Locomotives and coaches

1010

The <strong>insulated fork cable lugs of the 1010 series</strong> are made from <strong>electrolytic copper strip with a purity of over 99.9%</strong> and undergo <strong>annealing</strong> and <strong>electrolytic tin-plating</strong> processes to facilitate crimping and increase resistance to mechanical stress.<br />They are fitted with a <strong>PA6.6 insulated cover</strong> with an internal funnel-shaped profile, designed to facilitate conductor insertion and prevent the wires from being crimped during wiring.<br />The <strong>internal knurling of the barrel</strong> improves the <strong>contact between the conductor and the connector</strong>, helping to increase traction and the long-term reliability of the connection.<br />The 1010 series cable lugs are <strong>UL-certified</strong> and comply with the <strong>DIN 46237</strong> standard.

1011

The <strong>insulated pin cable lugs of the 1011 series</strong> are made from <strong>electrolytic copper strip with a purity of over 99.9%</strong> and undergo <strong>annealing</strong> and <strong>electrolytic tin-plating</strong> processes to facilitate crimping and increase resistance to mechanical stress.<br />They are fitted with a <strong>PA6.6 insulated cover</strong> with an internal funnel-shaped profile, designed to facilitate conductor insertion and prevent wire kinking during wiring.<br />The <strong>internal knurling of the barrel</strong> improves <strong>contact between the conductor and the connector</strong>, helping to increase traction and the long-term reliability of the connection.<br />The 1011 series cable lugs are <strong>UL-certified</strong> and comply with the <strong>DIN 46231</strong>standard.

10128

The <strong>10128 series right-angle disconnect terminals</strong> are made <strong>from electrolytically tin-plated brass strip</strong> to prevent oxidation and are reinforced with a <strong>copper sleeve</strong> to increase resistance to mechanical stress.<br />They undergo an <strong>annealing</strong> process to facilitate crimping.<br />They are fitted with an <strong>insulated cover</strong> in PA6.6 with an internal funnel-shaped profile, designed to facilitate conductor insertion and prevent wire kinking during wiring.<br />The <strong>internal knurling of the barrel</strong> improves the <strong>contact between the conductor and the connector</strong>, helping to increase traction strength and the long-term reliability of the connection.<br />The 10128 series connectors are <strong>UL-certified</strong>

1014

The <strong>1014 series insulated butt joints</strong> enable <strong>reliable connections on copper conductors</strong>.<br />They are made from <strong>high-purity electrolytic copper tubes</strong> and undergo <strong>annealing</strong> and <strong>electrolytic tin-plating</strong> processes to facilitate crimping and increase resistance to mechanical stress.<br />They are fitted with a <strong>halogen-free, heat-shrinkable PE-HD insulated cover</strong>, which adheres to the cable during shrinkage, helping to protect the connection from water, moisture and contaminants and ensuring an <strong>IP68</strong> protection rating.

1051

The <strong>head-to-head joints of the 1051 series</strong> enable <strong>reliable connections to be made on copper conductors</strong>.<br />They are made from <strong>high-purity electrolytic copper tube</strong> and undergo <strong>annealing</strong> and <strong>electrolytic tin-plating</strong> processes to facilitate crimping and increase resistance to mechanical stress.<br />The entry ports are <strong>chamfered</strong> to facilitate insertion of the conductor and help prevent the wires from being crimped during wiring.<br />The <strong>1051 series joints</strong> comply with the <strong>DIN 46341</strong> standard.

1052

The <strong>parallel connectors of the 1052 series</strong> enable <strong>reliable connections on copper conductors</strong>.<br />They are made from <strong>high-purity electrolytic copper tube</strong> and undergo <strong>annealing</strong> and <strong>electrolytic tin-plating</strong> processes to facilitate crimping and increase resistance to mechanical stress.<br />The entry points are <strong>chamfered</strong> to facilitate the insertion of the conductor and help prevent the wires from being crimped during wiring.<br />The <strong>1052 series joints</strong> comply with the <strong>DIN 46341</strong> standard.

1600

2A-2M

RING TERMINAL FOR HEAVY-DUTY APPLICATIONS, WITHOUT INSPECTION HOLE, WITH LONG NECK, TWO-HOLE CONNECTION, FOR COPPER CONDUCTORS

2A-2M-AS

RING TERMINAL FOR HEAVY-DUTY APPLICATIONS, WITHOUT INSPECTION HOLE, WITH LONG NECK, TWO-HOLE CONNECTION, FOR COPPER CONDUCTORS

2A-M

HEAVY DUTY RING TERMINAL, WITHOUT INSPECTION HOLE, WITH LONG NECK, FOR COPPER CONDUCTORS

2A80-D12

300106

300110

4320

INTERCHANGEABLE STRIPPING BLOCKS, FOR HB6 CALIPER

5116660250

MECHANICAL CABLE CUTTER, KT SERIES, FOR COPPER AND ALUMINUM CABLES WITH MAXIMUM DIAMETER 18 MM

5116660500

MECHANICAL CABLE CUTTER, KT SERIES, FOR COPPER AND ALUMINUM CABLES WITH MAXIMUM DIAMETER 25,4 MM

9.A

GROMMETS FOR SPLIT CABLE ENTRY SYSTEMS, IN TPE, TYPE SMALL

9.B

GROMMETS FOR SPLIT CABLE ENTRY SYSTEMS, IN TPE, TYPE LARGE

9000.10

SPLIT CABLE ENTRY SYSTEMS FOR PREDETERMINED CABLES, MADE IN GLASS-FIBRE REINFORCED POLYAMIDE PA6.6 WITH OVERMOULDED SEAL

9000.16

SPLIT CABLE ENTRY SYSTEMS FOR PREDETERMINED CABLES, MADE IN GLASS-FIBRE REINFORCED POLYAMIDE PA6.6 WITH OVERMOULDED SEAL

9000.24

SPLIT CABLE ENTRY SYSTEMS FOR PREDETERMINED CABLES, MADE IN GLASS-FIBRE REINFORCED POLYAMIDE PA6.6 WITH OVERMOULDED SEAL

9000.Q

SPLIT CABLE ENTRY SYSTEMS FOR PREDETERMINED CABLES, MADE IN GLASS-FIBRE REINFORCED POLYAMIDE PA6.6 WITH OVERMOULDED SEAL

9000.R

SPLIT CABLE ENTRY SYSTEMS FOR PREDETERMINED CABLES, MADE IN GLASS-FIBRE REINFORCED POLYAMIDE PA6.6 WITH OVERMOULDED SEAL

9005.D

BLINDPLUGS, IN PA6.6

9010

CLOSING PLATES, MADE OF GLASS-FIBRE REINFORCED POLYPROPYLENE