PTR Hartmann

AK1550/..-7.0-GREEN

  • 2 to 10 poles
  • Lift type
  • Spacing 7.0 mm
  • Wire entry parallel to plugging direction
  • Coding with coding nose
  • Max. 500 V
Wire Size
Solid 0.14 mm² - 1.5 mm²
Stranded 0.14 mm² - 1.5 mm²
Stranded with ferrule 0.25 mm² - 1.0 mm²
Dimensions
Stripped length 7.0 mm
Materials
Clamp Brass
Screw Bronze
Contact spring Bronze
Insulating Material
Material PA 6.6
Flammability class UL 94 V-0
Temperatures
Operating temperature -40 °C - 105 °C
Store temperature -40 °C - 105 °C
Wave Soldering Process Reflow Process
Soldering temperature, recommended - -
Peak soldering time, recommended - -
Colours
GREEN, RAL 6018
 
BLUE, RAL 5015
 
LIGHT GREEN, similar RAL 6018
 
Number of Poles Width (mm) Article Designation Article Number PU
2
10.50 AK1550/2-7.0-GREEN 51550020041E 100
3
17.50 AK1550/3-7.0-GREEN 51550030041E 100
4
24.50 AK1550/4-7.0-GREEN 51550040041E 100
5
31.50 AK1550/5-7.0-GREEN 51550050041E 100
6
38.50 AK1550/6-7.0-GREEN 51550060041D 50
7
45.50 AK1550/7-7.0-GREEN 51550070041D 50
8
52.50 AK1550/8-7.0-GREEN 51550080041D 50
9
59.50 AK1550/9-7.0-GREEN 51550090041D 50
10
66.50 AK1550/10-7.0-GREEN 51550100041D 50

Please select one of the above listed number of poles before you order for quotation or samples.

to Inquiry Form
Bridge, 2-pole, insulated, BRI/2-7.0/7.62-L7.5-LIGHT GREY

Bridge, 2-pole, insulated, BRI/2-7.0/7.62-L7.5-LIGHT GREY
Article Number50000000018

Series AK(Z)1550 with pull relief

Series AK(Z)1550 with pull relief
Article Numberon request

Ratings
UseGroup B D
Rated voltage 300 V 300 V
Rated current 8 A 8 A
Rated wire size    
- solid AWG 28-16 AWG 28-16
- stranded AWG 28-16 AWG 28-16
Torque 0.25 Nm 0.25 Nm
Screw size M2 M2
Ratings
Overvoltage category III III
Pollution degree 3 2
Rated voltage 500 V 1.000 V
Rated current 8 A 8 A
Rated wire size min max min max
- solid 0.5 mm² (6 A) 1.5 mm² (8 A) 0.5 mm² (6 A) 1.5 mm² (8 A)
- stranded 0.5 mm² (6 A) 1.5 mm² (8 A) 0.5 mm² (6 A) 1.5 mm² (8 A)
Torque 0.25 Nm 0.25 Nm
Screw size M2 M2
Test voltage 6.0 kV 6.0 kV
 
In combination of connectors with different admission data, the lower value is valid.