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Customer Class File Number
ZNSHINE PV-TECH Co.,Ltd.
#1 Zhixi Industry Zone 213251,
Jintan
Jintan
Jiangsu
China
213251
 5311-90
POWER SUPPLIES - Photovoltaic Modules and Panels - Certified to US Standards
262247

To the requirements of
UL 1703 (Third Edition)

Photovoltaic Modules, module fire performance Type 4 or Type 5 (for US) or class C fire ratings (for Canada). Model Series with 5 Bus strips

Model(s)Max System Voltage (VDC)
ZXM6-54-xxx/M, ZXP6-72-xxx/P, ZXP6-60-xxx/P, ZXP6-54-xxx/P1500

ZXM6-72-xxx/M (xxx=290 to 350),

ZXM6-60-xxx/M (xxx=240 to 290),

ZXM6-54-xxx/M (xxx=220 to 260),

ZXP6-72-xxx/P (xxx=280 to 340),

ZXP6-60-xxx/P (xxx=235 to 280),

ZXP6-54-xxx/P (xxx=210 to 255)

Notes:

  1. Rated electrical characteristics are within +/- 10% of measured values at Standard Test Conditions of 100 mW/cm2 irradiance, AM 1.5 spectrums, and 25ºC.

Model(s)Max System Voltage (VDC)
ZXP6-72-xxx/P, ZXP6-60-xxx/P1500

ZXM6-72-xxx/M (xxx=335 to 385),

ZXM6-60-xxx/M (xxx=280 to 320),

ZXP6-72-xxx/P (xxx=305 to 345),

ZXP6-60-xxx/P (xxx=255 to 290)

Notes:

  1. Rated electrical characteristics are within +/- 10% of measured values at Standard Test Conditions of 100 mW/cm2 irradiance, AM 1.5 spectrums, and 25ºC.

To the requirements of
CSA C22.2 NO. 61730-1:19 (Second Edition), UL 61730-2 (First Edition; Reprint with Revisions Through and Including

Model(s)Max System Voltage (VDC)
ZXM6-72-xxx/M, ZXM6-60-xxx/M1500

ZXM6-72-xxx/M (xxx=290 to 350),

ZXM6-60-xxx/M (xxx=240 to 290),

ZXM6-54-xxx/M (xxx=220 to 260),

ZXP6-72-xxx/P (xxx=280 to 340),

ZXP6-60-xxx/P (xxx=235 to 280),

ZXP6-54-xxx/P (xxx=210 to 255)

Notes:

  1. Rated electrical characteristics are within +/- 10% of measured values at Standard Test Conditions of 100 mW/cm2 irradiance, AM 1.5 spectrums, and 25ºC.

Model(s)Max System Voltage (VDC)
ZXM6-72-xxx/M, ZXM6-60-xxx/M1500

ZXM6-72-xxx/M (xxx=335 to 385),

ZXM6-60-xxx/M (xxx=280 to 320),

ZXP6-72-xxx/P (xxx=305 to 345),

ZXP6-60-xxx/P (xxx=255 to 290)

Notes:

  1. Rated electrical characteristics are within +/- 10% of measured values at Standard Test Conditions of 100 mW/cm2 irradiance, AM 1.5 spectrums, and 25ºC.

To the requirements of
UL 1703 (Third Edition)

Photovoltaic Modules, module fire performance Type 4 or Type 5 (for US) or class C fire ratings (for Canada). Model Series with 12 Bus strips

Model(s)Max System Voltage (VDC)
ZXM6-T72-xxx/M, ZXM6-T60-xxx/M, ZXM6-T72-xxx/P, ZXM6-T60-xxx/P1500

ZXM6-T72-xxx/M (xxx=325 to 360),

ZXM6-T60-xxx/M (xxx=275 to 300),

ZXM6-T72-xxx/P (xxx=320 to 350),

ZXM6-T60-xxx/P (xxx=265 to 295)

Notes:

  1. Rated electrical characteristics are within +/- 10% of measured values at Standard Test Conditions of 100 mW/cm2 irradiance, AM 1.5 spectrums, and 25ºC.

To the requirements of
UL 61730-2 (First Edition; Reprint with Revisions Through and Including APRIL 30, 2020), UL 61730-1 (First Edition; Reprint with Revisions Through and Including APRIL 30, 2020), CSA C22.2 NO. 61730-2:19 (Second Edition), CAN/CSA-C22.2 No. 61730-1:19(12.2019)

Crystalline‑Si photovoltaic modules, Safety Class II PV modules. Fire Performance type 30, 29, Similar with Type 17, Similar with Type 29

