Industrial Schneider Breaker Eldoret

Compact Protection Powerhouse

Leveraging on our vast industrial experience, we are a supplier of a large assortment of products. Schneider breakers are manufactured to safeguard electrical systems from overloads, faults, and short circuits. These breakers cut power instantly to prevent damage and fire hazards.

1. Why It’s Used

1. Interrupts excess current in real time. 2. Prevents cable insulation breakdown. 3. Secures equipment from fire and sparks

A core component of electrical safety management.

2 Breaker Categories

1 Miniature Circuit Breakers (MCB) for lighting and small loads, 2 Molded Case Circuit Breakers (MCCB) for higher load capacity, 3 Residual Current Devices (RCD) for leakage protection

Engineered for residential, commercial, and industrial uses.

3 Primary Installations

1. Distribution panels in office buildings, 2. Manufacturing control panels, 3. Substations and transformer banks

Common in high-power and critical current distribution setups.

4 Key Benefits

1 Quick trip time prevents severe faults 2 Adjustable trip settings in some models 3 Reusable—can be reset after fault clearance

Reduces replacement cost and minimizes downtime.

5 What’s Inside

1 Thermal and magnetic trip units 2 High-durability copper terminals 3 Flame-retardant housing and arc chutes

Manufactured for reliability under extreme fault conditions.

6 Installing Tips

1. Match breaker rating to load profile. 2. Ensure tight terminal connections. 3. Position for adequate air flow to prevent overheating

Correct placement increases operational lifespan.

7 Periodic Review

1 Check for heat marks or burning smell. 2 Test the trip mechanism quarterly. 3 Replace if the trip delay is noticed

Scheduled review supports system longevity.

8 Specification or Features

1 Rating Range – 6A to 1250A 2 Poles – SP, DP, TP, 4P available 3 Breaking Capacity – Up to 50kA 4 Standards – IEC 60947-2, IS/IEC 60898-1 5 Mounting – DIN rail and panel mount

Last Used

Schneider breakers are widely used in power distribution panels, automation systems, and electrical control networks