Customer Class File Number
Altenergy Power System Inc.
No.1 Yatai Road
Jiaxing
Zhejiang
China
314050
5311-09
POWER SUPPLIES - Distributed Generation Power Systems Equipment
259077

 

 

THE FOLLOWING HAVE BEEN EVALUATED TO THE REQUIREMENTS OF C22.2 NO. 107.1:

�P Utility Interactive Inverter, ModelYC1000-3-480,Rack mounted,ratings as follows:

 

Model:

YC1000-3-480

 

INPUT RATINGS:

Maximum input voltage

60 V dc

Range of input operating voltage

16-55 V dc

Range of MPPT voltage

16-55 V dc

Maximum input current (dc)

14.8 A

Maximum input short circuit current

15A

Maximum input sourcebackfeedcurrent to input source

38.6 A

 

OUTPUT RATINGS:

Output power factor rating

>0.99

Operating voltage range (ac) (L-L)1

243.76-304.7V ac

Operating frequency range or single frequency1

59.3-60.5 Hz

Number of phases

Nominal output voltage (ac)

277 V ac

Normal output frequency

60 Hz

Maximum continuous output current (ac)

[email protected] nominal voltage

Maximum continuous output power (ac)

900 W

Maximum output fault current (ac) and duration

6.57Apk, 40msof duration, 1.32 Arms, over 3 cycles

Maximum output overcurrent protection

25A

Utility interconnection voltage and frequency trip limits and trip times

+/- 5% but not less than 160ms

Trip limit and trip time accuracy

Voltage:

+/- 2VL-N

Frequency:

+/- 0.05 Hz

Alternate Trip Time

See Note 1 below.

Normal operation temperature range

-40ºC - + 65ºC

Maximum operating ambient

+65ºC

Enclosure Rating Type

4X

 

 

 

 

 

 

 

Notes:

 

1.    Utility Interconnection Voltage and Frequency Trip Limits and Trip Times:

 

Voltage and frequency limits for utility Interaction

Condition

Simulated utility source

Maximum time (sec) (cycles) at 60Hzabefore cessation of current to the simulated utility

Voltage (V)

Frequency (Hz)

A

< 0.50Vnor

Rated

0.08

B

0.50Vnor¡Ü V < 0.88Vnor

Rated

0.20

C

1.10Vnor< V < 1.20Vnor

Rated

0.20

D

1.20Vnor¡Ü V

Rated

0.08

E

Rated

f > 60.5

0.16

F

Rated

f < 59.3

0.16

 

1.    Utility interactive evaluations were conducted with the following firmware:

 

FPGA:    LFE3-35EA

Software: V156 

Checksum£º34FDD394H

 

1.    Surge Testing for Combination Wave (1.2/50us) was done at 6 kV/3 kA, 2 ohms effective impedance, and Ringwave (0.5us-100 kHz) was done at 6 kV/0.5 kA, 12 ohms effective impedance.  Tests were performed using both polarities, for common mode and differential mode coupling, 20 pulses each test.  After surge testing the unit was operational with control functionally verified by frequency and voltage disconnect tests.

 

 

 

�P PV Power Optimizer, Model OPT700 and OPT700L, Rack mounted, ratings as follows:

 

 

 

 

 

 

 

Model

OPT700

OPT700L

INPUT RATINGS:

 

 

Maximum input voltage

50Vdc

50Vdc

Range of input operating voltage

12-50Vdc

12-50Vdc

Range of MPPT input operating voltage

16-40Vdc

16-40Vdc

Maximum input current (dc)

10 A x 2

10 A x 2

Maximum input short circuit current(dc)

10A x 2

10A x 2

OUTPUT RATINGS:

 

 

Maximum output voltage (dc)

90Vdc

90Vdc

Maximum continuous output current (dc)

10.3 A

10.3 A

Maximum continuous output power (dc)

600W

600W

Normal operation temperature range

-40�C to 65�C

-40�C to 65�C

Enclosure Rating Type

6P

6P

 

 

 

 

 

 

 

 

 

Notes:

 

1.    Utility interactive evaluations were conducted with the following firmware:

MCU: SA3102

Software: OPTS700S-Rev2.4-V2

Checksum£ºCRC32: 17825A21

1. The above models are intended for operation with certified PV arrays only. 

2. The above models are only to be used with certified utility interactive inverters, where the suitability is to be determined in the end application.

 

�P Grid Support Utility Interactive Microinverter, Model YC600, Rack mounted, ratings as follows:

 

Model:

YC600

 

 

 

INPUT RATINGS:

 

Maximum input voltage

55V dc

 

Range of input operating voltage

16-55V dc

 

Range of MPPT input operating voltage

22 -45 V dc

 

Maximum input string

2

 

Maximum input current (dc)

12 A ¡Á 2

 

Maximum input short circuit current

13.2A

 

Maximum input sourcebackfeed current to input source

0 A

 

OUTPUT RATINGS:

 

Output power factor rating

>0.99

 

Operating voltage range (ac)1

211.2-264V ac

 

Operating frequency range or single frequency1

59.3-60.5 Hz

 

Number of phases

 

Nominal output voltage (ac)

240V ac

 

Normal output frequency

60 Hz

 

Maximum continuous output current (ac)

2.28A

 

Maximum continuous output power (ac)

548VA

 

Maximum output fault current (ac) and duration

170Apk, 0.36ms of duration, 3.98Arms, over 3 cycles

 

Maximum output overcurrent protection

6.3A

 

Utility interconnection voltage and frequency trip limits and trip times

See Note 1 below

 

Trip limit and trip time accuracy

Voltage:

+/- 2VL-N

 

Frequency:

+/- 0.1Hz

 

Alternate Trip Time

See Note 1 below.

