Electrical systems

10.21.24

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.

1020 1021

The <strong>ring cable lugs of the 1020 1021 series</strong> enable <strong>reliable connections to be made on copper conductors</strong>.<br />They are made from <strong>high-purity electrolytic copper strip</strong> and undergo <strong>annealing</strong> and <strong>electrolytic tin-plating</strong> processes to facilitate crimping and increase resistance to mechanical stress.<br />The <strong>brazed barrel with internal knurling</strong> helps to increase the <strong>mechanical strength of the connector</strong>, improving the <strong>contact between the conductor and the connector</strong> and the <strong>traction strength</strong>.<br />The <strong>cable lugs in the 1020 1021 series</strong> are <strong>UL-certified</strong> and comply with the <strong>DIN 46234 standard</strong>.

1022 1020

The <strong>ring cable lugs of the 1022 1020 series</strong> enable <strong>reliable connections to be made on copper conductors</strong>.<br />They are made from <strong>high-purity electrolytic copper strip</strong> and undergo <strong>annealing</strong> and <strong>electrolytic tin-plating</strong> processes to facilitate crimping and increase resistance to mechanical stress.<br />The <strong>brazed barrel with internal knurling</strong> helps to increase the <strong>mechanical strength of the connector</strong>, improving the <strong>contact between the conductor and the connector</strong> and the <strong>traction strength</strong>.<br />The <strong>1022 1020 series cable lugs</strong> are <strong>UL-certified</strong> and comply with the <strong>DIN 46234 standard</strong>.

1029 1030

The <strong>fork cable lugs of the 1029 1030 series</strong> enable <strong>reliable connections to be made on copper conductors</strong>.<br />They are made from <strong>high-purity electrolytic copper strip</strong> and undergo <strong>annealing</strong> and <strong>electrolytic tin-plating</strong> processes to facilitate crimping and increase resistance to mechanical stress.<br />The <strong>brazed barrel with internal knurling</strong> helps to increase the <strong>mechanical strength of the connector</strong>, improving the <strong>contact between the conductor and the connector</strong> and the <strong>traction strength</strong>.<br />The <strong>1029 1030 series cable lugs</strong> are <strong>UL-certified</strong> and comply with the <strong>DIN 46234 standard</strong>.

1030

The <strong>fork cable lugs of the 1030 series</strong> enable <strong>reliable connections to be made on copper conductors</strong>.<br />They are manufactured from <strong>high-purity electrolytic copper strip</strong> and undergo <strong>annealing</strong> and <strong>electrolytic tin-plating</strong> processes to facilitate crimping and increase resistance to mechanical stress.<br />The <strong>brazed barrel with internal knurling</strong> helps to increase the <strong>mechanical strength of the connector</strong>, improving the <strong>contact between the conductor and the connector</strong> and the <strong>traction strength</strong>.<br />The <strong>1030 series cable lugs</strong> are <strong>UL-certified</strong> and comply with the <strong>DIN 46234 standard</strong>.

1040

The <strong>pin cable lugs of the 1040 series </strong>enable <strong>reliable connections to be made on copper conductors</strong>.<br />They are made from <strong>high-purity electrolytic copper strip</strong> and undergo <strong>annealing</strong> and <strong>electrolytic tin-plating</strong> processes to facilitate crimping and increase resistance to mechanical stress.<br />The <strong>brazed barrel with internal knurling</strong> helps to increase the <strong>mechanical strength of the connector</strong>, improving the <strong>contact between the conductor and the connector</strong> and the <strong>traction strength</strong>.<br />The <strong>1040 series cable lugs</strong> are <strong>UL-certified</strong> and comply with the <strong>DIN 46230 standard</strong>.

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.

1052

PLUG, IN POLYAMIDE PA6, PG PITCH, IP54

1053

PLUG, IN POLYAMIDE PA6, METRIC PITCH, IP54

1112

COUNTER-NUT, IN PA6.6 POLYAMIDE, METRIC PITCH

1141

COUNTER-NUT WITH COLLAR, IN PA6.6 POLYAMIDE, GAS PITCH

1142

COUNTER-NUT WITH COLLAR, IN PA6.6 POLYAMIDE, PG PITCH

1143

COUNTER-NUT WITH COLLAR, IN PA6.6 POLYAMIDE, METRIC PITCH

1253

ENTRY PLUGS, POLYSTYRENE PS, METRIC THREAD

1400

CABLE GLAND, IN POLYAMIDE PA6, GAS PITCH, IP54

1410

COUNTER-NUT, IN PA6.6 POLYAMIDE, GAS PITCH

1500 GAS

SPIRALBLOCK CABLE GLAND, IN PA6.6 POLYAMIDE, GAS PITCH, IP68

1500 M

SPIRALBLOCK CABLE GLAND, IN PA6.6 POLYAMIDE, METRIC PITCH, IP68

1500 Pg

SPIRALBLOCK CABLE GLAND, IN PA6.6 POLYAMIDE, PG PITCH, IP68

1600