invt Good rive Series VFDs in Parallel Connection Instruction Manual
- September 6, 2024
- invt
Table of Contents
invt Good rive Series VFDs in Parallel Connection
Specifications :
- Power (kW): 560, 630, 710, 800, 1000, 1200, 1500, 2000, 2500, 3000
- Rated Input Current (A): Refer to manual for specific values
- Rated Output Current (A): Refer to manual for specific values
- Standard Weight: Refer to manual for specific values
Product Overview :
Goodrive series VFDs in parallel connection are designed for power expansion.
The functions and performance are consistent with corresponding series VFDs.
-
Product Model:
Refer to the manual for specific models and quantities based on power and voltage requirements. -
Product Ratings:
Refer to the manual for detailed output power, input current, and output current ratings based on the specific model. -
Product Dimensions and Weight:
Refer to the manual for detailed outline dimensions, package dimensions, standard weight, and gross weight based on power requirements.
Product Usage Instructions
Dimension Drawings :
Installation Dimension of Single VFD:
- Refer to the manual for detailed installation dimensions of single VFDs based on power and voltage requirements.
Installation Dimension of VFDs in Parallel Connection (Recommended):
Note : The recommended parallel installation method facilitates air intake inside the product and dissipates heat better, but requires a relatively large installation space. Refer to the manual for detailed instructions.\
FAQ:
-
Q: What is the purpose of connecting Goodrive series VFDs in parallel?
A: Goodrive series VFDs in parallel connection are designed for power expansion and maintaining consistent functions and performance with corresponding series VFDs. -
Q: How should I determine the appropriate model and quantity for parallel connection?
A: Refer to the manual for the specific power requirements and corresponding models and quantities for parallel connection based on voltage needs.
Operation Manual
Goodrive Series
VFDs in Parallel Connection
SHENZHEN INVT ELECTRIC: C:O., LTD.
Preface
- Implementing a large-power parallel connection solution on the Goodrive series universal products can extend the product power range to 3000kW, meeting market demand.
- This manual applies to Goodrive series variable-frequency drives (VFDs).
- If the product is ultimately used for military affairs or weapon manufacture, comply with the export control regulations in the Foreign Trade Law of the People’s Republic of China and complete related formalities.
- The manual is subject to change without prior notice.
Product overview
Goodrive series VFDs in parallel connection are only designed for power expansion, and their functions and performance are completely consistent with the corresponding series VFDs.
Product model
Power (kW)
| 380V parallel VFD model| 660V parallel VFD model
---|---|---
Power (kW)| Qty| Power (kW)| Qty
560| 280| 2| –| –
630| 315| 2| –| –
710| 355| 2| 355| 2
800| 400| 2| 400| 2
1000| 500| 2| 500| 2
1200| 400| 3| 630| 2
1500| 500| 3| 500| 3
2000| 500| 4| 500| 4
2500| 500| 5| 630| 4
3000| 500| 6| 630| 5
Product ratings
Ratings of AC 3PH 380V(-15%)–440V(+10%)
Rating output power (kW)| Rated input current (A)| Rated output
current (A)
---|---|---
560| 1090| 1060
630| 1220| 1200
710| 1250| 1300
800| 1430| 1440
1000| 1780| 1720
1200| 2145| 2160
1500| 2670| 2580
2000| 3560| 3440
2500| 4450| 4300
3000| 5340| 5160
Ratings of AC 3PH 520V(-15%)–690V(+10%)
Rating output power (kW)| Rated input current (A)| Rated output
current (A)
---|---|---
710| 720| 760
800| 822| 860
1000| 1036| 1080
