DS200FGPAG1A 禁用执行器的当前驱动器

DS200FGPAG1A 门脉冲扩大器板 概况介绍:

DS200FGPAG1A门脉冲扩大器板是通用电气(GE)公司出产的一款高性能电子元件Q。这款门脉冲扩大器板专为需求准确牢靠的7脉冲扩大的运用场合规划，可以增强门脉冲信号的强度和质量

DS200FGPAG1A脉冲扩大器板具有多种产品特色，包含:

高精度扩大:该板可以准确扩大脉冲信号Q，以满足工业体系中对信号强度和质量的严格要求。宽输入电压规模DS200FGPAG1A支撑的输入电压规模为 115-230 VAC，答应规模扩展至 90-260 VAC，这使得它可以在不同的电源环境下稳定作业。

宽作业频率规模:其作业频率规模为 50-60 Hz，答应规模扩展至 47-63 Hz，可以习惯多种不同的工业运用场景。极性维护:该板在交流供电时不需求极性维护，简化了安装和配置进程。电压/频率非正常规模维护:当作业电压低于正常规模时，该板的规划可以保证模件不会损坏，提高了设备的牢靠性和稳定性。供电毛病维护:在供电毛病情况下，超越 20 毫秒后，该板会主动转入安全形式，维护体系免受潜在危害。保险措施:DS200FGPAG1A 运用玻璃保险，额定值为2.5 AT，接在输入端，为设备供给了额定的安全保证,

GE DS200FGPAG1A 门脉冲扩大器板 这款门脉冲扩大器板适用于需求准确操控和监控的工业体系，如主动化出产线、机械设备、传感器网络等。经过供给稳定牢靠的门脉冲扩大功能，它可以保证工业体系的高效运行和准确操控

GE DS200FGPAG1A 门脉冲扩大器板 概况介绍:

GE DS200FGPAG1A门脉冲中扩大器板是通用电气(GE)公司出产的一款高性能电子元件。这款门脉冲中扩大器板专为需求准确牢靠的门脉冲中扩大的运用

强门脉冲信号的强度和质量。

DS200FGPAG1A 脉冲扩大器板具有多种产品特色，包含:

高精度扩大:该板可以准确扩大脉冲信号，以满足工业体系中对信号强度和质量的严格要求，

宽输入电压规模:DS200FGPAG1A支撑的输入电压规模为 115-230 VAC，答应规模扩展至 90-260 VAC，这使得它可以在不同的电源环境下稳定作业

宽作业频率规模:其作业频率规模为 50-60 HZ，答应规模扩展至 47-63 HZ，可以习惯多种不同的工业运用场景

。

DS200FGPAG1A Gate Pulse Amplifier board Overview:

The DS200FGPAG1A gate Pulse expander board is a high-performance electronic component Q manufactured by General Electric (GE). This door pulse expander board is designed for applications that require accurate and reliable 7-pulse expansions to enhance the strength and quality of the door pulse signal

The DS200FGPAG1A Pulse expander board has a variety of product features, including:

High-precision expansion: The board can accurately expand the pulse signal Q to meet the strict requirements for signal strength and quality in industrial systems. The wide input voltage scale DS200FGPAG1A supports an input voltage scale of 115-230 VAC, which allows the scale to be extended to 90-260 VAC, which makes it stable to operate in different power supply environments.

Wide operating frequency scale: its operating frequency scale is 50-60 Hz, and it can be expanded to 47-63 Hz, which can be used to a variety of different industrial application scenarios. Polarity maintenance: The board does not require polarity maintenance during AC power supply, simplifying the installation and configuration process. Voltage/Frequency abnormal scale maintenance: When the operating voltage is lower than the normal scale, the planning of the board can ensure that the module will not be damaged, improving the reliability and stability of the equipment. Power failure maintenance: In the case of power failure, after more than 20 milliseconds, the board will actively switch to a safe form to maintain the system from potential hazards. Safety measures :DS200FGPAG1A uses glass safety, rated at 2.5AT, connected to the input end, providing rated safety assurance for the equipment.

GE DS200FGPAG1A Door Pulse Expander Board This door pulse expander board is suitable for industrial systems requiring accurate control and monitoring, such as active production lines, machinery, sensor networks, etc. By providing a stable and reliable door pulse expansion function, it can ensure the efficient operation and accurate control of industrial systems

GE DS200FGPAG1A Gate Pulse Expander Board Overview:

The GE DS200FGPAG1A gate pulse amplifier board is a high-performance electronic component manufactured by General Electric (GE). This door pulse expander board is designed for applications that require accurate and reliable door pulse expansions

The strength and quality of the strong gate pulse signal.

The DS200FGPAG1A Pulse expander board has a variety of product features, including:

High-precision expansion: The board can accurately expand the pulse signal to meet the strict requirements of signal strength and quality in the industrial system.

Wide input voltage scale: The DS200FGPAG1A supports an input voltage scale of 115-230 VAC, which allows the scale to be extended to 90-260 VAC, which makes it stable to operate in different power supply environments

Wide operating frequency scale: its operating frequency scale is 50-60 HZ, and it can be expanded to 47-63 HZ, which can be used to a variety of different industrial application scenarios.