ideal high-voltage motor starting and protection equipment.
The VFD has achieved remarkable power-saving effect when used in the drive control of fans and pumps. It is an ideal speed control method. It not only improves the equipment efficiency, but also meets the production process requirements, and greatly reduces the equipment maintenance and repair costs, and also reduces the shutdown period.
Using VFD for speed regulation, it is convenient to realize multi-stage speed regulation of mining winches, and improve system stability and safety. It reduces operation failures and downtime, saves manpower and material resources, improves coal transportation capacity, and also has considerable indirect economic benefits.
APF is a new type of power electronic device for dynamically suppressing harmonics and compensating reactive power. It can quickly track and compensate harmonics of different sizes and frequencies. Compared with the passive filter device, the active filter device has better treatment effect, and it can mainly filter out multiple and high-order harmonics at the same time without causing resonance.
CFV9000A series high-voltage variable frequency speed regulation system, with high-speed DSP as the control core, adopts space voltage vector control technology and cell-series multi-level technology, with high reliability, easy operation and high performance as the design goals, to meet the needs of users for various load adjustments.
APF can not only compensate various harmonics, but also suppress flicker and compensate reactive power; the filtering characteristics are not affected by system impedance, etc., which can eliminate the risk of resonance with system impedance; it has an adaptive function, which can automatically track and compensate for changing Harmonics, that is, have the characteristics of high controllability and fast response.
XFC500 variable frequency drive is used in amusement ride to realize functions such as speed regulation, energy saving, and protection of mechanical equipment. With small size, light weight, large torque, high precision, strong function, high reliability, simple operation, easy communication and other functions.
The soft starter integrates motor soft start, soft stop and multi-function protection. In the heating industry, soft starters can be used in various applications of squirrel-cage asynchronous motors that do not require speed regulation, especially suitable for various pump loads or fan loads that require soft start and soft stop.
Application of CMV HV soft starter in piston pump in petrochemical industry.
Project Overview:The 1850 water pump house of Yaojie Coal and Electricity Group used oil circuit breaker to control high-voltage electricity, and reactor was used for starting, with large starting current and little protection function.
OverviewProduct model: CMV-800-10Load type: Crushing machinePhoto
Project infoLoad type: induced draft fanRated voltage: 10KVMotor rated current: 54ANumber of motor poles: 6 polesHigh voltage soft start model: CMV-900-10On-site parameter setting:Starting voltage: 65%Current limit multiple: 4 timesStartup time: 20Project infoLoad type: induced draft fanRated voltag
Frequency inverter applied to glass tempering furnace advantages: Low frequency and stable operation during standby, saving energy; The starting current is small, the impact on the power grid and machinery is small, and the service life of the equipment is prolonged; Quick start, shorten the production process and improve production efficiency; Control the frequency required for fast response, and control to meet the production process requirements.
The application of frequency inverters to plastic extruders has the advantages of reducing production energy consumption, improving productivity and product quality, and reducing the impact on the power grid during startup. The main extruder is composed of extrusion system, transmission system and heating and cooling system. The transmission part usually consists of a motor, a reduction box and a bearing.