PTR Hartmann

STL1350/..-3.5-V-P3.5-BK-HT

  • 2 to 20 poles
  • Vertical pin strip
  • Spacing 3.5 mm
  • Pin length 3.5 mm
  • Reflow soldering
  • THR
Wire Size
Solid - -
Stranded (flexible) - -
Stranded with ferrule - -
Dimensions
PCB hole diameter 1.3 mm
Materials
Contact pin Brass
Insulating Material
Material LCP
Flammability class UL 94 V-0
Temperatures
Operating temperature -40 °C (without mech. load) - 105 °C
Store temperature -40 °C - 105 °C
Wave Soldering Process Reflow Process
Soldering temperature, recommended 260 °C 217 - 245 °C
Peak soldering time, recommended 3-4 s 60 s
Colours
BLACK, RAL 9011
 
Colours according to RAL, there may be variations on colour due to production conditions.

Number of Poles Width (mm) Article Designation Article Number PU
2
7.00 STL1350/2-3.5-V-P3.5-BK-HT 51350025031G 250
3
10.50 STL1350/3-3.5-V-P3.5-BK-HT 51350035031G 250
4
14.00 STL1350/4-3.5-V-P3.5-BK-HT 51350045031G 250
5
17.50 STL1350/5-3.5-V-P3.5-BK-HT 51350055031G 250
6
21.00 STL1350/6-3.5-V-P3.5-BK-HT 51350065031G 250
7
24.50 STL1350/7-3.5-V-P3.5-BK-HT 51350075031G 250
8
28.00 STL1350/8-3.5-V-P3.5-BK-HT 51350085031E 100
9
31.50 STL1350/9-3.5-V-P3.5-BK-HT 51350095031E 100
10
35.00 STL1350/10-3.5-V-P3.5-BK-HT 51350105031E 100
11
38.50 STL1350/11-3.5-V-P3.5-BK-HT 51350115031E 100
12
42.00 STL1350/12-3.5-V-P3.5-BK-HT 51350125031E 100
13
45.50 STL1350/13-3.5-V-P3.5-BK-HT 51350135031D 50
14
49.00 STL1350/14-3.5-V-P3.5-BK-HT 51350145031D 50
15
52.50 STL1350/15-3.5-V-P3.5-BK-HT 51350155031D 50
16
56.00 STL1350/16-3.5-V-P3.5-BK-HT 51350165031D 50
17
59.50 STL1350/17-3.5-V-P3.5-BK-HT 51350175031D 50
18
63.00 STL1350/18-3.5-V-P3.5-BK-HT 51350185031D 50
19
66.50 STL1350/19-3.5-V-P3.5-BK-HT 51350195031D 50
20
70.00 STL1350/20-3.5-V-P3.5-BK-HT 51350205031D 50

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

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Ratings
UseGroup B C D      
Rated voltage 150 V - - 125 V  
Rated current 10 A - - 10 A  
Overvoltage category       III  
Test voltage 1.30 kV - - 2.5 kV  
Pollution degree       2  
In combination of connectors with different admission data, the lower value is valid.