Model(s)Max System Voltage (VDC)
ZXM6-NHLDD156-xxx/M, ZXM6-NHLDD144-xxx/M, ZXM6-NHLDD132-xxx/M, ZXM6-NHLDD120-xxx/M, ZXM6-NHLD144-xxx/M, ZXM6-NHLD132-xxx/M, ZXM6-NHLD120-xxx/M, ZXM6-NPLDD156-xxx/M, ZXM6-NPLDD144-xxx/M, ZXM6-NPLDD132-xxx/M, ZXM6-NPLDD120-xxx/M, ZXM6-NPLD144-xxx/M, ZXM6-NPLD132-xxx/M, ZXM6-NPLD120-xxx/M, ZXM6-NOLDD156-xxx/M, ZXM6-NOLDD144-xxx/M, ZXM6-NOLDD132-xxx/M, ZXM6-NOLDD120-xxx/M, ZXM6-NOLD144-xxx/M, ZXM6-NOLD132-xxx/M, ZXM6-NOLD120-xxx/M1500

ZXM6-NHLDD156-xxx/M, xxx=455 to 500, in step of 5W

ZXM6-NHLDD144-xxx/M, xxx=420 to 460, in step of 5 W

ZXM6-NHLDD132-xxx/M, xxx=385 to 420, in step of 5 W

ZXM6-NHLDD120-xxx/M, xxx=350 to 385, in step of 5 W

ZXM6-NHLD144-xxx/M, xxx=420 to 460, in step of 5 W

ZXM6-NHLD132-xxx/M, xxx=385 to 420, in step of 5 W

ZXM6-NHLD120-xxx/M, xxx=350 to 385, in step of 5 W

ZXM6-NPLDD156-xxx/M, xxx=455 to 500, in step of 5W

ZXM6-NPLDD144-xxx/M, xxx=420 to 460, in step of 5 W

ZXM6-NPLDD132-xxx/M, xxx=385 to 420, in step of 5 W

ZXM6-NPLDD120-xxx/M, xxx=350 to 385, in step of 5 W

ZXM6-NPLD144-xxx/M, xxx=420 to 460, in step of 5 W

ZXM6-NPLD132-xxx/M, xxx=385 to 420, in step of 5 W

ZXM6-NPLD120-xxx/M, xxx=350 to 385, in step of 5 W

ZXM6-NOLDD156-xxx/M, xxx=455 to 500, in step of 5W

ZXM6-NOLDD144-xxx/M, xxx=420 to 460, in step of 5 W

ZXM6-NOLDD132-xxx/M, xxx=385 to 420, in step of 5 W

ZXM6-NOLDD120-xxx/M, xxx=350 to 385, in step of 5 W

ZXM6-NOLD144-xxx/M, xxx=420 to 460, in step of 5 W

ZXM6-NOLD132-xxx/M, xxx=385 to 420, in step of 5 W

ZXM6-NOLD120-xxx/M, xxx=350 to 385, in step of 5 W

 

Note:  

  1. All electrical data are shown as relative to standard test conditions (STC) (1 000 W/m2, (25 ± 2) °C, AM 1.5 according to IEC 60904-3).
  2. Manufacturer’s stated tolerance is ±3% for Voc and Pmax, and Isc.
  3. Rated electrical characteristics are only reflected the front side performance, regardless of the back side.
  4. The operating ambient temperature of these devices may exceed 40? at full load for all wire sizes if it is determined suitable in the field use application.

Crystalline‑Si photovoltaic modules, Safety Class II PV modules. Fire Performance type 30, 29, Similar with Type 17, Similar with Type 29. Modules with 158.75 mm or 156.75 mm cells

Model(s)Max System Voltage (VDC)
ZXM6-NHLDD144-xxx/M, ZXM6-NHLDD132-xxx/M, ZXM6-NHLDD120-xxx/M, ZXM6-NHLD144-xxx/M, ZXM6-NHLD132-xxx/M, ZXM6-NHLD120-xxx/M, ZXM6-NPLDD144-xxx/M, ZXM6-NPLDD132-xxx/M, ZXM6-NPLDD120-xxx/M, ZXM6-NPLD144-xxx/M, ZXM6-NPLD132-xxx/M, ZXM6-NPLD120-xxx/M, ZXM6-NOLD144-xxx/M, ZXM6-NOLD132-xxx/M, ZXM6-NOLD120-xxx/M, ZXM6-LDD72-xxx/M, ZXM6-LDD66-xxx/M, ZXM6-LDD60-xxx/M, ZXM6-NOLDD144-xxx/M, ZXM6-NOLDD132-xxx/M, ZXM6-NOLDD120-xxx/M, ZXM6-LD72-xxx/M, ZXM6-LD66-xxx/M, ZXM6-LD60-xxx/M1500

