Allen Bradley 1794-PS1

Operating Parameters

Input Voltage Range: The typical input voltage range is 100 to 240 VAC, supporting a wide range of input voltages to suit a wide range of industrial power supply settings. It is able to manage the changes in standard values that may occur in the industrial field and can be used without comprehensive voltage regulation equipment.

Output Power: The Allen Bradley 1794-PS1 provides a maximum output power of 10W. This power is enough to drive the various modules and components you may connect. And it is also responsible for ensuring that the various devices get the power they need to work efficiently and operate normally.

Product Features

Handling I/O Module Power: The entire function of the Allen Bradley 1794-PS1 is to power the Allen Bradley 1794 I/O modules. This includes the conversion of AC to DC, depending on the appropriate DC level required by the I/O module. Therefore, the conversion from input voltage to the appropriate I/O voltage is the most stable, with little power loss, and retaining the functional power of the key components of the I/O. This is critical to maintaining precision as it ensures accurate timing) and providing consistent power prevents IO-related errors.

Built-in surge and overvoltage protection: The Allen Bradley 1794-PS1 features built-in surge and overvoltage protection. These features protect connected I/O modules and other downstream devices from voltage spikes and surges. This protection is important because in industrial environments, electrical interference can be caused by the switching of heavy machinery or lightning strikes. It also extends the life of the equipment connected to it and minimizes the possibility of expensive downtime due to power failures.

Diagnostic capabilities: The Allen Bradley 1794-PS1 can identify problems such as overcurrent, undervoltage, and short circuits. Once a problem is detected, it can send a warning or notification to the control system, allowing for quick troubleshooting and repair. By implementing this method of fault detection, the reliability and maintainability of the entire industrial automation system is greatly improved.

Application range

Industrial automation system: For example, in automotive manufacturing, it drives the I/O modules that control sensors and actuators on the production line. These might include sensors that track the position of components on an assembly line, or actuators that perform activities such as tightening bolts or welding parts.

Process Control: The Allen Bradley 1794-PS1 is commonly used in the chemical and pharmaceutical sectors to power I/O systems that control process variables. It powers temperature, pressure, and flow sensor processing modules. These sensors then transmit data to the control system, which interprets the data so that process parameters can be adjusted to ensure the quality and safety of the chemical or pharmaceutical production process.

Material Handling and Logistics: Powers I/O modules in automated material handling equipment in warehouses and distribution centers, including conveyor systems, robotic pickers, and sorters. These systems require reliable power to operate properly, allowing goods to be moved and sorted efficiently.