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Specifications
Design
Range of product
Standard Series
Product brand
Clipsal
Product destination
switch
Sustainable offer status
Green Premium product
Physical
Fixing mode
by screws
Marking
without marking
Mounting position
horizontal and vertical
Fixing center
55 mm
Length
95 mm
Width
48 mm
Depth
10 mm
Number of gangs
2 gangs
Reach regulation
Reference contains Substances of Very High Concern above the threshold
Eu rohs directive
Compliant with Exemptions
Mercury free
Yes
Rohs exemption information
Yes
China rohs regulation
Product out of China RoHS scope. Substance declaration for your information
Environmental disclosure
ENVPEP120506EN
Circularity profile
N/A
Material
Material
plastic
Others
Package 1 bare product quantity
1
Unit type of package 1
PCE
Number of units in package 1
1
Package 1 height
1.1 cm
Package 1 width
5 cm
Package 1 length
9.5 cm
Package 1 weight
28.5 g
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Frequently Asked Questions
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Please see attached document for the characteristics of the new RCBos and below table shows the replacement part#s
| RCBO | |||
| Material | Alternative Material | Description | Comment |
| QOE110BO3 | QO110B10RCBO30F | QOE RCBO 1P+N 10A B 30mA 10kA | Direct Replacement |
| QOE116BO3 | QO116B10RCBO30F | QOE RCBO 1P+N 16A B 30mA 10kA | Direct Replacement |
| QOE120BO3 | QO120B10RCBO30F | QOE RCBO 1P+N 20A B 30mA 10kA | Direct Replacement |
| QOE132BO3 | QO132B10RCBO30F | QOE RCBO 1P+N 32A B 30mA 10kA | Direct Replacement |
| QOE140BO3 | QO140B10RCBO30F | QOE RCBO 1P+N 40A B 30mA 10kA | Direct Replacement |
Issue:
Contacts need to be replaced in a CAD32** relay.
Product Line:
TeSys D IEC style relays
Environment:
CAD relays
Resolution:
The TeSys D IEC style relays do not offer replacement contacts.
Contacts need to be replaced in a CAD32** relay.
Product Line:
TeSys D IEC style relays
Environment:
CAD relays
Resolution:
The TeSys D IEC style relays do not offer replacement contacts.
| Material | Description | Comment | Direct Replacement |
| QO106EC10 | MINIATURE CIRCUIT BREAKER 240V 6A | Discontinued | no replacement |
| QO110EC10 | QOvs 1P 10A 10kA Type C | Direct Replacement | QO110VSC10 |
| QO116EC10 | QOvs 1P 16A 10kA Type C | Direct Replacement | QO116VSC10 |
| QO120EC10 | QOvs 1P 20A 10kA Type C | Direct Replacement | QO120VSC10 |
| QO125EC10 | QOvs 1P 25A 10kA Type C | Direct Replacement | QO125VSC10 |
| QO132EC10 | QOvs 1P 32A 10kA Type C | Direct Replacement | QO132VSC10 |
| QO140EC10 | QOvs 1P 40A 10kA Type C | Direct Replacement | QO140VSC10 |
| QO150EC10 | QOvs 1P 50A 10kA Type C | Direct Replacement | QO150VSC10 |
| QO163EC10 | QOvs 1P 63A 10kA Type C | Direct Replacement | QO163VSC10 |
| QOH180XAUS | MCB QOH 1P 80A 6KA | Discontinued | no replacement |
| QOH1100XAUS | MCB QOH 1P 100A 6KA | Discontinued | no replacement |
| QO310EC10 | QOvs 3P 10A 10kA Type C | Direct Replacement | QO310VSC10 |
| QO316EC10 | QOvs 3P 16A 10kA Type C | Direct Replacement | QO316VSC10 |
| QO320EC10 | QOvs 3P 20A 10kA Type C | Direct Replacement | QO320VSC10 |
| QO325EC10 | QOvs 3P 25A 10kA Type C | Direct Replacement | QO325VSC10 |
| QO332EC10 | QOvs 3P 32A 10kA Type C | Direct Replacement | QO332VSC10 |
| QO340EC10 | QOvs 3P 40A 10kA Type C | Direct Replacement | QO340VSC10 |
| QO350EC10 | QOvs 3P 50A 10kA Type C | Direct Replacement | QO350VSC10 |
| QO363EC10 | QOvs 3P 63A 10kA Type C | Direct Replacement | QO363VSC10 |
| QOH380XAUS | MCB QOH 3P 80A 6KA | Discontinued | no replacement |
| RCBO | |||
| QOE110BO3 | QOE RCBO 1P+N 10A B 30mA 10kA | Direct Replacement | QO110B10RCBO30F |
| QOE116BO3 | QOE RCBO 1P+N 16A B 30mA 10kA | Direct Replacement | QO116B10RCBO30F |
| QOE120BO3 | QOE RCBO 1P+N 20A B 30mA 10kA | Direct Replacement | QO120B10RCBO30F |
| QOE132BO3 | QOE RCBO 1P+N 32A B 30mA 10kA | Direct Replacement | QO132B10RCBO30F |
| QOE140BO3 | QOE RCBO 1P+N 40A B 30mA 10kA | Direct Replacement | QO140B10RCBO30F |
Issue:
Identifying the difference between LAD4TB and LAD4TBDL
Product Line:
IEC contactors and starters
Environment:
Products sold and used in the United States
Cause:
Identifying the difference between two similar part numbers
Resolution:
The LAD4TB is for 24V AC coils for the Tesys Series LC1D09 through LC1D38 contactors when supplied with G7 voltage code. The LAD4TBDL is 24 vdc bi-directional diode offered as a replacement if for some reason the diode supplied with the Tesys LC1D09 through LC1D38 contactors when ordered with BD or BL voltage code breaks or is no longer working.
Identifying the difference between LAD4TB and LAD4TBDL
Product Line:
IEC contactors and starters
Environment:
Products sold and used in the United States
Cause:
Identifying the difference between two similar part numbers
Resolution:
The LAD4TB is for 24V AC coils for the Tesys Series LC1D09 through LC1D38 contactors when supplied with G7 voltage code. The LAD4TBDL is 24 vdc bi-directional diode offered as a replacement if for some reason the diode supplied with the Tesys LC1D09 through LC1D38 contactors when ordered with BD or BL voltage code breaks or is no longer working.
Issue:
The LUCA12BL is to be controlled directly with the output of a PLC.
Product Line:
Tesys U line
Environment:
LUB32+LUCA12BL
Cause:
PLC doing remote control of the motor starter.
Resolution:
Yes, if the output of the PLC is 24 V DC and can handle an inrush of 220mA . A reversing module will add 120mA to the inrush when it has to change the direction of the motor.
The LUCA12BL is to be controlled directly with the output of a PLC.
Product Line:
Tesys U line
Environment:
LUB32+LUCA12BL
Cause:
PLC doing remote control of the motor starter.
Resolution:
Yes, if the output of the PLC is 24 V DC and can handle an inrush of 220mA . A reversing module will add 120mA to the inrush when it has to change the direction of the motor.