16-14 Gauge 3/8 Heat Shrink Ring Terminals - 3-Pack
Wire Range: 16-14
Screw Size: 3/8
Quantity: 3
Product Features:
- Cross-linked polyolefin tubing is stronger than PVC and won't burn like it.
- Heat-activated adhesive lining seals against salt water, oil, acids, and sunlight, and provides strain relief.
- Nylon insulator, favored by experts, offers Marine Grade resistance to sunlight, water, oil, chemicals, vibration, and cut-through damage.
- UL Listed and CSA Recognized for safety.
- High shrink ratio - shrinks to 1/3 of its original size.
- Shrinks at 257°F/125°C.
- Operates in a temperature range of 40°C to 110°C.
- ANCOR heat shrink connectors have built-in heat-activated adhesive in the tubing sleeve.
- Forms a watertight seal and provides excellent vibration and strain relief.
- Tinned for corrosion resistance.
- Pure copper for maximum current flow.
- Brazed seam for maximum strength.
WARNING: This product can expose you to chemicals including di(2-ethylhexyl)phthalate (dehp) which is known to the State of California to cause cancer, birth defects or other reproductive harm. For more information go to P65Warnings.ca.gov.
Specifications:
- Gauge: 16-14 AWG
- Type: Ring Terminals
- Post Size: 3/8
- Package Qty: 3
- Heat Shrink: Yes
- Box Dimensions: 1'H x 1'W x 1'L WT: 0.1 lbs
- UPC: 091887313208
Quick Guide (pdf)
Using these Ancor heat shrink ring terminals is easy. First, select the right terminal for your 16 - 14 gauge wire. Slide the terminal onto the wire and make sure it fits well. Then, use a heat source like a heat gun to apply heat to the terminal. Keep the heat gun moving around the terminal until the adhesive inside melts and the tubing shrinks to form a tight seal. It usually shrinks at 257°F/125°C. As for the temperature, the terminals can work well in a range from 40°C to 110°C. When using them, be aware of the warning. This product contains chemicals that can be harmful according to California law. For more details, check P65Warnings.ca.gov. To maintain these terminals, store them in a dry place. Avoid exposing them to extreme conditions like high humidity or direct sunlight for long periods. This will help keep their corrosion - resistant tinned coating and pure copper core in good shape. Also, make sure to handle them gently to prevent damage to the brazed seam and nylon insulator.