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Wago 2004-410 10-Way Jumper Bar for Terminal Blocks 32A
Wago 2004-410 10-Way Jumper Bar for Terminal Blocks 32A
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Wago 2004-410 10-Way Jumper Bar for Terminal Blocks 32A
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Wago 2004-410 10-Way Jumper Bar for Terminal Blocks 32A
Wago 2004-410 10-Way Jumper Bar for Terminal Blocks 32A
The Wago 2004-410 is a high-quality 10-way jumper bar engineered for seamless electrical distribution within terminal block systems. Designed specifically for the TOPJOB S series, this component facilitates efficient and organized wiring in demanding industrial and commercial environments. By providing a reliable bridge between multiple terminal points, it ensures consistent electrical performance and simplifies complex installation layouts.
This jumper bar offers significant benefits for electrical professionals by reducing installation time and minimizing the need for individual wire jumpers. Its robust construction ensures a secure fit, which contributes to long-term connection stability and safety. The design is optimized for high-performance electrical systems, allowing for a current rating of up to 32A, which makes it a versatile choice for various power distribution tasks.
This jumper bar is specifically designed for use with compatible Wago TOPJOB S series terminal blocks. It may not be suitable for use with terminal blocks from other manufacturers or different series that do not support this specific jumper interface.
To install the jumper bar, align the contact pins with the designated slots on the top of the TOPJOB S terminal blocks. Press the jumper bar firmly into the slots until it clicks into place, ensuring a secure electrical connection across all ten positions. Once installed, the jumper bar provides a continuous electrical path, allowing for efficient power distribution across the connected terminals.
Always ensure that the power supply is disconnected before installing or modifying any electrical components to prevent accidental short circuits or injury.
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