New IDEC easy-stack terminal blocks provide flexible wire termination option

BTBH-H blocks are available in four different amp ratings—10A, 15A, 30A, and 50A—and can be ordered as individual components, or as complete assemblies by amp rating for 2 to 30 poles. The terminal blocks are assembled in a twist- and snap-together fashion, without the need for special tools, connecting rods, or DIN rails, resulting in a very low installation height. Users can easily add or remove terminals at any time, as required by specification changes or maintenance work. Terminal blocks with different current values can be combined for applications with different wire diameters, and these blocks are mountable to the surface of any electrical or control back panel with standard M4 self-tapping screws.

The BTBH-H blocks use touch-down electrical terminals that have spring-loaded captive screws, ensuring screws do not get lost and reducing wiring time by making the screw head easily accessible. For maximum compatibility with any application, a pressure plate configuration accepts ring tongue, fork tongue, ferrules, or bare wire, and electrical connections are IP20 finger safe. Depending on applicable standards and terminal block size, the terminal blocks have an insulation rating of 600V or more and can accept wires from 18- to 6-AWG. Multipole jumpers are available to simplify the wiring of common connections for power distribution.

Accessories include end plates, marking strips, dust covers, and joint plates, so any number of terminal poles can be created. These components are UL and CSA certified, EN compliant (TÜV certified), and meet the UL standard FW2 for factory wiring and field wiring. The products are highly flame resistant and comply with JIS C 8201-7-1 and NECA C 2811.

The IDEC BTBH-H easy-stack series surface mount terminal blocks provide users with the choice of exactly what they need for any type of commercial or industrial application, and the product’s modularity enables inventory reduction because only individual parts must be stocked, rather than entire assemblies. This flexibility also increases environmentally friendly practices.