CONTA-CLIP
STL 950 with long soldering lug
The STL 950/.../5.08‑V‑G‑L series features a male pin header with a long soldering lug designed for vertical PCB mounting. Available in pole counts from 2 to 10, each variant uses a 5.08 mm pitch, with contact pins of 1 mm diameter, 3.9 mm pin length, and a 1.4 mm drill‑hole diameter. The housing is moulded from flame‑retardant polyamide 6.6 (UL 94 V‑0) rated for temperatures between –30 °C and +105 °C. The connector is rated at 12 A up to 250 V, with a 4 kV impulse voltage rating, contamination degree 3, over‑voltage category III, and a CTI of 600. It supports at least 100 plug‑in cycles and is recommended for wave‑soldering at 265 °C for 3–4 seconds. Approvals include UL 1059, cUL CSA 22.2 No. 158, and EN 61984 (VDE) certification standards.
In practical applications, the long soldering lug variant is tailored for installations demanding robust mechanical reinforcement or improved thermal endurance, such as heavy‑duty power control modules or devices subject to elevated solder heat loads. It seamlessly integrates with CONTA‑CONNECT’s FRK or ZRK tension‑spring terminal systems, allowing retrofitting of non‑pluggable rows into modular, pluggable terminal configurations. Engineers often use these headers in industrial automation panels, relay modules, power supplies, and process‑control hardware, where reliable PCB connectivity and quick maintenance or replacement cycles are essential. The extended lug enhances mechanical stability during wave soldering or in harsher vibration‑prone environments.
- Designed for vertical PCB mounting
- 2 to 10 Poles
- –30 °C to +105 °C
- 12 A up to 250 V
Selected variant
Technical data
General Data |
|
|---|---|
| Type | Header |
| Pitch | 5.08 mm |
| Colour | Green |
| Number of poles | 2 |
| Approvals | UL, cUL, VDE |
Ratings |
|
| Rated current | 12 A |
| Rated voltage | 250 V |
| Rated impulse voltage | 4 kV |
| Overvoltage category | III |
| Contamination degree | 3 |
Dimensions |
|
| Length | 8.4 mm |
| Width | 11.36 mm |
| Height | 12 mm |
| Width left | 3.14 mm |
| Width right | 3.14 mm |
| Drillhole diameter | 1.4 mm |
| Diameter of the connection pin | 1 mm |
Connection Data |
|
| Connector type/principle | Pin header |
| Connector version | Fixed |
| Number of plugin rows | 1 Â |
Materials |
|
| Housing material | Polyamide 6.6 |
| Flammability class | UL94-V0 |
| Operating temperature from | -30 °C |
| Operating temperature to | 105 °C |
| Contact pin | Copper alloy |
Approvals |
|
|---|---|
| UL test standard | UL 1059 |
| Rated voltage UL | 300 V |
| Rated current UL | 15 A |
| cUL test standard | CSA 22.2 No.158 |
| Rated voltage cUL | 300 V |
| Rated current cUL | 15 A |
| VDE test standard | DIN EN 61984 |
| Rated voltage VDE | 250 V |
| Rated current VDE | 12 A |
| Plug-in cycles acc. to standard | 100 |
| Recommended wave solder duration max | 4 s |
| Recommended wave solder duration min | 3 s |
| Recommended wave soldering temperature | 265 °C |
| Tariff code | 85366990 |
| Pack size | 50 Â |
| Weight | 1 g |
| Country of origin | DE |
| Current creepage resistance | CTI 600 |
| Glow wire flammability index (GWFI) | GWFI 850 |
| Glow wire ignition temperature (GWIT) | GWIT 775 |
| GWFI after-glow time | 30 s |
| GWIT exposure time | 5 s |
| Insulation resistance | 1*10^13 Ω x cm |
Product description
The STL 950/.../5.08‑V‑G‑L series features a male pin header with a long soldering lug designed for vertical PCB mounting. Available in pole counts from 2 to 10, each variant uses a 5.08 mm pitch, with contact pins of 1 mm diameter, 3.9 mm pin length, and a 1.4 mm drill‑hole diameter. The housing is moulded from flame‑retardant polyamide 6.6 (UL 94 V‑0) rated for temperatures between –30 °C and +105 °C. The connector is rated at 12 A up to 250 V, with a 4 kV impulse voltage rating, contamination degree 3, over‑voltage category III, and a CTI of 600. It supports at least 100 plug‑in cycles and is recommended for wave‑soldering at 265 °C for 3–4 seconds. Approvals include UL 1059, cUL CSA 22.2 No. 158, and EN 61984 (VDE) certification standards.
In practical applications, the long soldering lug variant is tailored for installations demanding robust mechanical reinforcement or improved thermal endurance, such as heavy‑duty power control modules or devices subject to elevated solder heat loads. It seamlessly integrates with CONTA‑CONNECT’s FRK or ZRK tension‑spring terminal systems, allowing retrofitting of non‑pluggable rows into modular, pluggable terminal configurations. Engineers often use these headers in industrial automation panels, relay modules, power supplies, and process‑control hardware, where reliable PCB connectivity and quick maintenance or replacement cycles are essential. The extended lug enhances mechanical stability during wave soldering or in harsher vibration‑prone environments.
Related
We now offer cable
What tri-rated cable are you currently using? Does the product or service you receive leave you wanting more? It’s time to ask the question. Because now, you’ve got options.
Terminal Blocks For Push In Connection Systems
This innovative push-in connection system enables time savings of up to 50%, whether you're wiring control panels or managing complex installations
Electrical Protection in the Solar Era: How to Choose Fuses for Modern Photovoltaic Installations
Solar energy has become a pillar of the global energy transition. The experts at OEM Automatic have broken down the role of photovoltaic fuses and their contribution to solar systems, as well as, how to choose the right solution for you.
Fuse links for semiconductor protection
Ultra fast-acting fuse links engineered specifically to shield delicate semiconductor devices.
Lightning and surge protection for DC and control signals
Do you need reliable protection for measuring and control equipment? DEHN YellowLine delivers voltage surge protection tailored for building, measuring, and control systems
MCBs vs ECBs: Which is best for securing DC circuits?
Choosing the right circuit breaker is important for protecting DC circuits. Two primary forms of protection are MCBs and ECBs. The experts at OEM Automatic breakdown the two circuit breakers for you!
