Phoenix Contact MBK 2.5/E Series Grey Feed Through Terminal Block, 2.5mm², Single-Level, Screw Termination

RS Stock No.:: 804-0576
Mfr. Part No.:: 1414006
Brand:: Phoenix Contact

Phoenix Contact MBK 2.5/E Series Grey Feed Through Terminal Block, 2.5mm², Single-Level, Screw Termination

Available to back order for despatch when stock is available

Price Each

£1.09

(exc. VAT)

£1.31

(inc. VAT)

Units	Per unit
1 - 5	£1.09
6 - 11	£1.06
12 +	£1.03

Alternative

This product is not currently available. Here is our alternative recommendation.

Phoenix Contact MUT 2.5 Series Grey Feed Through Terminal Block, 2.5mm², Single-Level, Screw Termination, ATEX, IECEx

RS Stock No.: 815-8839

Price Each (In a Pack of 5)

£1.058

(exc. VAT)

£1.27

(inc. VAT)

RS Stock No.:: 804-0576
Mfr. Part No.:: 1414006
Brand:: Phoenix Contact

Phoenix Contact MBK 2.5 Micro DIN rail terminal block

The MBK 2.5 series from Phoenix Contact are micro terminal blocks that feature the same specifications and applications as a regular terminal block, however, just small for space-saving ability. These micro blocks have a nominal voltage of 250 V with a nominal current of 24 A and form a connection by a screw connection. Screw connections provide great reliability over time and they benefit from a strong connection, not to mention an effortless install. MBK 2.5 terminal blocks accept 24-14 AWG wire and have a width of 5.2mm.

The cross-section of these MBK 2.5 micro terminal blocks is just 0.2 mm² - 2.5 mm² and they are designed to be mounted on DIN rails (NS 15).

Features and benefits:

Design width of just 5.2 mm making this an incredibly small, but feature-packed terminal block

Simply push-in your wire and screw them down with an M2 screw for easy installation

Arrangement is easy with the blocks displaying marking of the terminal points

Foot allows for mounting to an NS 15 DIN rail

Made from a durable grey polyamide

Phoenix Contact MBK 2.5/E Series Feed Through Terminal Block, 24 to 14 AWG, 24A Current Rating - 1414006

This feed through terminal block by Phoenix Contact with a current rating of 24A is a high-quality solution for connecting wires in a single level termination set up. It offers a reliable and efficient way to manage electrical connections with screw termination method, ideal for various applications in multiple industries.

Features & Benefits

• Designed to accommodate American Wire Gauge sizes ranging from 24 to 14 AWG
• Grey colour for easy identification and organisation in wiring setups
• Voltage Rating of 250V ensures safe and secure electrical connections
• Easy to install and maintain, making it a versatile option for various projects

Applications

• Ideal for use in industrial automation setups
• Suitable for electrical panel installations
• Used for creating secure wire connections in control systems

Can it support different wire sizes?

Yes, this feed through terminal block can accommodate wire sizes from 24 to 14 AWG.

Is it suitable for high current applications?

Yes, it is designed to handle high current applications with a current rating of 24A.

Will it work in control systems?

Yes, this terminal block is reliable for creating secure wire connections in control systems.

CLIPLINE COMBI terminal blocks

A highly flexible system of terminal blocks featuring a disconnectable plug-in zone and 4 connection methods: screw (UT), spring-cage (ST), push-in (DT) and self-stripping (QT). The entire range is standardised. These four connections methods can be freely combined to connect terminal blocks and pluggable connectors, whatever their connector type. Both the bases and connectors are protected from coming into contact with hands. Self-stripping connections (QT-COMBI): Wiring time is reduced by up to 60%, as cables need not be stripped.A screwdriver is used to lock the self-stripping mechanism. Spring terminals (ST - COMBI): The connection point is opened using a screwdriver to lever the spring. This technology provides constant contact force for vibration-proof use. Screw connection (UT - COMBI): Universal terminal enabling a multi-conductor connection.