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Home /AFDD Arc Fault Detection Device /High Endurance 50Hz Arc Fault Detection Device AFDD 1 With 30mA Rated Residual Current

High Endurance 50Hz Arc Fault Detection Device AFDD 1 With 30mA Rated Residual Current
Place of OriginCHINA
Brand NameHAROK
Model NumberBESTAFDD 1
Minimum Order Quantity3000


Products Details
Poles1P+N(1Module)SeriesBESTAFDD 1
Operating Frequency50HzResidual Current TypeA
Neutral Conductor PositionLeft, RightRated Current (AC)25A
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dc arc fault detection device 30mA

30mA afdd electrical

50Hz Arc Fault Detection Device


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Products Description

Arc fault detection devices BESTAFDD 1

Residual current operated circuit-breaker with integral overcurrent

protection as Fire protection switch,sensitive to pulsating and

alternating currents Type A

 

 

 

Function

Arc-fault detection devices(Fire protection switch, AFDD) are designed to protect serial and parallel fault arcs in accordance with EN62606(DIN VDE 0100-420).They are commonly referred to as fire protection switches. They must be installed in permanently installed final circuits up to 40A. for example. facilities at risk of fire or public institutions.They are also recommended for bedrooms and for final circuits with high connection loads.The devices detect high-frequency arc faults, such as those occurring as a result of cabling defects. The early recognition and switching off of the final circuit. which may occur as a result in the case of an emergency. prevent thermal effects of arc faults The risk of fire resulting from incorrect electrical installation is significantly reduced.The reason for tripping is indicated by an LED colour code on the front of the device. BESTAFDD 1 are compact combination devices with a triple function: arc fault detection, line protection and residual current trip.They protect systems in the event of a short-circuit and overload as per the requirements of VDE o1o Part 430, and protect persons,farm animals and material items in the event of earth leakage currents as per VDE 0100 Part 410.The RCBO component works dependent of the mains voltage.Residual current type A allows the detection of sinusoidal AC currents and pulsating DC residual currents. The contact position indicators and the display tripped by residual current provide a quick overview of the operating status of the device. The devices up to 40 A devices have a rated switching capacity of 6 kA.The line protection with characteristic B ensure standard protection for lighting and socket circuits. Devices in standard design are intended for monitoring circuits with a rated voltage of 230 V and a rated frequency of 50 Hz.

 

Features

combination device with three functions, 1P+N(1 Module), Variable neutral-pole position, AFDD as per IEC/EN-62606, RCBO as per IEC/ EN61009, continuous self-monitoring, mains-voltage-dependent tripping of the RCCB/MCB functions. Display AFDD reason for tripping. Contact position indicators, Residual current tripping indicator, compact design for all rated currents, high short-circuit resistance, strain-relief clamps with protection against wires being lodged behind them, tri-stable snap-in slider for easy mounting and removal.

 

Applications

Protection of circuits in residential and purpose-built buildings as well as industrial facilities with TN-S and TN-C-S networks. Not permitted for use in systems with TN-C networks; not permitted for protecting circuits in which the power electronics equipment may cause smooth DC residual currents or residual currents with frequencies not equal to 50 Hz.

 

 

 

 

 

 

 

Performance
SeriesBESTAFDD 1
Number of poles1P+N(1 Module)
Rated current (AC)25A
Residual current typeA
Rated residual current I∆n10mA, 30mA
min. Operating voltage range of test circuit196V
max. Operating voltage range of test circuit253V
Tripping characteristicB, C
Operating frequency50Hz
Rated impulse withstand voltage4 kV

load circuit
Specificationload disconnect contact
Rated voltage(AC)240 V
Rated short-circuit current6KA
Surge current strength0.25kA
max. total rated switching capacity6kA
Rated insulation voltage250V
Current heat loss per current path3W
short-circuit backup-fuse SCPD100A
Back-up fuse typegG
Overvoltage classIII

screw-type terminal top, bottom(load circuit)
Neutral conductor positionleft, right
max. Connection C1cable length70m (between the distribution board and the outer socket)
Clamping area1 mm² .… 25 mm²
Tightening torque2 Nm.…. 2.4 Nm

