Specifications
Design
Range
Product or component type
Warranty
Physical
Mounting support
- symmetrical rail
- plate
[ue] rated operational voltage
[ie] rated operational current
Mechanical durability
Electrical durability
- 30000 cycles AC-21
- 30000 cycles DC-1...5
Connections - terminals
- power circuit: screw clamp terminals70-70 mm² - flexible - with cable end
- power circuit: screw clamp terminals95-95 mm² - solid
Height
Width
Depth
Net weight
Standards
Product certifications
- UL
- CSA
- GL
- UKCA
Ip degree of protection
Ambient air temperature for operation
Mercury free
Rohs exemption information
Environmental disclosure
Eu rohs directive
Reach regulation
China rohs regulation
Others
Life cycle assessment data
Substance regulation data deliverable
Legacy weee scope
Package 1 bare product quantity
Average percentage of recycled plastic content
Weee label
Product name
Device short name
Compatibility code
Performance level
Poles description
Contacts type and composition
Network type
- AC
- DC
Network frequency
Rated operational power in w
- 30 kW at 230...240 V (AC-3)
- 37 kW at 400...415 V (AC-3)
- 37 kW at 690 V (AC-3)
- 45 kW at 500 V (AC-3)
- 45 kW at 690 V (AC-23A)
- 55 kW at 500 V (AC-23A)
- 30 kW at 230...240 V (AC-23A)
- 45 kW at 400...415 V (AC-23A)
[ith] conventional free air thermal current
[ithe] conventional enclosed thermal current
Making capacity
- 1750 A at 400 V AC-22A
- 1750 A at 400 V AC-23A
- 1600 A at 400 V AC-21A
Breaking capacity
- 1400 A at 400 V (AC-21A)
- 1400 A at 400 V (AC-22A)
- 1400 A at 400 V (AC-23A)
Rated conditional short-circuit current
- 10 kA at 400 V - associated fuse 200 A aM
- 10 kA at 400 V - associated fuse 200 A gG
[icm] rated short-circuit making capacity
Intermittent duty class
Suitability for isolation
[uimp] rated impulse withstand voltage
[icw] rated short-time withstand current
Tightening torque
Protective treatment
Mechanical robustness
- vibrations 10...150 Hz (1 gn) conforming to IEC 60068-2-6
- shocks 11 ms (30 Gn) conforming to IEC 60068-2-27
Fire resistance
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
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]
Pvc free
Halogen-free status
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
Scip number
Halogen-free status
Pvc free
End of life manual availability
Take-back
Weee label
Warranty (in months)
Documents & downloads
hide show-
All
-
CAD Files and Packs
-
Technical Data Catalogues
-
Environmental Disclosure
-
Installation Instruction
-
Technical illustration
-
Technical Drawing
-
Certificates (MSDS)
-
Declaration of Conformity
-
Declaration of Conformity (Sustainability)
3 poles VARIO switches disconnector, switch body base 125, 175 A. - Dimensions - Technical drawing
VERSION
1.0
DATE
03 Mar 2022
REVISION
1.0
3 poles VARIO switches disconnector, switch body base 125, 175 A. - Dimensions - Technical drawing
VERSION
1.0
DATE
03 Mar 2022
REVISION
1.0
UL_Certificate_TeSys Vario
VERSION
1.0
DATE
23 Jan 2025
REVISION
1.0
CCC_TeSys Vario_2024010302630599
VERSION
1.0
DATE
25 Nov 2024
REVISION
1.0
DNV-GL Marine Certificate TeSys VARIO - V02-01-0-1-2-3-4-5-6 disconnection switch
VERSION
1.0
DATE
11 Mar 2024
REVISION
1.0
CB_Certificate_TeSys Vario V5&V6
VERSION
1.0
DATE
25 Jul 2023
REVISION
1.0
CSA Certificate_ TeSys Vario
VERSION
1.0
DATE
30 Dec 2022
REVISION
1.0
V6 China RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 China RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 China RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 China RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 China RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 China RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 China RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 China RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 EU RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 EU RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 EU RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 EU RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 EU RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 EU RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 EU RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 EU RoHS Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 REACh Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 REACh Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 REACh Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 REACh Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 REACh Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 REACh Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 REACh Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
V6 REACh Declaration
VERSION
1.0
DATE
01 Jan 1900
REVISION
1.0
Frequently Asked Questions
How to enable/disable the C-Bus system clock generator for 5516RVF
Hide ShowThe integrated C-Bus Clock generator can be enabled or disabled via the front panel by performing a short press on the top second-to-right button whilst holding down the top left channel button to toggle the enabled state.
The enabled status of the integrated C-Bus Clock is shown on the C-Bus indicator.
