AXITEC AC-335M/72S User manual

AXITEC LLC | 1819 Underwood Boulevard Suite 5 Delran, New Jersey 08075 USA| [email protected] |[phone]
AXITEC LLC
Installation Manual
Version Date: 03102020

Installation Manual
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Table of Contents
Introduction……………………………...……………...…………………………………………………………................. Page 1
1. General Safety Precautions.…………………………...…………………………………………………………….. Page 2
2. Codes and Regulations……………………...………………………………………………………………...……….. Page 2
3. Mechanical Installation……………………...……………………………………………………………………….... Page 2 - 7
4. Electrical Installation……………………...………………………………………………………….…………………. Page 8 - 13
5. Operation and Maintenance……………………...………………………………………………………...………. Page 14
6. Transport, Storage Modules………………………………...……………………………………………………….. Page 14
7. Module information……………………………...……………...……………………………………………………… Page 14 - 15
8. Editing records of installing manual.……………………...…………………………………………………….. Page 15
Please read the installation manual before using or installing Axitec LLC modules. Photovoltaic modules
produce electricity when exposed to sunlight. Follow all applicable electrical safety precautions. Only
qualified personnel should install or perform maintenance work on modules. Do not damage or scratch
the rear surface of the module. Do not handle modules when they are wet, may increase the risk of
electrical shock.
INTRODUCTION
Thank you for choosing AXITEC LLC PV modules. With proper operation and maintenance, AXITEC LLC
modules will provide you with clean and renewable solar electricity for years to come. This manual
contains necessary installation, maintenance and safety information. The word “module” as used in this
manual refers to one or more PV modules. Retain this manual for future reference.
DISCLAIMER OF LIABILITY
AXITEC LLC does not assume responsibility and expressly disclaims liability for any loss, damage, or
expense arising out of, or in any way connected with installation, operation, use, or maintenance by using
this manual. AXITEC LLC assumes no responsibility for any infringement of patents or other rights of third
parties, which may result from use of modules. No license is granted by implication or under any patent
or patent rights. The information in this manual is reliable, but does not constitute an expressed and/or
implied warranty. AXITEC LLC reserves the right to make changes to the product, specifications, or this
manual without prior notice. Without any prior written authorization, AXITEC LLC will not accept any
returned modules.

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1. General Safety Precautions
1.1. Photovoltaic modules have no on/off switch. Modules can be rendered inoperative only by
removing them from sunlight, or by fully covering their front surface with cloth, cardboard,
or other completely opaque material, or by working with modules face down on a smooth,
flat surface.
1.2. Photovoltaic modules produce DC electricity when exposed to light and therefore can
produce electrical shock or burns. Modules produce voltage even when not connected to
an electrical circuit or load. Modules produce nearly full voltage when exposed to as little
as 5% of full sunlight both current and power increase with light intensity. Use insulated
tools and rubber gloves when working with modules in sunlight. It would be best by
covering their front surface fully with completely opaque materials when operating on the
modules. Artificially concentrated sunlight shall not be directed on the module.
1.3. Modules may produce higher output than the rated specifications. Industry standard
ratings are made at conditions of 1000 watts/m2and 25℃cell temperature, AM 1.5.
Reflection from snow or water can increase sunlight and therefore boost current and
power. In addition, temperature below 25℃can substantially increase voltage and power.
1.4. Axitec LLC modules are constructed with tempered glass, but still must be handled with
care, If the front glass is broken or if the polymer back-skin is torn, contact with any module
surface or the frame can produce electrical shock, particularly when the module is wet.
Broken or damaged modules must be disposed of properly.
1.5. Axitec LLC modules are intended for use in terrestrial applications only, thus excluding
aerospace or maritime conditions or use with sunlight concentration. Excluded applications
include, but are not limited to, installations where modules are likely to come in contact
with any salt water or where likely to become partially or wholly submerged in fresh or salt
water, we suggested that the modules should installed at least 500m away from the sea.
2. Codes and Regulations
The mechanical and electrical installation of Module systems should be performed in accordance with all
applicable codes, including electrical codes, building codes, and electric utility interconnection
requirements. Such requirements may vary for mounting location, such as building rooftop or motor
vehicle applications.
Requirements may also vary with system voltage, and for DC or AC application. Contact local authorities
for governing regulations.
3. Mechanical Installation
The module is considered to be in compliance with UL 1703 only when the module is mounted in the
manner specified by the mounting instructions below. Any module without a frame (laminate) shall not
be considered to comply with the requirements of UL 1703 unless the module is mounted with

