Modena/Strato Switched Socket Single, 10A Skirting Mount Neon | White Electric
Item Number: 16N-WE
Datasheet
Specifications
Design
Range of product
Product or component type
Product brand
Surface finish
Physical
Control type
Number of gangs
Pin number
Number of power socket outlets
Actuator
- switch
- rocker
Fixing mode
Local signalling
Mounting position
[ue] rated operational voltage
[in] rated current
Depth
Length
Width
Fixing center
Standards
- AS/NZS 3100
- AS/NZS 3112
- AS/NZS 3133:approval number S/1
Eu rohs directive
Mercury free
China rohs regulation
Rohs exemption information
Environmental disclosure
Circularity profile
Material
Material
Others
Package 1 bare product quantity
Unit type of package 1
Number of units in package 1
Package 1 height
Package 1 width
Package 1 length
Package 1 weight
Documents & downloads
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Technical Data Catalogues
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Specification Guide
Frequently Asked Questions
Where can I find dimensions or drawings for the HMI keypad VW3A1101?
Hide ShowLooking for dimensions or drawings for the keypad only
Product line:
VW3A1101
Environment:
All serial numbers
Cause:
Not shown online.
Resolution:
See the attached .PDF file with dimensions or the CAD files.
Is it possible to field install the DC choke on the D version of the ATV61HD90N4D drives?
Hide ShowInstallation of DC choke on the D version of the ATV61HD90N4D.
Product Line:
Altivar 61, ATV61
Environment:
ATV61HD90N4D
Cause:
The AV61HD90N4D was ordered which ships without the DC choke.
Resolution:
The DC choke for this part is not available for sale. Recommended solution is to add a 5% input line reactor, separately mounted.
What are the part numbers of the measuring board for ATV61HC16N4 and ATV71HC13N4 drives?
Hide ShowIssue:
Needs the part numbers of the measuring board for the ATV61HC16N4 and ATV71HC13N4 drives
Product Line:
ATV61 and ATV71
Environment:
All
Cause:
Failed measuring board component within the drive.
Resolution:
The part number for the measuring board is VX5A71HC13N4 or VX5A71HC13N4F (For Fuji parts)
When a replacement Measurement board is needed, the serial number of the VFD needs to be verified.
If the 8th digit of the Serial number is a "2" as shown below than the replacement part number must have an "F" suffix.
See Attachment
Are conduit kits available for the Altivar Process Drives?
Hide ShowConduit kits for the Altivar Process Drives
Product Line:
Altivar Process Drive (ATV630, ATV930)
Environment:
All serial numbers for Altivar Process Drive
Cause:
N/A
Resolution:
Frame Size 1...4
- Includes IP21 conduit kit already installed on the drive
- Includes IP21 conduit kit but not installed on the drive
Conduit kits are not supplied and have to be ordered:
- Size 6 [ATV630D55M3, ATV630D75M3, ATV930D55M3C, ATV930D75M3C, ATV630C11N4, ATV630C13N4, ATV630C16N4, ATV930C11N4C, ATV930C13N4C, ATV930C16N4C]
- UL type 1 and IP21: VW3A9704
- Size 7A [ATV630C22N4, ATV930C22N4(C)]
- UL type 1: VW3A9212
- UL type 21: VW3A9112
- Size 7B [ATV630C25N4, ATV630C31N4, ATV930C25N4C, ATV930C31N4C]
- UL type 1 without braking unit: VW3A9213
- UL type 1 with braking unit: VW3A9214
- UL type 21 without braking unit: VW3A9113
- UL type 21 with braking unit: VW3A9114
What is ATV71 fan control board part number and troubleshooting LEDs?
Hide ShowATV71 Fan control board part number and troubleshooting LEDs.
Product Line:
Alitvar ATV71 High HP
Environment:
All
Cause:
There are two troubleshooting LEDs on the fan control board.
Resolution:
See the attached file to see the LED troubleshooting codes.
Please note that the following drives have the fan control board.
Frame size 10 is ATV71HC11N4 and ATV71HD75M3X
Frame size 11 and 12 are ATV71HC13 thru HC16N4
Frame size 13 and 14 are ATV71HC20N4 thru HC40N4
Frame size 15 is ATV71HC50N4
Frame size 10,11 and 12
1 Fan control board (VX5A1400)
1 Heat sink fan (VZ3V1212)
Fame size 13
1 Fan control board (VX5A1400)
2 Heat sink fans (VZ3V1212)
Frame size 14
2 Fan control boards (VX5A1400)
3 Heat sink fans (VZ3V1212)
Frame size 15
2 Fan control boards (VX5A1400)
4 Heat sink fans (VZ3V1212)
Where can I find the spare parts manual for the ATV61HC16N4 and ATV71HC13N4 drives?
Hide ShowIssue:
ATV61HC16N4 and ATV71HC13N4 spare parts manual.
Product line:
Altivar ATV61HC16N4 and ATV71HC13N4
Environment:
ATV61HC16N4 and ATV71HC13N4
Cause:
Someone needs a copy of the services manual for the ATV61HC16N4 and the ATV71HC13N4 drives.
Resolution:
Instruction bulletin 30072-452-78 is attached.
Is the braking transistor inbuilt in Altivar 71 Drives?
Hide ShowThe Braking transistor is inbuilt in maximum ratings of Altivar 71 Drive.
How do you change the carrier switching frequency in an ATV66 drive?
Hide ShowChange the carrier switching frequency in an ATV66 drive
Product Line:
Altivar ATV66
Environment:
All
Cause:
Needs to change the switching frequency because of motor noise.
Resolution:
The only way to change carrier frequency is to go from CT or VT to VTLN or NOLD in menu 7.13.
There is no separate parameter available for switching frequency adjustment.
Refer to the ATV66 user manual VD0C06S305C page 61.
CTA-ID : 2018068
What is the SCR Snubber part number for an ATV61HC16N4 thru ATV61HC63N4 or ATV71HC13N4 thru ATV71HC50N4 drives?
Hide ShowIssue:
What is the SCR snubber part number for an ATV61/71 drive?
Product Line:
ATV61 and ATV71
Environment:
All serial numbers for ATV61 and ATV71
Cause:
Part number needed to order part.
Resolution:
VX4A1200 for Frame sizes 11 - 15
ATV61HC16N4 thru ATV61HC63N4 or ATV71HC13N4 thru ATV71HC50N4?
How do I calculate the energy savings when using a Constant Torque rated VFD in a Constant Torque Application?
Hide ShowInformation needed to determine the energy savings for a variable frequency drive (VFD) system in a constant torque application.
Product Line:
All constant torque rated Altivar Drives.
Environment:
All constant torque rated drives, All serial numbers.
Cause:
What is the percentage of energy usage reduction compared to the reduction in speed?
Resolution:
In a constant torque application, The energy used is directly proportional to the speed of the motor. At 25% speed, 25% energy is used. At 50% speed, 50% energy is used. This is different than in variable torque applications where the reduction in power usage is greater than the reduction in speed.
When calculating energy consumption for constant torque applications, The percentage of motor speed is used to determine energy usage.