Eaton AFDD+ C16 2P 30mA 6kA 230V AC
- Eaton AFDD+ C16 2P combination circuit breaker with arc detection, RCD 30 mA Type A and MCB C 16 A, 6 kA, for protection of single-phase 230 V AC circuits against overload, short circuit, residual current and arc.
Subscription products in your shopping cart
Set one delivery frequency for all subscription products in your cart every:
Subscription products in your shopping cart
Eaton AFDD+ C 16 A, 2P, 30 mA Type A, 6 kA, 230 V AC with overcurrent protection
The Eaton AFDD+ circuit breaker combines the function of an overcurrent circuit breaker and an arc-fault circuit breaker (AFDD) to provide a high level of safety for electrical installations in residential and commercial buildings. The device is designed in accordance with the latest standards to effectively detect dangerous short-circuit arcs and prevent installation fires.
- Integrated Arc Fault Detection Device (AFDD) function to detect and shut down dangerous arcs in the installation.
- Built-in 30 mA Type A residual current circuit breaker for protection against electric shock.
- C-type overcurrent circuit breaker rated at 16 A for protection of terminal circuits.
- Short-circuit capacity of 6 kA suitable for typical residential and commercial installations.
- Rated operating voltage of 230 V AC for single-phase mains circuits.
- Compact, modular design for easy installation in standard switchboards.
Application and protective functions
The Eaton AFDD+ circuit breaker is designed for the protection of single-phase circuits in low-voltage installations, particularly in areas with a high risk of fire and where high power supply reliability is required. The device combines three functions in a single housing: overload and short-circuit protection (MCB), leakage current protection (RCD) and short-circuit arc detection (AFDD). The arc detector identifies the characteristic current and voltage signals accompanying series and parallel arcs, and then immediately shuts down the circuit before overheating of conductors and system components occurs.
The device meets the requirements of current European standards for fire protection in electrical installations. The cooperation of overcurrent, residual current and AFDD protection in a single module reduces the risk of installation errors and simplifies installation design. AFDD+ is particularly recommended for circuits supplying outlets in living rooms, bedrooms, children's rooms, wooden structures and installations with a large number of electronic loads and flexible cables.
Construction, installation and operation
The compact, two-module design of the Eaton AFDD+ allows it to be mounted on a standard DIN rail in low-voltage switchgear. The connection terminals are designed to accommodate copper wires of the appropriate cross-section, ensuring reliable electrical contact and resistance to heating. The tripping mechanism is equipped with a clear on/off lever, allowing quick identification of the device's status. On the front, there are clear markings for electrical parameters, the type of circuit breaker and the RCD test button.
Regular testing with the TEST button allows you to verify the correct operation of the residual current device part in accordance with the manufacturer's recommendations. The circuit breaker is adapted for operation in typical environmental conditions of residential and commercial buildings, with a specified operating temperature range and resistance to humidity and contamination in accordance with the corresponding category of use. The modular design allows integration into existing Eaton switchgear systems, and suitable accessories can extend functionality with a remote status signal or other auxiliary functions.
Safety and compliance with standards
Eaton's AFDD+ is designed to meet the requirements of relevant standards for overcurrent circuit breakers, residual current circuit breakers and arc detection devices. The 30 mA Type A residual current protection provides early disconnection of the power supply in the event of dangerous leakage current, even in the presence of a pulsating component. Tripping characteristic C allows the device to be used in circuits with typical consumers with moderate inrush currents. The switching capacity of 6 kA guarantees safe shutdown of short-circuit currents in most residential installations.
The device is part of Eaton's modular apparatus system, which allows the creation of compLetable protection solutions that comply with current requirements of building and fire regulations. The manufacturer provides detailed technical documentation, wiring diagrams and design and installation recommendations. Thanks to the compLeks protection realized by a single device, AFDD+ contributes to increasing the level of safety of users, reducing the risk of property losses and increasing the reliability of the operation of the electrical system.
