Standard Series, Flush Plates - Standard Series, Architrave Size, Switch Plate 2 Gang (75 x 32mm) White Electric
Item Number: 32-WE
Datasheet
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Specifications
Design
Range of product
Standard Series
Product brand
Clipsal
Product destination
switch
Physical
Fixing mode
by screws
Marking
without marking
Mounting position
horizontal and vertical
Fixing center
70 mm
Length
86 mm
Width
32 mm
Depth
11 mm
Number of gangs
2 gangs
Reach regulation
Reference contains Substances of Very High Concern above the threshold
Eu rohs directive
Pro-active compliance (Product out of EU RoHS legal scope)
Mercury free
Yes
Rohs exemption information
Yes
China rohs regulation
Product out of China RoHS scope. Substance declaration for your information
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
1.5 cm
Package 1 width
3.5 cm
Package 1 length
8.5 cm
Package 1 weight
16 g
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Technical Data Catalogues
Frequently Asked Questions
hide showIssue:
Connecting SoMove to the VFD using the Ethernet network connection.
Product Line:
ATV61
ATV71
ATV630
ATV930
ATV320
ATV340
ATV32
Environment:
Ethernet IP or Profinet option installed.
VW3A3316, VW3A3320, VW3A3627 VW3A3720
Cause:
Drive is not detected when attempting to connect.
Resolution:
See attachment for screenshots showing SoMove V2.9.4
STEP 1
Turn OFF your computers firewall before starting so you will have access to your Ethernet port.
STEP 2
Edit Connection on your computers ethernet port and setup IP address in the Altivar Drive using an HMI.
Computer or PC setup:
Example setting up your PCs IP address.
Search Ethernet settings
-Change adapter options
- Choose the Ethernet port you want to use.
-Choose Properties
-Make sure IPV4 and IPV6 are both checked.
-Double click on the IPV4 settings
-Select "Use the following IP address" and now enter in an IP address for your PCs ethernet port.
Note this IP address needs to match your Drives IP address up to the last octet.
Drives IP address= 10.172.86.1 (for the Drive) and your PC's IP address = 10.172.86.10 (your computer)
Subnet address= 255.255.255.0
-Choose ok
Drive Setup
Example set your Drives IP address using the remote HMI under the Ethernet settings in the programming.
Type=Fixed
IP address= 10.172.86.1 (for the Drive)
Subnet address= 255.255.255.0
-Power cycle your Drive after changing the IP address
STEP 3
Open up Somove 2.9.4 or newer and setup your "edit connection/scan" settings.
-Click on "edit connection/scan"
-Choose Modbus TCP double click
-Choose the advanced settings (small gear wheel icon).
-Choose More
-Choose Scan tab
-Now type in your Drives IP address example 10.172.86.1
-Choose Single Scan and enter 1
-Apply and OK
-Ok again
STEP 4
-Now Scan for the Device to see if your PC finds the Drive.
-double click on the picture of the drive to connect and load from the device.
NOTE: If your Drives ATV630 or ATV930 Firmware is version V3.3IE or above it will now include cyber security features and you will have to enter a password before connecting to the drive other Ethernet or Profinet. You can find this unique password on your HMI under the Communications menu, Embedded Ethernet configuration, and find SECE. SECE select OK on the HMI and then select WDPE and press ok. Your will now see your unique password example "iY^Nm9cV"
This password is temporary and will need to be changed and remembered.
The USERNAME: ADMIN (all caps)
The Password: iY^Nm9cV (for this example only)
Please read and understand before checking OK.
Somove is loading settings from the Drive to your Somove on your PC.
Your are now connected to the Drive when the bar across the top turn's orange.
Please be aware that you will be required to enter a password when you connect via Ethernet or Profinet if your Process Drive is version V3.3IE or higher so if you live in an area or work for a company that does not require or mandate having a password for Ethernet or Profinet for cyber security you can disable the feature if desired. Otherwise leave the feature active which can offer the best cyber security.
Done.
NOTE:
This example should work using.
-Ethernet TCP
-Ethernet IP
-Profinet
Issue:
Wiring 0-10V DC Signal in the ATV32, ATV312, ATV61 and ATV71 drives?
Product Line:
ATV61, ATV71, ATV31, ATV312, ATV32
Environment:
All serial numbers Open style VFDs
Cause:
Needs to wire in a 0-10vdc signal for speed control.
Resolution:
On the ATV32, ATV61 and ATV71 drives, you can wire the 0 to 10vdc signal to AI1+ to com as reference speed 1, and you can program AI2 in menu the IO menu to set up AI2 as a 0 to 10vdc speed reference 2.
Please note that there is a factory installed jumper between AI- and com that allows this input to work with a 0 to10vdc input. If you remove the jumper, then it becomes an -10vdc to +10vdc input.
On the ATV312, the 0-10vdc signal is landed on AI1 only.
Problem : The drive intermittently goes into NST when STO is configured ‘L3PW’. Once L3PW is put back to ‘NO’ then drive work as per normal.
If NST occurs only when STO and LI3 are used together as STO input, and not when STO is standalone, refer to the points below,
1. The random NST is not linked to STO/DI3 but caused by EMC perturbation on the 24V supplied STO and or DI3 (if external 24V is used for STO/DI3), or P24 is not completely tighten to STO /DI3 inputs.
For example, if STO input is connected to external 24V, and this 24V fails ( for EMC reason, or 24V supplied to lot of device).
If it fails for a time of 100µs for example, and then external 24V come back to normal level, you will not see STO state on drive but NST , because LI1 is still enabled (even if TCT=Level).
On this case you can have a random NST or SAFF. The hardware time detection of STO state by STO input is 20µs.
- You should check by oscilliscope the signal (STO and or DI3 signal).
- See more information for ATV320 on pdf attached.
2. If used a device with OSSD which is not compatible with STO.
The solution with ATV320 is to use OSSD feature not wired to STO but with LI3+LI4 or LI5+LI6 (STO and L3PW are not compatible):
Then set LIrt parameter :
Current used by the STO input is around 20mA. Check the equipment connected to STO & DI3, that provide enough current to both inputs.
Test to supply STO & DI3 with internal 24Vdc of ATV320. If there is no issue with internal 24V of ATV320 , this can confirm the hypothesis of limited 24V in safety device.
The external 24V supply or safety output must be stable voltage and the most important, the cable used for STO & DI3 " MUST BE SHIELD".
If NST occurs only when STO and LI3 are used together as STO input, and not when STO is standalone, refer to the points below,
1. The random NST is not linked to STO/DI3 but caused by EMC perturbation on the 24V supplied STO and or DI3 (if external 24V is used for STO/DI3), or P24 is not completely tighten to STO /DI3 inputs.
For example, if STO input is connected to external 24V, and this 24V fails ( for EMC reason, or 24V supplied to lot of device).
If it fails for a time of 100µs for example, and then external 24V come back to normal level, you will not see STO state on drive but NST , because LI1 is still enabled (even if TCT=Level).
On this case you can have a random NST or SAFF. The hardware time detection of STO state by STO input is 20µs.
- You should check by oscilliscope the signal (STO and or DI3 signal).
- See more information for ATV320 on pdf attached.
