Quantcast

TeSys Vario, Switch Body for Switch Disconnector, 3 Poles, 175A

TeSys Vario, Switch Body for Switch Disconnector, 3 Poles, 175A

TeSys Vario, Switch Body for Switch Disconnector, 3 Poles, 175A

Item Number: V6

Product Dimensions

Width icon

Width90 mm

Height icon

Height125 mm

Depth icon

Depth90 mm

Datasheet

Barcode

Qty UoM EAN Colour
-
-
-

Specifications

Design

Range

TeSys

Product or component type

switch body

Sustainable offer status

Green Premium product

Warranty

18 months

Physical

Mounting support

  • symmetrical rail
  • plate

[Ue] rated operational voltage

690 V AC 50/60 Hz

[Ie] rated operational current

83 A AC-23 Ue: 400 V

Mechanical durability

30000 cycles

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

125 mm

Width

90 mm

Depth

90 mm

Net weight

0.9 kg

Standards

IEC 60947-3

Product certifications

  • UL
  • CSA
  • GL
  • UKCA

IP degree of protection

IP20 conforming to IEC 60529

Ambient air temperature for operation

-20...50 °C

REACh Regulation

Reference contains Substances of Very High Concern above the threshold

EU RoHS Directive

Compliant

Toxic heavy metal free

Yes

Mercury free

Yes

RoHS exemption information

Yes

China RoHS Regulation

 Pro-active China RoHS declaration (out of China RoHS legal scope)

Environmental Disclosure

ENVPEP110227EN

Others

Product name

TeSys VARIO

Device short name

V

Compatibility code

V

Performance level

high performance

Poles description

3P

Contacts type and composition

3 NO

Network type

  • AC
  • DC

Network frequency

50/60 Hz

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

175 A

[Ithe] conventional enclosed thermal current

140 A

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

2.8 kA at 400 V at Ipeak

Intermittent duty class

30

Suitability for isolation

yes

[Uimp] rated impulse withstand voltage

8 kV

[Icw] rated short-time withstand current

2100 A at 400 V duration: 1 s

Tightening torque

power circuit: 22.6...22.6 N.m - on screw clamp terminals

Protective treatment

TC

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

960 °C conforming to IEC 60695-2-1

Unit Type of Package 1

PCE

Number of Units in Package 1

1

Package 1 Weight

906.0 g

Package 1 Height

11.3 cm

Package 1 width

13.2 cm

Package 1 Length

10 cm

Unit Type of Package 2

S02

Number of Units in Package 2

6

Package 2 Weight

5.754 kg

Package 2 Height

15 cm

Package 2 width

30 cm

Package 2 Length

40 cm

WEEE

The product must be disposed on European Union markets following specific waste collection and never end up in rubbish bins

PVC free

Yes

Halogen content performance

Halogen free product
Show all specifications

Documents & downloads

hide show
Filter items
  • All

  • CAD Files and Packs

  • Product Brochures

  • Technical Data Catalogues

  • Installation Instruction

  • Product Environmental

  • Technical Drawing

  • Declaration of Conformity

Frequently Asked Questions

hide show

Are output filters and line reactors the same on VFDs?

Issue:
Output filters vs Line reactors

Product Line:
Drives.

Environment:
N/A

Cause:
Product features.

Resolution:
No. Output filters and Line reactors are not the same thing. (Load reactor if applied to the output)
Filters reduce DV/DT at the motor by filtering high frequencies. This helps protect the motor.
Line reactors add impedance to the line. This reduces current distortion between the drive and motor if applied to the output. It reduces current distortion on the line when applied to the line side of the drive.
See the information for the specific device for additional details.

Filter info at: https://www.transcoil.com/#klc
Reactor info at: https://www.mtecorp.com/lineload.html

Can I remotely mount the DC Choke on ATV61 / ATV71 high horsepower?

Issue
Mounting remotely a DC Choke on an high horsepower ATV61/71.
 
Product Line
All ATV61 and ATV71

Environment
All

Cause
Not enough space in enclosure for drive and choke

Resolution:  
It is recommended to use the "D" version (order without a choke) on the drive and use a Line Reactor. With the choke, installing with longer cables will cause higher voltage losses, more heat, and potentially higher voltage swings on the DC bus. 
(You also have to properly protect the cables, preventing contact with them, since the line supply terminals are close to DC bus terminals)
 

Video: What would cause ATV61 and ATV71 drives to not power up and have a blank display?

