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The 900417 is a single-phase PC board from Allen Bradley, designed for reliability and performance. Weighing 0.99 lbs, it features four contact studs and can accommodate terminal capacities of up to 25 mm², making it versatile for various applications.
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| Manufacturer | Allen Bradley |
|---|---|
| Product Type | PC Board |
| Product Line | 8500 Motors |
| Part Number | 900417 |
| Weight | 1.00 lbs (0.45 kg) |
| Type | Single-phase |
| Contact Studs | 4 Studs |
| Terminal Capacity | Up to 25 mm² |
| Tightening Torque (Terminal) | 2.5 Nm |
| Material Composition | Copper and tin-plated brass |
| Connection Type | DIN rail mounting |
| Function | Connects arresters with other DIN rail devices |
| Cross-sectional Compatibility | Suitable for modular wiring systems |
| Mounting Style | Longitudinal connector |
| Possible Application | Bridging component for arresters |
| Surface Treatment | Tin-plated for corrosion resistance |
| Mechanical Stability | Rigid copper base for high durability |
The part number 900417 is an Allen Bradley PC board designed specifically for single-phase applications. Its weight is 0.99 lbs, tailoring it for efficient mounting and ease of installation. Featuring a total of four contact studs, this board enables solid connections while supporting terminal capacities of up to 25 mm².
With a tightening torque requirement of 2.5 Nm, the connections can be securely maintained, ensuring reliability during operation. The implementation of copper combined with tin-plated brass results in a robust composition, providing both conductivity and resistance to corrosion. Its ability as a longitudinal connector makes it particularly useful for bridging functions between arresters and other DIN rail-mounted devices, facilitating a reliable electrical connection.
Additionally, this PC board is designed to fit into modular wiring systems seamlessly, accommodating typical industrial configurations. The effective surface treatment of tin plating aids in resisting corrosion, while the rigid copper base contributes to its high durability and mechanical stability under various operational conditions.