 

Normal operation temperature range

-40ºC - +65ºC

 

Maximum operating ambient

+65ºC

 

Enclosure Rating Type

Type 6

 

 

 

 

 

 

 

 

 

 

 

 

Notes:

 

1.    Utility Interconnection Voltage and Frequency Trip Limits and Trip Times:

 

Voltage and frequency limits for utility Interaction

 

Condition

Simulated utility source

Maximum time (sec) (cycles) at 60Hzabefore cessation of current to the simulated utility

trip time accuracy

Voltage (V)

Frequency (Hz)

A

< 0.50Vnor

Rated

0.08

+/-80ms

B

0.75Vnor<V < 0.995Vnor

Rated

0.16 - 600

+/-200ms

C

1.004Vnor< V < 1.125Vnor

Rated

0.16 - 600

+/-200ms

D

1.20Vnor<=V

Rated

0.08

+/-80ms

E

60.1<f <62.0

f > 60.5

0.08~600

+/-200ms

F

57.0<f <59.9

f < 59.3

0.08~600

+/-200ms

 

Reconnection time accuracy: 30-600S  +/-10s

 

2. Utility interactive evaluations were conducted with the following firmware:

 

Inverter Model

MICROPROCESSOR/FPGA

FIRMWARE

CHECKSUM

YC600

LFE3-35EA-6FTN256C

V7

0415DBAB

 

3. Surge Testing for Combination Wave (1.2/50us) was done at 6 kV/3 kA, 2 ohms effective impedance, andRingwave (0.5us-100 kHz) was done at 6 kV/0.5 kA, 12 ohms effective impedance.  Tests were performed using both polarities, for common mode and differential mode coupling, 20 pulses each test.  After surge testing the unit was operational with control functionally verified by frequency and voltage disconnect tests.

4. This product's software has not been evaluated to the requirements of UL 1998.

5. Model YC600 was evaluated to meet the California Rule 21 grid support functions according to UL 1741 Supplement SA8-SA18.

 

6. Grid Support Utility Interactive PV Inverter, Model YC600 was evaluated with reactive power priority in UL 1741SA 13 Volt/Var Mode (Q(V)) Test.

 

�P Grid Support Utility Interactive Microinverter, Model QS1200, QS1 and QS1A, Rack mounted.

 

Models rating as follows:    

 

Model:

QS1

QS1200

QS1A

INPUT RATINGS:

Maximum input voltage

60V dc

60V dc

60V dc

Range of input operating voltage

16-55 V dc

16-55 V dc

16-55 V dc

Range of MPPT input operating voltage

22 - 48 V dc

22 - 48 V dc

30 - 52 V dc

Maximum input string

4

4

4

Maximum input current (dc)

12 A (4 inputs)

12 A (4 inputs)

13.3 A (4 inputs)

Maximum input short circuit current

15A per input

15A per input

15A per input

Maximum input source backfeed current to input source

0 A

0 A

0 A

OUTPUT RATINGS:  

 

 

Output power factor rating

>0.99 (-0.8 ~ 0.8 adjustable)

>0.99 (-0.8 ~ 0.8 adjustable)

>0.99 (-0.8 ~ 0.8 adjustable)

Operating voltage range (ac) 1

211.2 - 264Vac for 240Vac output;

183.04 - 228.8Vac for 208Vac output.

211.2 - 264Vac

211.2 - 264V ac

Operating frequency range or single frequency1

59.3 - 60.5 Hz

59.3 - 60.5 Hz

59.3 - 60.5 Hz

Number of phases

Nominal output voltage (ac)

240Vac/ 208Vac

240 Vac

240 Vac

Normal output frequency

60 Hz

60 Hz

60 Hz

Maximum continuous output current (ac)

5A for 240Vac; 5.77A for 208Vac

5A

6.25A

Maximum continuous output power (ac)

1200VA

1200VA

1500VA

Maximum output fault current (ac) and duration

137 Apk, duration 0.78ms, 39.94 Arms

137 Apk, duration 0.78ms, 39.94 Arms

47.3Apeak, duration 1.4ms, 4.68Arms

Maximum output overcurrent protection

10A

10A

16A

Utility interconnection voltage and frequency trip limits and trip times

See Note 1 below

See Note 1 below

See Note 1 below

Trip limit and trip time accuracy

 

Voltage:

+/- 2VL-L

Frequency:

+/- 0.1 Hz

Alternate Trip Time

See Note 1 below.