2. If used a device with OSSD which is not compatible with STO.
The solution with ATV320 is to use OSSD feature not wired to STO but with LI3+LI4 or LI5+LI6 (STO and L3PW are not compatible):
Then set LIrt parameter :
Current used by the STO input is around 20mA. Check the equipment connected to STO & DI3, that provide enough current to both inputs.
Test to supply STO & DI3 with internal 24Vdc of ATV320. If there is no issue with internal 24V of ATV320 , this can confirm the hypothesis of limited 24V in safety device.
The external 24V supply or safety output must be stable voltage and the most important, the cable used for STO & DI3 " MUST BE SHIELD".
Somove safety password can be reset by code 1581.
1581 is not the general password to enter in the safety configuration. But a password to allow reset of safety password.
If you enter 1581 from the configure button you will have error message and that is normal.
To use the 1581 password you need to use the reset password button.
Enter here the 1581 and validate the safety password erasing.
Now you can go on "configure" button and it will ask you a new password to open the safety configuration.
1581 is not the general password to enter in the safety configuration. But a password to allow reset of safety password.
If you enter 1581 from the configure button you will have error message and that is normal.
To use the 1581 password you need to use the reset password button.
Enter here the 1581 and validate the safety password erasing.
Now you can go on "configure" button and it will ask you a new password to open the safety configuration.
If the value of ParamKW is different, then it is referring to any modification done on the configuration of the NOC (most likely in the DTM browser). If you do not see any changes in this section of the program, then no actual modification was done. For example, if the IP address of a device in the DTM browser is changed and then changed back to its original value, a time stamp will still exist, resulting in the ParamKW changing.
Issue:
End User needs to convert a Float 32 register value into a decimal number
Product:
ION and Powerlogic Meters
Environment:
Arithmetic Conversion
Cause:
Some registers are stored as Float 32 values. In order to make sense of that value we have to convert that number to a decimal value.
Resolution:
Float 32 values will take 2 registers, if you check in the Register List.
Below is an example of the process:
For Registers,
3000 - 5EF3
3001 - 4323
Input the hexadecimal box of the link as 0X5EF34323 to get the exact decimal values. 8.7644463E18
Attached document screenshot for further reference.
End User needs to convert a Float 32 register value into a decimal number
Product:
ION and Powerlogic Meters
Environment:
Arithmetic Conversion
Cause:
Some registers are stored as Float 32 values. In order to make sense of that value we have to convert that number to a decimal value.
Resolution:
Float 32 values will take 2 registers, if you check in the Register List.
- So, to start with convert the values separately in both the registers to Hexadecimal.
- Now, use the below link and use the value in the registers in ascending next to each
Below is an example of the process:
For Registers,
3000 - 5EF3
3001 - 4323
Input the hexadecimal box of the link as 0X5EF34323 to get the exact decimal values. 8.7644463E18
Attached document screenshot for further reference.
Question:
How to connect an ATV320 to a HMI to save the parameters of the drive
Product String Reference:
Objective:
The objective of this video is to provide guidance of how to connect an ATV320 drive to HMI device.
Product Line:
IDSDS – Speed Drives Systems.
Environment:
N/A
Resolution:
How to connect an ATV320 to a HMI to save the parameters of the drive
Product String Reference:
- Top Level > Product Category > Industry > Industry Control & Drives > Variable Speed Drives > Altivar 320.
- Top Level > PR_Product_OPS_Structure > Variable Speed Drives and Soft Starters > Low Voltage AC Machines Drives > Altivar Machine ATV320
Objective:
The objective of this video is to provide guidance of how to connect an ATV320 drive to HMI device.
Product Line:
IDSDS – Speed Drives Systems.
Environment:
N/A
Resolution:
- Connect the RJ45 adaptor to the ethernet cable running to the drive
- Connect the HMI to the RJ45 adaptor. The display of the drive will now be apparent
- To save the parameters of the drive, go to the Main Menu, and scroll to “Open / Save As”
- Select “Save As”
- Select “File” that is free. The file will now transfer from the Drive to the HMI.
Issue:
What are the things to consider in selecting the braking resistors for Altivar drives?
Product Line:
All Altivar Drives
Environment:
All
Cause:
Needs to know if the factors to consider in selecting the braking resistor for Altivar drives
Resolution:
1.) Resistance - Choosing a too low resistance may damage the drive. Too high and it's not as effective as a brake. That's because higher resistance means we will get lower current from the drive. Lower resistance means higher currents and too high current can damage the braking IGBT in the drive.
2.) Watts - Higher wattage means more durable braking resistor.
What are the things to consider in selecting the braking resistors for Altivar drives?
Product Line:
All Altivar Drives
Environment:
All
Cause:
Needs to know if the factors to consider in selecting the braking resistor for Altivar drives
Resolution:
1.) Resistance - Choosing a too low resistance may damage the drive. Too high and it's not as effective as a brake. That's because higher resistance means we will get lower current from the drive. Lower resistance means higher currents and too high current can damage the braking IGBT in the drive.
2.) Watts - Higher wattage means more durable braking resistor.
Step 1
For Modbus Serial , FR1 à Integrated Modbus
And for Modbus TCP , FR1 à Com Card
Step 2
To separate the Start/Stop command to the speed reference , please change control mode configuration CHCF to Separate/IO profile,
CHCF à Separate (sequential method)
CHCF à I/O Profile (allows to write to the command register of the drives in bits)
Step 3
Please check CD1 is set to terminals,
CD1 à Terminals (by default)
ATV320 Programming Manual and ATV320 Modbus Manual is attached for reference.
Issue:
What is the process for ordering a Masterpact NW or NT circuit breaker?
Product Line:
Circuit Breakers
Resolution:
Masterpact circuit breakers cannot be ordered by catalog number. A Schneider distributor or sales office must enter the order via the online product selector in My Schneider, SE Advantage, or Quote to Cash.
Information they need includes the certification standard (UL, ANSI, IEC), fixed or drawout, ampacity, AIR required, trip unit functions or type, accessories, connectors, and other customer specifications.
The attached decoder will assist in breaking down a catalog number to its component parts. With knowledge of the breaker's construction it will be possible to use the Q2C or SE Advantage product selector to select, quote, and order the breaker. DO NOT try to build a catalog number using the decoder. A number generated using the decoder will be prone to error due to possibly selecting components and features which are mutually exclusive, and the number will have no value for quotation or ordering even if valid.
Required information for placing an order can be found on the attached RFQ (Request for Quote) or RFQ - DC for DC rated Masterpacts.
What is the process for ordering a Masterpact NW or NT circuit breaker?
Product Line:
Circuit Breakers
Resolution:
Masterpact circuit breakers cannot be ordered by catalog number. A Schneider distributor or sales office must enter the order via the online product selector in My Schneider, SE Advantage, or Quote to Cash.
Information they need includes the certification standard (UL, ANSI, IEC), fixed or drawout, ampacity, AIR required, trip unit functions or type, accessories, connectors, and other customer specifications.
The attached decoder will assist in breaking down a catalog number to its component parts. With knowledge of the breaker's construction it will be possible to use the Q2C or SE Advantage product selector to select, quote, and order the breaker. DO NOT try to build a catalog number using the decoder. A number generated using the decoder will be prone to error due to possibly selecting components and features which are mutually exclusive, and the number will have no value for quotation or ordering even if valid.
