In this journal article, we will discuss the wiring diagram of Allen Bradley 509 AOD. We will also go through the frequently asked questions about it. This article will help you understand the wiring diagram of Allen Bradley 509 AOD in a relaxed English language.
Introduction to Allen Bradley 509 AOD
Allen Bradley 509 AOD is a three-phase non-reversing full voltage starter that is used to control and protect AC motors. It is designed for use in industrial environments and is built to withstand harsh conditions. The 509 AOD starter is equipped with overload protection and a set of auxiliary contacts that can be used for control or indication purposes.
The 509 AOD starter is available in various sizes and configurations to meet the needs of different applications. It is also compatible with various Allen Bradley components for easy integration into existing systems.
Features of Allen Bradley 509 AOD
The main features of Allen Bradley 509 AOD are:
| Features | Description |
|---|---|
| Overload protection | The starter is equipped with overload protection to prevent damage to the motor. |
| Auxiliary contacts | The starter has a set of auxiliary contacts that can be used for control or indication purposes. |
| Various sizes and configurations | The starter is available in various sizes and configurations to meet the needs of different applications. |
| Compatibility with Allen Bradley components | The starter is compatible with various Allen Bradley components for easy integration into existing systems. |
Wiring Diagram of Allen Bradley 509 AOD
The wiring diagram of Allen Bradley 509 AOD is as follows:
Main Circuit Connections
The main circuit connections are as follows:
- L1, L2, L3 – Incoming three-phase power supply
- T1, T2, T3 – Outgoing three-phase power supply to the motor
- OLP – Overload protection device
Auxiliary Circuit Connections
The auxiliary circuit connections are as follows:
- 13, 14 – Normally open auxiliary contact
- 21, 22 – Normally closed auxiliary contact
Control Circuit Connections
The control circuit connections are as follows:
- Stop – Normally closed stop button
- Start – Normally open start button
- OLR – Overload reset button
- A1, A2 – Control power supply
Wiring Diagram Example
Here is an example of a wiring diagram for Allen Bradley 509 AOD:
Frequently Asked Questions
What is Allen Bradley 509 AOD?
Allen Bradley 509 AOD is a three-phase non-reversing full voltage starter that is used to control and protect AC motors.
What are the features of Allen Bradley 509 AOD?
The main features of Allen Bradley 509 AOD are overload protection, a set of auxiliary contacts, availability in various sizes and configurations, and compatibility with Allen Bradley components for easy integration into existing systems.
What are the main circuit connections of Allen Bradley 509 AOD?
The main circuit connections of Allen Bradley 509 AOD are L1, L2, L3 for incoming three-phase power supply, T1, T2, T3 for outgoing three-phase power supply to the motor, and OLP for overload protection device.
What are the auxiliary circuit connections of Allen Bradley 509 AOD?
The auxiliary circuit connections of Allen Bradley 509 AOD are 13, 14 for normally open auxiliary contact and 21, 22 for normally closed auxiliary contact.
What are the control circuit connections of Allen Bradley 509 AOD?
The control circuit connections of Allen Bradley 509 AOD are Stop for normally closed stop button, Start for normally open start button, OLR for overload reset button, and A1, A2 for control power supply.
How can I integrate Allen Bradley 509 AOD into an existing system?
Allen Bradley 509 AOD is compatible with various Allen Bradley components, which makes it easy to integrate into an existing system. You can consult the Allen Bradley product catalog or contact their technical support team for guidance on integration.
Conclusion
In conclusion, the wiring diagram of Allen Bradley 509 AOD is essential to understand to control and protect AC motors. We hope this article has helped you understand the wiring diagram of Allen Bradley 509 AOD and the frequently asked questions about it. If you have any further questions, please feel free to contact Allen Bradley’s technical support team.