Normal operation temperature range

-40ºC - + 65ºC

Maximum operating ambient

+65ºC

Enclosure Rating Type

Type 6

Notes:

1.        Utility Interconnection Voltage and Frequency Trip Limits and Trip Times:

 

Voltage and frequency limits for utility Interaction

 

Condition

Simulated utility source

Maximum time (sec) (cycles) at 60 Hza before cessation of current to the simulated utility

trip time accuracy

Voltage (V)

Frequency (Hz)

A

< 0.50 Vnor

Rated

0.08

+/-80ms

B

0.75 Vnor <=V < 0.995 Vnor for 240Vac output

(adjustable)

0.865Vnor<=V < 0.995 Vnor for 208Vac output

(adjustable)

Rated

0.16 - 600

+/-200ms

C

1.004 Vnor< V < 1.125 Vnor

(adjustable)

Rated

0.16 - 600

+/-200ms

D

1.20 Vnor <=V

Rated

0.08

+/-80ms

E

60.1<f <62.0

(adjustable)

f > 60.5

0.08 - 600

+/-200ms

F

57.0<f <59.9

(adjustable)

f < 59.3

0.08 - 600

+/-200ms

Reconnection time accuracy: 30-600S   +/-10s

 

2.           Utility interactive evaluations were conducted with the following firmware:

 

Inverter Model

Microprocessor/FPGA

Firmware

Checksum

QS1200

QS1

LFE3-35EA-6FTN256C

V5

E47AAEB8

QS1A

LFE3-35EA-6FTN256C

V7

F6B2A505

 

3.           Surge Testing for Combination Wave (1.2/50us) was done at 6 kV/3 kA, 2 ohms effective impedance, and Ringwave (0.5us-100 kHz) was done at 6 kV/0.5 kA, 12 ohms effective impedance.  Tests were performed using both polarities, for common mode and differential mode coupling, 20 pulses each test.  After surge testing the unit was operational with control functionally verified by frequency and voltage disconnect tests.

 

4.           This product's software has not been evaluated to the requirements of UL 1998.

 

5.           Model QS1200 and QS1 with 240Vac share the same construction, hardware and software, and only difference between those two models are the model name and output voltage, which are only for commercial purpose.

         

6.        Models QS1200 and QS1 were evaluated to meet the California Rule 21 grid support functions according to UL 1741 Supplement SA8~SA18.

 

7.           Model QS1A was evaluated to meet the California Rule 21 grid support functions according to UL 1741 Supplement SA8-SA15.

 

8.           Grid Support Utility Interactive PV Inverter, Models QS1200, QS1 and QS1A were evaluated with reactive power priority in UL 1741SA 13 Volt/Var Mode (Q(V)) Test.  

 

 

Utility Interactive Microinverter, Models DS3-H, DS3, DS3-L and DS3-S, rack mounted.

 

Models rating as follow:

Model:

DS3-H

DS3

DS3-L

DS3-S

INPUT RATINGS:

Maximum input voltage

60Vdc

60Vdc

60Vdc

60Vdc

Range of input operating voltage

26-60Vdc

26-60Vdc

16-60Vdc

16-60Vdc

Range of MPPT input operating voltage

36-55Vdc

32-55Vdc

25-55Vdc

22-48Vdc

Maximum input string

2

2

2

2

Maximum input current (dc)

20A (2 inputs)

20A (2 inputs)

18A (2 inputs)

16A(2 inputs)

Maximum input short circuit current

25A per input

25A per input

22.5A per input

22.5A per input

Maximum input source backfeed current to input source

0 A

0 A

0 A

0A

OUTPUT RATINGS:  

Output power factor rating

>0.99(0.7~0.7adjustable)

>0.99 (-0.7~0.7 adjustable)

>0.99 (-0.7~0.7 adjustable)

>0.99 (-0.7~0.7 adjustable)

Operating voltage range (ac) 1

211.2 - 264Vac

211.2 - 264Vac

211.2 - 264V ac

211.2 - 264V ac

Operating frequency range or single frequency1

59.3 - 60.5 Hz

59.3 - 60.5 Hz

59.3 - 60.5 Hz

59.3 - 60.5 Hz

Number of phases

Nominal output voltage (ac)

240Vac

240Vac

240Vac

240Vac

Normal output frequency

60 Hz

60 Hz

60 Hz

60Hz

Maximum continuous output current (ac)

4.4A

3.7A

3.2A

2.7A

Maximum continuous output power (ac)

1050VA

880VA

768VA

640VA

Maximum output fault current (ac) and duration

5.691Apk, 26.75ms of duration

5.691Apk, 26.7ms of duration

5.691Apk, 26.75ms of duration

5.691Apk, 26.75ms of duration

Maximum output overcurrent protection

10A

10A

6.3A

6.3A

Utility interconnection voltage and frequency trip limits and trip times

See Note 1 below

See Note 1 below

See Note 1 below

See Note 1 below

Trip limit and trip time accuracy

 

Voltage:

+/- 2VL-L

Frequency:

+/- 0.1 Hz

Alternate Trip Time

See Note 1 below.