Required information for placing an order can be found on the attached RFQ (Request for Quote) or RFQ - DC for DC rated Masterpacts.
Since these bits are defined in individual structures with type T_DIS_IN_GEN for each channel, it is not possible to convert them into a DINT directly. However, you can use this work around in your code to convert. i.e use 2x BIT_TO_WORDS, then WORD_AS_DINT.
Issue:
Reset a fault on a Altivar drive.
Product Line:
Altivar ATV variable speed drives
Environment:
All
Cause:
Need to reset a fault status.
Resolution:
There are multiple ways to reset a fault, including a logic input assignment and communication network. But an easy way to reset a fault is to remove line voltage from L1,L2,L3. Allow enough time for the display to go completely blank and then wait another 30seconds. Reapply power. If the fault appears again, it means that the VFD has re-faulted.
Note: Some faults have to be reset by removing and reapplying line voltage (power-cycling) the drive. Refer to your drive's Programming Manual for a list of faults that require a power cycle to clear.
The following video demonstrates how to configure a logic input fault reset function on the Altivar 212:
Reset a fault on a Altivar drive.
Product Line:
Altivar ATV variable speed drives
Environment:
All
Cause:
Need to reset a fault status.
Resolution:
There are multiple ways to reset a fault, including a logic input assignment and communication network. But an easy way to reset a fault is to remove line voltage from L1,L2,L3. Allow enough time for the display to go completely blank and then wait another 30seconds. Reapply power. If the fault appears again, it means that the VFD has re-faulted.
Note: Some faults have to be reset by removing and reapplying line voltage (power-cycling) the drive. Refer to your drive's Programming Manual for a list of faults that require a power cycle to clear.
The following video demonstrates how to configure a logic input fault reset function on the Altivar 212:
Issue:
ATV Process and ATV Machine drives conformal coated.
Product Line:
ALTIVAR 630
ALTIVAR 650
ALTIVAR 930
ALTIVAR 950
ALTIVAR 320
ALTIVAR 340
Environment:
All
Cause:
N/A
Resolution:
Altivar Process (ATV6x0 and ATV9x) withstand to harsh environments:
- Chemical class 3C3 conforming to IEC/EN 60721-3-3.
- Mechanical class 3S3 conforming to IEC/EN 60721-3-3.
Except:
- Altivar Process ATV630C22...C31N4 drives are certified as chemical class 3C2 and mechanical class 3S2 conforming to IEC/EN 60721.
- Altivar Process ATV930C22...C31N4 drives are certified as chemical class 3C2 and mechanical class 3S2 conforming to IEC/EN 60721.
Altivar Machine (ATV320 and ATV340) withstand to harsh environments:
- Chemical class 3C3 conforming to IEC/EN 60721-3-3.
- Mechanical class 3S2 conforming to IEC/EN 60721-3-3.
However, in all cases, there are no published certificates that we can send out.
ATV Process and ATV Machine drives conformal coated.
Product Line:
ALTIVAR 630
ALTIVAR 650
ALTIVAR 930
ALTIVAR 950
ALTIVAR 320
ALTIVAR 340
Environment:
All
Cause:
N/A
Resolution:
Altivar Process (ATV6x0 and ATV9x) withstand to harsh environments:
- Chemical class 3C3 conforming to IEC/EN 60721-3-3.
- Mechanical class 3S3 conforming to IEC/EN 60721-3-3.
Except:
- Altivar Process ATV630C22...C31N4 drives are certified as chemical class 3C2 and mechanical class 3S2 conforming to IEC/EN 60721.
- Altivar Process ATV930C22...C31N4 drives are certified as chemical class 3C2 and mechanical class 3S2 conforming to IEC/EN 60721.
Altivar Machine (ATV320 and ATV340) withstand to harsh environments:
- Chemical class 3C3 conforming to IEC/EN 60721-3-3.
- Mechanical class 3S2 conforming to IEC/EN 60721-3-3.
However, in all cases, there are no published certificates that we can send out.
Issue:
Cable part number to connect a PC to a drive or soft start when using SoMove or Powersuite?
Product Line:
ATV Altivar Drive ATS Altistart Soft starter
Environment:
All current products
Resolution:
TCSMCNAM3M002P: This cable is a USB to RS485 interface cable to be used with SoMove and Powersuite.
The cable connects to the the ModBus port on the drive and a USB port on a PC.
Note: If using this cable with SoMove, then the SoMove software must be installed on your PC prior to plugging this cable into the USB port on the PC. The driver for this cable is now included in the core SoMove software. And it's important that your PC uses this driver as opposed to a driver that Windows would install automatically.
Cable part number to connect a PC to a drive or soft start when using SoMove or Powersuite?
Product Line:
ATV Altivar Drive ATS Altistart Soft starter
Environment:
All current products
Resolution:
TCSMCNAM3M002P: This cable is a USB to RS485 interface cable to be used with SoMove and Powersuite.
The cable connects to the the ModBus port on the drive and a USB port on a PC.
Note: If using this cable with SoMove, then the SoMove software must be installed on your PC prior to plugging this cable into the USB port on the PC. The driver for this cable is now included in the core SoMove software. And it's important that your PC uses this driver as opposed to a driver that Windows would install automatically.
Issue:
Product Features
Product Line:
Unitized EZ Metering Equipment
Resolution:
The unitized EZ Stack devices were self-contained meter centers, available with up to six disconnecting means. The 100 A devices accepted field installed QO or Q1 tenant breakers. The 125 and 150 A devices were supplied with factory installed Q2 tenant breakers. This product line is obsolete. The current offering for this application would be MP METER-PAK.
Product Features
Product Line:
Unitized EZ Metering Equipment
Resolution:
The unitized EZ Stack devices were self-contained meter centers, available with up to six disconnecting means. The 100 A devices accepted field installed QO or Q1 tenant breakers. The 125 and 150 A devices were supplied with factory installed Q2 tenant breakers. This product line is obsolete. The current offering for this application would be MP METER-PAK.
Issue:
ATV312 Short Circuit Current Ratings (SCCR) information.
Product Line:
Altivar 312
Environment:
All
Cause:
Short circuit protection for drives
Resolution:
Please see attached for information.
ATV312 Short Circuit Current Ratings (SCCR) information.
Product Line:
Altivar 312
Environment:
All
Cause:
Short circuit protection for drives
Resolution:
Please see attached for information.
Issue:
Contact to get Start -Up Services on an AC Drive or Softstarter.
Product Line:
AC Drive or Softstarter
Cause:
N/A
Resolution:
If startup services has already been purchased, contact the project manager at the appropriate distributor or Schneider Electric sales office to schedule the service.
If startup services needs to be ordered, contact an authorized startup technician, searchable at the following link,
https://drivestartup.schneider-electric.us/#/techlocator
Or you can call DPSG (888-778-2733 option 2, option 4), and we'll be happy to submit a request to have you contacted to set up a visit by our Services department.
Contact to get Start -Up Services on an AC Drive or Softstarter.
Product Line:
AC Drive or Softstarter
Cause:
N/A
Resolution:
If startup services has already been purchased, contact the project manager at the appropriate distributor or Schneider Electric sales office to schedule the service.
