Bankey Bihari Industrial Product Co.

Purpose: Distributes power or signals from one input wire to four separate output wires quickly and securely.

Design: Compact block or modular connector with one input port and four output ports, often labeled for easy wiring.

Material: Made from durable, flame-retardant plastic housing with high-conductivity metal terminals inside (typically copper or brass).

Connection Type: Usually features push-in, lever-lock, or screw-type mechanisms depending on the model.

Wire Compatibility: Supports solid, stranded, and sometimes flexible wires, typically ranging from 28 AWG to 12 AWG.

Current Rating: Handles varying loads depending on design, often around 32A at 250V (check model specifics).

Protection Rating: IP68-rated for complete dust-tight protection and long-term submersion in water (beyond 1 meter depth).

Pin Configuration: Features 5 pins for multi-signal or multi-power connections in a single compact unit.

Material: Built with robust plastic (such as PA66, PVC, or nylon) and corrosion-resistant metal contacts (like brass or copper alloy).

Connection Type: Available in screw-lock, snap-lock, or bayonet-lock designs for secure and vibration-resistant mating.

Cable Compatibility: Suitable for a range of cable diameters (often around 4mm–10mm) with built-in cable glands for waterproof sealing.

Waterproof & Dustproof (IP68 Rated): Fully protected against dust ingress and long-term immersion in water, ideal for harsh environments.

T-Shaped Design: Efficient branching connector for splitting or joining 5-pin signal or power lines.

5-Pin Configuration: Suitable for transmitting multiple signals or power channels, commonly used in LED lighting, sensors, and industrial automation.

Durable Construction: Made from robust materials like nylon or PVC with rubber seals for long-lasting outdoor or industrial use.

Secure Locking Mechanism: Features a threaded or push-lock design for vibration resistance and reliable connection.

Wide Application: Commonly used in marine equipment, outdoor lighting systems, automotive wiring, and factory machinery.

Design: Compact plastic housing with internal spring or metal clamp for quick wire insertion.

Function: Joins individual solid or stranded wires by simply pushing them into the connector—no twisting or crimping required.

Tool-Free: Installs without tools, making it fast and user-friendly.

Secure Hold: Built-in clamps grip wires tightly to prevent loosening or accidental pull-out.

Clear Housing: Often transparent or semi-transparent for visual wire placement confirmation.

Material: Made from durable, non-conductive plastic materials like nylon or PVC.

Function: Join, terminate, or manage electrical cables and wiring securely.

Applications: Commonly used in home electrical systems, automotive wiring, appliances, and industrial equipment.

Types: Includes cable glands, wire nuts, snap connectors, and push-in connectors.

Insulation: Provide excellent electrical insulation to prevent short circuits.

Lightweight: Easier to handle and install compared to metal connectors.

Purpose: Joins and insulates multiple wires together inside a sealed, protective cap.

Material: Outer body made from durable PVC (Polyvinyl Chloride) for insulation and flexibility.

Internal Structure: Contains a metal insert (typically copper or brass) that securely crimps the wire ends.

Connection Method: Requires a crimping tool to compress the connector onto the wires for a strong, reliable bond.

Sealed Design: Closed-end construction protects wire connections from dust, moisture, and mechanical stress.

Voltage Rating: Generally rated for low to medium voltage applications (specific ratings vary by model).

Purpose: Securely joins two or more electrical wires using a mechanical screw-tightening method.

Design: Features a housing (typically plastic or nylon) with an internal screw mechanism that clamps down on inserted wires.

Material: Durable insulating plastic shell with a metal (often brass or steel) core and screw.

Connection Method: Wires are inserted into the connector and secured by tightening the internal screw—ensuring a strong, stable connection.

Wire Compatibility: Suitable for both solid and stranded wires across a range of gauges (typically 22 AWG to 10 AWG depending on model).

Reusability: Unlike twist-on connectors, screw connectors can be easily loosened and reused during maintenance or upgrades.

Function: Securely joins two or more wires in a sealed, insulated enclosure.

Material: Typically made from nylon or plastic with a tin-plated copper insert.

Crimp Connection: Requires a crimping tool to compress the internal metal sleeve onto the wires.

Insulated: Fully enclosed to prevent accidental shorts and provide electrical insulation.

Permanent: Intended for semi-permanent connections that aren't frequently disconnected.

Application: Ideal for light fixtures, control circuits, and low-voltage wiring.

Purpose: Designed for securely connecting, tightening, or removing wire connectors or sockets.

Functionality: Helps ensure tight, reliable electrical connections without damaging wires or connectors.

Compatibility: Works with various types of wire connectors (twist-on, push-in, terminal blocks, etc.).

Ease of Use: Ergonomic handles and compact design for comfortable grip and easy maneuverability.

Time-Saving: Speeds up installation and maintenance in electrical work.

Applications: Suitable for residential, commercial, and automotive electrical projects.

Purpose: Quickly and securely connects individual wires without twisting, crimping, or soldering.

Design: Compact housing with internal spring clamps that hold inserted wires firmly in place.

Material: Made from durable, flame-retardant plastic with metal (usually copper alloy) contact points.

Tool-Free Installation: Simply push the stripped wire into the connector for a fast, secure connection—no tools required.

Wire Compatibility: Supports solid or stranded wires, commonly ranging from 12 AWG to 22 AWG (check model specs).

Multiple Ports: Available in 2, 3, 4, 5, or more ports for connecting several wires together easily.

Purpose: Designed for securely connecting electrical wires in automotive systems, ensuring reliable power and signal transmission.

Material: Typically made of high-temperature-resistant plastic (such as PA66/nylon) with corrosion-resistant metal terminals (copper, tin-plated brass).

Pin Configuration: Available in various pin counts (e.g., 2-pin, 3-pin, 6-pin, 12-pin) to suit different wiring applications.

Sealing: Often features waterproof (IP67/IP68) and dustproof rubber seals for protection in harsh environments.

Connection Type: Includes plug-and-play connectors with locking mechanisms (clip, latch, or screw-type) to prevent accidental disconnection.

Voltage & Current Rating: Typically supports 12V/24V systems with current ratings ranging from 5A to 40A per pin.

Purpose: Safely connects electrical wires in high-heat environments, maintaining strong electrical continuity.

Material: Made from high-temperature resistant thermoplastics (like thermoset polyester) and often reinforced with ceramic or fiberglass.

Internal Design: Features a tough internal metal spring or coil (usually steel or copper) that twists and holds wires securely.

Temperature Rating: Can withstand elevated temperatures, typically up to 150°C (302°F) or higher depending on the model.

Wire Range: Accommodates various wire combinations and gauges (solid and stranded wires); specifications vary by size.

Color-Coded: Often color-coded for quick identification of size and wire compatibility

Design: Features an internal screw mechanism to clamp and secure wires together.

Function: Joins multiple electrical wires in a safe, secure, and reusable connection.

Material: Typically made from durable plastic housing with a metal screw insert (brass or steel).

Secure Connection: Provides a strong mechanical and electrical connection that resists loosening.

Reusability: Unlike twist-on connectors, screw connectors can be easily disconnected and reused.

Application: Common in lighting fixtures, junction boxes, and low-voltage installations.