Product Specifications
- Manufacturer
- QUADRIOS
- Part Number
- 22C439
- Product Type
- Insulated Twin Wire End Ferrule
- Quantity
- 100 pieces
- Cable Cross-section
- 2 x 6.0 mm² (AWG ~10)
- Pin Length
- 14 mm
- Color
- Yellow
- Contact Material
- Tin-plated copper
- Insulation Material
- Polyamide (PA)
- Max. Operating Temperature
- 105 °C
- Standard
- DIN 46228-4
Product Description
In high-power industrial applications, you might need to combine two 6.0 mm² cables to safely carry the required current or to feed multiple loads from a single point. The QUADRIOS 22C439 twin ferrule provides a professional and safe solution for this challenge, replacing unreliable methods like stacking ring terminals.
This ferrule is engineered for heavy-duty use. It features a longer 14 mm pin length, which is standard for larger gauge terminals, ensuring full and secure contact within high-capacity terminal blocks. The tin-plated copper barrel is designed to accept two 6.0 mm² conductors, and when properly crimped with a compatible tool, it creates a robust, vibration-resistant connection with minimal contact resistance.
The yellow polyamide insulation follows the DIN 46228-4 standard for 6.0 mm² twin ferrules, making gauge identification immediate. This design also prevents the ferrule from being inserted too far and provides an extra layer of safety. Given the high currents involved, using a high-quality, ratcheting crimping tool specifically designed for 6.0 mm² twin ferrules is essential for a reliable termination.
Resources & Documentation
Insulated Twin Wire Ferrule 6.0 mm² – High-Current Dual Termination for Efficient Power Distribution | QUADRIOS 22C439
Product Specifications
- Manufacturer
- QUADRIOS
- Part Number
- 22C439
- Product Type
- Insulated Twin Wire End Ferrule
- Quantity
- 100 pieces
- Cable Cross-section
- 2 x 6.0 mm² (AWG ~10)
- Pin Length
- 14 mm
- Color
- Yellow
- Contact Material
- Tin-plated copper
- Insulation Material
- Polyamide (PA)
- Max. Operating Temperature
- 105 °C
- Standard
- DIN 46228-4