If startup services needs to be ordered, contact an authorized startup technician, searchable at the following link,
https://drivestartup.schneider-electric.us/#/techlocator
Or you can call DPSG (888-778-2733 option 2, option 4), and we'll be happy to submit a request to have you contacted to set up a visit by our Services department.
Issue:
EPF2 fault on ATV32 or ATV320 when using Ethernet.
Product Line:
ATV32/ATV320
Environment:
All
Cause:
FDR detected fault
IP address duplication detected fault
Resolution:
First check the FDR on the Ethernet IP card is deactivated. In case the FDR is activated, that will explain the "EPF2" fault. The reason is that the Drive is waiting for a configuration from PLC, but PLC doesn't answer once the timeout is reached. This causes the drive to trip in "EPF2".
The second reason for "EPF2" fault is the range of IP address. In case of IP address 192.0.0.x and Sub net mask of 255.255.255.0 can cause "EPF2". Change the range of the IP address.
Additionally, an incorrect configuration of the drive can cause this fault when using Assemblies other than 100 and 101. Drive must be configured as follows:
EPF2 fault on ATV32 or ATV320 when using Ethernet.
Product Line:
ATV32/ATV320
Environment:
All
Cause:
FDR detected fault
IP address duplication detected fault
Resolution:
First check the FDR on the Ethernet IP card is deactivated. In case the FDR is activated, that will explain the "EPF2" fault. The reason is that the Drive is waiting for a configuration from PLC, but PLC doesn't answer once the timeout is reached. This causes the drive to trip in "EPF2".
The second reason for "EPF2" fault is the range of IP address. In case of IP address 192.0.0.x and Sub net mask of 255.255.255.0 can cause "EPF2". Change the range of the IP address.
Additionally, an incorrect configuration of the drive can cause this fault when using Assemblies other than 100 and 101. Drive must be configured as follows:
- Ref 1= Communications card
- Profile= Separate controls
- CMD switching= C312
- CMD channel 1= Communication card
- CMD channel 2= Terminal control
- Ref 2 Switching= C313
- Ref 2 Channel= AI1 or AI2
Issue:
Assign a Timer Function Block on an ATV32
Product Line:
Altivar 32
Environment:
Somove function block for the ATV32 all serial number
Cause:
N/A
Resolution:
No, a variable cannot be assigned to the timer function of the ATV Logic, Timer function block properties. The on and off delay time is hard set in the function block properties.
Issue:
Where can I buy a Compact NSX breaker?
Product Line:
Circuit Breakers
Resolution:
There are no plans for a general release of the Compact NSX breaker line in North America, since the NSX is not UL Listed to UL489 (UL 489 is the standard commonly required in the US). In the US, the PowerPacT circuit breakers should be used (PowerPacT breakers are UL, CSA, and IEC rated).
For support on these breakers, Please see the following link to Global Operations where you can select other countries:
http://www2.schneider-electric.com/sites/corporate/en/support/operations/local-operations/local-operations.page
Where can I buy a Compact NSX breaker?
Product Line:
Circuit Breakers
Resolution:
There are no plans for a general release of the Compact NSX breaker line in North America, since the NSX is not UL Listed to UL489 (UL 489 is the standard commonly required in the US). In the US, the PowerPacT circuit breakers should be used (PowerPacT breakers are UL, CSA, and IEC rated).
For support on these breakers, Please see the following link to Global Operations where you can select other countries:
http://www2.schneider-electric.com/sites/corporate/en/support/operations/local-operations/local-operations.page
Issue:
Can new accessories be used on older style contactors
Product Line:
IEC contactors and starters
Environment:
Pre-Tesys Contactors
Cause:
Identifying product compatibility
Resolution:
Yes, all front mount D2 and Tesys series auxiliary modules are backward forward compatible.
Can new accessories be used on older style contactors
Product Line:
IEC contactors and starters
Environment:
Pre-Tesys Contactors
Cause:
Identifying product compatibility
Resolution:
Yes, all front mount D2 and Tesys series auxiliary modules are backward forward compatible.
Issue:
What is the catalog number for the diode surpressors or noise reducer for an LC2D09BD?
Product Line:
TeSys D Contactors and Starters - IEC
Environment:
IEC Contactors and Starters
Resolution:
There is a diode for reduction of electrical noise in DC contactor coils, use LAD4DDL.
Issue:
What is the part # for a clear plastic bezel for a ZB4 illuminated push buttons (incandescent type)?
Product Line:
Push Buttons and Operator Interface
Environment:
ZB4 Illuminated push buttons
Cause:
Product selection
Resolution:
Use a W415595280111
What is the part # for a clear plastic bezel for a ZB4 illuminated push buttons (incandescent type)?
Product Line:
Push Buttons and Operator Interface
Environment:
ZB4 Illuminated push buttons
Cause:
Product selection
Resolution:
Use a W415595280111
Issue:
Auxiliary contact modules for the LC1D and LC2D contactors
Product Line:
Contactor and Starters - IEC
Environment:
North American Products
Resolution:
Select based on application requirements. Please note that the TeSys and Pre-TeSys auxiliary blocks are backward/forward compatible.
Front Mounting; maximum of 1 block per contactor:
N.O.-------N.C.-----TeSys P/N--------Pre-TeSys P/N
--1-----------1---------LADN11-----------LA1DN11
--1-----------1---------LADN11G---------LA1DN11G (See Footnote 1)
--1-----------1---------LADN11P---------LA1DN11P (See Footnote 1)
--2-----------0---------LADN20-----------LA1DN20
--2-----------0---------LA1DX20---------LA1DX20 (See Footnote 2)
--2-----------0---------LA1DY20---------LA1DY20 (See Footnote 3)
--0-----------2---------LADN02-----------LA1DN02
--2-----------2---------LADN22-----------LA1DN22
--2-----------2---------LADN22G---------LA1DN22G (See Footnote 1)
--2-----------2---------LADN22P---------LA1DN22P (See Footnote 1)
--2-----------2---------LADC22------------LA1DC22 (See Footnote 4)
--3-----------1---------LADN31------------LA1DN31
--3-----------1---------LA1DZ31----------LA1DZ31 (See Footnote 5)
--1-----------3---------LADN13------------LA1DN13
--4-----------0---------LADN40------------LA1DN40
--4-----------0---------LA1DZ40-----------LA1DZ40 (See Footnote 6)
--0-----------4---------LADN04------------LA1DN04
Front Mounting; maximum of 1 block per contactor: For use with D2 Series 25 amp through 80 amp contactors and TeSys Series 40 amp through 80 amp only.
N.O.-------N.C.-----TeSys P/N--------Pre-TeSys P/N
--1-----------0--------LADN10----------LA1DN10
--0-----------1--------LADN01----------LA1DN01
Side Mounting; maximum of 1 block on each side for D2 Series and Tesys Series 40 through 80 amp contactors. Tesys 9 through 32, 115, and 150 amps contactors will accept 1 block and is limited to left side only. (*) DC control devices will not accept side mount auxiliaries.
(*) DC control exceptions that will accept one left side mounted auxiliary: LC1D115 & LC1D150.