ZXM6-NHLDD144-xxx/M, xxx=385 to 410, in step of 5 W

ZXM6-NHLDD132-xxx/M, xxx=360 to 375, in step of 5 W

ZXM6-NHLDD120-xxx/M, xxx=325 to 340, in step of 5 W

ZXM6-NHLD144-xxx/M, xxx=380 to 410, in step of 5 W

ZXM6-NHLD132-xxx/M, xxx=350 to 375, in step of 5 W

ZXM6-NHLD120-xxx/M, xxx=320 to 340, in step of 5 W

ZXM6-NPLDD144-xxx/M, xxx=385 to 410, in step of 5 W

ZXM6-NPLDD132-xxx/M, xxx=360 to 375, in step of 5 W

ZXM6-NPLDD120-xxx/M, xxx=325 to 340, in step of 5 W

ZXM6-NPLD144-xxx/M, xxx=380 to 410, in step of 5 W

ZXM6-NPLD132-xxx/M, xxx=350 to 375, in step of 5 W

ZXM6-NPLD120-xxx/M, xxx=325 to 340, in step of 5 W

ZXM6-NOLD144-xxx/M, xxx=380 to 410, in step of 5 W

ZXM6-NOLD132-xxx/M, xxx=350 to 375, in step of 5 W

ZXM6-NOLD120-xxx/M, xxx=320 to 340, in step of 5 W

ZXM6-LDD72-xxx/M, xxx=380 to 400, in step of 5 W

ZXM6-LDD66-xxx/M, xxx=350 to 365, in step of 5 W

ZXM6-LDD60-xxx/M, xxx=320 to 330, in step of 5 W

ZXM6-NOLDD144-xxx/M, xxx=385 to 410, in step of 5 W

ZXM6-NOLDD132-xxx/M, xxx=360 to 375, in step of 5 W

ZXM6-NOLDD120-xxx/M, xxx=320 to 340, in step of 5 W

ZXM6-LD72-xxx/M, xxx=380 to 400, in step of 5 W

ZXM6-LD66-xxx/M, xxx=350 to 365, in step of 5 W

ZXM6-LD60-xxx/M, xxx=320 to 330, in step of 5 W

 

Note:  

  1. All electrical data are shown as relative to standard test conditions (STC) (1 000 W/m2, (25 ± 2) °C, AM 1.5 according to IEC 60904-3).
  2. Manufacturer’s stated tolerance is ±3% for Voc and Pmax, and Isc.
  3. Rated electrical characteristics are only reflected the front side performance, regardless of the back side.
  4. The operating ambient temperature of these devices may exceed 40? at full load for all wire sizes if it is determined suitable in the field use application.

Crystalline‑Si photovoltaic modules, Safety Class II PV modules. Fire Performance type 30, 29, Similar with Type 17, Similar with Type 29. Models with 182 mm cells

Model(s)Max System Voltage (VDC)
ZXM7-SOLDD144-xxx/M, ZXM7-SOLDD132-xxx/M, ZXM7-SOLDD120-xxx/M, ZXM7-SPLDD144-xxx/M, ZXM7-SPLDD132-xxx/M, ZXM7-SPLDD120-xxx/M, ZXM7-SPLDD108-xxx/M, ZXM7-SHLDD144-xxx/M, ZXM7-SHLDD132-xxx/M, ZXM7-SHLDD120-xxx/M, ZXM7-SHLDD108-xxx/M, ZXM7-SOLD144-xxx/M, ZXM7-SOLD132-xxx/M, ZXM7-SOLD120-xxx/M, ZXM7-SPLD144-xxx/M, ZXM7-SPLD132-xxx/M, ZXM7-SPLD120-xxx/M, ZXM7-SPLD108-xxx/M, ZXM7-SHLD144-xxx/M, ZXM7-SHLD132-xxx/M, ZXM7-SHLD120-xxx/M, ZXM7-SHLD108-xxx/M1500

ZXM7-SOLDD144-xxx/M, xxx=520 to 555, in step of 5 W

ZXM7-SOLDD132-xxx/M, xxx=475 to 510, in step of 5 W

ZXM7-SOLDD120-xxx/M, xxx=435 to 465, in step of 5 W

ZXM7-SPLDD144-xxx/M, xxx=520 to 555, in step of 5 W

ZXM7-SPLDD132-xxx/M, xxx=475 to 510, in step of 5 W

ZXM7-SPLDD120-xxx/M, xxx=435 to 465, in step of 5 W

ZXM7-SPLDD108-xxx/M, xxx=390 to 415, in step of 5 W

ZXM7-SHLDD144-xxx/M, xxx=520 to 555, in step of 5 W

ZXM7-SHLDD132-xxx/M, xxx=475 to 510, in step of 5 W

ZXM7-SHLDD120-xxx/M, xxx=435 to 465, in step of 5 W

ZXM7-SHLDD108-xxx/M, xxx=390 to 415, in step of 5 W

ZXM7-SOLD144-xxx/M, xxx=520 to 555, in step of 5 W

ZXM7-SOLD132-xxx/M, xxx=475 to 510, in step of 5 W

ZXM7-SOLD120-xxx/M, xxx=435 to 465, in step of 5 W

ZXM7-SPLD144-xxx/M, xxx=520 to 555, in step of 5 W

ZXM7-SPLD132-xxx/M, xxx=475 to 510, in step of 5 W

ZXM7-SPLD120-xxx/M, xxx=435 to 465, in step of 5 W

ZXM7-SPLD108-xxx/M, xxx=390 to 415, in step of 5 W

ZXM7-SHLD144-xxx/M, xxx=520 to 555, in step of 5 W

ZXM7-SHLD132-xxx/M, xxx=475 to 510, in step of 5 W

ZXM7-SHLD120-xxx/M, xxx=435 to 465, in step of 5 W

ZXM7-SHLD108-xxx/M, xxx=390 to 415, in step of 5 W

 