Normal operation temperature range

-40ºC - + 65ºC

Maximum operating ambient

+65ºC

Enclosure Rating Type

Type 6

 

 

Notes: 

 

1.           Utility Interconnection Voltage and Frequency Trip Limits and Trip Times:

 

Voltage and frequency limits for utility Interaction

 

Condition

Simulated utility source

Maximum time (sec) (cycles) at 60 Hza before cessation of current to the simulated utility

trip time accuracy

Voltage (V)

Frequency (Hz)

A

< 0.50 Vnor

Rated

0.08

+/-80ms

B

0.75Vnor ≤ V< 0.995Vnor

Rated

0.16-600

+/-200ms

C

1.004Vnor< V < 1.1.125 Vnor

Rated

0.16-600

+/-200ms

D

1.20 Vnor ≤ V

Rated

0.08

+/-80ms

E

60.1<f<62.0(adjustable)

f > 60.5

0.16

+/-200ms

F

57.0<f<59.9(adjustable)

f < 59.3

0.16

+/-200ms

Reconnection time accuracy: 30-600S +/-10s

 

1.           Utility interactive evaluations were conducted with the following firmware:

Inverter Model

Microprocessor/FPGA

Firmware

Checksum

DS3-H

DS3

DS3-L

DS3-S

TMS320F28004x

V3

EBAF651C

 

2.           Surge Testing for Combination Wave (1.2/50us) was done at 6 kV/3 kA, 2 ohms effective impedance, and Ringwave (0.5us-100 kHz) was done at 6 kV/0.5 kA, 12 ohms effective impedance.  Tests were performed using both polarities, for common mode and differential mode coupling, 20 pulses each test.  After surge testing the unit was operational with control functionally verified by frequency and voltage disconnect tests.

 

3.           This product's software has not been evaluated to the requirements of UL 1998.

 

Utility Interactive Microinverter, Model DS3D, rack mounted.

 

Models rating as follow:

Model:

DS3D

INPUT RATINGS:

 

Maximum input voltage

120Vdc

Range of input operating voltage

52-120Vdc

Range of MPPT input operating voltage

64-110Vdc

Maximum input string

2

Maximum input current (dc)

20A (2 inputs)

Maximum input short circuit current

25A per input

Maximum input source backfeed current to input source

0 A

OUTPUT RATINGS:  

 

Output power factor rating

>0.99

Operating voltage range (ac) 1

211.2 - 264Vac

Operating frequency range or single frequency1

59.3 - 60.5 Hz

Number of phases

Nominal output voltage (ac)

240Vac

Normal output frequency

60 Hz

Maximum continuous output current (ac)

8.3A

Maximum continuous output power (ac)

2000W

Maximum output fault current (ac) and duration

17.52Apk, 12.72ms of duration

Maximum output overcurrent protection

16A

Utility interconnection voltage and frequency trip limits and trip times

See Note 1 below

Trip limit and trip time accuracy

Voltage:

+/- 2VL-L

Frequency:

+/- 0.1 Hz

Alternate Trip Time

See Note 1 below.

Normal operation temperature range

-40ºC - +65ºC

Maximum operating ambient

+65ºC

Enclosure Rating Type

Type 6

 

 

 

Notes: 

 

1.           Utility Interconnection Voltage and Frequency Trip Limits and Trip Times:

 

Voltage and frequency limits for utility Interaction

 

Condition

Simulated utility source

Maximum time (sec) (cycles) at 60 Hza before cessation of current to the simulated utility

trip time accuracy

Voltage (V)

Frequency (Hz)

A

< 0.50 Vnor

Rated

0.08

+/-80ms

B

0.75Vnor ≤ V< 0.995Vnor

Rated

0.16-600

+/-200ms

C

1.004Vnor< V < 1.1.125 Vnor

Rated

0.16-600

+/-200ms

D

1.20 Vnor ≤ V

Rated

0.08

+/-80ms

E

60.1<f<62.0(adjustable)

f > 60.5

0.16

+/-200ms

F

57.0<f<59.9(adjustable)

f < 59.3

0.16

+/-200ms

Reconnection time accuracy: 30-600S +/-10s

 

1.           Utility interactive evaluations were conducted with the following firmware:

Inverter Model

Microprocessor/FPGA

Firmware

Checksum

DS3D

TMS320F28004x

V2

889EFFDD

 

2.           Surge Testing for Combination Wave (1.2/50us) was done at 6 kV/3 kA, 2 ohms effective impedance, and Ringwave (0.5us-100 kHz) was done at 6 kV/0.5 kA, 12 ohms effective impedance.  Tests were performed using both polarities, for common mode and differential mode coupling, 20 pulses each test.  After surge testing the unit was operational with control functionally verified by frequency and voltage disconnect tests.