N.O.-------N.C.-----TeSys P/N--------Pre-TeSys P/N
--1-----------1--------LAD8N11----------LA8DN11
--2-----------0--------LAD8N20----------LA8DN20
--0-----------2--------LAD8N02----------N/A
Footnotes:
{1.EN_US} EN50 012 Machine Tool Terminal Markings
{2.EN_US} (2) NO Sealed Dust Tight Contacts
{3.EN_US} Gold Flash Contacts
{4.EN_US} (1) NO & (1) NC Standard and (1) NO & (1) NC Make Before Break
{5.EN_US} (2) NO Dust Tight Contacts & (1) NO & (1) NC Standard Contacts
{6.EN_US} (2) NO Dust Tight Contacts & (2) NO Standard Contacts
Auxiliary contact modules for the LC1D and LC2D contactors
Product Line:
Contactor and Starters - IEC
Environment:
North American Products
Resolution:
Select based on application requirements. Please note that the TeSys and Pre-TeSys auxiliary blocks are backward/forward compatible.
Front Mounting; maximum of 1 block per contactor:
N.O.-------N.C.-----TeSys P/N--------Pre-TeSys P/N
--1-----------1---------LADN11-----------LA1DN11
--1-----------1---------LADN11G---------LA1DN11G (See Footnote 1)
--1-----------1---------LADN11P---------LA1DN11P (See Footnote 1)
--2-----------0---------LADN20-----------LA1DN20
--2-----------0---------LA1DX20---------LA1DX20 (See Footnote 2)
--2-----------0---------LA1DY20---------LA1DY20 (See Footnote 3)
--0-----------2---------LADN02-----------LA1DN02
--2-----------2---------LADN22-----------LA1DN22
--2-----------2---------LADN22G---------LA1DN22G (See Footnote 1)
--2-----------2---------LADN22P---------LA1DN22P (See Footnote 1)
--2-----------2---------LADC22------------LA1DC22 (See Footnote 4)
--3-----------1---------LADN31------------LA1DN31
--3-----------1---------LA1DZ31----------LA1DZ31 (See Footnote 5)
--1-----------3---------LADN13------------LA1DN13
--4-----------0---------LADN40------------LA1DN40
--4-----------0---------LA1DZ40-----------LA1DZ40 (See Footnote 6)
--0-----------4---------LADN04------------LA1DN04
Front Mounting; maximum of 1 block per contactor: For use with D2 Series 25 amp through 80 amp contactors and TeSys Series 40 amp through 80 amp only.
N.O.-------N.C.-----TeSys P/N--------Pre-TeSys P/N
--1-----------0--------LADN10----------LA1DN10
--0-----------1--------LADN01----------LA1DN01
Side Mounting; maximum of 1 block on each side for D2 Series and Tesys Series 40 through 80 amp contactors. Tesys 9 through 32, 115, and 150 amps contactors will accept 1 block and is limited to left side only. (*) DC control devices will not accept side mount auxiliaries.
(*) DC control exceptions that will accept one left side mounted auxiliary: LC1D115 & LC1D150.
N.O.-------N.C.-----TeSys P/N--------Pre-TeSys P/N
--1-----------1--------LAD8N11----------LA8DN11
--2-----------0--------LAD8N20----------LA8DN20
--0-----------2--------LAD8N02----------N/A
Footnotes:
{1.EN_US} EN50 012 Machine Tool Terminal Markings
{2.EN_US} (2) NO Sealed Dust Tight Contacts
{3.EN_US} Gold Flash Contacts
{4.EN_US} (1) NO & (1) NC Standard and (1) NO & (1) NC Make Before Break
{5.EN_US} (2) NO Dust Tight Contacts & (1) NO & (1) NC Standard Contacts
{6.EN_US} (2) NO Dust Tight Contacts & (2) NO Standard Contacts
|
| |||
A9D33620 = SI (Super Immunised)
A9D32620 = Type A (AC or pulsating DC)
Type A RCBO = Tripping is ensured for residual sinusoidal alternating currents and residual pulsating direct currents, whether suddenly applied or slowly rising.
Type Si RCBO = With all the features of a Type A device, “Si” type Super Immunised earth leakage protection range has been specially developed to be used with loads or in environments causing disturbances. Examples are lightning or switching surges, harmonics generated by increasing number of loads and constant load leakage current from electronic ballasts, speed drives, computers, etc. The Si increases safety and allows improved continuity of supply.
Issue:
What will cause the ATV212 not to go into local mode when pressing the LOC/REM button?
Product Line:
ALTIVAR 212, ALTIVAR 21
Environment:
All serial number
Cause:
When pressing the LOC/REM button the drive will not go to LOC mode.
Resolution:
This could possibly be due to parameter F732 (LOC/REM button disabled) being set to 1. If so, set F732 to 0. However, if the LOC/REM button is not disabled, then it is likely, the keypad is defective, the drive will need to be replaced.
Issue:
Do we have replacement parts for the ATV32 drive?
Product Line:
ATV32
Environment:
Replacement parts
Cause:
n/a
Resolution:
There are no replacement parts available for the ATV32 and there are currently no plans to make any available.
This video will show you how to convert a ProWORX NxT project to ProWORX 32.
1 - Go to FILE > IMPORT > DATABASE
2 - Select the ProWORX NxT project to convert. It will have a .DCF file extension. Then click the OPEN button.
3 - ProWORX 32 will create a LOG file to show you if there are any conversion errors or warnings.
4 - Once the conversion is complete click the OK button.
5 - The ProWORX NxT project is now successfully converted over to ProWORX 32.
1 - Go to FILE > IMPORT > DATABASE
2 - Select the ProWORX NxT project to convert. It will have a .DCF file extension. Then click the OPEN button.
3 - ProWORX 32 will create a LOG file to show you if there are any conversion errors or warnings.
4 - Once the conversion is complete click the OK button.
5 - The ProWORX NxT project is now successfully converted over to ProWORX 32.
Issue:
What is the error code dCb on the Altivar Drive's display.
What is the error code dCb on the Altivar Drive's display.
Product line:
Altivar drive families: ATV12, ATV28, ATV312, ATV32, ATV61, ATV71.
Altivar drive families: ATV12, ATV28, ATV312, ATV32, ATV61, ATV71.
Environment:
All models, all serial numbers.
All models, all serial numbers.
Cause:
DC Injection Braking.
DC Injection Braking.
Resolution:
This is a normal drive state. It is indicating the drive is injecting DC current into the motor to slow the motor down. This typically appears on deceleration or at the end of the deceleration ramp. On some drives, DC Injection can be turned on using a Logic Input.
This is a normal drive state. It is indicating the drive is injecting DC current into the motor to slow the motor down. This typically appears on deceleration or at the end of the deceleration ramp. On some drives, DC Injection can be turned on using a Logic Input.
Issue:
Maximum number of drives to daisy chain
Product Line:
ATV32, ATV61 and ATV71
Environment:
Modbus TCP/IP
Daisy chain part number
ATV32 - VW3A3616
ATV71 or ATV61 - VW3A3310D
Cause:
None
Resolution:
The maximum number of devices is 32. However, there may be some limitations. Please see the attached.
