Gaopeng

Non-insulated Terminal

Product Details

SNB Non-insulated Fork Terminal

Discover SNB Non-insulated Fork Termin...

Description

Precision Connection, Maximum Protection – Engineered for Harsh Electrical Environments

✅Pre-Insulated Nylon Sleeve
High-density Nylon sleeves pre-crimped onto terminals, withstand-20°C to +80°C, resisting oil, moisture, and vibration.No heat shrink needed– 50% faster installation.

✅Military-Grade Conductivity
Tin-plated brass core, conductivity ≥28%. Tested at20A continuous current, crimping resistance ≤0.5mΩ.

✅Anti-Mismatch Color Coding
Red/blue/yellow sleeves follow industry polarity standards,reducing misconnection risks by 90%.

✅3-Second Crimping
Streamlined bullet shape works with standard crimpers (AWG 22-10).Solder-free, reliable connection in 3 seconds.

Product Images

Precision Connection, Maximum Protection – Engineered for Harsh Electrical Environments

✅Military-Grade Conductivity
Tin-plated brass core, conductivity ≥28%. Tested at20A continuous current, crimping resistance ≤0.5mΩ.

✅Anti-Mismatch Color Coding
Red/blue/yellow sleeves follow industry polarity standards,reducing misconnection risks by 90%.

✅3-Second Crimping
Streamlined bullet shape works with standard crimpers (AWG 22-10).Solder-free, reliable connection in 3 seconds.

PRODUCT DESCRIPTION

SNB fork bare terminals are a common electrical connection device and belong to a type of crimp-type terminal. S: Represents Spade. N: represents the bare end (i.e. uninsulated, also refers to a specific size series in some standards). B: In the DIN standard, it usually refers to the series with a terminal fork width of 7.5mm (6.2mm for type A and 7.5mm for type B).

Therefore, SNB usually refers to non-insulated fork bare terminals with a fork width of 7.5mm. It is used to reliably attach wires to screw binding posts, enabling electrical conduction.SNB bare terminals are used for electrical connection points that require frequent disassembly, maintenance, or inspection, and their fork-shaped design allows for easy loading and unloading of wires without fully unscrewing the screws. It is mainly used in industrial control cabinets, power equipment, automotive electrical systems, household appliances and equipment, communication equipment, rail transit and ship electrical and other scenarios.

The most common choice for conductor materials is highly conductive copper, such as T2 copper, which has excellent conductivity. The surface treatment is generally tin plating. The tin layer effectively prevents copper oxidation, improves solderability (if required), reduces contact resistance, and is affordable. The fork design allows for easy installation and removal, making it suitable for occasions that require maintenance. And through professional crimping, an airtight connection is formed, with low resistance, vibration resistance, and high tensile strength, which is better than direct winding or welding. and the bare end design makes it easy to check the crimp quality after connection and to visualize the screw tightness. The cost is low and the production process is mature.