Plug with bayonet coupling nut

Ersatzteile

Series GS

Article Number : GS60-18-8PN-EAA

Available from stock

RoHS II compliant
Protection class according DIN EN 60529 / IP69
Suitable for EMI applications
Certified acc. EN45545-2: 2013, R22/HL1, HL2, HL3 and R23/HL1, HL2, HL3
2 possible codings

Dimensions

https://gimota.com/Graphics/gs60_02_z_web.jpg
https://gimota.com/Graphics/layout_18-8p_web.jpg
D1 Ø [mm]

37
L1 [mm]

36.0
N1

1"-20 UNEF 2A
X1 [mm]

9.0

Mechanical properties

Size

18
Contact type

Pin
Number of coding options

2
Number of contacts, size 12

1
Number of contacts, size 16

7
Shell material

Aluminum alloy
Surface

Zinc
Type of surface

Passivated
Thickness of surface treatment (µ)

12-15µ
Surface colour

Black
Corrosion resistance [h]

200
Operation temperature [°C]

-55 - +90
Temperature shock [°C]

-55 - +125
Conductivity (MΩ)

≤ 0.5
Coupling-torque to lock [Nm]

max. 4.0
Coupling-torque to open [Nm]

min. 1.0

Thermal properties

Material contact insert

Ethylene acrylate GXF
Operating temperature insert [°C]

-55 - +150

Electrical properties

Operating voltage DC [V]

700
Operating voltage AC [V]

500
Test voltage AC [V]

2000
Insulation resistance (mΩ)

≥ 5000

Insulation creepage distance [mm]

≥ 3.2
Voltage class

MIL-DTL-5015

Electrical properties contacts

Size 12 - rated current (continuous) [A]

23
Size 12 - maximum current (short-term) [A]

41
Size 12 - test current [A]

35
Size 16 - rated current (continuous) [A]

13
Size 16 - maximum current (short-term) [A]

22
Size 16 - test current [A]

20

Standards

Fire protection class EN 45545-2

R23/HL3

Download Product Information

Datasheet_GS60-18-8PN-EAA.pdf

Please contact your Gimota partner for other shell materials, surface coatings or contact insert materials.

Voltage classes tested acc. MIL-DTL-5015 Power transmission verification acc. VG95234 / 2 test 5.10.1 and VG95210 / 37 Corrosion resistance tested acc. MIL 1344A Test 101.1 Temperature shock tested acc. MIL 202F, 107G Method Electrical conductivity acc. MIL 1344A, Test 3007

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