The GSI sleeves of the IEK trademark are designed for butt welding of copper wires by crimping.
Crimping is performed on top of the insulating housing.
Complete tightness of the electrical contact.
Easily winded wire: chamfers on the edges of the sleeve are removed.
Within the specified range of sections it is possible to connect wires of different sections in one line or to install a branch.
The locking die cut in the center of the sleeve determines the depth of the wire entering the connector.
Protection of the sleeve from the external environment and mechanical damage.
Saving time for installation.
Section of connected conductor: 4
Model: EV009955
Sleeve form: EV009894
Material: EV000138
Surface protection: EV001481
Insulation: EV003897
Colour insulation: EV000234
Voltage row: IEK_V0000477
Type of connection: EV010120
Max current in long-term mode at Umax Imax: 48
Extrusion Force: 90
Ambient class: IEK_V0000067
Length: 41.0
Ambient temperature: -40...+105
Mounting temperature: -20...+50
Nominal cross section: 4...6,0.
The GSI sleeves of the IEK trademark are designed for butt welding of copper wires by crimping.
Crimping is performed on top of the insulating housing.
Complete tightness of the electrical contact.
Easily winded wire: chamfers on the edges of the sleeve are removed.
Within the specified range of sections it is possible to connect wires of different sections in one line or to install a branch.
The locking die cut in the center of the sleeve determines the depth of the wire entering the connector.
Protection of the sleeve from the external environment and mechanical damage.
Saving time for installation.
Section of connected conductor: 4
Model: EV009955
Sleeve form: EV009894
Material: EV000138
Surface protection: EV001481
Insulation: EV003897
Colour insulation: EV000234
Voltage row: IEK_V0000477
Type of connection: EV010120
Max current in long-term mode at Umax Imax: 48
Extrusion Force: 90
Ambient class: IEK_V0000067
Length: 41.0
Ambient temperature: -40...+105
Mounting temperature: -20...+50
Nominal cross section: 4...6,0
