DZ47LE-32 C10 10A RCBO Circuit Breaker – 230V, 30mA

DZ47LE-32 C10 10A RCBO Circuit Breaker

Protect compatible laser machine electrical circuits from overloads, short circuits, and current leakage with one compact device.

The DZ47LE-32 C10 is a residual-current circuit breaker with overcurrent protection, commonly called an RCBO. It monitors the electrical load while also checking for current escaping from the intended circuit path.

If the breaker detects an overload, short circuit, or sufficient electrical leakage, it disconnects the circuit to help reduce the risk of equipment damage, overheating, electrical shock, and fire.

This replacement breaker is rated for 10 amps at 230VAC and is designed for compatible single-phase laser machine electrical systems.

Three Types of Circuit Protection

Unlike a standard miniature circuit breaker, this RCBO provides three important forms of protection:

• Overload protection when the circuit draws excessive current over time
• Short-circuit protection when a sudden high-current fault occurs
• Residual-current protection when electricity leaks toward ground or a machine enclosure

The DZ47LE series combines a miniature circuit breaker with a residual-current release to provide leakage, overload, and short-circuit protection.

Understanding the C10 Rating

The 10 identifies the breaker’s rated current of 10 amps.

The C identifies its Type C trip curve. Type C breakers are designed to tolerate brief startup current from compatible electrical equipment while still responding to overloads and short circuits.

A replacement breaker must match the original current rating, trip curve, voltage, leakage sensitivity, breaking capacity, terminal arrangement, and physical mounting style.

30mA Leakage Protection

The breaker has a rated residual operating current of 30mA, shown on the unit as IΔn 0.03A.

This means the RCBO monitors the difference between current entering and leaving the circuit. When the detected difference reaches its operating threshold, the breaker trips and disconnects the circuit.

The unit is marked with a leakage trip time of 0.1 second or less.

Key Features

• 10A rated current
• 230VAC rated voltage
• Type C trip curve
• 30mA residual-current sensitivity
• Overload protection
• Short-circuit protection
• Electrical-leakage protection
• 6,000A breaking capacity
• Line-and-neutral terminal arrangement
• Manual ON and OFF lever
• Built-in leakage test button
• DIN-rail mounting
• Designed for compatible laser machine electrical systems

Product Specifications

Built-In Test Button

The orange T button allows the leakage-protection function to be tested after installation. Pressing the test button should cause a properly powered and correctly wired breaker to trip.

The manufacturer’s instructions recommend testing the residual-current function after installation and periodically during use. A breaker that does not trip during the test should be inspected and replaced when necessary.

Confirm Compatibility Before Ordering

The C10 marking alone does not confirm that this is the correct replacement. Breakers with the same amperage may have different:

• Leakage ratings
• Trip curves
• Voltage ratings
• Breaking capacities
• Terminal arrangements
• Physical dimensions
• Wiring requirements

Compare every marking on the original breaker before ordering. Do not replace the original breaker with one that has a higher amperage rating.

Contact Rabbit Laser USA with your machine model and a clear photo of the existing breaker if you need help confirming compatibility.

Important Installation Information

Disconnect the machine from its electrical supply before inspecting or replacing internal electrical components.

The line and neutral terminals must be connected according to the wiring diagram printed on the breaker. Incorrect line, load, or neutral wiring can prevent the leakage protection from working properly and may damage the device. Installation should be completed by someone experienced with electrical systems.

If the new breaker trips again, do not repeatedly reset it. The machine may have an overload, damaged wiring, failed component, current leakage, or another electrical fault that needs to be diagnosed.