 

3.           This product's software has not been evaluated to the requirements of UL 1998.

 

 

�P Utility Interactive Microinverter, Model YC600B, Rack mounted, ratings as follows:

Model:

YC600B

 

 

 

INPUT RATINGS:

 

Maximum input voltage

60V dc

 

Range of input operating voltage

16-60 V dc

 

Range of MPPT input operating voltage

22 - 48 V dc

 

Maximum input string

2

 

Maximum input current (dc)

12 A (2 inputs)

 

Maximum input short circuit current

13.2A per input

 

Maximum input source backfeed current to input source

0 A

 

OUTPUT RATINGS:

 

Output power factor rating

>0.99

 

Operating voltage range (ac) 1

105.6 - 132V ac

 

Operating frequency range or single frequency1

59.3 - 60.5 Hz

 

Number of phases

 

Nominal output voltage (ac)

120 V ac

 

Normal output frequency

60 Hz

 

Maximum continuous output current (ac)

4.57A

 

Maximum continuous output power (ac)

548W

 

Maximum output fault current (ac) and duration

43.3 Apk, duration 3.08 ms , 3.42 Arms

 

Maximum output overcurrent protection

10A

 

Utility interconnection voltage and frequency trip limits and trip times

See Note 1 below

 

Trip limit and trip time accuracy

Voltage:

+/- 2VL-N

 

Frequency:

+/- 0.1 Hz

 

Alternate Trip Time

See Note 1 below.

 

Normal operation temperature range

-40ºC - + 65ºC

 

Maximum operating ambient

+65ºC

 

Enclosure Rating Type

Type 6

 

 

 

 

 

 

 

 

 

 

 

 

Notes:

 

1.    Utility Interconnection Voltage and Frequency Trip Limits and Trip Times:

 

Voltage and frequency limits for utility Interaction

 

Condition

Simulated utility source

Maximum time (sec) (cycles) at 60 Hza before cessation of current to the simulated utility

trip time accuracy

Voltage (V)

Frequency (Hz)

A

< 0.50 Vnor

Rated

0.08

+/-80ms

B

0.75 Vnor <=V < 0.992 Vnor

(adjustable)

Rated

0.16 - 610

+/-200ms

C

1.008 Vnor< V < 1.192 Vnor

(adjustable)

Rated

0.16 - 610

+/-200ms

D

1.20 Vnor <=V

Rated

0.08

+/-80ms

E

60.1<f <62.0

(adjustable)

f > 60.5

0.08 - 610

+/-200ms

F

57.0<f <59.9

(adjustable)

f < 59.3

0.08 - 610

+/-200ms

 

Reconnection time accuracy: 30-610s(adjustable)  +/-10s

 

1.    Utility interactive evaluations were conducted with the following firmware:

 

Inverter Model

Microprocessor/FPGA

Firmware

Checksum

YC600B

LFE3-35EA-6FTN256C

V1

8DE26380

 

1.    Surge Testing for Combination Wave (1.2/50us) was done at 6 kV/3 kA, 2 ohms effective impedance, and Ringwave (0.5us-100 kHz) was done at 6 kV/0.5 kA, 12 ohms effective impedance. Tests were performed using both polarities, for common mode and differential mode coupling, 20 pulses each test. After surge testing the unit was operational with control functionally verified by frequency and voltage disconnect tests.

2. This product's software has not been evaluated to the requirements of UL 1998.

 

 

THE FOLLOWING HAVE BEEN EVALUATED TO THE REQUIREMENTS OF C22.2 NO. 107.1 and CSA C22.2 No. 330-17:

�P Photovoltaic Rapid Shutdown System Equipment, Model No. RSD-S-PLC-A and RSD-S-PLC-B, used to cut off the DC connection of PV modules after the Transmitter power supply circuit breaker is off. Rack mounted or mounted to the PV module with adhesive. PLC communication used.

 

Initiation device, Model No. Transmitter-PLC, contain three installation models: 1) Transmitter-PLC-PCBA, 2) Transmitter-PLC, 3) Transmitter-PLC-1P

 

Rating type

RSD-S-PLC-B

RSD-S-PLC-A

Transmitter-PLC

a) Maximum System Voltage

1500V

1000V

/

b) Range of input operating voltage (dc)

8V-80V

8V-80V

12V or 24V

c) Max input current (ac or dc)

15A

15A

0.8A

d) Max Input short circuit current

15A

15A

/

e) Rapid shutdown time limit

Less than 15s

Less than 15s

/

f) Normal operation temperature range

-40ºC - 85ºC

-40ºC - 85ºC

-40ºC - 100ºC

g) type of PVRSS or PVRSE (RS1 or RS2)

RS2

RS2

/

h) Enclosure Type

Type 6P (conform to test requirement)

See note 1

Note:

1. The transmitter-PLC shall be mounted in enclosure conforming to application environment conforming to relevant standard.

2. Photovoltaic Rapid Shutdown Function has also been evaluated according to NEC-2017 and NEC-2020 Section 690.12 applicable requirement.

 

  • Photovoltaic Rapid Shutdown System Equipment, Models No. RSD-D-15-1000, RSD-D-20-1000, RSD-D-25-1000, RSD-D-15-1500, RSD-D-20-1500 and RSD-D-25-1500, used to cut off the DC connection of PV modules after the PLC signal lost. Rack mounted. PLC communication used.

