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509-DOD | Allen-Bradley Full Voltage Non-Reversing Starter
- Regular price
- $1,499.00
- Sale price
- $1,499.00
- Regular price
-
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Product Description P/N: 509-DOD
DescriptionΒ
The Allen-Bradley 509-DOD is a full voltage non-reversing starter designed for industrial motor control applications. It features a compact and robust design with overload protection and push-button controls, ensuring reliable operation and safety for motors up to a specified horsepower rating. Ideal for various industrial settings, it facilitates straightforward motor starting and stopping with built-in overload protection for motor and equipment safety.
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Technical SpecificationsΒ
| Brand | Allen-Bradley |
| Category | Contactors & Starters |
| Part Number | 509-DOD |
| Subcategory | Starter |
| Coil Voltage | 115/120 VAC |
| Auxiliary Contact Configuration | 2 N.O. |
| Poles | 3 |
| Frequency | 60 HZ |
| Amperage | 90 AMP |
| NEMA Rating | NEMA SIZE 3 |
| Product Type | STARTER |
| Non-Reversing | Yes |
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Information About 509-DOD
The 509-DOD by Allen-Bradley is a full voltage non-reversing starter, engineered to efficiently control the operation of electric motors. With a coil voltage of 115/120 VAC and a frequency of 60 Hz, it ensures reliable performance in various industrial applications.
Featuring two normally open auxiliary contacts, this starter facilitates additional control and monitoring functions within the electrical system. Its three poles configuration suits three-phase systems, offering comprehensive motor control across all phases.
With an amperage rating of 90 AMP and a NEMA Size 3 rating, the 509-DOD is capable of handling moderate to high power loads while adhering to industry standards for safety and performance. As a non-reversing starter, it provides straightforward motor control without the need for reversing functionality.
Designed for ease of installation and operation, this starter is suitable for a range of applications requiring efficient motor control solutions. Its robust construction and reliable performance make it a versatile choice for industrial settings where precise motor control is essential.
DescriptionΒ
The Allen-Bradley 509-DOD is a full voltage non-reversing starter designed for industrial motor control applications. It features a compact and robust design with overload protection and push-button controls, ensuring reliable operation and safety for motors up to a specified horsepower rating. Ideal for various industrial settings, it facilitates straightforward motor starting and stopping with built-in overload protection for motor and equipment safety.
Β
Β
Technical SpecificationsΒ
| Brand | Allen-Bradley |
| Category | Contactors & Starters |
| Part Number | 509-DOD |
| Subcategory | Starter |
| Coil Voltage | 115/120 VAC |
| Auxiliary Contact Configuration | 2 N.O. |
| Poles | 3 |
| Frequency | 60 HZ |
| Amperage | 90 AMP |
| NEMA Rating | NEMA SIZE 3 |
| Product Type | STARTER |
| Non-Reversing | Yes |
Β Β
Β
Information About 509-DOD
The 509-DOD by Allen-Bradley is a full voltage non-reversing starter, engineered to efficiently control the operation of electric motors. With a coil voltage of 115/120 VAC and a frequency of 60 Hz, it ensures reliable performance in various industrial applications.
Featuring two normally open auxiliary contacts, this starter facilitates additional control and monitoring functions within the electrical system. Its three poles configuration suits three-phase systems, offering comprehensive motor control across all phases.
With an amperage rating of 90 AMP and a NEMA Size 3 rating, the 509-DOD is capable of handling moderate to high power loads while adhering to industry standards for safety and performance. As a non-reversing starter, it provides straightforward motor control without the need for reversing functionality.
Designed for ease of installation and operation, this starter is suitable for a range of applications requiring efficient motor control solutions. Its robust construction and reliable performance make it a versatile choice for industrial settings where precise motor control is essential.