Welcome to our comprehensive guide to the 1756 OW16i Wiring Diagram. In this article, we will provide you with all the information you need to know about the wiring diagram for the 1756 OW16i module. The 1756 OW16i is a digital AC output module manufactured by Allen-Bradley. It is part of the ControlLogix family of controllers that are used for industrial automation. The 1756 OW16i module can be used to control devices such as motors, valves, and solenoids. The module has 16 outputs, each capable of switching up to 240 VAC at 2 Amps.
Understanding the 1756 OW16i Module
Before we dive into the wiring diagram, let’s take a closer look at the 1756 OW16i module. The module is designed to be used with the ControlLogix family of controllers, which are used for industrial automation. The module has a compact design and is easy to install. It has 16 outputs, each rated for up to 240 VAC at 2 Amps. The module has a high-speed backplane that allows for fast communication with the controller. It is also designed to be resistant to electromagnetic interference (EMI).
The 1756 OW16i module is designed to be used in a wide range of applications. It can be used to control devices such as motors, valves, and solenoids. It is also commonly used in applications where precise timing is required, such as in the control of conveyor belts or packaging machinery. The module can be configured using the ControlLogix software, which allows for easy setup and configuration.
1756 OW16i Wiring Diagram – Overview
The 1756 OW16i wiring diagram is a schematic representation of the wiring connections for the module. It shows how the module is connected to the controller and to the devices that it is used to control. The wiring diagram is a critical component of any installation, as it ensures that the module is installed correctly and that it will function properly.
The 1756 OW16i wiring diagram can be divided into several sections, including the power supply section, the control section, and the output section. Each section is responsible for a specific aspect of the module’s operation.
Power Supply Section
The power supply section of the wiring diagram is responsible for providing power to the module. The module requires a power supply of between 19 and 32 VDC. The power supply section shows how the power supply is connected to the module and to the controller. It also shows how the power supply is connected to any external devices that are being controlled by the module.
Control Section
The control section of the wiring diagram is responsible for providing control signals to the module. The module is designed to be used with the ControlLogix family of controllers. The control section shows how the controller is connected to the module and how the signals are transmitted between the two devices. It also shows how the control signals are connected to any external devices that are being controlled by the module.
Output Section
The output section of the wiring diagram is responsible for showing how the module’s outputs are connected to the devices that it is used to control. The 1756 OW16i module has 16 outputs, each capable of switching up to 240 VAC at 2 Amps. The output section shows how each output is connected to a specific device, such as a motor, valve, or solenoid. It also shows how the outputs are connected to any external devices that are being controlled by the module.
1756 OW16i Wiring Diagram – Detailed Instructions
Now that we have an overview of the 1756 OW16i wiring diagram, let’s take a closer look at each section and how it is connected.
Power Supply Section
The power supply section of the wiring diagram is shown in Table 1. It shows how the power supply is connected to the module and to the controller.
| Signal | Wire Color | Description |
|---|---|---|
| DC+24V | Red | Positive Power Supply |
| DC Common | Black | Negative Power Supply |
| VHO | Yellow | Control Voltage High |
| VLO | Brown | Control Voltage Low |
The power supply section shows that the positive power supply is connected to the DC+24V terminal and the negative power supply is connected to the DC Common terminal. The control voltage is connected to the VHO and VLO terminals.
Control Section
The control section of the wiring diagram is shown in Table 2. It shows how the controller is connected to the module.
| Signal | Wire Color | Description |
|---|---|---|
| L+ | Green | Positive Logic Input |
| L- | White | Negative Logic Input |
| V+ | Pink | Positive Voltage Input |
| V- | Gray | Negative Voltage Input |
The control section shows that the positive logic input is connected to the L+ terminal and the negative logic input is connected to the L- terminal. The positive voltage input is connected to the V+ terminal and the negative voltage input is connected to the V- terminal.
Output Section
The output section of the wiring diagram is shown in Table 3. It shows how the module’s outputs are connected to the devices that it is used to control.
| Signal | Wire Color | Description |
|---|---|---|
| X0 | Orange/White | Output 0 |
| X1 | Pink/White | Output 1 |
| X2 | Gray/White | Output 2 |
| X3 | Purple/White | Output 3 |
| X4 | White/Black | Output 4 |
| X5 | Orange/Black | Output 5 |
| X6 | Yellow/Black | Output 6 |
| X7 | Green/Black | Output 7 |
| X8 | Pink/Black | Output 8 |
| X9 | Blue/Black | Output 9 |
| X10 | Purple/Black | Output 10 |
| X11 | Gray/Black | Output 11 |
| X12 | Yellow | Output 12 |
| X13 | Green | Output 13 |
| X14 | Blue | Output 14 |
| X15 | Purple | Output 15 |
The output section shows how each output is connected to a specific device. Each output is labeled with a unique identifier, such as X0, X1, X2, and so on. The wiring diagram shows how each output is connected to a specific device, such as a motor or valve.
1756 OW16i Wiring Diagram – Frequently Asked Questions
What is the 1756 OW16i module?
The 1756 OW16i module is a digital AC output module manufactured by Allen-Bradley. It is part of the ControlLogix family of controllers that are used for industrial automation. The module has 16 outputs, each capable of switching up to 240 VAC at 2 Amps.
What are some applications of the 1756 OW16i module?
The 1756 OW16i module can be used to control devices such as motors, valves, and solenoids. It is also commonly used in applications where precise timing is required, such as in the control of conveyor belts or packaging machinery.
What is the importance of the 1756 OW16i wiring diagram?
The 1756 OW16i wiring diagram is a critical component of any installation, as it ensures that the module is installed correctly and that it will function properly. The wiring diagram shows how the module is connected to the controller and to the devices that it is used to control.
How is the 1756 OW16i module installed?
The 1756 OW16i module is designed to be easy to install. It has a compact design and can be mounted on a DIN rail. The module is connected to the controller using a high-speed backplane. The wiring diagram is used to ensure that the module is installed correctly and that it will function properly.
What software is used to configure the 1756 OW16i module?
The 1756 OW16i module can be configured using the ControlLogix software, which allows for easy setup and configuration. The software is designed to be user-friendly and easy to use, even for those who are not familiar with industrial automation systems.
Conclusion
The 1756 OW16i module is an important component of industrial automation systems. It is used to control devices such as motors, valves, and solenoids. The wiring diagram for the module is a critical component of any installation, as it ensures that the module is installed correctly and that it will function properly. In this article, we have provided you with a comprehensive guide to the 1756 OW16i wiring diagram. We hope that this guide has been helpful and that it has provided you with all the information you need to know about the wiring diagram for the 1756 OW16i module.
