Free shipping on orders over 3000 EGP
Barrier Terminal Block 4 Pin with Cover 300V/25A 9.5mm Pitch - Electra Store
Barrier Terminal Block 4 Pin with Cover 300V/25A 9.5mm Pitch

Barrier Terminal Block 4 Pin with Cover 300V/25A 9.5mm Pitch

Electra Store SKU: MP-23124
13.00 EGP

In Stock

0 available

1

Categories: Terminal Blocks

Overview

<p data-start="171" data-end="563">The <strong data-start="175" data-end="205">4-Pin Power Terminal Block</strong> is a durable and high-capacity connector designed for safe and secure electrical connections in power distribution systems. Featuring a protective cover and barrier design, this terminal block ensures electrical isolation between terminals and protects against accidental contact, making it ideal for industrial, automation, and high-current applications.</p>

Description

Key Features

  • Number of Pins: 4-pin terminal block

  • Voltage Rating: Supports up to 300V AC/DC (typical)

  • Current Rating: Designed for high-current applications, up to 30A (verify model specifics)

  • Protective Cover: Insulated snap-on cover enhances safety and prevents accidental shorting

  • Barrier Design: Provides electrical separation between adjacent terminals

  • Material: High-quality flame-retardant plastic housing with corrosion-resistant metal contacts

  • Mounting Style: Compatible with PCB or panel/chassis mounting


⚙️ Technical Specifications

Specification Details
Number of Pins 4
Voltage Rating 300 V AC/DC
Current Rating Up to 30 A
Pitch Typically 9.5 mm
Housing Material Flame-retardant plastic
Contact Material Nickel-plated brass
Cover Snap-on insulated cover
Mounting Style PCB or panel mount

📌 Applications

  • Power supply distribution and control panels

  • Industrial automation and machinery wiring

  • Audio and lighting equipment requiring secure connections

  • DIY and professional electronic projects

  • Any high-power electrical system needing reliable connection points


The 4-Pin Power Terminal Block with Cover is ideal for environments where safety, durability, and high-current handling are critical.