A carrier for mounting PCBs onto DIN rails. [Features] · Easily mount PCBs which are difficult to mount on DIN rails. · Can be produced with a free length for assembly. An insulation structure which covers the back side of the circuit board. · Modularized for easy mounting and removal. Significantly reduced housing design and production costs. [Applications] · For mounting self-made PCBs on DIN rails. · To cover the back side of PCBs. · For small production applications that don’t require dedica

A carrier for mounting PCBs onto DIN rails. [Features] · Easily mount PCBs which are difficult to mount on DIN rails. · Can be produced with a free length for assembly. An insulation structure which covers the back side of the circuit board. · Modularized for easy mounting and removal. Significantly reduced housing design and production costs. [Applications] · For mounting self-made PCBs on DIN rails. · To cover the back side of PCBs. · For small production applications that don’t require dedica

A carrier for mounting PCBs onto DIN rails. [Features] · Easily mount PCBs which are difficult to mount on DIN rails. · Can be produced with a free length for assembly. An insulation structure which covers the back side of the circuit board. · Modularized for easy mounting and removal. Significantly reduced housing design and production costs. [Applications] · For mounting self-made PCBs on DIN rails. · To cover the back side of PCBs. · For small production applications that don’t require dedica

A carrier for mounting PCBs onto DIN rails. [Features] · Easily mount PCBs which are difficult to mount on DIN rails. · Can be produced with a free length for assembly. An insulation structure which covers the back side of the circuit board. · Modularized for easy mounting and removal. Significantly reduced housing design and production costs. [Applications] · For mounting self-made PCBs on DIN rails. · To cover the back side of PCBs. · For small production applications that don’t require dedica

A carrier for mounting PCBs onto DIN rails. [Features] · Easily mount PCBs which are difficult to mount on DIN rails. · Can be produced with a free length for assembly. An insulation structure which covers the back side of the circuit board. · Modularized for easy mounting and removal. Significantly reduced housing design and production costs. [Applications] · For mounting self-made PCBs on DIN rails. · To cover the back side of PCBs. · For small production applications that don’t require dedica

A carrier for mounting PCBs onto DIN rails. [Features] · Easily mount PCBs which are difficult to mount on DIN rails. · Can be produced with a free length for assembly. An insulation structure which covers the back side of the circuit board. · Modularized for easy mounting and removal. Significantly reduced housing design and production costs. [Applications] · For mounting self-made PCBs on DIN rails. · To cover the back side of PCBs. · For small production applications that don’t require dedica

A spring type terminal block with direct connection that doesn’t require 100 mm2 thick line crimping. [Features] · Improved workability and labor saving with no crimp terminal required. · Reduced annual inspection costs with no additional tightening work required. · Resistant to vibration, shock and temperature changes, and doesn’t loosen. · Uniform construction quality with no variance among workers due to no torque management being required. · A safety structure which is compliant with interna

A spring type terminal block with direct connection that doesn’t require 100 mm2 thick line crimping. [Features] · Improved workability and labor saving with no crimp terminal required. · Reduced annual inspection costs with no additional tightening work required. · Resistant to vibration, shock and temperature changes, and doesn’t loosen. · Uniform construction quality with no variance among workers due to no torque management being required. · A safety structure which is compliant with interna

A spring type terminal block with direct connection that doesn’t require 100 mm2 thick line crimping. [Features] · Improved workability and labor saving with no crimp terminal required. · Reduced annual inspection costs with no additional tightening work required. · Resistant to vibration, shock and temperature changes, and doesn’t loosen. · Uniform construction quality with no variance among workers due to no torque management being required. · A safety structure which is compliant with interna

A spring type terminal block with direct connection that doesn’t require 100 mm2 thick line crimping. [Features] · Improved workability and labor saving with no crimp terminal required. · Reduced annual inspection costs with no additional tightening work required. · Resistant to vibration, shock and temperature changes, and doesn’t loosen. · Uniform construction quality with no variance among workers due to no torque management being required. · A safety structure which is compliant with interna

A spring type terminal block with direct connection that doesn’t require 100 mm2 thick line crimping. [Features] · Improved workability and labor saving with no crimp terminal required. · Reduced annual inspection costs with no additional tightening work required. · Resistant to vibration, shock and temperature changes, and doesn’t loosen. · Uniform construction quality with no variance among workers due to no torque management being required. · A safety structure which is compliant with interna

A spring type terminal block with direct connection that doesn’t require 100 mm2 thick line crimping. [Features] · Improved workability and labor saving with no crimp terminal required. · Reduced annual inspection costs with no additional tightening work required. · Resistant to vibration, shock and temperature changes, and doesn’t loosen. · Uniform construction quality with no variance among workers due to no torque management being required. · A safety structure which is compliant with interna

Each series includes a jumper for relay terminal blocks. Select the most appropriate type to match the intended application, including the number of poles.

Each series includes a jumper for relay terminal blocks. Select the most appropriate type to match the intended application, including the number of poles.

Each series includes a jumper for relay terminal blocks. Select the most appropriate type to match the intended application, including the number of poles.

Each series includes a jumper for relay terminal blocks. Select the most appropriate type to match the intended application, including the number of poles.

Each series includes a jumper for relay terminal blocks. Select the most appropriate type to match the intended application, including the number of poles.

Each series includes a jumper for relay terminal blocks. Select the most appropriate type to match the intended application, including the number of poles.

Space saving spring type DIN rail mount terminal block. [Features]· Terminal thickness (pitch) is only 10 mm, and can be implemented with about half width of the same capacity screw terminal block.· Easy cable connection by driver operation requiring no crimp.· Compatible cable 0.2 to 10 mm2 *Depending on the cable coating thickness.· Rating 57 A and 800 V.· There are types that divide 35 mm2 to 10 mm2 × 3.[Applications]· When having a trouble caused by small installation space.· When intending

Space saving spring type DIN rail mount terminal block. [Features]· Terminal thickness (pitch) is only 10 mm, and can be implemented with about half width of the same capacity screw terminal block.· Easy cable connection by driver operation requiring no crimp.· Compatible cable 0.2 to 10 mm2 *Depending on the cable coating thickness.· Rating 57 A and 800 V.· There are types that divide 35 mm2 to 10 mm2 × 3.[Applications]· When having a trouble caused by small installation space.· When intending