A Leader in High
Performance Fluids, Greases and Lubricants
ACCL-7T
Connector Lubricant
Summary:
ACCL-Connector Lubricants, have a 30-year history of commercial service for connectors with precious and base metal contacts in telecom, automotive, aerospace, instrumentation and general purpose applications. Many billions of contacts have been improved by the ACCL-polyphenyl ethers (OS-124®, OS-138®, etc. ) based lubricant formulations. A highly stable, non-spreading film is formed on connectors/terminals after solvent is evaporated. This affords long-term lubrication and protection even when the connectors are exposed to aggressive atmospheres. ACCL-Connector Lubricants reduce insertion force, minimize wear and maintain low and stable contact resistance. In addition these lubricants eliminate all forms of corrosion including "fretting corrosion". These lubricants will last and continue to work for decades or the life of the equipment. An ultraviolet dye is incorporated in all ACCL-Connector Lubricants for easy identification during quality control inspections. Conforms to Telcordia™ requirements, GR-78, GR-357, and GR-121.
Advantages:
- Reduces Insertion/withdrawal forces
- Eliminates fretting corrosion
- Resists chemical attack and inhibits corrosion
- Non-migrating due to high surface tension
- Resists oxidation and increases connection cycles
- Maintains low and stable contact resistance
- Protects connectors for life of equipment
- Contains no silicone
- Safe and non-toxic
| Appearance | Clear Liquid | Oxidation & Corrosion Stability @ 600°F/48 hrs |
|
| Viscosity @ 100°F, cSt | 1650 | Steel (mg/Δ) | 0.02 |
| Temperature Range °C | -40 -150 | Silver (mg/Δ) | 0.03 |
| Fretting Corrosion, 1000 hrs | None | Copper (mg/Δ) | 0.14 |
| Noble Metal Corrosion, 1000 hrs | None | Aluminum (mg/Δ) | 0.04 |
| Copper Corrosion, 24 hrs/100°C | 1.630 | Titanium (mg/Δ) | 0.02 |
| Thermal Conductivity watts ( cm-°k ) | 0.13 | Acid Change | 0.00 |
| Volume Resistivity ohm-cm | > 1015 | Surface Tension Dynes/cm | 54.2 |
Above test were performed on the neat lubricant after solvent evaporation.