General data
Mechanical endurancemin. 20000 switching cycles
Electrical endurancemin.400o switching cycles
Storage temperature-35℃ ….60℃
Ambient temperature-25°℃… 40℃
Housing typedistribution board housing
Installation typeMounting rail (35 mm)
Housing materialthermoplastic
Protection classIP20(installed:IP40)
Design requirements/StandardsEN62606, EN61009-1
Power limitation category3

Degree of pollution according to

EN 60664

2
CertificationUKCA, CE

 

Product Description:

This Arc Fault Detection Device is a fire protection switch, operating on residual current and with an integral overcurrent protection. It is a Type A device, meaning it is sensitive to pulsating and alternating currents. Rated currents range from 6A to 40A, and it can be operated up to 20000 switching cycles. This device is certified in UKCA and CE standards, and is available in left and right neutral conductor positions. The Arc Fault Detection Device is ideal for fire protection, and it can detect arcs and prevent potential fires.

 

Features:

  • Product Name: Arc Fault Detection Device

  • Rated residual current I∆n: 10mA, 30mA

  • Certificate: UKCA, CE

  • Mechanical endurance: Min. 20000 Switching Cycles

  • Model: BESTAFDD 1

  • Number of poles: 1P+N(1Module)

  • Fire protection switch: Yes

 

Applications:

HAROK’s BESTAFDD 1 Arc Fault Detection Device is the perfect choice for customers who are looking for a reliable and efficient arc fault detection device. Made in China, this AFDD is certified by UKCA and CE, and it is designed to withstand temperatures ranging from -25°℃ to 40℃. It has a residual current type A, as well as tripping characteristics B and C. Its neutral conductor position is available in Left and Right. With its outstanding performance, BESTAFDD 1 is the ideal choice for all arc fault detection needs.

 

Technical Parameters:

ParametersValue
Product NameArc Fault Detection Devices (AFDD)
ModelBESTAFDD 1
CertificateUKCA, CE
Rated impulse withstand voltage4 KV
Rated residual current I∆n10mA, 30mA
Rated current (AC)6A, 10A, 13A, 16A, 20A, 25A, 32A, 40A
Neutral conductor positionLeft, Right
min. Operating voltage range of test circuit196V
max. Operating voltage range of test circuit253V
Electrical enduranceMin.4000 Switching Cycles

 

Customization:

HAROK BESTAFDD 1 Arc Fault Detection Device

The HAROK BESTAFDD 1 Arc Fault Detection Device is a Fire protection switch, Residual current operated circuit-breaker with integral overcurrent protection as Fire protection switch, sensitive to pulsating and alternating currents Type A, AFDD. It has a Place of Origin of China and has a Pollution degree according to EN 60664 of 2. It has an Electrical endurance of Min.4000 Switching Cycles and a max. Operating voltage range of test circuit of 253V. The Mechanical endurance is Min. 20000 Switching Cycles and the Rated impulse withstand voltage is 4 KV.

 

Packing and Shipping:

Packaging and Shipping

Arc Fault Detection Device (AFDD) products are packaged in a professional and secure manner to ensure the products arrive safely and securely.

The product is packaged in a durable cardboard box and secured with bubble wrap and styrofoam to prevent any damage during shipping. All components of the product are labeled and placed in the box for easy identification. All boxes are clearly labeled with the AFDD product name and address.

The AFDD product is shipped via a reputable carrier, such as UPS, FedEx, or DHL. The product is insured against any damages or losses. All shipping is tracked and a tracking number is provided to the customer for their reference.