Note:  

  1. All electrical data are shown as relative to standard test conditions (STC) (1 000 W/m2, (25 ± 2) °C, AM 1.5 according to IEC 60904-3).
  2. Manufacturer’s stated tolerance is ±3% for Voc and Pmax, and Isc.
  3. Rated electrical characteristics are only reflected the front side performance, regardless of the back side.
  4. The operating ambient temperature of these devices may exceed 40? at full load for all wire sizes if it is determined suitable in the field use application.

Crystalline‑Si photovoltaic modules, Safety Class II PV modules. Fire Performance type 30, 29, Similar with Type 17, Similar with Type 29. Models with 210 mm cells

Model(s)Max System Voltage (VDC)
ZXM8-SOLD150-xxx/M, ZXM8-SOLD140-xxx/M, ZXM8-SOLD130-xxx/M, ZXM8-SOLD120-xxx/M, ZXM8-SOLD90-xxx/M, ZXM8-SPLD150-xxx/M, ZXM8-SPLD140-xxx/M, ZXM8-SPLD130-xxx/M, ZXM8-SPLD120-xxx/M, ZXM8-SPLD90-xxx/M, ZXM8-SHLD150-xxx/M, ZXM8-SHLD140-xxx/M, ZXM8-SHLD130-xxx/M, ZXM8-SHLD120-xxx/M, ZXM8-SHLD90-xxx/M, ZXM8-SOLDD150-xxx/M, ZXM8-SOLDD140-xxx/M, ZXM8-SOLDD130-xxx/M, ZXM8-SOLDD120-xxx/M, ZXM8-SOLDD90-xxx/M, ZXM8-SPLDD150-xxx/M, ZXM8-SPLDD140-xxx/M, ZXM8-SPLDD130-xxx/M, ZXM8-SPLDD120-xxx/M, ZXM8-SPLDD90-xxx/M, ZXM8-SHLDD150-xxx/M, ZXM8-SHLDD140-xxx/M, ZXM8-SHLDD130-xxx/M, ZXM8-SHLDD120-xxx/M, ZXM8-SHLDD90-xxx/M, ZXM8-TPLDD132-xxx/M, ZXM8-TPLDD120-xxx/M, ZXM8-TPLDD110-xxx/M, ZXM8-TPLDD100-xxx/M, ZXM8-TPLDD90-xxx/M, ZXM8-TPLDD80-xxx/M, ZXM8-THLDD132-xxx/M, ZXM8-THLDD120-xxx/M, ZXM8-THLDD110-xxx/M, ZXM8-THLDD100-xxx/M, ZXM8-THLDD90-xxx/M, ZXM8-THLDD80-xxx/M1500

