GIDINGS&LEWIS 502-03674-00直流水槽输出模块

 GIDINGS&LEWIS 502-03674-00直流水槽输出模块

1.产 品 资 料 介 绍：

产品基础概述

核心功能特性

1. 精准信号输出与控制：能够输出高精度的直流控制信号，精准调节水槽系统中的各类执行机构。例如在控制水泵电机时，可根据系统设定的水位阈值，精确调整电机转速，实现对水流大小的稳定控制。当水槽水位低于设定下限，模块迅速输出合适的信号，提高水泵转速，加大进水量；反之，当水位接近上限，降低水泵转速，维持水位稳定。这种精准的控制能力，有效避免了因水位波动过大对生产造成的不良影响，确保生产过程中用水的稳定性和持续性。
2. 多通道输出设计：具备多个独立的输出通道，可同时连接并控制多种不同设备。在复杂的水槽系统中，可能同时存在水泵、电磁阀、液位传感器的辅助控制设备等。该模块的多通道设计允许其分别对这些设备进行单独控制，实现设备间的协同工作。不同通道可根据各自连接设备的功能和需求，输出不同幅值、频率的控制信号，极大地提升了水槽系统控制的灵活性与可扩展性，满足多样化的工业生产需求。
3. 电气兼容性与稳定性：在电气参数方面，该模块表现出良好的兼容性。其工作电压范围适配常见的工业直流电源，如可在 [具体电压范围，如 12V - 48V] 直流电压下稳定运行，降低了在不同工业环境中因电源差异带来的适配难度。同时，模块对输出电流的承载能力经过精心考量，可承受 [具体电流值] 的工作电流，确保在驱动不同负载的设备时，都能稳定输出信号，保障水槽系统中各类设备的正常运转。即使在启动瞬间设备出现较大电流冲击的情况下，模块也能有效应对，避免因电流波动而导致的控制失误。
4. 高效的隔离保护机制：内置完善的电气隔离与保护电路，能有效隔离模块内部电路与外部负载电路，防止因外部电路故障或干扰对模块造成损坏。例如，当水槽中的水泵电机发生短路故障时，隔离保护机制迅速启动，切断故障设备与模块的电气连接，避免短路电流传导至模块内部，从而保护模块及整个控制系统的安全。同时，该模块还具备过流、过载保护功能，当检测到输出电流超过额定值或设备处于过载运行状态时，自动采取限流或切断输出等保护措施，并通过指示灯或通讯接口向控制系统反馈故障信息，方便工作人员及时排查和解决问题，提高了整个水槽控制系统的可靠性和稳定性。

英文资料：

Product Overview

GIDINGS&LEWIS 502-03674-00 DC water tank output module, specially designed for water tank related control requirements in industrial automation systems. In many industrial scenarios, the water tank system requires precise control of water flow, water level, and related equipment operation. This module takes on the key responsibility of converting control system instructions into precise control of the water tank equipment, ensuring that the entire water tank operation process is stable, efficient, and meets production process requirements.

Core functional characteristics

Accurate signal output and control: capable of outputting high-precision DC control signals to precisely adjust various actuators in the water tank system. For example, when controlling the water pump motor, the motor speed can be precisely adjusted according to the water level threshold set by the system to achieve stable control of the water flow size. When the water level in the sink is below the set lower limit, the module quickly outputs an appropriate signal to increase the pump speed and increase the water intake; On the contrary, when the water level approaches the upper limit, reduce the pump speed to maintain stable water level. This precise control capability effectively avoids the adverse effects of excessive water level fluctuations on production, ensuring the stability and sustainability of water use during the production process.

Multi channel output design: With multiple independent output channels, it can simultaneously connect and control multiple different devices. In complex water tank systems, auxiliary control devices such as water pumps, solenoid valves, and liquid level sensors may coexist. The multi-channel design of this module allows for individual control of these devices, achieving collaborative work between devices. Different channels can output control signals of different amplitudes and frequencies according to the functions and requirements of their connected devices, greatly improving the flexibility and scalability of water tank system control and meeting diverse industrial production needs.

Electrical compatibility and stability: In terms of electrical parameters, this module exhibits good compatibility. Its working voltage range is suitable for common industrial DC power supplies, such as stable operation at [specific voltage range, such as 12V-48V] DC voltage, reducing the difficulty of adaptation caused by power supply differences in different industrial environments. At the same time, the module has carefully considered the carrying capacity of the output current and can withstand the working current of [specific current value], ensuring stable output signals when driving devices with different loads and ensuring the normal operation of various devices in the water tank system. Even in the event of a large current surge during startup, the module can effectively respond and avoid control errors caused by current fluctuations.

Efficient isolation and protection mechanism: Built in comprehensive electrical isolation and protection circuits can effectively isolate the internal circuits of the module from external load circuits, preventing damage to the module caused by external circuit faults or interference. For example, when a short circuit fault occurs in the water pump motor in the sink, the isolation protection mechanism quickly starts, cutting off the electrical connection between the faulty equipment and the module, avoiding the conduction of short-circuit current to the inside of the module, thereby protecting the safety of the module and the entire control system.

 2.产      品      展      示      

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The content is from Ruichang Mingsheng Automation Equipment Co., LTD

Contact: +86 15270269218