Product Description:

Arc Fault Detection Device (AFDD) is an innovative device that provides a reliable and cost-effective solution for fire protection. It is designed to detect arc faults in single-pole and neutral (1Module) circuits and provide an effective response for fire protection. The AFDDs are certified with UKCA and CE, and are rated for a residual current of 10mA and 30mA respectively. The storage temperature of the device is -35℃ to 60℃. AFDDs are Residual Current Operated Circuit-Breakers (RCBOs) with integral overcurrent protection as Fire Protection Switches, sensitive to pulsating and alternating currents Type A. They are designed to detect arc faults in single-pole and neutral (1Module) circuits and provide an effective response for fire protection. The reliable detection of arc faults in the electrical wiring system helps to prevent fire hazards and provide a safe environment.

 

Features:

  • Product Name: Arc Fault Detection Device

  • Electrical endurance: Min.4000 Switching Cycles

  • Tripping characteristic: B, C

  • Certificate: UKCA, CE

  • Residual current type: A

  • Rated impulse withstand voltage: 4 KV

  • Residual current operated circuit-breaker with integral overcurrent protection as Fire protection switch

  • Sensitive to pulsating and alternating currents Type A

  • (Fire protection switch, Arc fault detection devices, AFDD)

 

Applications:

HAROK's BESTAFDD 1 Arc Fault Detection Devices (AFDD) is a UKCA and CE certified Residual current operated circuit-breaker with integral overcurrent protection as Fire protection switch,sensitive to pulsating and alternating currents Type A. It is designed to function within an ambient temperature range of -25°℃ to 40℃ and has rated residual current I∆n of 10mA and 30mA. The AFDD offers superior performance for detecting and preventing arcs which are one of the leading causes of electrical fires.

The HAROK BESTAFDD 1 AFDD provides a reliable arc fault detection and protection solution for both residential and commercial applications. It can be used in both new and existing installations to detect arc faults in the electrical wiring system and provide highly effective protection against electrical fire hazards. The AFDD is a cost effective, easy to install, and highly reliable solution that can help reduce electrical fire risks and provide peace of mind for users.

HAROK's BESTAFDD 1 AFDD is the perfect choice for customers who are looking for a high quality and reliable arc fault detection and protection system. It is designed to provide superior protection against arc faults and fire hazards, and is an excellent choice for both residential and commercial applications. With its UKCA and CE certification, superior performance, and reliable operation, the BESTAFDD 1 AFDD is the perfect solution for customers who are looking for a reliable and cost effective arc fault detection system.

 

Technical Parameters:

ParameterValue
Rated residual current I∆n10mA, 30mA
Neutral conductor positionLeft, Right
CertificateUKCA, CE
Product NameArc Fault Detection Devices (AFDD)
Pollution degree according to EN 606642
Mechanical enduranceMin. 20000 Switching Cycles
Number of poles1P+N(1Module)
Electrical enduranceMin.4000 Switching Cycles
Storage temperature-35℃ ….60℃
max. Operating voltage range of test circuit253V

 

Customization:

Arc Fault Detection Device (AFDD)

Brand Name: HAROK
Model Number: BESTAFDD 1
Place of Origin: CHINA
Operating frequency: 50Hz
Rated residual current I∆n : 10mA, 30mA
Model: BESTAFDD 1
Electrical endurance: Min.4000 Switching Cycles
Pollution degree according to EN 60664: 2

HAROK's BESTAFDD 1 is an Arc fault detection device (AFDD) designed to detect and prevent hazardous arc faults in electrical systems. It is engineered to operate at 50Hz frequency and rated residual current of 10mA, 30mA. It has a minimum electrical endurance of 4000 Switching Cycles and a pollution degree of 2 according to EN 60664.

 

Packing and Shipping:

Packaging and Shipping of Arc Fault Detection Device

Arc Fault Detection Device is carefully packaged to ensure safe delivery to its destination.

  • The device is placed in a custom designed box made from corrugated cardboard that is designed to protect the device during shipping.

  • The box is filled with foam to absorb any shocks that may occur during transit.

  • The box is then sealed with strong adhesive tape.

  • The package is then labelled with the customer's address.

  • The package is then shipped via a trusted courier.


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