PTR Hartmann

STL1550/..G-3.5-H-P2.6-BK-HT
New

  • 2 to 11 poles
  • Horizontal pin strip
  • Spacing 3.5 mm
  • Closed ends
  • Reflow soldering
  • Automatic assembly (tape-on-reel)
  • THR
  • Pin length 2.6 mm
  • Pin length 1.4 mm also available
Wire Size
Solid - -
Stranded (flexible) - -
Stranded with ferrule - -
Dimensions
PCB hole diameter 1.2 mm
Materials
Contact pin Copper Alloy
Insulating Material
Material PA
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
8.40 STL1550/2G-3.5-H-P2.6-BK-HT 51550025333R 470
3
11.90 STL1550/3G-3.5-H-P2.6-BK-HT 51550035333R 470
4
15.40 STL1550/4G-3.5-H-P2.6-BK-HT 51550045333R 470
5
18.90 STL1550/5G-3.5-H-P2.6-BK-HT 51550055333R 470
6
22.40 STL1550/6G-3.5-H-P2.6-BK-HT 51550065333R 470
7
25.90 STL1550/7G-3.5-H-P2.6-BK-HT 51550075333R 470
8
29.40 STL1550/8G-3.5-H-P2.6-BK-HT 51550085333R 470
9
32.90 STL1550/9G-3.5-H-P2.6-BK-HT 51550095333R 470
10
36.40 STL1550/10G-3.5-H-P2.6-BK-HT 51550105333R 470
11
39.90 STL1550/11G-3.5-H-P2.6-BK-HT 51550115333R 470

Tape-on-Reel        
Poles Reel (RD/") Width (R/mm) Pitch (RP/mm) Pieces (PCS)
2 13 32 12 470
3 13 32 12 470
4 13 32 12 470
5 13 56 12 470
6 13 56 12 470
7 13 56 12 470
8 13 56 12 470
9 13 56 12 470
10 13 56 12 470
11 13 56 12 470

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

to Inquiry Form
Coding Star CS1-3.5/3.81-NATURAL-HT

Coding Star CS1-3.5/3.81-NATURAL-HT
Article Number50000000022

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  
In combination of connectors with different admission data, the lower value is valid.