| Parameter | Value |
|---|---|
| Manufacturer | Eaton |
| Series | AFDD+ |
| Type of device | Arc detection combination circuit breaker (AFDD) with residual current and overcurrent circuit breaker |
| Protection functions | AFDD + RCD + MCB |
| Number of poles | 2P |
| Rated current In | 16 A |
| Tripping characteristic of MCB | C |
| Rated residual current IΔn | 30 mA |
| Type of residual current circuit breaker | Type A |
| Rated operational voltage Ue | 230 V AC |
| Rated frequency | 50/60 Hz |
| Short-circuit capability | 6 kA |
| Network type | Single phase AC mains |
| RCD test button | Yes |
| Series and parallel arc detection | Yes |
| Purpose | Residential and commercial installations, outlet and lighting circuits, circuits with increased fire risk |
| Mounting type | DIN rail mounting |
| Design | Modular, compact |
| Range of application | Protection against overload, short-circuit, differential current and short-circuit arcing |
| Status indication | On/off lever position, indicators on front of housing |
| Accessory application possible | Eaton modular accessories (according to manufacturer's documentation) |
| Norms and standards | Complies with relevant standards for MCBs, RCDs and AFDDs (see Eaton documentation for details) |
| Operating environment | Designed for operation in typical environmental conditions of residential and commercial buildings (temperature range and conditions according to data sheet) |
| Degree of protection of the housing | According to manufacturer's specifications for modular apparatus (e.g., in switchgear) |
| Housing material | Insulating plastic material designed for low-voltage modular apparatus |
| Housing color | Bright (typical for Eaton modular apparatus) |
| Installation and exepLoatation instructions | Available in Eaton technical documentation for AFDD+ series |
The Eaton AFDD+ C 16 A 2P 30 mA Type A 6 kA 230 V AC circuit breaker is a modern protection solution that integrates overcurrent protection, residual current protection and arc detection in a single device. As a result, it significantly increases the safety level of electrical installations, reducing the risk of fire and shock, while simplifying the design and installation of switchgear.
FAQ (customer)
- Q: What is the main purpose of the Eaton AFDD+ device?
A: It protects circuits against overload and short-circuit currents, residual currents, and dangerous arc faults that can cause fires. - Q: Can I use this AFDD+ in a standard home distribution board?
A: Yes, it is designed for mounting on standard DIN rails in residential and small commercial distribution boards. - Q: Does the device repLace a separate RCD and MCB?
A: Yes, it combines the functions of an MCB, an RCD, and an arc fault detection device in one compact unit. - Q: How often should I press the test button on the device?
A: Follow the manufacturer’s recommendation, typically at regular intervals such as every six months, to verify correct RCD operation. - Q: Is the AFDD+ suitable for protecting socket circuits?
A: Yes, it is particularly recommended for socket and final circuits where fire risk from arc faults is higher. - Q: Do I need any special tools to install this device?
A: No special tools are required beyond those normally used for DIN-rail modular device installation by a qualified electrician.
FAQ (expert)
- Q: How does the AFDD+ distinguish between normal switching arcs and hazardous arc faults?
A: It uses a dedicated detection algorithm that evaluates characteristic current and voltage waveforms, frequency spectra, and duration patterns to differentiate benign switching arcs from dangerous series or parallel arc faults. - Q: Can the AFDD+ be coordinated with upstream protective devices in high prospective short-circuit current networks?
A: Yes, coordination should be based on the device’s short-circuit capacity and the system’s prospective fault level as specified in Eaton’s appLication guidelines. - Q: Does the integrated RCD section have any specific tripping characteristics for mixed loads with power electronics?
A: The Type A RCD is designed to handle sinusoidal AC and pulsating DC residual currents typically generated by many single-phase electronic loads. - Q: Are there any derating factors for elevated ambient temperatures in the distribution board?
A: Yes, standard derating rules for modular circuit protection devices appLy; refer to Eaton’s technical documentation for temperature-dependent current carrying capacity. - Q: Can remote indication or auxiliary contacts be added to this AFDD+?
A: Depending on the exact variant, compatible Eaton auxiliary modules may be used; details are provided in the series-specific accessories overview. - Q: Is the AFDD functionality compLiant with the latest arc fault detection standards?
A: The device is designed to meet the relevant AFDD standards appLicable in the target markets, as listed in the official technical data sheets.
Reviews
- Reliable all-in-one protection device that simpLifies residential panel design.
- Noticeably improves fire safety in older installations with mixed wiring.
- Compact form factor makes it easy to retrofit in existing distribution boards.
- Clear front markings and test button are convenient for routine inspections.
- Combining MCB, RCD, and AFDD functions reduces wiring compLexity and space.
- Works well with modern electronic loads without nuisance tripping in our projects.
- Installers appreciate the standardized terminals and familiar Eaton modular design.
- Provides added peace of mind for circuits suppLying bedrooms and children’s rooms.
- Good balance between advanced protection functionality and ease of commissioning.
- Technical documentation is detailed enough for precise pLanning and coordination.