Renac R3 Micro Series User Manual Download Page 4

R3 Note Series     

User Manual

4

5

R3 Note Series     

User Manual

2.  Technical description of inverters

2.1  Mechanical design

Figure 2-1 shows the outline dimensions of R3-4K-DT/R3-5K-DT/R3-6K-DT/R3-8K-DT/R3-10K-DT/R3-12K-DT/R3-15K-DT:

Figure 2-1 shows the electrical terminals of R3-4K-DT/R3-5K-DT/R3-6K-DT/R3-8K-DT/R3-10K-DT/R3-12K-DT/R3-15K-DT:

Figure 2-1 Outline dimensions 

 Figure 2-2 wiring diagram of the inverter system

Figure 2-1 Electrical Terminals

1

3

5

7

2

4

6

8

DC Switch

I/O port

AC terminal

LED 

Run/Fault

DC (PV terminals)

Communication port

LCD

Key

2.2  Electrical system design

For safety reasons, the use of a DC switch is recommended. Between the 
PV modules and the power modules may be mandatory in some countrie.

The selection of PV string output should be based on the optimum utilization of the invested capital compared to the 
expected annual energy yield from the system. This optimization depends on local weather conditions and should be 

considered in each individual case.

The inverter incorporates an input power limiting device, which automatically keeps the power at levels that are safe for the 
inverter. The limitation depends mainly on internal and ambient temperatures. The limitation is calculated continuously and 
always allows the maximum possible amount of energy to be produced.

Please use the tool supplied by Renac Power when dimensioning a photovoltaic system.

1

3

4

5

2

6

7

8

455

390

190

2.3  Technical data  

Please refer to chapter 3 for the detail connecting and install methods.

Model

DC Input Data

Max. Recommended PV Power

Max.DC Input Voltage

MPPT voltage Range

Start-up Voltage

No. of MPP Trackers

No. of Input Strings per  Tracker

Max. DC Input Current

DC Switch

AC Output Data

Rated AC Power

Max.output power

Max. AC Current

Rated AC Voltage/Range

Grid frequency/ range

Adjustable Power Factor[cos 

φ

]

Output THDi(@Rated Output)

Efficiency

Max.Efficiency

Euro Efficiency

MPPT Efficiency

6000W

7500W

9000W

12000W

1000V

2

Integrated

140~950V

15000W

18000W

22500W

160V

1/1

16A/16A

4000W

4400VA

6.4A

98.3%

97.6%

99.90%

98.3%

97.6%

99.90%

98.3%

97.6%

99.90%

98.3%

97.6%

99.90%

98.3%

97.8%

99.90%

98.3%

97.8%

99.90%

98.3%

97.8%

99.90%

5000W

5500VA

8A

6000W

6600VA

9.6A

8000W

8800VA

12.8A

3/PE 380, 400;+/-20%; 3/N/PE 380, 400;+/-20%;

50Hz/60Hz ; ±5Hz

0.8leading ~0.8lagging

<3%

10000W

11000VA

16.0A

12000W

13200VA

19.2A

15000W

16500VA

24.0A

1/1

16A/16A

1/1

16A/16A

1/1

16A/16A

1/1

16A/16A

1/1

16A/16A

1/1

20A/16A

160V

160V

200V

200V

200V

220V

R3-4K-DT

R3-5K-DT

R3-6K-DT

R3-8K-DT

R3-10K-DT R3-12K-DT R3-15K-DT

Summary of Contents for R3 Micro Series

Page 1: ...R3 4K DT R3 5K DT R3 6K DT R3 8K DT R3 10K DT R3 12K DT R3 15K DT UserManual Series R3 Note...

Page 2: ...ackageinformation 8 3 2Installationenvironment 8 3 3Installationposition 9 3 4Mountingprocedure 10 3 5Electricalconnection 11 3 6StartingtheInverter 15 4 UserInterface 15 4 1Ledandkey 15 4 2LCDdisplay...

Page 3: ...red that the open circuit voltage of the PV string never exceeds the maximum permissible input voltage of 1000V DC The PV string open circuit voltage during parallel string operation is 950V Higher vo...

Page 4: ...mainly on internal and ambient temperatures The limitation is calculated continuously and always allows the maximum possible amount of energy to be produced Please use the tool supplied by Renac Power...

Page 5: ...id meet Grid standards BDEW MV Germany power Grid meet Grid standards VDE 0126 Italy power Grid meet Grid standards CEI 0 16 UK power Grid Greece Island power Grid Czech Republic power Grid meet Grid...

Page 6: ...ed person There are 2 PV connectors for R3 4 5 6 8 10 12K DT and 3 PV connectors for R3 15K DT There are 2 PV connectors for R3 4 5 6 8 10 12K DT and 3 PV connectors for R3 15K DT Quality Certificate...

Page 7: ...s section of ac cables Description A B C D No Figure 3 5 Strip off N L1 L2 L3 cables 2 Strip off PE cable as gure 3 6 1 Add breaker or fuse to AC side the speci cation should be more than 1 25 times o...

Page 8: ...the terminal accord ing to the wire sequence L1 L2 L3 N PE so that the insulating terminal is ush with the surface of the terminal and the crimping screw torque is 2 0 0 1N m 6 Insert the main part of...

Page 9: ...cable connected to the two string correctly and it s polarity 3 The unused terminals are covered Starting the inverter Close the DC and AC circuit breaker If the solar panels provide enough energy the...

Page 10: ...t 1 2 3 4 Press pushbutton less than 1 sec several times until you reach the Setting menu Press pushbutton long in order to enter the setting menu Press pushbutton less than 1 sec several times until...

Page 11: ...nverter is 60 months from the date of installation and no more than 66 months 5 5 years from the date of shipment from factory Please report defective device with a brief error description and SN code...

Page 12: ...o factory or and repaired products are sent from factory to user 5 2 Service after warranty expiration 1 2 3 4 Possible actions Isolation Fault Isolation Fault 2 LCD display Clearable Fault Fault 1 Ch...

Page 13: ...AC P OW E R T E C H N O L O GY C O LT D Add Block 6 No 2 West Jinzhi Road Suzhou National Hi Tech District Suzhou China Tel 86 0512 66677278 info renacpower com www renacpower com SMARTENERGYFORBETTE...

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