Rating type

RSD-D-15-1000

RSD-D-20-1000

RSD-D-25-1000

a) Maximum System Voltage

1000V

1000V

1000V

b) Number of Input Channel

2

2

2

c) Range of input operating voltage (dc)

8V-80V for each Channel

8V-80V for each Channel

8V-80V for each Channel

d) Max input current (dc)

15A for each Channel

20A for each Channel

25A** for each Channel

e) Max Input short circuit current

25A for each Channel

25A/38A* for each Channel

38A for each Channel

f) Max Output Voltage (dc)

160V

160V

160V

g) Max Output Current (dc)

15A

20A

25A

e) Rapid shutdown time limit

Less than 15s

Less than 15s

Less than 15s

f) Normal operation temperature range

-40�XC - 85�XC

-40�XC - 85�XC

-40�XC - 85�XC

g) type of PVRSS or PVRSE (RS1 or RS2)

RS2

RS2

RS2

h) Enclosure Type

Type 6P (conform to test requirement)

 

Rating type

RSD-D-15-1500

RSD-D-20-1500

RSD-D-25-1500

a) Maximum System Voltage

1500V

1500V

1500V

b) Number of Input Channel

2

2

2

c) Range of input operating voltage (dc)

8V-80V for each Channel

8V-80V for each Channel

8V-80V for each Channel

d) Max input current (dc)

15A for each Channel

20A for each Channel

25A** for each Channel

e) Max Input short circuit current

25A for each Channel

25A/38A* for each Channel

38A for each Channel

f) Max Output Voltage (dc)

160V

160V

160V

g) Max Output Current (dc)

15A

20A

25A

e) Rapid shutdown time limit

Less than 15s

Less than 15s

Less than 15s

f) Normal operation temperature range

-40�XC - 85�XC

-40�XC - 85�XC

-40�XC - 85�XC

g) type of PVRSS or PVRSE (RS1 or RS2)

RS2

RS2

RS2

h) Enclosure Type

Type 6P (conform to test requirement)

Note?

  1. *The different input short current depends on the input cord guage. 4mm2(12 AWG) for 25A; and 6mm2(10 AWG) for 38A.
  2. ** For models RSD-D-25-1500 and RSD-D-25-1000, the maximum input current 25A exists at the input voltage of 65V, while the input voltage exceed 65V, the maximum input current de-rate, the maximum input current will derate to 23.2A while the voltage rise to 70V, and the maximum input current derate to 20.3A while the voltage rise to 80V.
  3. Photovoltaic Rapid Shutdown Function has also been evaluated according to NEC-2017 and NEC-2020 Section 690.12 applicable requirement.

 

 

APsmart Rapid shutdown System:

Model

Attenuators

Initiation Device

System Ratings

Type-A

RSD-S-PLC-A

Transmitter-PLC

System voltage 1000Vdc, Attenuators Input:

8~80Vdc, 15Amax per module, 15A max input short circuit. Attenuators Output: 8~80Vdc, 15Amax, 800W max per module.

Rapid shutdown time limit 15s.

Initiated by the loss of AC power

Type-B

RSD-S-PLC-B

Transmitter-PLC

System voltage 1500Vdc, Attenuators Input:

8~80Vdc, 15Amax per module, 15A max input short circuit. Attenuators Output: 8~80Vdc, 15Amax, 800W max per module.

Rapid shutd

own time limit 15s.

Initiated by the loss of AC power

Type-C

RSD-S-PLC-A

Transmitter-PLC-PCBA

System voltage 1000Vdc, Attenuators Input:

8~80Vdc, 15Amax per module, 15A max input short circuit. Attenuators Output: 8~80Vdc, 15Amax, 800W max per module.

Rapid shutdown time limit 15s.

Initiated by the loss of AC power

Type-D

RSD-S-PLC-B

Transmitter-PLC-PCBA

System voltage 1500Vdc, Attenuators Input:

8~80Vdc, 15Amax per module, 15A max input short circuit. Attenuators Output: 8~80Vdc, 15Amax, 800W max per module.

Rapid shutdown time limit 15s.

Initiated by the loss of AC power

 

 

 

Model

Attenuators

Initiation Device

Inverter

System Ratings

APsmart��s RSD system, PVRSS: Sunspec

Altenergy Power System Inc.

RSD-S-PLC-A

RSD-S-PLC-B

RSD-D-15-1000

RSD-D-20-1000

RSD-D-25-1000

RSD-D-15-1500

RSD-D-20-1500

RSD-D-25-1500

 

Zhejiang Twinsel Electronic Technology Co., Ltd.

PV-SY020-A

PV-SY020

 

Baoding Yitong PV Science&Technology Co., Ltd.

YT-RSD-P-1000

YT-RSD-P-1500

Altenergy Power System Inc.

Transmitter-PLC

Transmitter-PLC-PCBA

 

Zhejiang Twinsel Electronic Technology Co., Ltd.

PV-SY020-PLC

PV-SY020-PCBA

 

Baoding Yitong PV Science&Technology Co., Ltd.

Transmitter-PLC

Transmitter-PLC-PCBA

SHANGHAI CHINT POWER SYSTEMS CO., LTD.

CPS SCA60KTL-DO/US-480

CPS SCA50KTL-DO/US-480

CPS SCA25KTL-DO-R/US-480

CPS SCA20KTL-DO-R/US-480

CPS SCA25KTL-DO/US-208

1000 Vdc maximum system voltage.

Rapid shutdown time limit 30s with inverter.

 

Initiated by the loss of AC power

 

Delta Electronics (Shanghai) Co., Ltd.

