Resi9 Residual current breaker with overcurrent protection (RCBO) 1P+N, 6A, C curve, 6000A, A type, 30mA
Item Number: R9D06606
Specifications
Design
Range
Product or component type
Physical
[in] rated current
[ue] rated operational voltage
Height
Width
Depth
Net weight
Connections - terminals
- tunnel type terminal - 1...16 mm² - rigid
- tunnel type terminal - 1...10 mm² - flexible
Standards
- IEC 61009-2-2
- EN/IEC 61009-1
- AS/NZS 61009.1
Ip degree of protection
Ambient air temperature for operation
Rohs exemption information
Environmental disclosure
Eu rohs directive
Reach regulation
China rohs regulation
Others
Package 1 bare product quantity
Legacy weee scope
Package 2 bare product quantity
Package 3 bare product quantity
Package 4 bare product quantity
Average percentage of recycled plastic content
Weee label
Poles description
Number of protected poles
Network type
Curve code
Earth-leakage sensitivity
Earth-leakage protection time delay
Earth-leakage protection class
Breaking capacity
Quality labels
Network frequency
Limitation class
[ui] rated insulation voltage
[uimp] rated impulse withstand voltage
Comb busbar and distribution block compatibility
9 mm pitches
Grid distance
Temperature derating table
- -25 °C ( 7.5 A )
- -20 °C ( 7.4 A )
- -15 °C ( 7.3 A )
- -10 °C ( 7.1 A )
- -5 °C ( 7 A )
- 0 °C ( 6.9 A )
- 5 °C ( 6.7 A )
- 10 °C ( 6.6 A )
- 15 °C ( 6.5 A )
- 20 °C ( 6.3 A )
- 25 °C ( 6.2 A )
- 30 °C ( 6 A )
- 35 °C ( 5.8 A )
- 40 °C ( 5.7 A )
- 45 °C ( 5.5 A )
- 50 °C ( 5.3 A )
- 55 °C ( 5.2 A )
- 60 °C ( 5 A )
- 65 °C ( 4.8 A )
- 70 °C ( 4.6 A )
Pollution degree
Overvoltage category
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
Green premium status for reporting
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]
F-gas free
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
End of life manual availability
Take-back
Warranty (in months)
Documents & downloads
hide show-
All
-
CAD Files and Packs
-
Technical Data Catalogues
-
Environmental Disclosure
-
Installation Instruction
-
Certificates (MSDS)
-
Declaration of Conformity (Sustainability)
Frequently Asked Questions
How do I connect Resi9 Slim RCBOs?
Hide Showi. Top fed with MAXBAR
ii. Bottom fed with Phase-neutral busbar (A9XPC612)
iii. RCBOs can also be both top or bottom fed by cables.
What are the benefits of RCBOs over RCCBs & MCBs?
Hide Show1. Time saving with RCBOs when using MAXBAR (Up to 2X)
2. Space saving in switchboards (3M of space with RCBOs required vs 5M of space with traditional RCCB+MCB)
3. Quick fault diagnosis
4. Professional looking install with less cable connections when using MAXBAR