36
RAST 5 connectors, pitch 5.0 mm
RAST 5 tab header, insulation displacement technology (IDT)
| Approvals: | VDE, cULus |
Technical Data
Environmental conditions
Temperature range: -40 °C/+130 °C *1
1) upper limit temperature (insulating body) RTI (electrical) of the UL Yellow Card
Materials
Insulating body: PA, V-2 according to UL94 *1
Contact tab: CuSn, tin-plated
1) component glow wire resistant (GWT 750 °C), testing acc. to IEC 60695-2-11, assessment acc. to IEC 60335-1 (flame < 2 s)
Connectable conductors for IDT area
Construction: discrete conductor, notched flat cable 5.0 mm
Section min.: 0.5 mm²
Section max.: 0.82 mm²
Insulation diameter: ≤ 2.5 mm
Note: Most products are available with different IDT contact variants. Please note the section Approved Cables below.
Electrical data (at Tamb 20 °C)
Contact resistance: ≤ 5 mΩ
Rated current: 6 A (0.75 mm², Tamb 90 °C)
10 A (0.75 mm², Tamb 60 °C)
Rated voltage: 250 V AC
Counterparts
3623 01 V01
RAST 5 connector for indirect mating, insulation displacement technology (IDT), with locking on tab, consecutive placement without loss of pitch
3623
RAST 5 connector for indirect mating, insulation displacement technology (IDT), with exterior lock, consecutive placement without loss of pitch
3626
RAST 5 connector for indirect mating, insulation displacement technology (IDT), with interior locking, consecutive placement without loss of pitch
3628
RAST 5 chassis connector for indirect mating, insulation displacement technology (IDT), with interior locking
3611
RAST 5 connector for indirect mating, with screw terminal, with lift clamp with protection against misplacing, with interior locking, consecutive placement without loss of pitch
3615
RAST 5 connector for indirect mating, with screw terminal, with lift clamp with protection against misplacing, with test holes and interior locking, consecutive placement without loss of pitch, cable departure opposite to lock
3615-1
RAST 5 connector for indirect mating, with screw terminal, with lift clamp with protection against misplacing, with test holes and interior locking, consecutive placement without loss of pitch, cable departure opposite to lock, with handle latch
3615-2
RAST 5 connector for indirect mating, with screw terminal, with lift clamp with protection against misplacing, with test holes and interior locking, consecutive placement without loss of pitch, cable departure on side of lock
3615-3
RAST 5 connector for indirect mating, with screw terminal, with lift clamp with protection against misplacing, with test holes and interior locking, consecutive placement without loss of pitch, cable departure on side of lock, with handle latch
3686
RAST 5 socket board, upright, free to configure with partitions, positioning spigot and neutral and/or protective conductor bridge in insulation displacement technology (IDT)
3687
RAST 5 socket board, angular, free to configure with partitions and neutral and/or protective conductor bridge in insulation displacement technique (IDT)
3680
Combined RAST 5 tab and socket board, upright, free to configure with partitions, positioning spigot and neutral and/or protective conductor bridge in insulation displacement technology (IDT)
3683
Combined RAST 5 tab and socket board, angular, free to configure with partitions and neutral and/or protective conductor bridge in insulation displacement technology (IDT)
Harnessing Equipment
Approved Cables
Connector systems with insulation displacement and crimp technology require suitable cables and accurate processing. In order to assure safe function of the connectors they must be processed with Lumberg harnessing equipment (series 97), according to Lumberg processing instructions, using cables approved by Lumberg. Do not hesitate to contact us if you have any questions!
The cables listed here have been tested in the laboratory and have been approved suitable for the specified connector type. Lumberg cannot assume warranty for possible modifications on the part of the cable manufacturer. It is the user’s responsibility to ensure the compatibility of the chosen components and their appropriateness for the intended application.
03/2023