(Green - Enable, Yellow - Disable).
For 5508RVF and 5504RVF
5080CTC touch screen Repair
Hide ShowFor C-BUS 5000 CTC 6" Touch Screen Repairs - NOW Done by our JEA Technologies
please see attached RMA form for CTC touchscreen repair.
Contact detail for CTC repair is
Trevor Callaghan
Workshop Manager
JEA Technologies
M- 0404 887 463
Trevor.callaghan@jeatech.com.au
What dali device type does the C-BUS Dali2Gateway (5502CDGP230) support?
Hide ShowThe C-BUS Dali2Gateway F/W 1.8 can currently support DT0, DT1, DT6. It doe not yet support Tunable White and RGB/RGBW
How to back up Wiser2 project using Wiser Transfer Utility
Hide ShowHow to back up Wiser2 project using Wiser Transfer Utility
it will save the files as .tar.gz
New C-Bus relays 55xxRVFs now have a minimum load rating?
Hide ShowThe minimum load refers to the minimum voltage/current required to maintain the quality of the relay contacts.
The relays are the same as used in the current C-Bus relays so there is no difference in product spec. The datasheet wanted to provide more information to the customer.
Where to download software for the dali building monitor software package?
Hide ShowSearch for DCDALCIP250-2 or DCCABKIT6 in Google
Select document & download and tick software - Release
Click through the pages and look for Building Monitor V6.0.472
https://download.schneider-electric.com/files?p_Doc_Ref=BuildingMonitor-V6.0.472
Which pins or cables are associated with the 5500PS C-BUS power supply?
Hide ShowWhich pins or cables are associated with the 5500PS C-BUS power supply?
in 1-8 on the RJ45
How to change a wrong USB Driver on DCCABKIT6
Hide ShowSuppose the following happens when connecting the DCCABKIT6 cable between Laptop and DALIcontrol Duo Mode 3 Power Supply (DCDALCIP250-2).
In Device Manager find something like
The cable has likely been used with some other product that has recognised the FDTI chip and installed this LibUSB driver which is not recognised by the Simple Wizard which sees a different device ID
BEFORE GOING FURTHER REALISE THAT ONCE COMPLETE THE OTHER DEVICE WILL NO LONGER FIND ITS REQUIRED DRIVER.
Right click on this entry in the Device Manager and select Properties from the menu
And proceed to the Driver tab
…and select <Update Driver>
… and Select <Browse my computer for Drivers>
Select <Let me pick from a list of available drivers on my computer>
With this next Dialog un-tick the Show compatible hardware
In this case you should see Manufacturer FTDI and Select from the Model USB Serial Port which should start the install finishing with…
From here you should now be able to connect.
It is important to note that when connecting to the DALIcontrol Duo Mode 3 Power Supply (DCDALCIP250-2) with the DCCABKIT6 programming cable and running DCBMWizard or SimpleWizard that the power supply be in mode 1. To achieve this on the DCDALCIP250-2 press and hold the <ON A> button and momentarily press the <TEST A> button. The Line A indicator will single pulse 5x to indicate the mode.
If there is a compatible driver installed you can try tick Show Compatible hardware, then try selecting one of the drivers below.
If there are no drivers to be found on the Computer in question it is then possible to download the software by going to the following on your web browser https://support.arduino.cc/hc/en-us/articles/4411305694610-Install-or-update-FTDI-drivers and follow the instructions laid out.
Also go to https://ftdichip.com/drivers/ and follow up with https://ftdichip.com/document/installation-guides/
Where can I get information on RL Line Reactors, filters, and braking resistors for AC Drives?
Hide ShowRL Line Reactors, filters, and braking resistors information for AC Drives
Product Line:
RL Line Reactors, filters, braking resistors
Environment:
All serial numbers for RL Line Reactors
Cause:
N/A
Resolution:
Please contact MTE Corp for specific information on each part.
MTE CORPORATION
an SL Industries Company
N83 W13330 Leon Road. Menomonee Falls, WI 53051 USA
Toll Free: 1-800-455-4MTE
International Tel: 1-262-253-8200
Fax: 1-262-253-8222
https://www.mtecorp.com
What can cause an APF fault on the ATV61 drive?
Hide ShowAPF fault on the ATV61 drive
Product Line:
Altivar ATV61
Environment:
All with an CIC or controller inside card
Cause:
The drive will ramp up and then trip on APF fault.
Resolution:
The APF fault is a fault or error on the controller inside option card. Try swapping or replacing the controller inside card that has an identical program inside the card.
What could cause the DC bus voltage on a drive to drop when the motor is heavily loaded?
