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XVC767AE102-3BHB007209R0102 ABB 主控板驱动器

XVC767AE102-3BHB007209R0102主控板也被称为主控制板,是整个设备运转的核心部件,主要负责处理各种数据,包括输入数据和输出数据,并协调各个部件的工作。主控板一般由处理器、内存、可编程逻辑器件、输入/输出接口和电源等组成。

主控板的应用范围非常广泛,包括但不限于工业控制、智能家居、物联网等领域。例如,在工业控制领域,主控板可以用于控制机械臂、机器人等设备的运动;在智能家居领域,主控板可以用于控制智能灯泡、智能插座等设备的开关和调节;在物联网领域,主控板可以用于控制智能家居、智能城市等各种设备的通信和数据处理。



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产品详情

XVC767AE102-3BHB007209R0102 ABB 主控板驱动器

XVC767AE102-3BHB007209R0102.jpg

品牌:ABB

型号:XVC767AE102-3BHB007209R0102

·输入电压:220V AC

·输出电压:24V DC

·输出电流:10A

.工作温度:-10°℃~50°℃。

应用领域:工业自动化控制


产品详情: xVC767AE102 3BHB007209R0102主控板驱动器的控制中枢

主控板为驱动器的控制中枢,包括控制电源、调制脉冲的产生、控制方式及保护逻辑等四部分电路。它接受来自面板和外控接口的信号,控制和保护射频单元的工作,同时它把驱动器运行的状态信号输到面板和外控接口。

IGBT主控板主要以高频感应加热主控制板和两个驱动为主,高频板技术采用了SG3525A作为PWM脉冲形成,输出脉家中频率范围20KHZ—6OKHZ脉冲间隔互为180度,死区时间可以自行调整。可适用于IGBT全桥逆变串联谐振感应加热装置用斩波器调压调功。

IGBIT高频控制板,主要采用SG3525A作为PWM脉冲形成,输出脉冲频率范围2OKHz—5OKHz,脉中间隔互为180度,死区时间可以自行调整。可适用于IGBT全桥逆变串联谐振感应加热装置调频调功。

功率范围:10KW—120KW,该控制板接线少,控制集中,无须调试,工作电源电压为三路交流双18V/1A及四个22V/0.5A的电源。

具有过流,过压,却水,多种状态指示,并提供开关型霍尔保护接口和线性霍尔保护接口,有全桥逆变IGBT驱动电路,此板可直接组装IGBT高频感应加热装置。

XVC767AE102-3BHB007209R0102主控板也被称为主控制板,是整个设备运转的核心部件,主要负责处理各种数据,包括输入数据和输出数据,并协调各个部件的工作。主控板一般由处理器、内存、可编程逻辑器件、输入/输出接口和电源等组成。

主控板的应用范围非常广泛,包括但不限于工业控制、智能家居、物联网等领域。例如,在工业控制领域,主控板可以用于控制机械臂、机器人等设备的运动;在智能家居领域,主控板可以用于控制智能灯泡、智能插座等设备的开关和调节;在物联网领域,主控板可以用于控制智能家居、智能城市等各种设备的通信和数据处理。

XVC767AE102-3BHB007209R0102 ABB 主控板驱动器

XVC767AE102-3BHB007209R0102.jpg

Brand: ABB

Model number: XVC767AE102-3BHB007209R0102

· Input voltage :220V AC

· Output voltage :24V DC

· Output current :10A

Operating temperature :-10° C ~50° C

Application: Industrial automation control


Product details: xVC767AE102 3BHB007209R0102 Control center of main control board drive

The main control board is the control center of the driver, including control power supply, modulation pulse generation, control mode and protection logic. It accepts the signal from the panel and the external control interface, controls and protects the work of the RF unit, and it transmits the status signal of the driver operation to the panel and the external control interface.

The IGBT main control board is mainly based on the high-frequency induction heating main control board and two drivers. The high-frequency board technology adopts SG3525A as the PWM pulse formation. The pulse interval of the output pulse ranges from 20KHZ to 6OKHZ is 180 degrees each other, and the dead time can be adjusted by itself. It can be applied to voltage and power regulation by chopper of IGBT full-bridge inverter series resonant induction heating device.

The IGBIT high-frequency control board mainly adopts SG3525A as PWM pulse formation, the output pulse frequency range is 2OKHz-5OKHz, the pulse interval is 180 degrees each other, and the dead time can be adjusted by itself. It can be applied to frequency and power regulation of IGBT full-bridge inverter series resonant induction heating device.

Power range: 10kwe-120kW, the control board less wiring, centralized control, no need to debug, the working power supply voltage for three AC double 18V/1A and four 22V/0.5A power supply.

With over current, over voltage, but water, a variety of state indicators, and to provide switching type Hall protection interface and linear hall protection interface, a full bridge inverter IGBT drive circuit, this board can be directly assembled IGBT high frequency induction heating device.

XVC767AE102-3BHB007209R0102 Main control board, also known as the main control board, is the core part of the entire equipment operation, mainly responsible for processing various data, including input data and output data, and coordinate the work of various components. The main control board is generally composed of processor, memory, programmable logic device, input/output interface and power supply.

The application range of the main control board is very wide, including but not limited to industrial control, smart home, Internet of things and other fields. For example, in the field of industrial control, the main control board can be used to control the movement of mechanical arms, robots and other equipment; In the field of smart home, the main control board can be used to control the switch and adjustment of smart bulbs, smart sockets and other devices; In the field of the Internet of Things, the main control board can be used to control the communication and data processing of various devices such as smart homes and smart cities.

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