Maximum number of drives to daisy chain
Product Line:
ATV32, ATV61 and ATV71
Environment:
Modbus TCP/IP
Daisy chain part number
ATV32 - VW3A3616
ATV71 or ATV61 - VW3A3310D
Cause:
None
Resolution:
The maximum number of devices is 32. However, there may be some limitations. Please see the attached.
Issue:
Schneider Electric drives offer that can operate AC Permanent Magnet Motors.
Product line:
Altivar ATV32 ATV71, ATV212
Environment:
All models, all serial numbers
Cause:
Special motor requirements Resolution
Resolution:
Both the ATV71 and ATV32 are able to operate Synchronous PM motors. You need to set the Motor Control Type to Sync Motor. Both manuals specifically state. "For synchronous permanent magnet motors with sinusoidal electromotive force (EMF) only." so please ensure that any PM motor you wish to use meets that criteria. The ATV212 can also operate synchronous permanent magnet motors, if you have software version V5.4 IE53 . You need to exactly follow the procedure in the ATV212 Programming Manual ( S1A538838 11/14).
Schneider Electric drives offer that can operate AC Permanent Magnet Motors.
Product line:
Altivar ATV32 ATV71, ATV212
Environment:
All models, all serial numbers
Cause:
Special motor requirements Resolution
Resolution:
Both the ATV71 and ATV32 are able to operate Synchronous PM motors. You need to set the Motor Control Type to Sync Motor. Both manuals specifically state. "For synchronous permanent magnet motors with sinusoidal electromotive force (EMF) only." so please ensure that any PM motor you wish to use meets that criteria. The ATV212 can also operate synchronous permanent magnet motors, if you have software version V5.4 IE53 . You need to exactly follow the procedure in the ATV212 Programming Manual ( S1A538838 11/14).
Issue:
ATV32 programming manual request
Product Line:
Altivar 32
Environment:
All models, All serial numbers
Cause:
Documentation is not shipped in the box with the drive.
Resolution:
The ATV32 programming manual can be downloaded at the following link: Programming manual S1A28692
ATV32 programming manual request
Product Line:
Altivar 32
Environment:
All models, All serial numbers
Cause:
Documentation is not shipped in the box with the drive.
Resolution:
The ATV32 programming manual can be downloaded at the following link: Programming manual S1A28692
Our variable speed drives are designed to control three-phase motors only.
However if the motor is replaced with a 3 phase 240V motor, a single phase 240V input inverter can be used.
e.g. ATV12 is a single phase inverter for use with three phase 230v motors.
This single phase in to three phase output function is available on the ATV12 and ATV320 drives up to the maximum rating of 2.2kw
However if the motor is replaced with a 3 phase 240V motor, a single phase 240V input inverter can be used.
e.g. ATV12 is a single phase inverter for use with three phase 230v motors.
This single phase in to three phase output function is available on the ATV12 and ATV320 drives up to the maximum rating of 2.2kw
Issue:
Analog Input designed for a bipolar -10v to +10v input on the ATV32 drives
Product Line:
Altivar ATV32
Environment:
All
Cause:
AI2 is default for -10v to +10v input.
Resolution:
Analog input AI2 is capable of the bipolar input and is factory set as such. Check it by navigated through menus:
ConF - FULL - IO - AI2 -
Parameter AI2t = n10U
Bipolar analog input 0 ± 10 V (maximum voltage ± 30 V)
The + or - polarity of the voltage on AI2 affects the direction of the set point and therefore the direction of operation.
• Impedance 30 kÙ
• Resolution: 10 bits
• Precision ±0.5% in 50/60 Hz for 25 °C, ±0.2% in 50/60 Hz for –10 to +60 °C at Äè = 60°C,
• Linearity ± 0.2% (max. ± 0.5%), of max. value
• Sampling time 2 ms
Analog Input designed for a bipolar -10v to +10v input on the ATV32 drives
Product Line:
Altivar ATV32
Environment:
All
Cause:
AI2 is default for -10v to +10v input.
Resolution:
Analog input AI2 is capable of the bipolar input and is factory set as such. Check it by navigated through menus:
ConF - FULL - IO - AI2 -
Parameter AI2t = n10U
Bipolar analog input 0 ± 10 V (maximum voltage ± 30 V)
The + or - polarity of the voltage on AI2 affects the direction of the set point and therefore the direction of operation.
• Impedance 30 kÙ
• Resolution: 10 bits
• Precision ±0.5% in 50/60 Hz for 25 °C, ±0.2% in 50/60 Hz for –10 to +60 °C at Äè = 60°C,
• Linearity ± 0.2% (max. ± 0.5%), of max. value
• Sampling time 2 ms
Issue:
RJ45 Modbus cable part numbers for drives and soft starters.
Product Line:
All drives and soft starters.
Environment:
All
Cause:
Modbus connection cables.
Resolution:
3 meter length cable VW3A8306R30
1 meter length cable VW3A8306R10
0.3 meter length cable VW3A8306R03
NOTE: These cables will not work for connecting a remote mounted keypad for the drives/softstarts.
The best cables for remote keypad connections are:
VW3A1104R10 - 1 meter long
VW3A1104R30 - 3 meters long
VW3A1104R50 - 5 meters long
VW3A1104R100 - 10 meters long
RJ45 Modbus cable part numbers for drives and soft starters.
Product Line:
All drives and soft starters.
Environment:
All
Cause:
Modbus connection cables.
Resolution:
3 meter length cable VW3A8306R30
1 meter length cable VW3A8306R10
0.3 meter length cable VW3A8306R03
NOTE: These cables will not work for connecting a remote mounted keypad for the drives/softstarts.
The best cables for remote keypad connections are:
VW3A1104R10 - 1 meter long
VW3A1104R30 - 3 meters long
VW3A1104R50 - 5 meters long
VW3A1104R100 - 10 meters long
The complete pinout,
Pin 1 = CAN_H
Pin 2 = CAN_L
Pin 3 = CAN_GND
Pin 4 = DI Modbus Signal
Pin 5 = DO Modbus Signal
Pin 6 - Not connected
Pin 7 = VP, 10Vdc
Pin 8 = Common
The CANopen signals on the front port are deactivated if an option card is plugged in the drive (any option card connected).
Issue:
Speed potentiometer size to use on Schneider Electric VFDs.
Product Line:
Altivar 61, Altivar 71, Altivar 312, Altivar 12, Altivar 212, Altivar 32, Altivar 58
Environment:
All serial numbers
Cause:
N/A
Resolution:
The Schneider Electric VFDs will work with any potentiometer with a rating from 1k Ohms to 10k Ohms.
Speed potentiometer size to use on Schneider Electric VFDs.
Product Line:
Altivar 61, Altivar 71, Altivar 312, Altivar 12, Altivar 212, Altivar 32, Altivar 58
Environment:
All serial numbers
Cause:
N/A
Resolution:
The Schneider Electric VFDs will work with any potentiometer with a rating from 1k Ohms to 10k Ohms.
Issue:
Padllock attachment on a NSX400N
Product Line:
Molded Case Circuit Breakers
Resultion;
The padlock attachment is S32631 for lock on/off or NJPAF for lock off only.
Padllock attachment on a NSX400N
Product Line:
Molded Case Circuit Breakers
Resultion;
The padlock attachment is S32631 for lock on/off or NJPAF for lock off only.