ZXM8-SOLD150-xxx/M, xxx=480 to 515, in step of 5 W

ZXM8-SOLD140-xxx/M, xxx=450 to 480, in step of 5 W

ZXM8-SOLD130-xxx/M, xxx=415 to 445, in step of 5 W

ZXM8-SOLD120-xxx/M, xxx=385 to 410, in step of 5 W

ZXM8-SOLD90-xxx/M, xxx=290 to 310, in step of 5 W

ZXM8-SPLD150-xxx/M, xxx=480 to 515, in step of 5 W

ZXM8-SPLD140-xxx/M, xxx=450 to 480, in step of 5 W

ZXM8-SPLD130-xxx/M, xxx=415 to 445, in step of 5 W

ZXM8-SPLD120-xxx/M, xxx=385 to 410, in step of 5 W

ZXM8-SPLD90-xxx/M, xxx=290 to 310, in step of 5 W

ZXM8-SHLD150-xxx/M, xxx=480 to 515, in step of 5 W

ZXM8-SHLD140-xxx/M, xxx=450 to 480, in step of 5 W

ZXM8-SHLD130-xxx/M, xxx=415 to 445, in step of 5 W

ZXM8-SHLD120-xxx/M, xxx=385 to 410, in step of 5 W

ZXM8-SHLD90-xxx/M, xxx=290 to 310, in step of 5 W

ZXM8-SOLDD150-xxx/M, xxx=480 to 515, in step of 5 W

ZXM8-SOLDD140-xxx/M, xxx=450 to 480, in step of 5 W

ZXM8-SOLDD130-xxx/M, xxx=415 to 445, in step of 5 W

ZXM8-SOLDD120-xxx/M, xxx=385 to 410, in step of 5 W

ZXM8-SOLDD90-xxx/M, xxx=290 to 310, in steps of 5 W

ZXM8-SPLDD150-xxx/M, xxx=480 to 515, in step of 5 W

ZXM8-SPLDD140-xxx/M, xxx=450 to 480, in step of 5 W

ZXM8-SPLDD130-xxx/M, xxx=415 to 445, in step of 5 W

ZXM8-SPLDD120-xxx/M, xxx=385 to 410, in step of 5 W

ZXM8-SPLDD90-xxx/M, xxx=290 to 310, in steps of 5 W

ZXM8-SHLDD150-xxx/M, xxx=480 to 515, in step of 5 W

ZXM8-SHLDD140-xxx/M, xxx=450 to 480, in step of 5 W

ZXM8-SHLDD130-xxx/M, xxx=415 to 445, in step of 5 W

ZXM8-SHLDD120-xxx/M, xxx=385 to 410, in step of 5 W

ZXM8-SHLDD90-xxx/M, xxx=290 to 310, in step of 5 W

ZXM8-TPLDD132-xxx/M, xxx=630 to 670, in step of 5W

ZXM8-TPLDD120-xxx/M, xxx=575 to 610, in step of 5W

ZXM8-TPLDD110-xxx/M, xxx=525 to 560, in step of 5W

ZXM8-TPLDD100-xxx/M, xxx=480 to 510, in step of 5W

ZXM8-TPLDD90-xxx/M, xxx=430 to 455, in step of 5W

ZXM8-TPLDD80-xxx/M, xxx=385 to 405, in step of 5W

ZXM8-THLDD132-xxx/M, xxx=630 to 670, in step of 5W

ZXM8-THLDD120-xxx/M, xxx=575 to 610, in step of 5W

ZXM8-THLDD110-xxx/M, xxx=525 to 560, in step of 5W

ZXM8-THLDD100-xxx/M, xxx=480 to 510, in step of 5W

ZXM8-THLDD90-xxx/M, xxx=430 to 455, in step of 5W

ZXM8-THLDD80-xxx/M, xxx=385 to 405, in step of 5W

 

Note:  

  1. All electrical data are shown as relative to standard test conditions (STC) (1 000 W/m2, (25 ± 2) °C, AM 1.5 according to IEC 60904-3).
  2. Manufacturer’s stated tolerance is ±3% for Voc and Pmax, and Isc.
  3. Rated electrical characteristics are only reflected the front side performance, regardless of the back side.
  4. The operating ambient temperature of these devices may exceed 40? at full load for all wire sizes if it is determined suitable in the field use application.

To the requirements of
CSA C22.2 NO. 61730-1:19 (Second Edition), UL 61730-2 (First Edition; Reprint with Revisions Through and Including APRIL 30, 2020), UL 61730-1 (First Edition; Reprint with Revisions Through and Including APRIL 30, 2020), CAN/CSA-C22.2 No. 61730-1:19(12.2019)

Mono Crystalline‑Si photovoltaic modules , Safety Class II PV modules. Fire Performance type 1, 4. Models with 210 mm Cells

Model(s)Max System Voltage (VDC)
ZXM8-SO150-xxx/M, ZXM8-SP150-xxx/M, ZXM8-SH150-xxx/M, ZXM8-SO140-xxx/M, ZXM8-SP140-xxx/M, ZXM8-SH140-xxx/M, ZXM8-SO130-xxx/M, ZXM8-SP130-xxx/M, ZXM8-SH130-xxx/M, ZXM8-SO120-xxx/M, ZXM8-SP120-xxx/M, ZXM8-SH120-xxx/M, ZXM8-SO90-xxx/M, ZXM8-SP90-xxx/M, ZXM8-SH90-xxx/M, ZXM8-SODB150-xxx/M, ZXM8-SPDB150-xxx/M, ZXM8-SHDB150-xxx/M, ZXM8-SODB140-xxx/M, ZXM8-SPDB140-xxx/M, ZXM8-SHDB140-xxx/M, ZXM8-SODB130-xxx/M, ZXM8-SPDB130-xxx/M, ZXM8-SHDB130-xxx/M, ZXM8-SODB120-xxx/M, ZXM8-SPDB120-xxx/M, ZXM8-SHDB120-xxx/M, ZXM8-SODB90-xxx/M, ZXM8-SPDB90-xxx/M, ZXM8-SHDB90-xxx/M, ZXM8-TP132-xxx/M, ZXM8-TP120-xxx/M, ZXM8-TP110-xxx/M, ZXM8-TP100-xxx/M, ZXM8-TP90-xxx/M, ZXM8-TP80-xxx/M, ZXM8-TH132-xxx/M, ZXM8-TH120-xxx/M, ZXM8-TH110-xxx/M, ZXM8-TH100-xxx/M, ZXM8-TH90-xxx/M, ZXM8-TH80-xxx/M1500