Issue: 
Troubleshooting Blank Display on Altivar 61 & 71 Drives

Product Line:
Altivar ATV61 and ATV71

Environment: 
All of the ATV61 and ATV71 drives

Cause: 
DC bus is not charging, bad power board or MCB

Resolution:

  1. Check Mains voltage on L1 L2 L3,
  2. Check DC bus voltage on PA+ and PC ( if this drive has a DC choke check to make sure its connected to PA and PO).
  3. Check the +24vdc and +10vdc power supplies. (measure each one to COM)
  4. Power cycle the drive, if needed, and see if the display comes back up.
  5. Check to see if there is an Ethernet cable connected  into the Modbus port.

 

How do I set up basic programming on an ATV61/71 drive?

Issue:
Basic programming on ATV61/71 drive.

Product Line:
Altivar 61, Altivar 71

Environment:
All

Cause:
Basic programming to operate an ATV61 or ATV71 drive

Resolution:

Menu 1.1 Simply start
tCC= 2/3 wire control (set to 2 wire control for most installations)
bFr= Standard motor frequency - typically 60hz
nPr= Rated motor power= HP size of the motor
UnS= Rated motor voltage =  motor voltage
nCr= Rated motor current= motor amps (FLA)
FrS= Rated motor Frequency= typically 60hz
NSP= Rated motor speed= motor speed in rpm
fFr= Max Frequency (Hz)
ItH= Motor Thermal Current= Amps (provides overload protection to the motor)
ACC= Ramp up time acceleration (seconds)
DEC= Ramp down time deceleration (seconds)
LSP= Low speed setting (Hz)
HSP=High speed setting (Hz)

Menu 1.3 Settings Menu.
CLi= Motor current limit (Typically set to 120% (ATV61) or 150% (ATV71) of the motor nameplate full load amps, FLA.)

Menu 1.6 Command Menu
Ref.1 channel= AI1 for 0-10VDC control (possibly from a potentiometer)
                      = AI2 for analog input 4-20mA control
                      = HMI for Graphic display terminal (keypad)
                      = (See the ATV61 programming manual for other options)
Profile= Not separate- Reference and command, not separate
          = Separate- Separate reference and command
          = I/O Profile
Ref. 2 switching= [ch1 active] (Fr1): No switching, [Ref.1 channel] (Fr1) active
                         = [ch2 active] (Fr2): No switching, [Ref.2 channel] (Fr2) active
                         = [LI1] (LI1)
                         = (See the ATV61 programming manual for other options)

ATV61 Quick Start manual is available for download here  
ATV61 Programming Manual is available for download here 

ATV71 Quick Start Guide is available for download here
ATV71 Programming Manual is available for download here

What are some steps to troubleshoot fault code OHF on an ATV61 and ATV71 drive (Overheating faults)?

Issue:
Troubleshooting OHF on an ATV61 and ATV71 drive

Product Line:
Altivar ATV61 and ATV71 drives

Environment:
All

Cause:
Drives thermal temp has exceeded 118%

Resolution:  
Check to see if the cooling fans are running.  Check for blockage on the top of the drive to see if cooling fans are being restricted.
Menu 1.2 monitoring, check the drives thermal state as the drive starts to warm up, is the signal jumping around?  This could tell us the thermal sensor is inoperative.
The drives thermal state should be 100% and below in normal running conditions.
OHF fault is triggered if the drive thermal state reaches 118%.
Contact your drives product support group for more assistance if needed.
Refer to the attached document for the fan control strategy to determine when the heatsink fans should be running. 

Can Short Circuit Protection be disabled on the Altivar 61 / Altivar 71 series drives?

Issue:
Wanting to disable the Short Circuit Protection on the Altivar 61 / Altivar 71 series drives.

Product Line:
Altivar 61 / Altivar 71 series drives.

Environment:
All models, All serial numbers.

Cause:
Clarification of Short Circuit function is needed.

Resolution:
Short Circuit Detection is always enabled in the ATV61 / ATV71 series drive.  Short circuit fault detection is a hardware based detection system, not software. There are no parameters that can be adjusted to disable this protection.
Show More