Residual current circuit breaker with overcurrent protection (RCBO) - ABB - DSE201 - C32 A30

ABB RCBO, 32A Current Rating, 2P Poles, 30mA Trip Sensitivity, Type C, Series: DSE201, Rated AC Vo...

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OnBuy.comDse201 C32 A30 - N Blue Residual Current Circuit Breaker With Overcurrent Protection (Rcbo) (Abb2csr255151r1324) 8012542658221
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Product Information

Full details

This ABB RCBO (Residual Current Circuit Breaker with Overcurrent Protection) from the DSE201 series is designed for electricians and system integrators needing reliable overcurrent and earth fault protection in electrical installations. Its key benefit is combining two protective functions (overcurrent and residual current) into a single device, saving space and simplifying wiring. A potential caveat is its specific trip sensitivity (30mA) and breaking capacity (6kA), which must match the installation's requirements.

All features

SeriesDSE201
Model Part Number2CSR255151R1324
BrandABB

Extended Product Information

FAQs

What is the difference between an RCBO and an RCD or MCB?

An MCB (Miniature Circuit Breaker) protects against overcurrents (overloads and short circuits). An RCD (Residual Current Device) protects against earth leakage currents. An RCBO combines both functions, providing overcurrent and earth leakage protection in a single device.

What does 'C32 A30' mean on this RCBO?

'C32' refers to the Type C tripping characteristic and a 32A current rating. 'A30' signifies a 30mA residual current tripping sensitivity. The 'A' often indicates a standard AC-sensitive type.

Can this RCBO be used for a 3-phase circuit?

No, this is a 2-pole RCBO designed for single-phase circuits. For 3-phase applications, you would typically use 4-pole RCBOs or a combination of 3-pole MCBs and a 4-pole RCD.

How often should I test the RCBO?

It is recommended to test the residual current function using the test button at least once a year, or more frequently if required by local regulations or the installation environment.

What is the breaking capacity of this device?

The breaking capacity (Icn) at its rated voltage (264V AC) is 6 kA.

Is this RCBO suitable for outdoor use?

This device is designed for installation within an electrical enclosure. It should not be exposed directly to outdoor elements unless the enclosure itself provides adequate protection (e.g., IP rating).

What is the warranty period for this ABB RCBO?

Warranty information is typically provided by the distributor or retailer. Please refer to your purchase documentation or contact the seller for specific warranty details.

Troubleshooting

RCBO trips immediately upon reset

This indicates a persistent fault in the circuit or connected appliance. Check for short circuits or high leakage currents. Test individual appliance circuits if possible or consult a qualified electrician.

RCBO does not trip when the test button is pressed

The residual current detection function may be faulty. Do not rely on this device for earth fault protection. Replace the RCBO immediately and have the installation checked by a qualified electrician.

RCBO trips frequently under normal load

The circuit may be overloaded, or there might be a low-level earth leakage current. Check the total load on the circuit and ensure it does not exceed the 32A rating. Inspect wiring for any signs of damage or insulation degradation.

RCBO trips during thunderstorms or power surges

This can happen if a surge causes a temporary earth leakage or overvoltage condition. While the RCBO might protect the circuit, consider installing a surge protection device (SPD) for added protection against transient events.

Pros and Cons

Pros

  • Dual protection (overcurrent and residual current) in a single device.
  • Space-saving design for electrical panels.
  • Type C curve suitable for common applications with moderate inrush currents.
  • Standard DIN rail mounting for easy installation.
  • Provides essential safety for personnel protection with 30mA sensitivity.

Cons

  • Breaking capacity of 6kA may be insufficient for high fault current environments.
  • Requires careful selection to match specific circuit and installation requirements.
  • Specific Type C curve might not be ideal for equipment with very high inrush currents.
  • 2-pole design means it only protects live and neutral; does not cover all fault scenarios in 3-phase systems without additional devices.

Setup, Compatibility & Care

Setup:

  1. Mounting: Slide the RCBO onto a standard 35mm DIN rail within an appropriate electrical enclosure. Ensure it is securely fastened.
  2. Wiring: Connect the incoming live conductor to the line terminal and the incoming neutral conductor to the neutral terminal. Connect the outgoing live conductor to the load-side line terminal and the outgoing neutral conductor to the load-side neutral terminal. Ensure all connections are tight and comply with local electrical codes.
  3. Testing: After installation, it is crucial to test the RCBO using the integrated test button (usually labeled 'T' or 'Test') to verify the residual current tripping function. Press the test button; the device should trip immediately. Reset the device manually afterward.

Compatibility:

  • Voltage: Rated for AC 264V, suitable for standard single-phase power systems.
  • Circuit Breaker Panels: Designed for use in standard electrical distribution boards and panels equipped with DIN rail mounting.
  • System Requirements: Ensure the 6 kA breaking capacity and 30mA trip sensitivity meet the protection requirements of the specific electrical installation as per local regulations.

Care:

  • Cleaning: Keep the exterior of the RCBO clean and free from dust and debris. Use a dry or slightly damp cloth. Never use solvents or abrasive cleaners.
  • Environmental: Install in a dry, well-ventilated location, protected from excessive moisture and extreme temperatures.
  • Periodic Testing: Regularly test the residual current function using the built-in test button (as per manufacturer recommendations and local standards, typically at least annually) to ensure it remains operational.

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