Smart Medium-Voltage Auto-Recloser | Smart Medium-Voltage Interrupter.

It features a fully insulated three-phase design. The smart re-seal cutter ARC-17.5/27/38 uses the imported epoxy resin of the type Cycloaliphatic Epoxy Resi, giving it excellent water resistance.

The breaker is maintenance-free.

It also has a consistent and reliable performance in opening and closing operations and poses no risk of ignition or explosion.

 It’s small, lightweight, and has a long lifespan.

Key Features

Uses and Applications

Commercial Buildings
Renewable Energy Systems
Overhead Distribution Networks
Urban & Industrial Networks
Power Plants & Transmission Systems

Why Smart MV Auto-Recloser?

Licensed & Insured
Smart Remote Capabilities: Offers full remote control, monitoring, and diagnostics including telemetry, remote signals, and automated re-closing.
Comprehensive Protection: Built-in safeguards against phase faults, overload, earth faults, and voltage drops ensure system stability.
High Durability & Safety: Made from high-quality Cycloaliphatic Epoxy Resin for water resistance, fire safety, and zero explosion risk.
Compact & Maintenance-Free: Lightweight, long-lasting design that requires no maintenance, ideal for efficient, space-conscious installations.

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FAQ Smart Medium-Voltage Auto-Recloser

A Smart Medium-Voltage Auto-Recloser is a protective switching device used in power distribution networks. It automatically interrupts fault current and restores power when the fault is temporary. Smart models can also support remote monitoring, control, and integration with utility automation systems.

When the protection system detects a fault, the Auto-Recloser opens the circuit to interrupt the current. After a predefined time, it automatically recloses to determine whether the fault has cleared. If the fault is permanent, the device can remain open after completing its programmed operating sequence.

 

Both devices interrupt fault current, but an Auto-Recloser is designed to automatically reclose after a fault, making it particularly useful for overhead distribution networks where many faults are temporary. A circuit breaker may require a separate protection and control system to perform automatic reclosing.

Key factors include rated voltage and current, fault-interruption capacity, insulation level, protection functions, reclosing sequence, controller capabilities, communication protocols, installation environment, applicable standards, and integration with SCADA or distribution automation systems.

The price depends on its voltage and current ratings, interruption capacity, protection controller, communication features, accessories, automation requirements, and project specifications. Contact Holystar Arabia for a customized quotation based on your required configuration.