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Specifications
Design
| Product brand | Clipsal |
|---|
Physical
| Width | 55 mm |
|---|---|
| Depth | 29 mm |
| Length | 93 mm |
| Mercury free | Yes |
| Rohs exemption information | Yes |
| Environmental disclosure | ENVPEP1910001EN |
| Reach regulation | Reference contains Substances of Very High Concern above the threshold |
| China rohs regulation | Product out of China RoHS scope |
| Eu rohs directive | Compliant By Exemption |
Documents & downloads
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End of Life Manual
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Environmental Disclosure
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Declaration of Conformity (Sustainability)
ZIP
360-WE EU RoHS Directive
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
ZIP
360-WE EU RoHS Directive
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
ZIP
360-WE EU RoHS Directive
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
ZIP
360-WE EU RoHS Directive
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
ZIP
360-WE REACh Regulation
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
ZIP
360-WE REACh Regulation
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
Frequently Asked Questions
Do I need separate Resi9 AFDD for each circuit?
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As per AS/NZS 3000:2018, AFDDs shall be located at the switchboard from which the final sub-circuit being protected originates.
Therefore, we strongly recommend having a separate Resi9 AFDD for each final sub-circuit.
Therefore, we strongly recommend having a separate Resi9 AFDD for each final sub-circuit.
Can an AFDD replace a residual current device (RCD)?
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Yes, Resi9 AFDDs come embedded with earth leakage current detection functionality. These help to provide combined protection against overcurrent, overvoltage, arc faults (serial arc fault, parallel arc fault and arc to earth) and earth leakage.
What is a Resi9 AFDD?
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An AFDD detects the characteristics of dangerous arcing. Once it has been detected, it opens the electrical circuit to prevent a fire propagation. This is through an electronic system, that monitors electrical parameters in real time (current, voltage, frequencies etc).
Arc 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.
Arc 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?
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Schneider Electric recommends the use of AFDDs in final sub-circuits with high risk of fire. AFDDs are designed to protect both residential and commercial electrical installations.
We 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.
We 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.