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RKTS 5L-1021

Product Number: RKTS 5L-1021

M12 Single-Ended Cordset, Industrial Power Applications, PUR grey cable, shielded, female, straight, L-coded, 5-Pin (4+FE), 5x2.5 mm2

M12 Single-Ended Cordset, Industrial Power Applications, PUR grey cable, shielded, AWM: 20939, female, straight, L-coded, 5-Pin (4+FE), 5x2.5 mm2, ≤ 60 V AC/DC operating voltage, rated current 24 A (20 A UL pending), -40 °C 125 °C (operating temp.), suited for IP65, IP67, IP69K environment, IEC 60664-1 (2020-05), UL 2237; cULus

Availability
Global
Status
Active

Ships from and sold by A5 IT.

Specifications

Information

Product FamilyPower Connector
Side 1 Product Sub FamilyM12 Power
Connector TypeCordset, single ended
Side 1 Type of Contact/GenderSocket Contact / Female
Connector DesignMolded | M12 Female | Straight
Number of Pins5 (4+PE)
Coding, Side 1L
Shielding TypeShielded
Attachment TypeCoupling Nut
Voltage Rating63 V
Rated Voltage (UL)63 V
Rated Impulse Voltage1.5 kV
Operating Voltage60 V AC/DC
Current Rating24 A
Rated Current (UL)*16 A (UL Certified); Product is designed to meet UL 20 A requirements, it is NOT certified yet; a UL 20 A certification process can be initiated upon special request based on a separate agreement with us.
Side 1 Contact Resistance≤ 10 mOhm
Insulation Resistance˃ 10^9 Ohm
Mating Cycles≤ 100
Ambient Temperature (Operation)*-40 °C ... 125 °C, notice derating
Protection Degree / IP Rating**IP65, IP67, IP69K
Side 1 Design StandardIEC 61076-2-111
Side 1 Pollution Degree3 acc. to IEC 60664-1
Clearance / Creepage DistanceIEC 60664-1 (2020-05)
Overvoltage CategoryIII acc. to IEC 60664-1
Note Derating* Notice derating
Protection Degree / IP Rating NoteIP Rating tested according to IEC standard using combination of a Hirschmann or Lumberg Automation connector mounted and locked
Note1. Do not connect or disconnect under load.
Product CharacteristicsTo ensure ingress protection, please check the O-ring’s position before connecting. Improperly positioned O-ring leads to ingress protection potential failure.

Face View

Pin 1brown
Pin 2white
Pin 3blue
Pin 4black
FEpink

Materials

Contact Base MaterialCopper Alloy (CuNi)
Side 1 Contact PlatingGold over Copper (Cu/Au)
Contact Bearer MaterialGlass-filled Polybutylene Terephthalate (PBT GF)
Contact Bearer Colorgrey
Flammability Class (Contact Bearer)UL 94 V-2
Molded Body MaterialThermoplastic Elastomer (TPE)
Molded Body ColorBlack
Flammability Class (Molded Body)UL 94 HB
Attachment MaterialCopper Alloy (CuZn)
Attachment PlatingNickel (Ni)
Shielding MaterialCuZn, plating: Ni
O-Ring MaterialFluoroelastomer (FKM)

Circuitry

Fastening Torque (Attachment)M 12x1: (50-60) Ncm, hand-tight

Cable Data

Cable Number1021
Conductor Size2.5 mm2
Number of Wires5
Minimal Bending Radius (Fixed Inst)˃ 4 x D
Minimal Bending Radius (Flexible Inst)˃ 7.5 x D
Cycles (Bending)˃ 10 Mio, max. 50 m/s2
Cycles (Torsion)˃ 5 Mio @ ± 30 °/1 m
Conductor MaterialCu
Cable Jacket MaterialPolyurethane (PUR)
Cable Jacket ColorGrey
Cable Diameter DØ 10.6 | 0.417"
Wire Insulation MaterialPolypropylene (PP)
Insulated Wire DiameterØ 2.90 mm | 0.114"
Overall Shield (Cable)Tinned Copper Braided Screen
Ambient Temperature (Fixed Installation)- 40 °C to + 90 °C
Ambient Temperature (Flex Installation)- 30 °C to + 90 °C
Ambient Temperature (Fixed Installation short-term 100h)-40 °C to +125 °C
Ambient Temperature (Drag Chain Inst)- 20 °C to + 60 °C
UL Cable TypeAWM Style 20939
Flammability Class (Cable Jacket)VDE 0482-332-1-2, DIN EN 60332-1-2 / IEC 60332-1 / UL VW-1, CSA FT1

Approvals

UL-FileE497237
ULUL 2237; cULus

Safety & Environmental Compliance

RoHS CompliantYes

Resistances

HalogenfreeDIN VDE 0472 T.815, IEC 60754-1
Oil ResistanceHD 22.10 Appendix A, DIN EN 60811-404

Notes

Note Derating* Notice derating
Protection Degree / IP Rating NoteIP Rating tested according to IEC standard using combination of a Hirschmann or Lumberg Automation connector mounted and locked
Note1. Do not connect or disconnect under load.
Product CharacteristicsTo ensure ingress protection, please check the O-ring’s position before connecting. Improperly positioned O-ring leads to ingress protection potential failure.

Resources

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