BTMM-104-01-T-S

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BTMM-104-01-T-S is a series of connectable modular shunts and jumpers for applications in telecommunications, computer technology, and/or other high-tech areas. Developed by modular component manufacturer BTMM, the series offers easy to install and easy to use components, allowing engineers to quickly create shunt or jumper systems for any project.

This series of shunts and jumpers can be used in many different settings. For instance, they are commonly used in optical networks, high-speed telecom networks, and other high-tech applications. In addition, they are often used to bridge small distance gaps in low voltage cables.

The BTMM-104-01-T-S series of shunts and jumpers are available in two different styles, straight and angled. The straight version is ideal for environments where minimal space is available while angled versions are better for applications needing more flexibility. Both types are available in different lengths, from 2-6 inches, and are compatible with jumper wires and connectors from most manufacturers.

The BTMM-104-01-T-S series of shunt and jumper components work by providing a “bridge” between two connectable elements. In this manner, connections can be made without having to directly manipulate the wiring. These components also provide a secure physical connection that resists short circuits or disconnections caused by vibration or shocks.

The components of the BTMM-104-01-T-S series are rated up to 24V/2A and have a wide operating temperature range. They feature a stainless steel body for enhanced protection and durability and can be assembled easily to an array of different types of cables and connectors. The components are also UL94 V0 flame retardant and are designed to meet other various international standards.

The BTMM-104-01-T-S series of shunts and jumpers are the perfect solution for a variety of applications, ranging from low voltage power applications to complex high speed telecom networks. With easy to use and installation components, engineers and technicians can be confident that their projects will be reliable and deliver excellent performance.

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