M10-4-TL-US

M10-TL-US

M8-TL-US

M6-TL-US

M5-TL-US

M4-TL-US

E8-TL-US

E6-TL-US

E4-TL-US

600 Vdc maximum system voltage.

Rapid shutdown time limit 30s with inverter.

 

Initiated by the loss of AC power

LG ELECTRONICS, INC.

D007KEEN261

600 Vdc maximum system voltage.

Rapid shutdown time limit 30s with inverter.

 

Initiated by the loss of AC power

Solectria Renewables, LLC

PVI 50TL-480

PVI 60TL-480

PVI 20TL-480-R

PVI 25TL-480-R

PVI 25TL-208

1000 Vdc maximum system voltage.

Rapid shutdown time limit 30s with inverter.

 

Initiated by the loss of AC power

JIANGSU GOODWE POWER SUPPLY TECHNOLOGY CO., LTD.

GW9600A-ES�AGW8600A-ES, GW7600A-ES,

GW7000A-ES, GW6000A-ES, GW5000A-ES,

GW9600A-MS, GW8600A-MS, GW7600A-MS, GW7000A-MS, GW6000A-MS, GW5000A-MS,

GW9600A-IS, GW8600A-IS, GW7600A-IS, GW7000A-IS,

GW6000A-IS, GW5000A-IS

GW9600H-ES, GW8600H-ES, GW7600H-ES, GW7000H-ES,

GW6000H-ES, GW5000H-ES,

600 Vdc maximum system voltage.

Rapid shutdown time limit 30s with inverter.

 

Initiated by the DC Switch on the inverter.

Shenzhen Growatt New Energy

Technology Co., Ltd

SPH 3000TL BL-US, SPH 3600TL BL-US, SPH 4000TL BL-US, SPH 4600TL BL-US,

SPH 5000TL BL-US, SPH 6000TL BL-US

550 Vdc maximum system voltage.

Rapid shutdown time limit 30s with inverter.

 

Initiated by external emergency button with signal wire connected to the Inverter��s ELV circuit.

Shenzhen Growatt New Energy

Technology Co., Ltd

MIN 8200TL-XH-US,

MIN 9000TL-XH-US, MIN 10000TL-XH-US,

MIN 11400TL-XH-US,

MIN 3000TL-XH-US,

MIN 3800TL-XH-US, MIN 5000TL-XH-US, MIN 6000TL-XH-US, MIN 7600TL-XH-US

600 Vdc maximum system voltage.

Rapid shutdown time limit 30s with inverter.

 

Initiated by external emergency button with signal wire connected to the Inverter��s ELV circuit.

 

 

Model

Attenuators

Initiation Device

Inverter

System Ratings

APsmart��s RSD system, PVRSS: Sunspec

Altenergy Power System Inc.

RSD-S-PLC-A

RSD-S-PLC-B

RSD-D-15-1000

RSD-D-20-1000

RSD-D-25-1000

RSD-D-15-1500

RSD-D-20-1500

RSD-D-25-1500

 

Zhejiang Twinsel Electronic Technology Co., Ltd.

PV-SY020-A

PV-SY020

 

Baoding Yitong PV Science&Technology Co., Ltd.

YT-RSD-P-1000

YT-RSD-P-1500

Integrated in Fronius inverter as listed in the just right column of this table

Fronius International GmbH

Fronius Symo Advanced 10.0-3 208-240

Fronius Symo Advanced 12.0-3 208-240

600 Vdc maximum system voltage.

Rapid shutdown time limit 30s with inverter.

 

Initiated by the loss of AC power

Fronius International GmbH

Fronius Symo Advanced 15.0-3 480

Fronius Symo Advanced 20.0-3 480

Fronius Symo Advanced 22.7-3 480

Fronius Symo Advanced 24.0-3 480

1000 Vdc maximum system voltage.

Rapid shutdown time limit 30s with inverter

 

Initiated by the loss of AC power

Fronius International GmbH

Primo GEN24 3.8 208-240

Primo GEN24 5.0 208-240

Primo GEN24 6.0 208-240

600 Vdc maximum system voltage.

Rapid shutdown time limit 30s with inverter.

 

Initiated by external buttons with signal wire connected to the WSD interface of the Inverter.

Integrated in Ginlong inverters as listed in the just right column of this table

Ningbo Ginlong Technologies Co., Ltd.

Solis-50K-US-SW; Solis-50K-US-LSW;

Solis-66K-US-F-SW; Solis-66K-US-F-LSW; 

Solis-60K-US-F-SW; Solis-60K-US-F-LSW;

Solis-50K-US-F-SW; Solis-50K-US-F-LSW; 

Solis-40K-US-F-SW; Solis-40K-US-LSW; 

Solis-40K-US-SW; Solis-36K-US-SW;

Solis-36K-US-F-SW; Solis-36K-US-LSW; 

Solis-30K-US-F-SW; Solis-30K-US-LSW; 

Solis-30K-US-SW; Solis-25K-US-SW;

Solis-25K-US-F-SW; Solis-25K-US-LSW;

1000 Vdc maximum system voltage.

Rapid shutdown time limit 30s with inverter.

 

Initiated by the loss of AC power

Integrated in Ginlong inverters as listed in the just right column of this table

Ningbo Ginlong Technologies Co., Ltd.

