CONTA-CLIP
Earth terminals - FSL 1.5-16mm²
FSL
The FSL pressure-spring earth terminals, rated for conductor cross-sections from 1.5 mm² up to 16 mm², are engineered for rapid, tool-free connection using spring-pressure technology. Mounted on a TS‑35 DIN rail, they are housed in flame-retardant polyamide‑6.6 (UL 94‑V0), with an impressive operating temperature range of –40 °C to +120 °C. These green/yellow terminals conform to overvoltage category III and contamination degree 3, offering robust insulation and safety in harsh industrial environments. Depending on the variant, the terminal width ranges from just 4.1 mm to 12.1 mm, lengths from 48.5 mm to 80 mm, and heights aligning with standard TS‑35 rail dimensions. They support instruction-compliant connection of both solid and stranded conductors (with or without ferrules) from 0.2 mm² up to the maximum, using a standardized 12 mm stripping length. Certifications include CSA, CSA US, KEMA‑KEUR, and EAC, with UL 1059 and C22.2 No 158 compliance.
These earth terminals are ideal for compact, high-density earthing and grounding setups in control panels and distribution cabinets. Thanks to the pressure-spring mechanism, installers benefit from tool-free, vibration-resistant connections—a significant time-saver and reliability feature in machinery and industrial panels. Their colour-coding (green/yellow) ensures immediate visual identification, aiding maintenance and safety compliance. Multiple connection versions (2–4 poles) cover a wide range of grounding demands, from signal circuits to heavier power feeders. The modular design features cross-connection channels for easy busbar integration, making FSL terminals a robust and efficient choice for professional-grade earthing infrastructures.Â
- Wiring without tools
- Material polyamide 6.6
- Temperature resistance -40 °C...+120 °C
- Flammability class V0
Selected variant
Technical data
General data |
|
|---|---|
| Rated wire cross section | 1.5 mm² |
| Colour | Green/yellow |
| Mounting | TS 35 |
| Overvoltage category | III |
| Contamination degree | 3 |
| Approvals | CSA, CSA US, KEMA KUR, EAC |
Dimensions |
|
| Length | 48.5 mm |
| Width | 4.1 mm |
| Height TS 35/7.5 | 43 mm |
Connection data |
|
| Connections | 2 |
| Number of levels | 1 Â |
| Plug gauge acc. EN 60 947-1 | A1 |
| Cross connect channels | 2 Â |
| Cross section single wire from | 0.2 mm² |
| Cross section single wire to | 1.5 mm² |
| Cross section stranded wire from | 0.2 mm² |
| Cross section stranded wire to | 1.5 mm² |
| Cross section stranded with ferrule from | 0.2 mm² |
*Invisible Heading* |
|
|---|---|
| Cross section stranded with ferrule to | 1.5 mm² |
| Rated wire cross section from (AWG) | 24 |
| Rated wire cross section to (AWG) | 16 |
| Stripping length | 12 mm |
Materials |
|
| Insulation material | Polyamide 6.6 |
| Flammability class | UL94-V0 |
| Operating temperature from | -40 °C |
| Operating temperature to | 120 °C |
Approvals |
|
| CSA test standard | C22.2 No 158 |
| CSAus test standard | UL 1059 |
| EAC test standard | TR ZU 004/2011 |
| KEMA KEUR test standard | EN 60947-7-2:2009 |
Additional data |
|
| Tariff code | 85369010 |
| Country of origin | BG |
| Weight | 8.1 g |
| Pack size | 100 Â |
Product description
The FSL pressure-spring earth terminals, rated for conductor cross-sections from 1.5 mm² up to 16 mm², are engineered for rapid, tool-free connection using spring-pressure technology. Mounted on a TS‑35 DIN rail, they are housed in flame-retardant polyamide‑6.6 (UL 94‑V0), with an impressive operating temperature range of –40 °C to +120 °C. These green/yellow terminals conform to overvoltage category III and contamination degree 3, offering robust insulation and safety in harsh industrial environments. Depending on the variant, the terminal width ranges from just 4.1 mm to 12.1 mm, lengths from 48.5 mm to 80 mm, and heights aligning with standard TS‑35 rail dimensions. They support instruction-compliant connection of both solid and stranded conductors (with or without ferrules) from 0.2 mm² up to the maximum, using a standardized 12 mm stripping length. Certifications include CSA, CSA US, KEMA‑KEUR, and EAC, with UL 1059 and C22.2 No 158 compliance.
These earth terminals are ideal for compact, high-density earthing and grounding setups in control panels and distribution cabinets. Thanks to the pressure-spring mechanism, installers benefit from tool-free, vibration-resistant connections—a significant time-saver and reliability feature in machinery and industrial panels. Their colour-coding (green/yellow) ensures immediate visual identification, aiding maintenance and safety compliance. Multiple connection versions (2–4 poles) cover a wide range of grounding demands, from signal circuits to heavier power feeders. The modular design features cross-connection channels for easy busbar integration, making FSL terminals a robust and efficient choice for professional-grade earthing infrastructures.Â
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!
