PKD 750/32/5,08-V DG

Art.-Nr. 12808.4

Double-level PCB terminal, Screw connection, No. of poles: 32, Width: 165.7 mm, Colour: Dark grey

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Details

Commercial data

General

Colour
Dark grey
Country of origin
QU
Customs number
85369010
GTIN (EAN)
4044211038519
Packaging type
Carton
Packaging unit
50
Quantity unit
PC
Type of banding
Without
Unit of weight
G
Weight per piece (including packaging)
157.6 g
Weight per piece (not including packaging)
153.6 g
Technical data

Dimensions

Diameter of connecting pin
0.9 mm
Drill hole diameter
1.3 mm
Height
34 mm
Length
21.5 mm
Length of the pin
4 mm
Pitch
5.08 mm
Width
165.7 mm
Width left
3.14 mm
Width right
5.08 mm

Ratings

Contamination degree
3
Overvoltage category
III
Rated cross-section
2.5 mm²
Rated current
24 A
Rated impulse voltage
2 kV
Rated voltage
250 V

Connection data

Angle of PCB/wire connection
0°/180° (horizontal)
Connection principle
Screw connection
Connection type of PCB
Solder connection
No. of poles
32
Number of electrical connections
64
Number of levels
2
Screw threading
M 3
Stripping length
8 mm
Torque
0.5 Nm
Type of attachment to circuit board
Connecting contact
Wire cross-section AWG, max.
12
Wire cross-section AWG, min.
30
Wire cross-section single core (rigid)/stranded, max.
4 mm²
Wire cross-section single-core (rigid) / stranded, min.
0.2 mm²
Wire cross-section stranded with wire-end ferrules, max.
2.5 mm²
Wire cross-section stranded with wire-end ferrules, min.
0.25 mm²
Wire cross-section stranded, max.
2.5 mm²
Wire cross-section stranded, min.
0.2 mm²

Further technical data

Connection cycles, in compliance with standard
5
Creepage-current resistance
CTI 600
GWFI after-glow time
30 Sek.
GWIT exposure time
5 Sek.
Glow wire flammability index GWFI
GWFI 850
Glow wire ignition temperature GWIT
GWIT 775 °C
Insulation resistance
1*10^13 Ohm x cm
Recommended wave soldering duration, max.
4 Sek.
Recommended wave soldering duration, min.
3 Sek.
Recommended wave soldering temperature
265 °C
Storage temperature, max.
105 °C
Storage temperature, min.
-40 °C

Materials

Clamping element
Brass
Flammability class UL 94
V-0
Insulation housing
Polyamide 6.6
Screws
Steel
Soldering lug
Copper alloy
Working temperature, max.
105 °C
Working temperature, min.
-30 °C
Authorisations

cUL Recognized

cUL Recognized
1
cUL Usegroup B: rated current
20 A
cUL Usegroup B: rated voltage
300 V
cUL Usegroup C: rated current
20 A
cUL Usegroup C: rated voltage
150 V
cUL Usegroup D: rated current
10 A
cUL Usegroup D: rated voltage
300 V
cUL approval
CSA 22.2 No.158
cUL torque
0.4499999881 Nm
cUL wire cross-section single-core (rigid) AWG, max.
12
cUL wire cross-section single-core (rigid) AWG, min.
30
cUL wire cross-section stranded AWG, max.
12
cUL wire cross-section stranded AWG, min.
30
cUL wire material
Cu

UL Recognized

UL Recognized
1
UL Usegroup B: rated current
20 A
UL Usegroup B: rated voltage
300 V
UL Usegroup C: rated current
20 A
UL Usegroup C: rated voltage
150 V
UL Usegroup D: rated current
10 A
UL Usegroup D: rated voltage
300 V
UL approval
UL 1059
UL factory wiring
✓
UL field wiring
✓
UL torque
4 Lb In
UL wire cross-section single-core (rigid) AWG, max.
12
UL wire cross-section single-core (rigid) AWG, min.
30
UL wire cross-section stranded AWG, max.
12
UL wire cross-section stranded AWG, min.
30
UL wire material
Cu

VDE approval

VDE approval
DIN EN 60998
VDE approval granted
✓
VDE contamination degree
3
VDE overvoltage category
III
VDE rated current
24 A
VDE rated current wire cross-section rigid, max.
24 A
VDE rated current wire cross-section stranded, max.
24 A
VDE rated impulse voltage
2 kV
VDE rated voltage
250 V
VDE screw threading
M 3
VDE torque
0.5 Nm
VDE wire cross-section rigid, max.
4 mm²
VDE wire cross-section rigid, min.
0.5 mm²
VDE wire cross-section stranded, max.
2.5 mm²
VDE wire cross-section stranded, min.
0.5 mm²
Environment

Environmental Product Compliance

REACH CAS 1 Number
7439-92-1
REACH CAS 1 Percent maximum
4 %
REACH CAS 1 Percent minimal
0.1 %
REACH CAS 1 Substance
LEAD
REACH Candidate Substance Note
𐄂
REACH Conform
𐄂
REACH Reference date
2024-11-07
RoHS Conform
✓
RoHS Exception rule
6c
Results