Solis-1P10K-4G-US; Solis-1P9K-4G-US;

Solis-1P8.6K-4G-US; Solis-1P8K-4G-US;

Solis-1P7.6K-4G-US; Solis-1P7K-4G-US;

Solis-1P6K-4G-US; Solis-1P6K2-4G-US;

Solis-1P5K-4G-US; Solis-1P4.6K-4G-US;

Solis-1P4K-4G-US; Solis-1P3.6K-4G-US;

Solis-1P3K-4G-US; Solis-1P2.5K-4G-US;

Solis-1P2K-4G-US; Solis-1P1.5K-4G-US;

Solis-1P1K-4G-US;

600 Vdc maximum system voltage.

Rapid shutdown time limit 30s with inverter.

 

Initiated by the loss of AC power

Integrated in Ginlong inverters as listed in the just right column of this table

Ningbo Ginlong Technologies Co., Ltd.

RHI-1P5K-HVES-5G; 

RHI-1P6K-HVES-5G;

RHI-1P7K-HVES-5G; 

RHI-1P7.6K-HVES-5G; 

RHI-1P8K-HVES-5G;

RHI-1P9K-HVES-5G; 

RHI-1P10K-HVES-5G;

500 Vdc maximum

system voltage.

Rapid shutdown time

limit 30s with inverter.

 

Initiated by the loss of AC power

Integrated in Candian Solar inverters as listed in the just right column of this table

Canadian Solar Inc. :

CSI-66K-T480GL01-UB, 

CSI-60K-T480GL01-UB,

CSI-50K-T480GL01-UB, 

CSI-40K-T480GL01-UB,

CSI-36K-T480GL01-UB,

CSI-30K-T480GL01-UB, 

CSI-25K-T480GL01-UB.

CSI-25KTL-GS-FLB,

CSI-30KTL-GS-FLB,

CSI-36KTL-GS-FLB,

CSI-40KTL-GS-FLB,

CSI-40KTL-GS-B,

CSI-50KTL-GS-FLB,

CSI-50KTL-GS-B,

CSI-60KTL-GS-B,

CSI-66KTL-GS-B

1000 Vdc maximum

system voltage.

Rapid shutdown time

limit 30s with inverter.

 

Initiated by the loss of AC power

 

 

 

Model

Attenuators

Initiation Device

Inverter

System Ratings

APsmart Rapid shutdown System, PVRSS: Sunspec

Altenergy Power System Inc.

RSD-S-PLC-A;

RSD-S-PLC-B;

RSD-D-15-1000

RSD-D-20-1000

RSD-D-25-1000

RSD-D-15-1500

RSD-D-20-1500

RSD-D-25-1500



Zhejiang Twinsel Electronic Technology Co., Ltd.
PV-SY020-A; PV-SY020;

 

Baoding Yitong PV Science & Technology Co., Ltd.

YT-RSD-P-1000; YT-RSD-P-1500;

Altenergy Power System Inc.

Transmitter-PLC

Manufacturer: SolaX Power Network Technology (Zhe jiang) Co., Ltd.

Family series (1) Models: A1-Hybrid-6.0-US, A1-Hybrid-7.0-US, A1-Hybrid-7.6-US, A1-Hybrid-8.6-US;

Family series (2) Models: A1-6.0-US, A1-7.0-US, A1-7.6-US, A1-8.6-US

600 Vdc maximum system voltage. Rapid shutdown time limit 30 s with inverter.

 

Family series (1) Initiated by external emergency button with signal wire connected to the Inverter��s ELV circuit.

 

Family series (2) Initiated by the loss of AC Grid.

Manufacturer: Hanwha Q CELLS America Inc.

Family series (1):

Q. HOME+ HYB-G1-X.X series, models:

Q.HOME+ HYB-G1-6.0, Q.HOME+ HYB-G1-7.0, Q.HOME+ HYB-G1-7.6, Q.HOME+ HYB-G1-8.6;

 

Family series (2):

Q.HOME+ AC-G1-X.X series, models:

Q.HOME+ AC-G1-6.0, Q.HOME+ AC-G1-7.0, Q.HOME+ AC-G1-7.6, Q.HOME+ AC-G1-8.6;

600 Vdc maximum system voltage. Rapid shutdown time limit 30 s with inverter.

 

Family series (1) Initiated by external emergency button with signal wire connected to the Inverter��s ELV circuit.

 

Family series (2) Initiated by the loss of AC Grid.

 

Conditions of Acceptability:

1. The installation manual shall indicate the connection of a complete PV Rapid Shutdown System.

2. The maximum number of PV modules in each string shall be indicated in the installation manual when the Open-Circuit Voltage varies.

3. The interconnection with other NRTL listed PV Rapid Shutdown Equipment shall be evaluated in the end application.

4. While the PVRSS system connected with inverter in the field, the energy storage component, for example: capacitor, may present in the inverter input circuit, in this case, the capacitor discharge resonant shall be considered which may affect the voltage limit and energy limit on the controlled conductor.

5. A power supply shall be provided in the field. And the power supply shall be NRTL listed with 12V SELV output circuit and has no risk of electric shock to service personal and users.