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hardware that has been tested and evaluated with the module under this standard or by a field
Inspection certifying that the installed module complies with the requirements of UL 1703. The modules
when used with a Listed mounting system that has been rated as a Class C System when installed with
type 1 modules, is suitable to maintain the System Class C Fire Rating. For cUL listed products - Class C
fire rating.
3.1. Selecting the location
Select a suitable location for installation of the module. The module should be facing true south
in northern latitudes and true north in southern latitudes for best power production.
For detailed information on the best elevation tilt angle for the installation, refer to standard solar
photovoltaic installation guides or a reputable solar installer or systems integrator.
The module should not be shaded at any time of the day. Do not use module near equipment or
in ad loc.
3.2. Selecting the proper support frame
Always observe the instructions and safety precautions included with the support frame to be
used with the module.
Do not attempt to drill holes in the glass surface of the module. Do not drill additional mounting
holes in the frame of the module. Doing so will void the warranty.
Modules must be securely attached to the mounting structure using four mounting points for
normal installation. If additional wind or snow loads are anticipated for this Installation, the
support module mounting structure must be made of durable corrosion-resistant and UV-
resistant material.
3.3. Ground mount
Select the height of the mounting system to prevent the lowest edge of the module from being
covered by snow for a long time in winter in areas that experience heavy snowfalls. In addition,
assure the lowest portion of the module is placed high enough so that it is not shaded by plants or
trees or damaged by sand and stones driven by wind.

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3.4. Roof mount
When installing a module on a roof or building, ensure that it is securely fastened and cannot fall as
a result of wind or snow loads. Provide adequate ventilation under a module for cooling (10cm
minimum air space between module and mounting surface). Slope should be less than 5 in/ft (127
mm/305 mm) required to maintain a fire Class rating.
When installing module on a roof, ensure that the roof construction is suitable. In addition, any roof
penetration required to mount the module must be properly sealed to prevent leaks. In some cases,
a special support frame may be necessary. The roof installation of solar modules may affect the
fireproofing of the house construction.
The fire rating of this module is valid only when mounted in the manner specified in the mechanical
mounting instructions. The modules are rated fire Class C, and are suitable for mounting over a class
A roof. When installing the module on a roof or building, do so in calm winds. Installing a module
during strong winds may cause accidents.
The System Fire Class Rating of the module or panel in a mounting system in combination with a
roof covering complete with requirements to achieve the specified System Fire Class Rating for a
non-BIPV module or panel. Any module or panel mounting system limitations on inclination
required to maintain a specific System Fire Class Rating.
3.5. Pole mount
When installing a module on a pole, choose a pole and module mounting structure that will
withstand anticipated winds for the area.

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3.6. General Installation
Module mounting must use the pre-drilled mounting holes in the frame. Mounting ways: Using 8
screws and 8 screw nut to respectively fix the 8 mounting holes, see the figure below.
▪Do not lift the module by grasping the module’s junction box or electrical leads.
▪Do not stand or step on module.
▪Do not drop module or allow objects to fall on module.
▪To avoid glass breakage, do not place any heavy objects on the module.
▪Do not set the module down hard on any surface.
▪Inappropriate transport and installation may break the glass of the module.
3.7. Installing Methods
3.7.1. Modules installed with mounting holes (14*9). Modules should be
bolted with M8 bolt to the support structures through mounting
holes located in the frame back flanges. See the table as follow. The
torque should be 12.5N·m-18N·m to tighten the bolt.
3.7.2. Modules installed with mounting holes (10*6.5) Modules should be
bolted with M6 bolt to the support structures through mounting
holes located in the frame back flanges. See the table as follow. The
torque should be 12.5N·m-18N·m to tighten the bolt.
3.7.3. Modules installed with clamping, Modules should be bolted to the
support structures rail by metal clamps. It is recommended to use
clamps under the following condition or approved by system
installation Clamps materials: Aluminum Alloy Bolt torque
requirments:12.5N·m-18N·m
3.7.4. the clamps must not make contact with the front glass or deform
frame in any way. Materials and sizes of Bolts, screw nuts, flat
washers, spring washers that refer to mounting are as follows:
(Stainless steel (SS)) Bolt: M8 SS, Flat washer SS：Φ16-Φ8.4 H1.6 SS
Spring washer: Φ12.6-Φ8.4 H4.7 SS

