JUTRION Electric

Our Accessory Portfolio

Explore our versatile range of high-performance breaker accessories. Engineered for precise component-level replacement and broad cross-brand compatibility, our portfolio provides the exact technical specifications your bespoke panel configurations demand.

Our MCB and MCCB accessories are fully compatible with leading brands.

Compatible with a comprehensive range of global electrical brands, our MCB and MCCB accessories eliminate supply constraints with flawless, drop-in adaptation. Backed by highly flexible manufacturing, we provide tailored modifications to meet your exact voltage, terminal layout, and application needs.

Inside Our Production Facility

Step inside a facility dedicated to rigorous manufacturing discipline and clear cross-brand technical alignment. Every stage of our assembly process enforces strict quality check milestones, covering internal mechanism calibration, micro-switch fine-tuning, and robust component testing. We treat every accessory not just as a part, but as a critical element that must flawlessly integrate into our clients’ power distribution systems, meeting the industry’s highest standards of operational safety.

Visual Identification Support: Zero-Error Accessory Matching

Stop wasting time deciphering complex technical catalogs or faded model codes. If you are unsure which auxiliary contact, shunt trip, or motor mechanism fits your current circuit breaker, simply snap a clear photo of the breaker’s front nameplate or side profile and send it to our team. Backed by our extensive cross-brand engineering database, our technicians will instantly identify the exact frame size, mounting standard, and terminal layout, delivering a 100% compatible accessory solution within hours.

Answers to Common Technical & Commercial Questions About Breaker Accessories

What is a Motorized Operating Mechanism (Motor Operator)?

A Motorized Operating Mechanism is an electrical device used for the remote opening, closing, and resetting of molded case circuit breakers (MCCBs). Instead of manually flipping the breaker toggle, it utilizes an internal motor to operate the mechanism, making it ideal for automated power management and remote control systems.

What is a Shunt Trip (MX / ST)?

A Shunt Trip is a control accessory that enables the circuit breaker to be tripped remotely via an electrical signal. When an external voltage (such as AC 220V or DC 24V) is applied to the shunt trip coil, it acts upon the breaker’s internal mechanical latch, forcing the breaker to open instantly for safety or emergency shutdown.

What is an Auxiliary Contact (OF)?

An Auxiliary Contact is a secondary switch that mechanically links to the main contacts of the circuit breaker. It changes its state (Open/Closed) simultaneously with the breaker. It provides a volt-free signal to remote indicator lights, PLCs, or control circuits to reflect whether the breaker is currently “On” or “Off”.

What is an Alarm Contact (SD)?

An Alarm Contact is a specialized signaling switch that only changes its state when the circuit breaker trips due to a fault (such as an overload, short circuit, or fault tripping). It remains unchanged during regular manual operations, allowing maintenance teams or automation systems to instantly identify a fault condition.

Space-Saving Innovation: Integrated Shunt Trip & Auxiliary Contact (MX+OF)

To maximize spatial efficiency within dense power distribution panels, we have engineered an integrated Shunt Trip and Auxiliary Switch combo device. Rather than occupying multiple side-slots, this high-density unit delivers both remote emergency tripping capabilities and reliable volt-free status signaling within a single, unified module. It perfectly balances advanced multi-functional protection with reduced installation labor and optimal panel utilization.

What is an Undervoltage Release (MN / UVR)?

An Undervoltage Release is a safety mechanism that automatically trips the circuit breaker when the supply voltage drops significantly (typically between 35% and 70% of the rated voltage). It prevents industrial machinery or motors from automatically restarting under unsafe, low-voltage conditions when power is suddenly restored.

What are Front/Rear Connection Plug-in Bases?

These are specialized mounting configurations designed for rapid breaker replacement without disconnecting the main power cables.

• Front Connection Plug-in: The breaker plugs into a base where cable wiring is completed on the front panel side.
• Rear Connection Plug-in: The breaker plugs into a base whose terminal studs extend through the mounting plate, allowing all heavy power cabling to be organized safely behind the panel board.

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