1200| 1310| 1360
Goodrive series VFDs in parallel connection
Rating output power (kW)| Rated input current (A)| Rated output
current (A)
---|---|---
1500| 1554| 1620
2000| 2072| 2160
2500| 2620| 2720
3000| 3275| 3400
Product dimensions and weight
Dimensions and weight of AC 3PH 380V(-15%)–440V(+10%)
Power (kW)
| Outline dimensions W × H × D (mm)| Package
dimensions W × H × D (mm)| Standard weight (kg)|
Gross weight (kg)
---|---|---|---|---
560| 1447×1419.9×442.5| 845 × 605 × 1625| 432| 492
630| 462| 522
710| ****
1323 × 1900 × 636.3
| ****
855 × 795 × 2130
| 814| 928
800| 814| 928
1000| 820| 934
1200| 1956 × 1900 × 636.3| 1221| 1392
1500| 1230| 1401
2000| 2589 × 1900 × 636.3| 1640| 1868
2500| 3222 × 1900 × 636.3| 2050| 2335
3000| 3855 × 1900 × 636.3| 2460| 2802`
Dimensions and weight of AC 3PH 520V(-15%)–690V(+10%)
Power (kW)
| Outline dimensions W × H × D (mm)| Package
dimensions W × H × D (mm)| Standard weight (kg)|
Gross weight (kg)
---|---|---|---|---
710| 1447 × 1419.9 × 442.5| 845 × 605 × 1625| 450| 510
800| ****
1323 × 1900 × 636.3
| ****
855 × 795 × 2130
| 820| 934
1000| 820| 934
1200| 820| 934
1500| 1956 × 1900 × 636.3| 1230| 1401
2000| 2589 × 1900 × 636.3| 1640| 1868
2500| 1640| 1868
3000| 3222 × 1900 × 636.3| 2050| 2335
Dimension drawings
Installation dimension of single VFD
Figure 2-1 Single-unit installation dimension for 380V 280–315kW and 660V 355 kW models ****
Figure 2-2 Single-unit installation dimension for 380V 355–500kW and 660V 400–630kW models
Power (kW)
| 380V single VFD (unit: mm)
---|---
W1
|
W2
|
W3
|
H1
|
H2
|
D1
|
D2
|
D3
| Hole diameter
280–315| 749| 685| 719| 1419.9| 1356| 442.5| 429.5| 350| Ø 12
355–500| 690| 620| 655| 1900| –| 636.3| 625.5| 570| Ø 12
Power (kW)
| 660V single VFD (unit: mm)
---|---
W1
|
W2
|
W3
|
H1
|
H2
|
D1
|
D2
|
D3
| Hole
diameter
355| 749| 685| 719| 1419.9| 1356| 442.5| 429.5| 350| Ø 12
400–630| 690| 620| 655| 1900| –| 636.3| 625.5| 570| Ø 12
Installation dimension of VFDs in parallel connection (recommended)
Note: The recommended parallel installation method facilitates air intake
inside the product and dissipates heat better, but requires a relatively large
installation space.
Figure 2-3 Parallel installation dimension for 380V 560–630kW and 660V 710kW models
Figure 2-4 Parallel installation dimension for 380V 710–3000kW and 660V 800–3000kW models
Power (kW)
| 380V VFDs in parallel (recommended)
(unit: mm)
---|---
W1
|
W2
|
W3
|
W4
|
W5
|
H1
|
H2
|
D1
|
D2
|
D3
| Installation hole
560–630| 749| 685| 719| 1503| 35| 1419.9| 1356| 442.5| 429.5| 350| Ø 12
710–1000| 690| 620| 655| 1385| 40| 1900| –| 636.3| 625.5| 570| Ø 12
1200–1500| 690| 620| 655| 2080| 40| 1900| –| 636.3| 625.5| 570| Ø 12
2000| 690| 620| 655| 2775| 40| 1900| –| 636.3| 625.5| 570| Ø 12
2500| 690| 620| 655| 3470| 40| 1900| –| 636.3| 625.5| 570| Ø 12
3000| 690| 620| 655| 4165| 40| 1900| –| 636.3| 625.5| 570| Ø 12
Power (kW)
| 660V VFDs in parallel (recommended)
(unit: mm)
---|---
W1
|
W2
|
W3
|
W4
|
W5
|
H1
|
H2
|
D1
|
D2
|
D3
| Installation hole
710| 749| 685| 719| 1503| 35| 1419.9| 1356| 442.5| 429.5| 350| Ø 12
800–1200| 690| 620| 655| 1385| 40| 1900| –| 636.3| 625.5| 570| Ø 12
1500| 690| 620| 655| 2080| 40| 1900| –| 636.3| 625.5| 570| Ø 12
2000–2500| 690| 620| 655| 2775| 40| 1900| –| 636.3| 625.5| 570| Ø 12
3000| 690| 620| 655| 3470| 40| 1900| –| 636.3| 625.5| 570| Ø 12
Installation dimension of VFDs in parallel connection (installed closely)
Note: The closely installed method of VFD parallel connection has a
smaller installation dimension, which may affect the product’s internal air
intake but meet the product’s heat dissipation.