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3.7.5. DO NOT lift the module by grasping the module’s junction box or electrical leads.
DO NOT stand or step on module.
DO NOT drop module or allow objects to fall on module.
DO NOT set the module down hard a surface.
To avoid glass breakage, DO NOT place any heavy objects on the module.
Inappropriate transport and installation may break the glass of the module

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Table 3.6-1 Install methods(Valid for 3.6.1 and 3.6.2)
Low/normal level loading condition(Apply to
most of environment conditions, rated load
is 1600Pa, safety factor is 1.5)
High level loading condition(Apply to harsher
environment conditions, such as storm, heavy snow
etc. Rated load is 3600Pa, safety factor is 1.5)
Mounting
system
Clamping
system(At
tach to
the long
frame)
Permissible range of clamp
0<S≤1/4L
Permissible range of clamp
(1/4L-50)<S≤(1/4L+50)
Clamping
system(At
tach to
the short
frame)
Permissible range of clamp
0<H≤1/4W

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Clamp A use for frame with 40mm height
Clamp A use for frame with 35mm height
Clamp B

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4. Electrical Installation
The electrical characteristics are within ±3% percent of the indicated values of Isc, Voc, and Pmax
under standard test conditions (irradiance is 100 mW/cm2, AM 1.5 spectrum, and a cell
temperature of 25°C (77°F). A module with exposed conductive parts is considered to be in
compliance with UL 1703 only when it is electrically grounded in accordance with the instructions
presented below and the requirements of the National Electrical Code (NEC).
For installations in Canada, shall be in accordance with CSA C22.1, Safety Standard for Electrical
Installations, Canadian Electrical Code, Part 1.
4.1. Modules should be mounted to maximize direct exposure to sunlight and to eliminate
or minimize shadowing. Even partial shadowing can substantially reduce module and
system output. Furthermore, partial shadowing can elevate the shaded portion’s
internal temperature, which may lower output and shorten module life. Bypass diodes
are factory installed. Blocking diodes should be installed in series with each module or
series string to prevent possible back flow of energy through the modules when
modules or strings are connected in parallel or used in conjunction with a battery.
4.2. Whenever necessary to comply with local codes, use a listed fuse or circuit breaker,
rated for the maximum series fuse rating of the module and the system voltage.
4.3. All electrical components should have ratings equal or greater to the system rating. Do
not exceed the maximum allowable system voltage as listed on the module label. All
module frames should be grounded for safety.
4.4. Under normal conditions, a photovoltaic module may experience conditions that
produce more current and/or voltage than reported at Standard Test Conditions.
Accordingly, the values of short circuit current, and open circuit voltage, marked on
modules should be multiplied by a factor of more than 1.25 when determining
component voltage ratings, conductor capacities, fuse sizes, and size of controls
connected to the module output. Rated electrical characteristics are more than 10
percent of measured values at Standard Test Conditions of: 1000 W/m2, 25℃cell
temperature and solar spectral irradiance per ASTM E 892.
4.5. Axitec LLC modules are equipped with factory-installed wires and quick connectors.
These modules have been designed to be easily interconnected in series. Each module
has two single-conductor wires, one positive and one negative, that are pre-wired
inside the junction box. The connectors at the opposite end of these wires allow easy
series connection of adjacent modules by firmly inserting the male connector of a
module into the female connector of an adjacent module until the connector is fully
seated. For more information, please See module literature for appropriate mating
connectors.
4.6. A separate return wire or wires may be required to run the positive and negative
terminations of the series string of modules to the load. Male and/or female
connectors pre-attached to wires may be used at the string terminations for return
wire connections and/or for source circuit box terminations.
4.7. All modules have (3) by-pass diodes installed.

