Why Choose the Partex BB9/RA Blue Right-Angled Blade Terminal?
The Partex BB9/RA is a high-quality blue pre-insulated right-angled blade crimp terminal designed to provide secure and reliable electrical connections for stranded copper conductors. Featuring a 9 mm blade length, 2.8 mm blade width and a right-angled configuration, this terminal is suitable for electrical control panels, industrial wiring and equipment connections where a compact termination arrangement is required.
Manufactured as part of the Partex insulated crimp terminal range, the BB9/RA combines a conductive copper terminal with durable blue PVC insulation. The insulation supports reliable crimping and helps protect the completed termination against accidental contact with the conductive barrel. Its right-angled blade design provides a practical connection option where wiring direction, terminal access or installation space makes a straight blade terminal less convenient.
Designed for 1.5–2.5 mm² copper conductors (16–14 AWG), the Partex BB9/RA is supplied in a convenient pack of 100 terminals. The colour-coded insulation enables straightforward conductor size identification, making these terminals particularly useful for electrical installers, control panel manufacturers and industrial maintenance engineers.
Key Advantages
- Right-angled blade terminal design for convenient wiring in restricted installation spaces.
- 9 mm blade length and 2.8 mm blade width for compatible terminal connections.
- 1.5–2.5 mm² conductor capacity suitable for common industrial control wiring.
- Blue PVC insulation provides conductor size identification and electrical insulation.
- Conductive copper terminal construction supports dependable electrical connections.
- Crimp termination eliminates the need for soldering during installation.
- Right-angled configuration supports organised cable routing within electrical equipment.
- Pack of 100 pieces provides a practical quantity for installation and maintenance work.
Key Features
- Partex BB9/RA pre-insulated blade terminal.
- Right-angled blade configuration.
- 9 mm blade length.
- 2.8 mm blade width.
- 1.5–2.5 mm² conductor cross-section.
- 16–14 AWG conductor compatibility.
- Blue PVC insulation for conductor size identification.
- Copper terminal construction for electrical conductivity.
- Designed for crimping onto stranded copper conductors.
- Suitable for use with appropriate insulated terminal crimping tools.
- Compact right-angled design for electrical control and equipment wiring.
- 100 terminals per pack.
Reliable Right-Angled Crimp Connections for Electrical Wiring
Pre-insulated blade terminals such as the Partex BB9/RA provide a convenient method of terminating stranded copper conductors for connection to compatible electrical equipment. During installation, the stripped conductor is inserted into the terminal barrel and compressed using a suitable crimping tool. A correctly formed crimp creates a secure mechanical connection and an effective electrical contact without requiring solder.
The right-angled blade configuration allows the terminal to be used where the cable needs to approach or leave the connection at an angle. This can help improve cable routing in compact electrical assemblies, terminal compartments and industrial control panels. The blue PVC insulation identifies the terminal as suitable for 1.5–2.5 mm² conductors, while the 9 mm blade provides a defined contact length for compatible connections. Correct conductor preparation, crimp tooling and mating terminal compatibility are essential for reliable installation.
Typical Applications
- Industrial electrical control panels and wiring assemblies.
- Electrical equipment connections requiring right-angled blade terminals.
- Control cabinet wiring and cable termination.
- Industrial machinery and automation equipment.
- Electrical maintenance, servicing and repair work.
- Low-voltage electrical distribution and auxiliary wiring.
- Equipment manufacturing and electrical assembly production.
- Stranded copper conductor termination in restricted wiring spaces.
