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The Allen Bradley P24208-E3 is an encoder feedback cable assembly designed for efficient connections. It features a robust design ideal for reliable signal transmission between devices.
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| Manufacturer | Allen Bradley |
|---|---|
| Product Type | Encoder Feedback Cable Assembly |
| Product Line | Miscellaneous Allen Bradley |
| Part Number | P24208-E3 |
| Weight | 0.31 lbs (0.14 kg) |
| Drive Connection | J2 Encoder Port |
| Drive Connector Positions | 20 Connector Positions |
| Opposite Connector | 25-Pin D-Sub |
| Connector Gender | Female-To-Female |
| Conductor Material | Tinned Copper |
| Wire Insulation | Polyvinyl Chloride (PVC) |
| Braid Shield Coverage | 85% Minimum |
| Jacket Material | Thermoplastic Elastomer |
| Jacket Resistance | Oil And Chemical-Resistant |
| Molding Material | Black PVC |
| Flex Rating | Stationary, One-Time Flex Only |
The P24208-E3 encoder feedback cable assembly by Allen Bradley facilitates communication in systems requiring precise feedback. This assembly connects directly to the J2 encoder port, ensuring straightforward installation. With a total of 20 positions available for connectivity, it provides flexibility in setup.
On one end, the cable features a 25-pin D-Sub connector with a female-to-female configuration, enabling compatibility with various devices. Constructed from tinned copper, the conductor material promotes optimal conductivity. Each conductor is encased in polyvinyl chloride (PVC) for insulation, assuring durability and reduced interference.
The braid shield on this assembly boasts a minimum coverage of 85%, enhancing protection against electromagnetic interference. Furthermore, the jacket is made from thermoplastic elastomer, contributing to its oil and chemical resistance, making it suitable for industrial environments.
Lastly, the assembly’s molding material is black PVC, which contributes to its rugged design, ensuring it withstands regular usage. The flex rating indicates that it is intended for stationary applications, with the capability for only one-time flexibility.