Issue:
Checking on the DC current contact ratings for the CAD50, CAD32, CAD503, CAD323, CAD506, and CAD326 relay.
Product Line:
CAD Industrial Relays
Environment:
Relays and Timers
Resolution:
Inductive:
125V DC - 0.55 Amps make and break, 2.5 Amps cont.
250V DC - 0.27 Amps make and break, 2.5 amps cont.
600V DC - 0.10 Amps make and break, 2.5 Amps cont.
Checking on the DC current contact ratings for the CAD50, CAD32, CAD503, CAD323, CAD506, and CAD326 relay.
Product Line:
CAD Industrial Relays
Environment:
Relays and Timers
Resolution:
Inductive:
125V DC - 0.55 Amps make and break, 2.5 Amps cont.
250V DC - 0.27 Amps make and break, 2.5 amps cont.
600V DC - 0.10 Amps make and break, 2.5 Amps cont.
Issue:
Wanting to know how can the logic inputs status of the Altivar Drives be monitored via network communications?
Product Line:
ATV61, ATV71, ATV32
Environment:
All Serial numbers
Cause:
N/A
Resolution:
The logic input status can be monitored by Modbus address 5202.
Bit 0 - LI1
Bit 1 - LI2
Bit 2 - LI3
Bit 3 - LI4
Bit 4 - LI5
Bit 5 - LI6
If extended IO cards are used
Bit 6 - LI7
Bit 7 - LI8
Bit 8 - LI9
Bit 9 - LI10
Bit 10 - LI 11
Bit 11 - LI 12
Bit 12 - LI 13
Bit 13 - LI 14
Wanting to know how can the logic inputs status of the Altivar Drives be monitored via network communications?
Product Line:
ATV61, ATV71, ATV32
Environment:
All Serial numbers
Cause:
N/A
Resolution:
The logic input status can be monitored by Modbus address 5202.
Bit 0 - LI1
Bit 1 - LI2
Bit 2 - LI3
Bit 3 - LI4
Bit 4 - LI5
Bit 5 - LI6
If extended IO cards are used
Bit 6 - LI7
Bit 7 - LI8
Bit 8 - LI9
Bit 9 - LI10
Bit 10 - LI 11
Bit 11 - LI 12
Bit 12 - LI 13
Bit 13 - LI 14
Issue:
5 pin power connector terminal block part number for the ATV32 series drives.
Product Line:
ATV32 series drives
Environment:
All models, All serial numbers.
Cause:
Customer needs a replacement for this connector.
Resolution:
This component is not available for purchase as a repair part.
5 pin power connector terminal block part number for the ATV32 series drives.
Product Line:
ATV32 series drives
Environment:
All models, All serial numbers.
Cause:
Customer needs a replacement for this connector.
Resolution:
This component is not available for purchase as a repair part.
Issue:
Needs the heat loss for the ATS22C32S6U
Product Line:
ATS22
Environment:
ATS22C32
Cause:
N/A
Resolution:
Heat loss :
During starting @ 3.5 ICL (Nominal current of the softstart) : 3699 Watts
During Steady State at full load : 96 Watts
Electronics : 20 Watts
Shorting Contactors : 14 Watts
Fans : 20 Watts
---------------------------------------------
Total at Steady State : 150 Watts
Needs the heat loss for the ATS22C32S6U
Product Line:
ATS22
Environment:
ATS22C32
Cause:
N/A
Resolution:
Heat loss :
During starting @ 3.5 ICL (Nominal current of the softstart) : 3699 Watts
During Steady State at full load : 96 Watts
Electronics : 20 Watts
Shorting Contactors : 14 Watts
Fans : 20 Watts
---------------------------------------------
Total at Steady State : 150 Watts
Issue:
Wiring diagrams for the VW3A3201 and VW3A3202 ATV61/71 option cards.
Product Line:
Altivar ATV61/ATV71
Environment:
All
Cause:
Needs a basic wiring diagram for the VW3A3201 and VW3A3202 option cards.
Resolution:
You can find both of the wiring diagrams in the ATV61 and ATV71 installation manuals.
Wiring diagrams for the VW3A3201 and VW3A3202 ATV61/71 option cards.
Product Line:
Altivar ATV61/ATV71
Environment:
All
Cause:
Needs a basic wiring diagram for the VW3A3201 and VW3A3202 option cards.
Resolution:
You can find both of the wiring diagrams in the ATV61 and ATV71 installation manuals.
Issue:
SCF4 on ATV32
Product Line:
Altivar 32
Environment:
All Serial numbers
Cause:
N/A
Resolution:
SCF4 or [IGBT short circuit] indicates that there may be a power component fault.
If the fault will reset after a power cycle, the recommendation is to perform a self test via the FLT.
Select the IGBT TEST, and set Strt to yes. The Motor must be connected to perform this test. Note any results that are not OK.
If Transistor Test results are all OK, or if the SCF4 fault will not clear after a power cycle; disconnect motor from the drive and test for proper operation without the motor. Note that Motor Control Type (DRC menu) has to be V/F 2pts and Output Phase Loss has to be NO in (FLT menu) for this test. Attempt to run the drive at several different speeds, checking phase to phase voltage for balance at each speed.
This should only be performed by a qualified technician with appropriate PPE and test equipment.
Possible issues: Internal power component short circuit detected at power on. The drive may need to be replaced if the fault is coming up on power up.
SCF4 on ATV32
Product Line:
Altivar 32
Environment:
All Serial numbers
Cause:
N/A
Resolution:
SCF4 or [IGBT short circuit] indicates that there may be a power component fault.
If the fault will reset after a power cycle, the recommendation is to perform a self test via the FLT.
Select the IGBT TEST, and set Strt to yes. The Motor must be connected to perform this test. Note any results that are not OK.
If Transistor Test results are all OK, or if the SCF4 fault will not clear after a power cycle; disconnect motor from the drive and test for proper operation without the motor. Note that Motor Control Type (DRC menu) has to be V/F 2pts and Output Phase Loss has to be NO in (FLT menu) for this test. Attempt to run the drive at several different speeds, checking phase to phase voltage for balance at each speed.
This should only be performed by a qualified technician with appropriate PPE and test equipment.
Possible issues: Internal power component short circuit detected at power on. The drive may need to be replaced if the fault is coming up on power up.
Issue:
STO functions on Altivar drives
Product Line:
Altivar Process
Environment:
All models for Altivar 320 and Altivar Process
Cause:
N/A
Resolution:
Current product lines with the STO function include -
Altivar Machine 320
Altivar Process 340
Altivar Process 600 series
Altivar Process 900 series
STO functions on Altivar drives
Product Line:
Altivar Process
Environment:
All models for Altivar 320 and Altivar Process
Cause:
N/A
Resolution:
Current product lines with the STO function include -
Altivar Machine 320
Altivar Process 340
Altivar Process 600 series
Altivar Process 900 series
Issue:
Where can I download SoMove software?
Product Line:
SoMove Software
Environment:
All
Cause:
Needs SoMove software and DTM files
Resolution:
Where can I download SoMove software?
Product Line:
SoMove Software
Environment:
All
Cause:
Needs SoMove software and DTM files
Resolution:
Below are the Links for SoMove Software and DTMs for AC Drives and Softstarts.
