Understanding the Fisher Isolation Module 26400 Wiring Diagram

For those working in the world of industrial automation, wiring diagrams are a fundamental aspect of any project. From connecting components to powering them, wiring diagrams provide an invaluable resource for understanding the inner workings of an automation system. The Fisher Isolation Module 26400 is one of the most complex and powerful options available, and its wiring diagram can appear intimidating to beginners. However, with some careful study, even the novice user can quickly become an expert on the intricacies of this module.

For those unfamiliar with the Fisher Isolation Module 26400, it is a specialized device designed to provide power isolation for equipment powered by a 24V DC source. It is used in a wide variety of applications, including industrial machinery, production lines, computers, and more. The module is capable of providing 1000mA of output current, making it suitable for a variety of larger-scale automation projects. In order to use the module correctly, it is important to understand the wiring diagram.

Overview of the Diagram

The Fisher Isolation Module 26400 wiring diagram provides users with a detailed overview of the module’s various features and components. At the top of the diagram, users will find the module’s power input pins (V+ and GND) and a pair of digital inputs (DIN1 and DIN2). Below the power input pins, users will find two sets of outputs: the first set is labeled “N” and is connected to a motor or other component; the second set is labeled “P” and is designed for powering a separate device. The diagram also includes a variety of jumper pins, which allow users to customize the module’s operation.

Jumper Pins

The various jumper pins on the Fisher Isolation Module 26400 wiring diagram allow users to customize the module’s operation. Each jumper pin is used to set a specific parameter, such as the output power level or the control mode. For example, the “ON/OFF” jumper pin allows users to select between manual and automatic operation. By setting the jumper pin to “OFF”, the module will remain off until manually enabled; conversely, setting the pin to “ON” will enable the module to be controlled remotely. Similarly, the “GND” jumper pin is used to select between “Common” and “Isolated” ground modes.

Connecting Components

Once the jumper pins have been set to the appropriate positions, the Fisher Isolation Module 26400 wiring diagram can be used to connect the module’s components. To do this, simply connect each wire from the component to the appropriate pin on the module. Most components will require wires to be connected to both the “N” and “P” outputs. For example, a motor will require a wire connected to the “N” output, while a separate device will require a wire connected to the “P” output.

Conclusion

The Fisher Isolation Module 26400 wiring diagram provides a valuable resource for those wanting to add a powerful module to their industrial automation systems. By carefully studying the diagram, users can gain a better understanding of the module’s features and learn how to connect components and customize its operation. With a few simple steps, users can quickly become experts on the Fisher Isolation Module 26400.

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