ZXM8-SO150-xxx/M, xxx=480 to 515, in steps of 5W

ZXM8-SP150-xxx/M, xxx=480 to 515, in steps of 5W

ZXM8-SH150-xxx/M, xxx=480 to 515 in steps of 5W

ZXM8-SO140-xxx/M, xxx=450 to 480 in steps of 5W

ZXM8-SP140-xxx/M, xxx=450 to 480, in steps of 5W

ZXM8-SH140-xxx/M, xxx=450 to 480, in steps of 5W

ZXM8-SO130-xxx/M, xxx=415 to 445, in steps of 5W

ZXM8-SP130-xxx/M, xxx=415 to 445, in steps of 5W

ZXM8-SH130-xxx/M, xxx=415 to 445, in steps of 5W

ZXM8-SO120-xxx/M, xxx=385 to 410, in steps of 5W

ZXM8-SP120-xxx/M, xxx=385 to 410, in steps of 5W

ZXM8-SH120-xxx/M, xxx=385 to 410, in steps of 5W

ZXM8-SO90-xxx/M, xxx=290 to 310, in steps of 5W

ZXM8-SP90-xxx/M, xxx=290 to 310, in steps of 5W

ZXM8-SH90-xxx/M, xxx=290 to 310, in steps of 5W

ZXM8-SODB150-xxx/M, xxx=480 to 515, in steps of 5W

ZXM8-SPDB150-xxx/M, xxx=480 to 515, in steps of 5W

ZXM8-SHDB150-xxx/M, xxx=480 to 515, in steps of 5W

ZXM8-SODB140-xxx/M, xxx=450 to 480, in steps of 5W

ZXM8-SPDB140-xxx/M, xxx=450 to 480, in steps of 5W

ZXM8-SHDB140-xxx/M, xxx=450 to 480, in steps of 5W

ZXM8-SODB130-xxx/M, xxx=415 to 445, in steps of 5W

ZXM8-SPDB130-xxx/M, xxx=415 to 445, in steps of 5W

ZXM8-SHDB130-xxx/M, xxx=415 to 445, in steps of 5W

ZXM8-SODB120-xxx/M, xxx=385 to 410, in steps of 5W

ZXM8-SPDB120-xxx/M, xxx=385 to 410, in steps of 5W

ZXM8-SHDB120-xxx/M, xxx=385 to 410, in steps of 5W

ZXM8-SODB90-xxx/M, xxx=290 to 310, in steps of 5W

ZXM8-SPDB90-xxx/M, xxx=290 to 310, in steps of 5W

ZXM8-SHDB90-xxx/M, xxx=290 to 310, in steps of 5W

ZXM8-TP132-xxx/M, xxx=630 to 670, in steps of 5W

ZXM8-TP120-xxx/M, xxx=575 to 610, in steps of 5W

ZXM8-TP110-xxx/M, xxx=525 to 560, in steps of 5W

ZXM8-TP100-xxx/M, xxx=480 to 510, in steps of 5W

ZXM8-TP90-xxx/M, xxx=430 to 455, in steps of 5W

ZXM8-TP80-xxx/M, xxx=385 to 405, in steps of 5W

ZXM8-TH132-xxx/M, xxx=630 to 670, in steps of 5W

ZXM8-TH120-xxx/M, xxx=575 to 610, in steps of 5W

ZXM8-TH110-xxx/M, xxx=525 to 560, in steps of 5W

ZXM8-TH100-xxx/M, xxx=480 to 510, in steps of 5W

ZXM8-TH90-xxx/M, xxx=430 to 455, in steps of 5W

ZXM8-TH80-xxx/M, xxx=385 to 405, in steps of 5W

 

Note:

  1. All electrical data are shown as relative to standard test conditions (STC) (1 000 W/m2, (25 ± 2) °C, AM 1,5 according to IEC 60904-3).
  2. Manufacturer’s stated tolerance is ±3% for Voc and Pm, and Isc.
  3. The operating ambient temperature of these devices may exceed 40C at full load for all wire sizes if it is determined suitable in the field use application.

Mono Crystalline‑Si photovoltaic modules , Safety Class II PV modules. Fire Performance type 1, 4. Models with 182 mm Cells