DTM files will need to be installed for drive profile recognition prior to connection through Somove.
SoMove core software:
http://www.schneider-electric.us/en/download/document/SoMove_FDT/
DTM file for Altivar 600 series process drives
https://www.schneider-electric.com/en/download/document/ATV6xx_DTM_Library_EN/
DTM file for Altivar 900 series process drives
http://www.schneider-electric.com/en/download/document/ATV9xx_DTM_Library_EN/
DTM file for all other supported Altivar series drives (includes ATV12, ATV31, ATV312, ATV32, ATV61, ATV71, ATV212)
http://www.schneider-electric.com/ww/en/download/document/Altivar_DTM_Library
DTM file for Altistart 22 and Altistart 48 soft starters
http://www.schneider-electric.com/en/download/document/Altistart_DTM_Library/
DTM file for Altivar 320:
https://www.schneider-electric.com/en/download/document/ATV320_DTM_Library/
DTM file for Altivar 340:
https://www.schneider-electric.com/en/download/document/ATV340_DTM_LibraryEN/
WinZip or 7-Zip Extraction software may be needed for compressed/zipped files. If needed you can Download Free version 7-Zip from; http://www.7-zip.org/
Please let the software and DTM's install in their default file locations (just click "Next" and "Install").
Issue:
ATV32 causes of an Output Phase Loss.
Product line:
Altivar 32, ATV32
Environment:
All models
Cause:
Loss of phase / low current
Resolution:
The output phase loss faults are derived from the VFD measurement of output current.
OPF1 is the detection of the loss of one output phase between the drive and the motor.
OPF2 is the detection of the loss of all three phases between the drive and the motor.
- Confirm the motor settings are correctly entered into the drive Motor Control (DRC) menu
- Check the wiring connections between the drive and the motor. If there are any disconnects or junctions, check that the disconnect is closed and junction connections are secure.
- If the motor is undersized for the drive HP rating, the drive may trip on phase loss due to low current detection, causing the drive to believe a phase is lost.
- Confirm the drive is working properly by disconnecting the motor leads, setting Output Phase Loss (OPL) to No, run the drive and check for equal voltage output, phase to phase.
- If using an output contactor, set Output Phase Loss (OPL) to Output Cut (OAC)
ATV32 causes of an Output Phase Loss.
Product line:
Altivar 32, ATV32
Environment:
All models
Cause:
Loss of phase / low current
Resolution:
The output phase loss faults are derived from the VFD measurement of output current.
OPF1 is the detection of the loss of one output phase between the drive and the motor.
OPF2 is the detection of the loss of all three phases between the drive and the motor.
- Confirm the motor settings are correctly entered into the drive Motor Control (DRC) menu
- Check the wiring connections between the drive and the motor. If there are any disconnects or junctions, check that the disconnect is closed and junction connections are secure.
- If the motor is undersized for the drive HP rating, the drive may trip on phase loss due to low current detection, causing the drive to believe a phase is lost.
- Confirm the drive is working properly by disconnecting the motor leads, setting Output Phase Loss (OPL) to No, run the drive and check for equal voltage output, phase to phase.
- If using an output contactor, set Output Phase Loss (OPL) to Output Cut (OAC)
Issue:
Customer needs a drive for a 460Vac motor, but only has 480Vac single phase power available.
Product Line:
Altivar drives
Environment:
All
Cause:
Customer's site only has 480 V single phase line voltage available.
Resolution:
The ATV320 and ATV630 product lines have models that are rated for 480V single phase supply.
See the attached Annex files for details.
Contact the local Schneider Electric Drives Rep or Distributor or Sales office for approvals of other VFDs for use with 480V single phase supply.
The Annex is the only approved document, so all previous documentation including Pricing Guides, Errata sheets and the letters from Product Management are superseded by these documents and all inquiries regarding this type of application need to be referred to the appropriate published document.
For any 480 V single phase applications outside of the approved ATV320 models, consider contacting Bonitron (http://www.bonitron.com/drive-schneider.html) for possible solutions such as supplying DC voltage direct to the VFD DC bus. The ATV930 product line can be fed direct to the DC bus as well. The ATV630 does not have terminal access to the DC bus.
Customer needs a drive for a 460Vac motor, but only has 480Vac single phase power available.
Product Line:
Altivar drives
Environment:
All
Cause:
Customer's site only has 480 V single phase line voltage available.
Resolution:
The ATV320 and ATV630 product lines have models that are rated for 480V single phase supply.
See the attached Annex files for details.
Contact the local Schneider Electric Drives Rep or Distributor or Sales office for approvals of other VFDs for use with 480V single phase supply.
The Annex is the only approved document, so all previous documentation including Pricing Guides, Errata sheets and the letters from Product Management are superseded by these documents and all inquiries regarding this type of application need to be referred to the appropriate published document.
For any 480 V single phase applications outside of the approved ATV320 models, consider contacting Bonitron (http://www.bonitron.com/drive-schneider.html) for possible solutions such as supplying DC voltage direct to the VFD DC bus. The ATV930 product line can be fed direct to the DC bus as well. The ATV630 does not have terminal access to the DC bus.
Issue:
ATV320 2-wire control programming
Product Line:
Altivar 320, ATV320
Environment:
All
Cause:
Setup, programming.
Resolution:
From main menu:
If desired, set TCT to LEL instead of TRN for level control.
Warning: Level control type is not appropriate for all applications. Please consider whether this is safe for your application.
-In transition mode (trn), the drive will need to be powered up before a run command is given.
-In level mode (LEL), the run command can remain active, and the drive will run upon power up.
If the run command is not active, the drive will wait for one in RDY status.
ATV320 2-wire control programming
Product Line:
Altivar 320, ATV320
Environment:
All
Cause:
Setup, programming.
Resolution:
From main menu:
- Enter on dial to go to CONF and enter.
- Go down to FULL and enter.
- Go down to I_0- and enter.
- Set TCC for 2C for 2-wire control.
If desired, set TCT to LEL instead of TRN for level control.
Warning: Level control type is not appropriate for all applications. Please consider whether this is safe for your application.
-In transition mode (trn), the drive will need to be powered up before a run command is given.
-In level mode (LEL), the run command can remain active, and the drive will run upon power up.
If the run command is not active, the drive will wait for one in RDY status.
Issue:
Start ATS01N2...LU, QN, RT without control wires.
Product Line:
Altistart 01 Soft Starters with "LU", "QN", or "RT" at the end of the part number
Environment:
All
Cause:
Need to start the Soft Starter with power up
Resolution:
Add a jumper between terminals LI+ and LI2. This provides a continuous RUN command. When power is supplied to the ATS01, it will immediately begin to start the motor. Removing power will result in a freewheel stop.
Start ATS01N2...LU, QN, RT without control wires.
Product Line:
Altistart 01 Soft Starters with "LU", "QN", or "RT" at the end of the part number
Environment:
All
Cause:
Need to start the Soft Starter with power up
Resolution:
Add a jumper between terminals LI+ and LI2. This provides a continuous RUN command. When power is supplied to the ATS01, it will immediately begin to start the motor. Removing power will result in a freewheel stop.