Resi9 Arc fault detection RCBO 1P+N, 25A, 30mA, C Curve, 6000A, A type, All-in-one
Item Number: R9TDB3625
Specifications
Design
Range
Product or component type
Physical
Standards
- EN/IEC 62606
- AS/NZS 61009.1
[in] rated current
[ue] rated operational voltage
Control type
Local signalling
Mounting mode
Mounting support
Mechanical durability
Electrical durability
Connections - terminals
- tunnel type terminal top or bottom 1-10 mm² flexible
- tunnel type terminal top or bottom 1-16 mm² rigid
Wire stripping length
Height
Width
Depth
Net weight
Ip degree of protection
Relative humidity
Ambient air temperature for operation
Ambient air temperature for storage
Mercury free
Rohs exemption information
Environmental disclosure
Eu rohs directive
Reach regulation
China rohs regulation
Others
Legacy weee scope
Package 1 bare product quantity
Package 2 bare product quantity
Package 3 bare product quantity
Average percentage of recycled plastic content
Weee label
Weee applicability
Circuit breaker application
Product specific application
Poles description
Number of protected poles
Curve code
Breaking capacity
Earthing system
- TN-S
- TT
- IT
Earth-leakage sensitivity
Network type
Earth-leakage protection time delay
Earth-leakage protection class
Neutral position
Suitability for isolation
Trip unit technology
Earth-leakage protection
Network frequency
Device location in system
Magnetic tripping limit
[ics] rated service breaking capacity
Rated breaking and making capacity
Limitation class
[ui] rated insulation voltage
Threshold tripping voltage
[uimp] rated impulse withstand voltage
Contact position indicator
Overvoltage category
Locking options description
Tightening torque
Comb busbar and distribution block compatibility
Connection pitch
9 mm pitches
Targeted country
Temperature derating table
- -25 °C ( 29.5 A )
- -20 °C ( 29.2 A )
- -15 °C ( 28.8 A )
- -10 °C ( 28.4 A )
- -5 °C ( 28 A )
- 0 °C ( 27.6 A )
- 5 °C ( 27.2 A )
- 10 °C ( 26.7 A )
- 15 °C ( 26.3 A )
- 20 °C ( 25.9 A )
- 25 °C ( 25.4 A )
- 30 °C ( 25 A )
- 35 °C ( 24.5 A )
- 40 °C ( 24.1 A )
- 45 °C ( 23.6 A )
- 50 °C ( 23.1 A )
- 55 °C ( 22.6 A )
- 60 °C ( 22.1 A )
- 65 °C ( 21.6 A )
- 70 °C ( 22.1 A )
Grid distance
Heat dissipation
Pollution degree
Tropicalisation
Operating altitude
Quality labels
Unit type of package 1
Number of units in package 1
Package 1 height
Package 1 width
Package 1 length
Package 1 weight
Unit type of package 2
Number of units in package 2
Package 2 height
Package 2 width
Package 2 length
Package 2 weight
Unit type of package 3
Number of units in package 3
Package 3 height
Package 3 width
Package 3 length
Package 3 weight
Total lifecycle carbon footprint
Carbon footprint of the manufacturing phase [a1 to a3]
Carbon footprint of the manufacturing phase [a1 to a3]
Carbon footprint of the distribution phase [a4]
Carbon footprint of the distribution phase [a4]
Carbon footprint of the installation phase [a5]
Carbon footprint of the installation phase [a5]
Carbon footprint of the use phase [b2, b3, b4, b6]
Carbon footprint of the use phase [b2, b3, b4, b6]
Sustainable packaging
Carbon footprint of the end-of-life phase [c1 to c4]
Carbon footprint of the end-of-life phase [c1 to c4]
Pvc free
Halogen-free status
Take-back
Product contributes to saved and avoided emissions
Removable battery
Total lifecycle carbon footprint
Average percentage of recycled metal content
Packaging made with recycled cardboard
Packaging without single use plastic
Halogen-free status
Pvc free
End of life manual availability
Take-back
Warranty (in months)
Documents & downloads
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All
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How to video
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CAD Files and Packs
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Technical Data Catalogues
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Environmental Disclosure
-
End of Life Manual
-
Installation Instruction
-
Certificates (MSDS)
-
Declaration of Conformity (Sustainability)
Frequently Asked Questions
Do I need separate Resi9 AFDD for each circuit?
Hide ShowTherefore, we strongly recommend having a separate Resi9 AFDD for each final sub-circuit.
Can an AFDD replace a residual current device (RCD)?
Hide ShowWhat is a Resi9 AFDD?
Hide ShowArc Fault Detection Devices help to reduce the risk of electrical fire.
An AFDD is a detection device that automatically cuts the electricity supply when it detects an arc fault in a circuit by immediately cutting off the electricity supply. AFDDs help to prevent arc faults from reaching temperatures where fires can break out.
Which application should I use Resi9 AFDDs in?
Hide ShowWe would highly recommend it for power (socket outlet) circuits due to potential:
• Arcing in extension boards.
• Damage to cables plugged into socket outlets behind furniture like bedsides or sofas.
• Damage to extension leads due to bending around corners or trapping under furniture.
• Damage to plugged cables due to temperature variation, ultraviolet rays, vibrations, humidity, and rodents in outdoor environment.
• You should also consider lighting and other circuits in following applications:
• Premises with children, handicapped or elderly people that might take longer to evacuate in case of fire.
• Premises constructed with combustible materials e.g. wooden buildings that might not allow enough time to evacuate.
• Premises with high risk of fire due to nature of processed or stored goods like home-based business storing large amounts of paper, wooden or other combustible materials
• Irreplaceable goods stored on premises
Please refer to standard AS/NZS 3000 for further information.