Double Row Through Hole Mount Connector 823 Series

Available in 5 sizes ranging from .137" - .236" in overall height, 0906 series contacts provide an ideal solution for interconnecting two parallel conductive surfaces inside an electronic device or instrument. The stroking movement of the spring pin piston accommodates uneven, non-parallel conditions due to mechanical tolerances in the assembly, and can be cycled up to 1,000,000 times.

Double Row Through Hole Mount Connector 823 Series

Available in 5 sizes ranging from .137" - .236" in overall height, 0906 series contacts provide an ideal solution for interconnecting two parallel conductive surfaces inside an electronic device or instrument. The stroking movement of the spring pin piston accommodates uneven, non-parallel conditions due to mechanical tolerances in the assembly, and can be cycled up to 1,000,000 times.

Double Row Through Hole Mount Connector 823 Series

Available in 5 sizes ranging from .137" - .236" in overall height, 0906 series contacts provide an ideal solution for interconnecting two parallel conductive surfaces inside an electronic device or instrument. The stroking movement of the spring pin piston accommodates uneven, non-parallel conditions due to mechanical tolerances in the assembly, and can be cycled up to 1,000,000 times.

Double Row Through Hole Mount Connector 823 Series

Available in 5 sizes ranging from .137" - .236" in overall height, 0906 series contacts provide an ideal solution for interconnecting two parallel conductive surfaces inside an electronic device or instrument. The stroking movement of the spring pin piston accommodates uneven, non-parallel conditions due to mechanical tolerances in the assembly, and can be cycled up to 1,000,000 times.

Double Row Through Hole Mount Connector 823 Series

Available in 5 sizes ranging from .137" - .236" in overall height, 0906 series contacts provide an ideal solution for interconnecting two parallel conductive surfaces inside an electronic device or instrument. The stroking movement of the spring pin piston accommodates uneven, non-parallel conditions due to mechanical tolerances in the assembly, and can be cycled up to 1,000,000 times.

Single Row Through Hole Mount Connector 824 Series

Mill-Max Spring Loaded Contacts are button type contacts interconnecting two parallel conductive surfaces inside an electronic device or instrument. The stroking movement of the spring pin piston accommodates uneven, non-parallel conditions due to mechanical tolerances in the assembly. All Mill-Max SLCs are manufactured to precise tolerances and designed to perform reliably over a long cycle life. Contacts are constructed out of gold-plated, precision-machined brass alloy components and a high-reliability, gold-plated spring.

Single Row Through Hole Mount Connector 824 Series

Mill-Max Spring Loaded Contacts are button type contacts interconnecting two parallel conductive surfaces inside an electronic device or instrument. The stroking movement of the spring pin piston accommodates uneven, non-parallel conditions due to mechanical tolerances in the assembly. All Mill-Max SLCs are manufactured to precise tolerances and designed to perform reliably over a long cycle life. Contacts are constructed out of gold-plated, precision-machined brass alloy components and a high-reliability, gold-plated spring.

Single Row Through Hole Mount Connector 825 Series

Mill-Max Spring Loaded Contacts are button type contacts interconnecting two parallel conductive surfaces inside an electronic device or instrument. The stroking movement of the spring pin piston accommodates uneven, non-parallel conditions due to mechanical tolerances in the assembly. All Mill-Max SLCs are manufactured to precise tolerances and designed to perform reliably over a long cycle life. Contacts are constructed out of gold-plated, precision-machined brass alloy components and a high-reliability, gold-plated spring.

Single Row Through Hole Mount Connector 825 Series

Mill-Max Spring Loaded Contacts are button type contacts interconnecting two parallel conductive surfaces inside an electronic device or instrument. The stroking movement of the spring pin piston accommodates uneven, non-parallel conditions due to mechanical tolerances in the assembly. All Mill-Max SLCs are manufactured to precise tolerances and designed to perform reliably over a long cycle life. Contacts are constructed out of gold-plated, precision-machined brass alloy components and a high-reliability, gold-plated spring.

Single Row Through Hole Mount Connector 825 Series

Mill-Max Spring Loaded Contacts are button type contacts interconnecting two parallel conductive surfaces inside an electronic device or instrument. The stroking movement of the spring pin piston accommodates uneven, non-parallel conditions due to mechanical tolerances in the assembly. All Mill-Max SLCs are manufactured to precise tolerances and designed to perform reliably over a long cycle life. Contacts are constructed out of gold-plated, precision-machined brass alloy components and a high-reliability, gold-plated spring.