Hide ShowProduct Line:
All Variable Frequency Drives.
Environment:
All models, All serial numbers.
Cause:
As the speed of the motor increases, and/or as the load on the motor increases, the DC bus voltage is dropping and the motor current is increasing, while the main input voltage stays the same or drops very slightly.
Resolution:
There are multiple possible causes for this situation, but one that should be ruled out first is "flat topping" of the incoming power. The DC bus capacitor bank in the drive is charged to the peak to peak voltage of the incoming AC mains power. To determine what the DC bus voltage should be, multiply the incoming AC voltage as measured by an RMS meter by the square root of 2. Approximately 1.414 X the input RMS voltage. As an example, if you read 480V AC incoming voltage RMS, the peak to peak AC voltage would be 678.8. The DC bus would be charged to 480 X the square root of 2, or 678.8VDC
When you measure the incoming voltage with a voltmeter, you are measuring the RMS voltage. So the DC voltage on the DC bus will be 1.414 X the RMS reading of your incoming AC voltage. If your incoming power is overloaded slightly, your peak to peak incoming voltage will dip slightly. This will have a very small change on your RMS meter reading, but a more significant change on the DC bus voltage. As the DC bus voltage drops, the motor current will increase to maintain the same power at the motor. If you were to look at your incoming power to the drive with an oscilloscope, you would see the top of the waveform would be flattened slightly. This is an indication that your incoming power is being overloaded. Steps should be taken to increase the amount of power available on your incoming power to the drive.
How to disable fieldbus error on Altivar process drive?
Hide ShowMain menu --> Complete settings --> Error warning/handling --> Communication module --> Fieldbus interrupt response --> set it to ignore.
How can you change the display screen to show different parameters on the ATV61 and ATV71 drives?
Hide ShowHow can you change the monitoring screen to show different parameters other then frequency reference on the ATV61 and ATV71 drives?
Product Line:
ATV61, ATV71.
Environment:
All model numbers, all serial numbers.
Cause:
Customer wanted to monitor output frequency and output current on the monitor screen.
Resolution:
Under Main Menu,
Go into Menu 6 Monitoring Configuration.
6.2 Monitor Screen Type to adjust the number of parameters that can be displayed and the format of display.
There are 3 options; Digital, Bar graph, and List.
Digital and Bar Graph can display up to two parameters at a time on the screen.
List displays up to 5 different parameters on the screen.
Go into Menu 6.2 Parameter Selection to select the parameters that are desired. Parameters can also be removed by removing the check mark in the box.
When you are done hit ESC to back out until you see your new display parameters.
How long can the ATV630 or ATV650 motor leads be before I need an output filter?
Hide ShowATV630 and ATV650 motor leads maximum length before an output filter is required.
Product Line:
ATV630, ATV650 process drive.
Environment:
All models, All serial numbers
Cause:
Information needed to plan for installation
Resoultion:
Please see the chart below for the maximum distance of motor leads before output filtering is mandatory. Note that the distances listed are the maximum distance before output filtering is required. Output filtering may be necessary at shorter distances for your specific installation.
How do I prevent my Altivar 61 / Altivar 71 series drive from running in reverse?
Hide ShowTrying to prevent my Altivar 61 / Altivar 71 series drive from running in reverse.
Product Line:
Altivar 61 / Altivar 71 series drives.
Environment:
All models, All serial numbers.
Cause:
Customers application requires operation of the motor in one direction only. Running in reverse must be inhibited.
Resolution:
Under menu 1.5, Assign parameter "RUN REVERSE" to "NO"
Under menu 1.6, Assign parameter "RV INHIBITION" to "YES".
Please note that if you have "RUN REVERSE" assigned to a logic input, setting RV INHIBITION to YES will not prevent the drive from running in reverse,if called to by the logic input. RV Inhibition will prevent the motor from being run in reverse from the graphic display or line. Any speed reference, such as a PID reference, summing input, or any other speed reference that would normally cause the motor to run in reverse will now cause the motor to stop, when RV INHIBITION is set to YES.
How is an Altivar VFD set to always run a particular speed when no reference input is connected?
Hide ShowWants the Altivar VFD set to always run at a particular speed when no reference input is connected.
Product Line:
Altivar 12, 32, 312, 61, 71, 212, 320
Environment:
All models
Cause:
VFD does not run the motor without a speed reference.
Resolution:
If there is no external speed reference when the VFD gets a run command, then it will always run at the minimum speed programmed to the VFD. Set the minimum speed parameter to the desired run speed. Use parameter LSP for the Altivar12, 32, 312, 320, 61, 71 drives. Use parameter LL for the Altivar 212 drive. These can be adjusted while the motor is running.