Model(s)Max System Voltage (VDC)
ZXM7-SO156-xxx/M, ZXM7-SP156-xxx/M, ZXM7-SH156-xxx/M, ZXM7-SO144-xxx/M, ZXM7-SP144-xxx/M, ZXM7-SH144-xxx/M, ZXM7-SO132-xxx/M, ZXM7-SP132-xxx/M, ZXM7-SH132-xxx/M, ZXM7-SO120-xxx/M, ZXM7-SP120-xxx/M, ZXM7-SH120-xxx/M, ZXM7-SP108-xxx/M, ZXM7-SH108-xxx/M, ZXM7-SODB156-xxx/M, ZXM7-SPDB156-xxx/M, ZXM7-SHDB156-xxx/M, ZXM7-SODB144-xxx/M, ZXM7-SPDB144-xxx/M, ZXM7-SHDB144-xxx/M, ZXM7-SODB132-xxx/M, ZXM7-SPDB132-xxx/M, ZXM7-SHDB132-xxx/M, ZXM7-SODB120-xxx/M, ZXM7-SPDB120-xxx/M, ZXM7-SHDB120-xxx/M, ZXM7-SPDB108-xxx/M, ZXM7-SHDB108-xxx/M1500

ZXM7-SO156-xxx/M, xxx=560 to 605, in step of 5 W

ZXM7-SP156-xxx/M, xxx=560 to 605, in step of 5 W

ZXM7-SH156-xxx/M, xxx=560 to 605, in step of 5 W

ZXM7-SO144-xxx/M, xxx=520 to 555, in step of 5 W

ZXM7-SP144-xxx/M, xxx=520 to 555, in step of 5 W

ZXM7-SH144-xxx/M, xxx=520 to 555, in step of 5 W

ZXM7-SO132-xxx/M, xxx=475 to 510, in step of 5 W

ZXM7-SP132-xxx/M, xxx=475 to 510, in step of 5 W

ZXM7-SH132-xxx/M, xxx=475 to 510, in step of 5 W

ZXM7-SO120-xxx/M, xxx=435 to 465, in step of 5 W

ZXM7-SP120-xxx/M, xxx=435 to 465, in step of 5 W

ZXM7-SH120-xxx/M, xxx=435 to 465, in step of 5 W

ZXM7-SP108-xxx/M, xxx=390 to 415, in step of 5 W

ZXM7-SH108-xxx/M, xxx=390 to 415, in step of 5 W

ZXM7-SODB156-xxx/M, xxx=560 to 605, in step of 5 W

ZXM7-SPDB156-xxx/M, xxx=560 to 605, in step of 5 W

ZXM7-SHDB156-xxx/M, xxx=560 to 605, in step of 5 W

ZXM7-SODB144-xxx/M, xxx=520 to 555, in step of 5 W

ZXM7-SPDB144-xxx/M, xxx=520 to 555, in step of 5 W

ZXM7-SHDB144-xxx/M, xxx=520 to 555, in step of 5 W

ZXM7-SODB132-xxx/M, xxx=475 to 510, in step of 5 W

ZXM7-SPDB132-xxx/M, xxx=475 to 510, in step of 5 W

ZXM7-SHDB132-xxx/M, xxx=475 to 510, in step of 5 W

ZXM7-SODB120-xxx/M, xxx=435 to 465, in step of 5 W

ZXM7-SPDB120-xxx/M, xxx=435 to 465, in step of 5 W

ZXM7-SHDB120-xxx/M, xxx=435 to 465, in step of 5 W

ZXM7-SPDB108-xxx/M, xxx=390 to 415, in step of 5 W

ZXM7-SHDB108-xxx/M, xxx=390 to 415, in step of 5 W

 

Note:

  1. All electrical data are shown as relative to standard test conditions (STC) (1 000 W/m2, (25 ± 2) °C, AM 1,5 according to IEC 60904-3).
  2. Manufacturer’s stated tolerance is ±3% for Voc and Pm, and Isc.
  3. The operating ambient temperature of these devices may exceed 40C at full load for all wire sizes if it is determined suitable in the field use application.

Mono Crystalline‑Si photovoltaic modules , Safety Class II PV modules. Fire Performance type 1, 4. Models with 166 mm Cells

Model(s)Max System Voltage (VDC)
ZXM6-NH156-xxx/M, ZXM6-NH144-xxx/M, ZXM6-NH132-xxx/M, ZXM6-NH120-xxx/M, ZXM6-NP156-xxx/M, ZXM6-NP144-xxx/M, ZXM6-NP132-xxx/M, ZXM6-NP120-xxx/M, ZXM6-NO156-xxx/M, ZXM6-NO144-xxx/M, ZXM6-NO132-xxx/M, ZXM6-NO120-xxx/M, ZXM6-NODB156-xxx/M, ZXM6-NPDB156-xxx/M, ZXM6-NHDB156-xxx/M, ZXM6-NODB144-xxx/M, ZXM6-NPDB144-xxx/M, ZXM6-NHDB144-xxx/M, ZXM6-NODB132-xxx/M, ZXM6-NPDB132-xxx/M, ZXM6-NHDB132-xxx/M, ZXM6-NODB120-xxx/M, ZXM6-NPDB120-xxx/M, ZXM6-NHDB120-xxx/M1500

