OMNIMATE Power - series WGK, Feed-through terminal, Rated cross-section: 16 mm², Wemid (PA), Direct mounting, Feed-through (bushing)
Order No.
2440660000
Type
WGK 16 VP BK BX
GTIN (EAN)
4050118468274
Qty.
50 pc(s).
Product data
IEC: 500 V / 76 A / 0.5 - 25 mm² UL: 600 V / 85 A / AWG 20 - AWG 4
Packaging
Box
Dimensions and weights
Height
40.4 mm
Height (inches)
1.591 inch
Height of lowest version
40.4 mm
Width
12 mm
Width (inches)
0.472 inch
Length
12 mm
Length (inches)
0.472 inch
Net weight
22.41 g
Environmental Product Compliance
RoHS Compliance Status
Compliant without exemption
REACH SVHC
No SVHC above 0.1 wt%
System parameters
Product family
OMNIMATE Power - series WGK
Wire connection method
Cable lug: ring cable / spade lug
Conductor outlet direction
180°
Number of poles
1
Pin series quantity
1
Fitted by customer
No
Screwdriver blade
1.0 x 5.5
Tightening torque, min.
2 Nm
Tightening torque, max.
2.3 Nm
Clamping screw
M 5
Stripping length
16 mm
Touch-safe protection acc. to DIN VDE 0470
IP 20
Protection degree
IP20
Type of connection 1
Clamping yoke
Type of connection 2
Screw connection
Material data
Insulating material
Wemid (PA)
Colour
black
Colour chart (similar)
RAL 9011
UL 94 flammability rating
V-0
Contact material
Cu-alloy
Contact surface
tinned
Storage temperature, min.
-40 °C
Storage temperature, max.
70 °C
Operating temperature, min.
-50 °C
Operating temperature, max.
120 °C
Temperature range, installation, min.
-25 °C
Temperature range, installation, max.
120 °C
Conductors suitable for connection
Clamping range, min.
0.5 mm²
Clamping range, max.
25 mm²
Wire connection cross section AWG, min.
AWG 20
Wire connection cross section AWG, max.
AWG 4
Solid, min. H05(07) V-U
0.5 mm²
Solid, max. H05(07) V-U
16 mm²
Stranded, min. H07V-R
10 mm²
Stranded, max. H07V-R
25 mm²
Flexible, min. H05(07) V-K
0.5 mm²
Flexible, max. H05(07) V-K
16 mm²
w. plastic collar ferrule, DIN 46228 pt 4, min.
0.5 mm²
w. plastic collar ferrule, DIN 46228 pt 4, max.
16 mm²
w. wire end ferrule, DIN 46228 pt 1, min.
0.5 mm²
w. wire end ferrule, DIN 46228 pt 1, max.
16 mm²
Reference text
Length of ferrules is to be chosen depending on the product and the rated voltage., The outside diameter of the plastic collar should not be larger than the pitch (P)
Rated data acc. to IEC
tested acc. to standard
IEC 60664-1
Rated current, min. number of poles (Tu=20°C)
76 A
Rated current, max. number of poles (Tu=20°C)
76 A
Rated voltage for surge voltage class / pollution degree III/3
500 V
Rated impulse voltage for surge voltage class/ contamination degree III/3
6 kV
Rated data acc. to CSA
Rated voltage (Use group B / CSA)
600 V
Rated voltage (Use group C / CSA)
600 V
Rated voltage (Use group D / CSA)
300 V
Rated current (Use group B / CSA)
85 A
Rated current (Use group C / CSA)
85 A
Rated current (Use group D / CSA)
10 A
Wire cross-section, AWG, min.
AWG 20
Wire cross-section, AWG, max.
AWG 4
Rated data acc. to UL 1059
Institute (cURus)
Certificate No. (cURus)
E60693
Rated voltage (Use group B / UL 1059)
600 V
Rated voltage (Use group C / UL 1059)
600 V
Rated voltage (Use group D / UL 1059)
300 V
Rated current (Use group B / UL 1059)
85 A
Rated current (Use group C / UL 1059)
85 A
Rated current (Use group D / UL 1059)
10 A
Wire cross-section, AWG, min.
AWG 20
Wire cross-section, AWG, max.
AWG 4
Reference to approval values
Specifications are maximum values, details - see approval certificate.
Packing
Packaging
Box
VPE length
291 mm
VPE width
131 mm
VPE height
67 mm
Important note
Notes
Clearance and creepage distances to other components must be devised in accordance with the relevant application standard. This can be achieved in the device by full encapsulation or by the use of additional spacer plates.
Rated data refer only to the component itself. Clearance and creepage distances to other components are to be designed in accordance with the relevant application standards.
Length of ferrules is to be chosen depending on the product and the rated voltage., The outside diameter of the plastic collar should not be larger than the pitch (P)
Clearance and creepage distances to other components must be devised in accordance with the relevant application standard. This can be achieved in the device by full encapsulation or by the use of additional spacer plates.
Rated data refer only to the component itself. Clearance and creepage distances to other components are to be designed in accordance with the relevant application standards.
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