Electrical Connectors - Banner
Electrical connectors, which are crucial components for connecting circuit subsections, enable easy disconnection when required. They are typically used for power inputs, peripheral connections, and interchangeable boards.
Found 175 products
Banner BR-M8F4R8-2 - Receptacle 4-pin Female; 4X24 PVC 2 m Length; Rear Mount w/ M8 Locknut
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Banner BR-M8F3R8-1 - Receptacle 3-pin Female; 3X24 PVC 1 m Length; Rear Mount w/ M8 Locknut
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Banner BFW-M8F3-4X - Field Wireable: M8; 3-pin Straight Female; 24 AWG 3.5-5 mm Cable Range; Screw Terminal; PA+GF Black Body; Nickel-Plated Brass Coupling Nut
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Splitter: 4-pin M12F/M12F to Flying Leads; Branch 1 Length: 300 mm, pin 2 No Connect; Branch 2 Length: 600 mm, pin 4 No Connect; Trunk Length: 8 m, unterminated cable
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SGS Safety Grid System, Accessory Muting; Connection Cable for T Configuration; M12 QD Splitter Cable; 4-pin Straight Female 0.3 m (1 ft) Trunk; Four Straight 4-pin Female Branches 0.3 m (1 ft); Black Jacket; Nickel-Plated Brass Coupling Nuts
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Splitter M12M to M12F and M12F connectors; 5-pin, Non-Shielded, IP67, AWG 22; Black PUR Cord, Straight Connectors; Splitter Length: 0 m
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M12 QD Splitter Cable; 8-pin Double-ended With 0.3 Female Branches and; Male Rotatable Trunk Connector; 8 m Trunk Length; 8X22 GA 25 ft Trunk 1 ft Branch
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M12 QD Splitter Cable; 5-pin Straight male M12 0.3 m (1 ft) Trunk; 5-pin Straight Female M12 0.3 m (1 ft) Branch 1; 5-pin Straight Female M12 0.3 m (1 ft) Branch 2; Black Jacket; Nickel-Plated Brass Coupling Nuts
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Splitter Cable, 4-pin M12 QD; Straight Male Trunk 0.3 m; Two Straight Female Branches 0.3 m; Standard Wiring for Two Separate Black Wire Outputs
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M12 QD Splitter Cable; M12 QD Female 2.5 m Trunk_4-pin; M12 QD Male 0.3 m Branch 1_4-pin; M12 QD Female 0.3 m Branch 2_4-pin
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| Item | Manufacturer | Price | Stock | Delivery | |
|---|---|---|---|---|---|
| BR-M8F4R8-2 Banner BR-M8F4R8-2 - Receptacle 4-pin Female; 4X24 PVC 2 m Length; Rear Mount w/ M8 Locknut | Banner | Quick Quote | ||
| BR-M8F3R8-1 Banner BR-M8F3R8-1 - Receptacle 3-pin Female; 3X24 PVC 1 m Length; Rear Mount w/ M8 Locknut | Banner | Quick Quote | ||
| BFW-M8F3-4X Banner BFW-M8F3-4X - Field Wireable: M8; 3-pin Straight Female; 24 AWG 3.5-5 mm Cable Range; Screw Terminal; PA+GF Black Body; Nickel-Plated Brass Coupling Nut | Banner | Quick Quote | ||
| YQD1-26U2F1F Splitter: 4-pin M12F/M12F to Flying Leads; Branch 1 Length: 300 mm, pin 2 No Connect; Branch 2 Length: 600 mm, pin 4 No Connect; Trunk Length: 8 m, unterminated cable | Banner | Quick Quote | ||
| SGSA-MCS-4 SGS Safety Grid System, Accessory Muting; Connection Cable for T Configuration; M12 QD Splitter Cable; 4-pin Straight Female 0.3 m (1 ft) Trunk; Four Straight 4-pin Female Branches 0.3 m (1 ft); Black Jacket; Nickel-Plated Brass Coupling Nuts | Banner | Quick Quote | ||
| CSB-M1250M1250A Splitter M12M to M12F and M12F connectors; 5-pin, Non-Shielded, IP67, AWG 22; Black PUR Cord, Straight Connectors; Splitter Length: 0 m | Banner | Quick Quote | ||
| CSB-M12825M1281 M12 QD Splitter Cable; 8-pin Double-ended With 0.3 Female Branches and; Male Rotatable Trunk Connector; 8 m Trunk Length; 8X22 GA 25 ft Trunk 1 ft Branch | Banner | Quick Quote | ||
| CSB-M1251M1251B M12 QD Splitter Cable; 5-pin Straight male M12 0.3 m (1 ft) Trunk; 5-pin Straight Female M12 0.3 m (1 ft) Branch 1; 5-pin Straight Female M12 0.3 m (1 ft) Branch 2; Black Jacket; Nickel-Plated Brass Coupling Nuts | Banner | Quick Quote | ||
| CSA-M1241M1241 Splitter Cable, 4-pin M12 QD; Straight Male Trunk 0.3 m; Two Straight Female Branches 0.3 m; Standard Wiring for Two Separate Black Wire Outputs | Banner | Quick Quote | ||
| CSS-M12F48M12M41M12F41 M12 QD Splitter Cable; M12 QD Female 2.5 m Trunk_4-pin; M12 QD Male 0.3 m Branch 1_4-pin; M12 QD Female 0.3 m Branch 2_4-pin | Banner | Quick Quote | ||
Electrical Connectors
General Guide & Overview
Electrical connectors are vital components in the world of electronics and electrical systems. They play a crucial role in joining subsections of circuits together, enabling easy disconnection when necessary. These connectors are commonly used for power inputs, peripheral connections, and replaceable boards. With so many types of electrical connectors available, each with its unique features and applications, it's essential to have a comprehensive understanding of them.
FAQ
What are electrical connectors?
Electrical connectors are essential components used to join subsections of circuits together, allowing for easy disconnection when necessary. They are commonly used for power inputs, peripheral connections, and replaceable boards.
What are the different types of electrical connectors?
There are various types of electrical connectors available, each with its own unique features and applications. Some common types include: - USB connectors - HDMI connectors - RJ45 connectors (Ethernet) - Audio connectors (such as headphone jacks) - Power connectors (such as AC and DC connectors) - BNC connectors (used in video and audio applications) - DIN connectors (commonly used in audio and video equipment) - XLR connectors (used in professional audio applications)
How do electrical connectors facilitate easy assembly and disassembly of circuits?
Electrical connectors provide a reliable and secure connection between different components, allowing for easy assembly, disassembly, and maintenance. This feature makes it convenient to replace or upgrade specific parts of a circuit without the need for extensive rewiring.
What factors should I consider when selecting an electrical connector for my application?
When selecting an electrical connector, it's important to consider factors such as current rating, voltage rating, operating temperature, contact pitch, and the specific needs of your application. By evaluating these aspects, you can ensure compatibility and optimal performance for your electrical system.
Why is it essential to choose the right electrical connector?
Picking the right electrical connector is crucial to ensure the performance and reliability of your electrical system. Using an improper connector may result in poor connections, power loss, or even electrical failures. Additionally, selecting the correct connector type can enhance compatibility and streamline the overall functionality of your circuits.