ZXM6-NH156-xxx/M, xxx=455 to 500, in step of 5 W

ZXM6-NH144-xxx/M, xxx=420 to 460, in step of 5 W

ZXM6-NH132-xxx/M, xxx=385 to 420, in step of 5 W

ZXM6-NH120-xxx/M, xxx=350 to 385, in step of 5 W

ZXM6-NP156-xxx/M, xxx=455 to 500, in step of 5 W

ZXM6-NP144-xxx/M, xxx=420 to 460, in step of 5 W

ZXM6-NP132-xxx/M, xxx=385 to 420, in step of 5 W

ZXM6-NP120-xxx/M, xxx=350 to 385, in step of 5 W

ZXM6-NO156-xxx/M, xxx=455 to 500, in step of 5 W

ZXM6-NO144-xxx/M, xxx=420 to 460, in step of 5 W

ZXM6-NO132-xxx/M, xxx=385 to 420, in step of 5 W

ZXM6-NO120-xxx/M, xxx=350 to 385, in step of 5 W

ZXM6-NODB156-xxx/M, xxx=455 to 500, in steps of 5 W

ZXM6-NPDB156-xxx/M, xxx=455 to 500, in steps of 5 W

ZXM6-NHDB156-xxx/M, xxx=455 to 500, in steps of 5 W

ZXM6-NODB144-xxx/M, xxx=420 to 460, in steps of 5 W

ZXM6-NPDB144-xxx/M, xxx=420 to 460, in steps of 5 W

ZXM6-NHDB144-xxx/M, xxx=420 to 460, in steps of 5 W

ZXM6-NODB132-xxx/M, xxx=385 to 420, in steps of 5 W

ZXM6-NPDB132-xxx/M, xxx=385 to 420, in steps of 5 W

ZXM6-NHDB132-xxx/M, xxx=385 to 420, in steps of 5 W

ZXM6-NODB120-xxx/M, xxx=350 to 385, in steps of 5 W

ZXM6-NPDB120-xxx/M, xxx=350 to 385, in steps of 5 W

ZXM6-NHDB120-xxx/M, xxx=350 to 385, in steps of 5 W

 

Note:

  1. All electrical data are shown as relative to standard test conditions (STC) (1 000 W/m2, (25 ± 2) °C, AM 1,5 according to IEC 60904-3).
  2. Manufacturer’s stated tolerance is ±3% for Voc and Pm, and Isc.
  3. The operating ambient temperature of these devices may exceed 40C at full load for all wire sizes if it is determined suitable in the field use application.

Mono Crystalline‑Si photovoltaic modules , Safety Class II PV modules. Fire Performance type 1, 4. Models with 158.75 mm or 156.75 mm Cells

Model(s)Max System Voltage (VDC)
ZXM6-NH156-xxx/M, ZXM6-NH144-xxx/M, ZXM6-NH132-xxx/M, ZXM6-NH120-xxx/M, ZXM6-NP156-xxx/M, ZXM6-NP144-xxx/M, ZXM6-NP132-xxx/M, ZXM6-NP120-xxx/M, ZXM6-NO156-xxx/M, ZXM6-NO144-xxx/M, ZXM6-NO132-xxx/M, ZXM6-NO120-xxx/M, ZXM6-78-xxx/M, ZXM6-72-xxx/M, ZXM6-66-xxx/M, ZXM6-60-xxx/M1500

ZXM6-NH156-xxx/M, xxx=420 to 440, in step of 5 W

ZXM6-NH144-xxx/M, xxx=390 to 410, in step of 5 W

ZXM6-NH132-xxx/M, xxx=355 to 375, in step of 5 W

ZXM6-NH120-xxx/M, xxx=325 to 340, in step of 5 W

ZXM6-NP156-xxx/M, xxx=420 to 440, in step of 5 W

ZXM6-NP144-xxx/M, xxx=390 to 410, in step of 5 W

ZXM6-NP132-xxx/M, xxx=355 to 375, in step of 5 W

ZXM6-NP120-xxx/M, xxx=325 to 340, in step of 5 W

ZXM6-NO156-xxx/M, xxx=420 to 440, in step of 5 W

ZXM6-NO144-xxx/M, xxx=390 to 410, in step of 5 W

ZXM6-NO132-xxx/M, xxx=355 to 375, in step of 5 W

ZXM6-NO120-xxx/M, xxx=325 to 340, in step of 5 W

ZXM6-78-xxx/M, xxx=400 to 430, in step of 5 W

ZXM6-72-xxx/M, xxx=355 to 400, in step of 5 W

ZXM6-66-xxx/M, xxx=340 to 365, in step of 5 W

ZXM6-60-xxx/M, xxx=295 to 330, in step of 5 W

 

Note:

  1. All electrical data are shown as relative to standard test conditions (STC) (1 000 W/m2, (25 ± 2) °C, AM 1,5 according to IEC 60904-3).
  2. Manufacturer’s stated tolerance is ±3% for Voc and Pm, and Isc.
  3. The operating ambient temperature of these devices may exceed 40C at full load for all wire sizes if it is determined suitable in the field use application.