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1.Full digital circuit control, 32-bit ARM chip, high stability 2.Fast handle and response,control accuracy is better than 1%,resolution up to2000:1 3.PCB board element have low failure rate and long service life 4.Adopt multi-pulse technology, low ripple and low harmonics, high power factor 5.Automatic identification of phase sequence function 6.With SCR overheating, fast fuse overcurrent protection 7.Ultra-wide range voltage input, power isolation output, superior anti-interference ability 8.Multiple analog inputs
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1.Full digital circuit control, 32-bit ARM chip and high stability 2.Processing and response quickly,control accuracy better than 1%,resolution up to2000:1 3.PCB board parts have low proportion of failure and long service life 4.Multi-pulse technology, low ripple, low harmonics and high power factorI 5.Supports a variety of kinetic energy such as constant voltage, constant current,constant power,etc 6.Identification of phase sequence function automatically 7.4.3 inch touchscreen (below 160A use3.5 inch touchscreen),support display in Chinese or English,menu setting, easy to operate 8.24-bit professional power chip, display effective values of output current, voltage and power 9.More touchscreen can be choose like 4.3",7",10" and you can move it out.(The longest distance is 1.5m.) 10.Multiple protections such as overcurrent, overvoltage, phase loss, and SCR overheating 11.Ultra-wide range voltage input, power isolation output, superior anti-interference ability 12.Multiple analog inputs（just change the jumper cap when changing signals) 13.Standard MODBUS RTU communication function for optimal interaction with computers, PLCs, and touch screens
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1.Full digital circuit control, 32-bit ARM chip, high stability 2.No need for external auxiliary power supply, no need for synchronous transformer 3.Automatic identification of phase sequence 4.Economical and small, small size 5.Fast processing and response, control accuracy better than1%, resolution up to2000:1 6.PCB board parts have low failure rate and long service life 7.Multi-pulse triggering technology with low harmonics and high power factor 8.Wide range voltage input, power isolation output, superior anti-interference ability 9.Multiple analog inputs
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1.Equipped with a 32-bit ARM® Cortex®-M4 core CPU featuring a single-precision floating-point unit (FPU) and digital signal processor (DSP), delivering a computing speed of 200MHz. 2.High stability and superior control accuracy. 3.Integrates multiple control modes, including open-loop, constant voltage, constant current, constant power, and phase-angle (zero-crossing) control. Functions can be easily enabled or disabled via parameter adjustment, ensuring flexible operation. 4.Practical alarm functions for phase loss, overheating, load disconnection, and 5.overcurrent. 6.OLED display interface for convenient data monitoring and user-friendly operation. 7.Utilizes AC sampling and true RMS detection technology to achieve active power control, ensuring precise load power regulation. 8.Compact slim design with low horizontal space requirement, supporting wall-mounted or small-scale DIN rail installation. 9.Standard RS485 communication interface (optional) for easy centralized control of multiple units.
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The KZ(i) series intelligent thyristor power regulator is a complete control equipment assembly specifically developed for resistive heating loads. When combined with heating elements and temperature sensors, it forms a complete automatic temperature control system. It is widely applicable in industries requiring automatic temperature control for heated objects, such as light industry, metallurgy, chemical engineering, heat treatment, food processing, printing, dyeing, electronics, pharmaceuticals, and coating. It is suitable for heating equipment using resistive heating elements.
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