Phoenix Contact, 5.08mm Pitch, 6 Way, , Pluggable Terminal Block, Plug, Cable Mount, Screw Termination, 1792281

The MVSTBR and MVSTBW series of PCB connectors are from the series 'CLASSIC COMBICON' and feature and 5.08mm pitch and a 0.2mm² to 2.5mm² screw connection terminal. Screw connections provide a strong connection and an easy install and also have a low-temperature rise thanks to the maximum contact force. Rated at 12 A, these PCB connectors will be suitable for most applications and they also have a well-known connection principle that allows you to incorporate these into designs to be used worldwide.

Housings are made from a strong polyamide material with Cu (Copper) alloy contacts.

The MVSTBR and MVSTBW series can be used in the below applications, but are not limited to:

• Control wiring


• Instrumentation


• Control and measurement


• Industrial electronics

This pluggable terminal block is designed for easy use in various electronic applications, providing reliable connectivity in a compact form. Its robust construction and performance features make it a key component in automation and electrical systems.

• 5.08mm pitch for efficient space utilisation
• Rated for high-current applications at 12A
• Nylon housing for durability and wear resistance
• Screw termination method ensures secure connexions
• Tin contact plating improves conductivity
• Compatible with both flexible and rigid conductors

• Reliable connections in control panels
• Suitable for PCB in electronic systems
• Ideal for industrial automation systems
• Utilised in power distribution units

It accommodates both flexible and rigid conductors ranging from 0.2 to 2.5mm².

While it withstands harsh conditions, proper enclosure is advisable for outdoor use to promote longevity.

Adhere to the specified tightening torque of 0.5 to 0.6Nm during installation for a secure connexion.

Yes, it permits the connection of two conductors with the same cross-section, enhancing wiring flexibility.

It operates effectively within a temperature range of -40 to 100°C, depending on application requirements.