Datasheet

For 402-WE
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Specifications
Design
Product or component type
socket-outlet
Product brand
Clipsal
Physical
Quantity per set
set of 1
Marking
without marking
Local signalling
without light indicator
Device mounting
surface
Fixing mode
by screws
[in] rated current
10 A
[ue] rated operational voltage
110 V AC
Depth
28 mm
Fixing center
28 mm
Number of poles
1
Standards
- AS/NZS 3100
- AS/NZS 3112
- AS/NZS 3133
- AS/NZS 3000:approval number S/1
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
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Frequently Asked Questions
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Issue:
On the Altivar drives, in CiA402 profile, what sequence is written to run drive in Reverse?
Product LIne:
Altivar drives with serial communication control in CiA-402 (Drivecom) Mode of operation.
Environment:
All current production models with the exception of the ATV212 series, all serial numbers
Cause:
To issue a run command forward in CiA402 profile, you must write the sequence 6,7,15 to the command word. What sequence should be written to run reverse?
Resolution:
In order to run, Bits 0-3 must be all high, this translates to decimal value of 15. Bit 11 of the control word determines the direction of the the drive. When bits 0,1,2,3 are high (decimal 15) the drive runs in Forward direction. When bits 0,1,2,3,11 are high (decimal 2063) the drive runs in Reverse direction.
On the Altivar drives, in CiA402 profile, what sequence is written to run drive in Reverse?
Product LIne:
Altivar drives with serial communication control in CiA-402 (Drivecom) Mode of operation.
Environment:
All current production models with the exception of the ATV212 series, all serial numbers
Cause:
To issue a run command forward in CiA402 profile, you must write the sequence 6,7,15 to the command word. What sequence should be written to run reverse?
Resolution:
In order to run, Bits 0-3 must be all high, this translates to decimal value of 15. Bit 11 of the control word determines the direction of the the drive. When bits 0,1,2,3 are high (decimal 15) the drive runs in Forward direction. When bits 0,1,2,3,11 are high (decimal 2063) the drive runs in Reverse direction.
Please use the attached template for Z4025 cutout.
Please go to the following links below and check under the Documentation Tab for more information.
Australia - https://www.clipsal.com/products/detail?CatNo=Z4025&itemno=Z4025-ZW&backto=/search?q=Z4025&tab-document-1=0
New Zealand - https://www.pdl.co.nz/products/detail?CatNo=Z4025&itemno=Z4025-ZW&backto=/search?q=Z4025&tab-document-1=0
Please go to the following links below and check under the Documentation Tab for more information.
Australia - https://www.clipsal.com/products/detail?CatNo=Z4025&itemno=Z4025-ZW&backto=/search?q=Z4025&tab-document-1=0
New Zealand - https://www.pdl.co.nz/products/detail?CatNo=Z4025&itemno=Z4025-ZW&backto=/search?q=Z4025&tab-document-1=0
1) Enable Grid support in XW basic setup menu
2) Set Grid Support Voltage to 64V (32V for XW4024) and enable SELL in XW Advanced - Grid Support menu (only if firmware on the XW inverter/charger is 1.07)
3) Verify XW CHARGE CYCLE is '2Stg/NoFloat' in XW Advanced - Charger Settings - Charge Cycle (factory default setting)
4) On MPPT set CHARGE CYCLE to '3 stage' in MPPT Advanced - Charger Settings - Charge Cycle
5) It is also recommended that the system has a minimum battery capacity of 200Ah. An additional 100Ah for every 1kW of solar power is preferable.
3) Verify XW CHARGE CYCLE is '2Stg/NoFloat' in XW Advanced - Charger Settings - Charge Cycle (factory default setting)
4) On MPPT set CHARGE CYCLE to '3 stage' in MPPT Advanced - Charger Settings - Charge Cycle
5) It is also recommended that the system has a minimum battery capacity of 200Ah. An additional 100Ah for every 1kW of solar power is preferable.