PTR Hartmann

STL1541/..G-3.5-H-BASALTGREY
New

  • 2 to 20 poles
  • Horizontal pin strip
  • Spacing 3.5 mm
  • Closed ends
  • Double tier pin strip
Wire Size
Solid - -
Stranded - -
Stranded with ferrule - -
Dimensions
PCB hole diameter 1.2 mm
Materials
Contact pin Copper Alloy
Insulating Material
Material LCP
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 260 °C -
Peak soldering time, recommended 3-4 s -
Colours
BASALT GREY, RAL 7012
 
GREEN, RAL 6018
 
LIGHT GREEN, similar RAL 6018
 
Number of Poles Width (mm) Article Designation Article Number PU
2
8.50 STL1541/2G-3.5-H-BASALTGREY 51541025001E 100
3
12.00 STL1541/3G-3.5-H-BASALTGREY 51541035001E 100
4
15.50 STL1541/4G-3.5-H-BASALTGREY 51541045001E 100
5
19.00 STL1541/5G-3.5-H-BASALTGREY 51541055001E 100
6
22.50 STL1541/6G-3.5-H-BASALTGREY 51541065001D 50
7
26.00 STL1541/7G-3.5-H-BASALTGREY 51541075001D 50
8
29.50 STL1541/8G-3.5-H-BASALTGREY 51541085001D 50
9
33.00 STL1541/9G-3.5-H-BASALTGREY 51541095001D 50
10
36.50 STL1541/10G-3.5-H-BASALTGREY 51541105001D 50
11
40.00 STL1541/11G-3.5-H-BASALTGREY 51541115001D 50
12
43.50 STL1541/12G-3.5-H-BASALTGREY 51541125001D 50
13
47.00 STL1541/13G-3.5-H-BASALTGREY 51541135001D 50
14
50.50 STL1541/14G-3.5-H-BASALTGREY 51541145001D 50
15
54.00 STL1541/15G-3.5-H-BASALTGREY 51541155001D 50
16
57.50 STL1541/16G-3.5-H-BASALTGREY 51541165001D 50
17
61.00 STL1541/17G-3.5-H-BASALTGREY 51541175001D 50
18
64.50 STL1541/18G-3.5-H-BASALTGREY 51541185001D 50
19
68.00 STL1541/19G-3.5-H-BASALTGREY 51541195001D 50
20
71.50 STL1541/20G-3.5-H-BASALTGREY 51541205001D 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 300 V - 300 V 160 V  
Rated current 10 A - 10 A 10 A  
Overvoltage category       III  
Test voltage 1.60 kV - 1.60 kV 2.5 kV  
Pollution degree       3  
* Approval Pending
In combination of connectors with different admission data, the lower value is valid.