Features

• Dual-Channel Design：The module is equipped with two independent pulse input channels. This allows it to receive and process pulse signals from two different sources simultaneously, providing redundancy and flexibility in applications1.
• High Input Frequency：Each channel can handle a maximum input frequency of 5 kHz1. This high-frequency capability makes it suitable for applications that require precise and rapid measurement of pulse signals, such as in high-speed counting or flow measurement scenarios.
• Pulse Width Filtering：It offers selectable pulse width filters1. This feature enables users to filter out unwanted noise or interference in the pulse signals, ensuring the accuracy and reliability of the input data.
• Built-in Diagnostics：The 5382-1S2 has comprehensive built-in diagnostic features1. It can continuously monitor the status of the input channels, detect signal abnormalities, and identify potential faults. This helps in early fault detection and maintenance, reducing downtime and improving system reliability.
• Versatile Input Voltage Range：With an input voltage range of 0 - 24 VDC and a power supply of 24 VDC, it can adapt to different power supply conditions and interface with a variety of devices1.

• Accurate Counting and Timing：It provides precise pulse counting and timing functions1. This allows for accurate measurement of pulse quantities and time intervals, which are essential for applications such as flow rate calculation and equipment operation time monitoring.

Applications

• Turbine Flow Metering：In the oil and gas industry, it is commonly used with turbine flow meters1. By accurately counting the pulses generated by the turbine flow meter, it can precisely measure the flow rate of fluids, enabling efficient production management and quality control.
• Reciprocating Pump Control：For reciprocating pumps, the 5382-1S2 can monitor the pump's operation pulses1. This helps in controlling the pump's start-stop operation, monitoring its running status, and diagnosing faults, ensuring the stable operation of the pump and the entire production process.
• Encoder Position Feedback：In automated manufacturing lines, when connected to encoders, it can receive pulse signals from the encoders to obtain accurate position information1. This is crucial for precise control of equipment movement and positioning, guaranteeing the accuracy and consistency of the production process.
• Over/Under Speed Protection：In rotating equipment such as motors and fans, the module monitors the speed pulse signals1. When the speed exceeds or falls below the set threshold, it promptly sends out alarm signals and takes protective measures to prevent equipment damage caused by overspeeding or underspeeding.