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4.8. Grounding
4.8.1. Common grounding hardware (nuts, bolts, star washers, spilt-ring lock washers,
flat washers and the like) is used to attach a listed grounding/bonding device, the
attachment must be made in conformance with the grounding device
manufacturer’s instructions. Details for wiring in accordance with the NEC, and
that the grounding method of the frame of arrays shall comply with the NEC,
article 250
4.8.2. Common hardware items such as nuts, bolts, star washers, lock washers and the
like have not been evaluated for electrical conductivity or for use as grounding
devices and should be used only for maintaining mechanical connections and
holding electrical grounding devices in the proper position for electrical
conductivity. Such devices, where supplied with the module and evaluated
through the requirements in UL 1703, may be used for grounding connections in
accordance with the instructions provided with the module. All the PV modules
frame and installing support must be earthed correctly in accord to local
electrical laws, use correct ways of grounding, using suitable grounding wires to
connect PV modules and frame supports. Grounding wires’ materials can be
copper, cooper alloy or other conductors which correspond with electrical laws.
Grounding wires must be connected with earth with suitable grounding
electrode. Use Bolt M4, cup washer, grounding wires, flat washer, tooth washer,
screw nut M4 and install like the photo below, torque should be 2N·M-3N·M, this
way it can be grounded firmly.
Materials and sizes are as follow:
Bolt M4: Stainless steel, abbreviated to SS
cup washer: SS Φ9 Φ4.3 h8
grounding wires: single conductor, the cross section
of conductor is no less than 4mm2
flat washer: SS Φ9 Φ4.3 h8
tooth washer: SS Φ7.8 Φ4.3 Thickness: 0.5 number of
gears: 11
screw nut M4: SS

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4.9. Module Size, type, rated temperature and electrical parameters
Module Size
Type
Rated temperature
1956×992×40
AC-"XXX"P/72V
AC-"XXX"P/72S
-40℃~+85℃
1640×992×40
AC-"XXX"P/60V
AC-"XXX"P/60S
-40℃~+85℃
1956(1966)×992×40
AC-"XXX"M/72V
AC-"XXX"M/72S
-40℃~+85℃
1640(1650)×992×40 or
1640(1650)×992×35
AC-"XXX"M/60V
AC-"XXX"M/60S
-40℃~+85℃
1956(1966)×992×40
AC-"XXX"P/72XV
AC-"XXX"P/72X
-40℃~+85℃
1640(1650)×992×40 or
1640(1650)×992×35
AC-"XXX"P/60XV
AC-"XXX"P/60X
-40℃~+85℃
1956(1966)×992×40
AC-"XXX"M/72XV
AC-"XXX"M/72X
-40℃~+85℃
1640(1650)×992×40 or
1640(1650)×992×35
AC-"XXX"M/60XV
AC-"XXX"M/60X
-40℃~+85℃
2000×992×40
AC-"XXX"MH/144S
AC-"XXX"MH/144V
-40℃~+85℃
1675×992×35
AC-"XXX"MH/120S
AC-"XXX"MH/120V
-40℃~+85℃

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Electrical Parameters (1000V) at STC
MODULE
Open Circuit
Voltage,
(Vdc)
Rated
Voltage
(Vdc)
MaxSystem
Voltage
(Vdc)
Rated
Current
(A dc)
Short Circuit
Current
(A dc)
Rated
Maximum
Power
(Watts)
Maximum
Series Fuse
(A)
AC-335M/72S
46.04
37.44
1000
8.95
9.41
335
20
AC-340M/72S
46.16
37.57
1000
9.05
9.48
340
20
AC-345M/72S
46.61
37.96
1000
9.09
9.51
345
20
AC-350M/72S
46.89
38.34
1000
9.13
9.58
350
20
AC-355M/72S
47.16
38.63
1000
9.19
9.66
355
20
AC-360M/72S
47.44
39.01
1000
9.23
9.73
360
20
AC-365M/72S
47.67
39.38
1000
9.26
9.81
365
20
AC-370M/72S
47.91
39.84
1000
9.29
9.89
370
20
AC-375M/72S
48.16
40.21
1000
9.33
9.95
375
20
AC-280M/60S
39.05
31.68
1000
8.84
9.36
280
20
AC-285M/60S
39.24
31.81
1000
8.96
9.43
285
20
AC-290M/60S
39.42
32.01
1000
9.06
9.54
290
20
AC-295M/60S
39.56
32.25
1000
9.15
9.67
295
20
AC-300M/60S
39.72
32.37
1000
9.27
9.74
300
20
AC-305M/60S
39.81
32.42
1000
9.41
9.83
305
20
AC-310M/60S
39.9
32.47
1000
9.55
9.92
310
20
AC-305MH/120S
39.42
32.38
1000
9.42
9.86
305
20
AC-310MH/120S
39.58
32.58
1000
9.52
9.95
310
20
AC-315MH/120S
39.74
32.79
1000
9.61
10.04
315
20
AC-320MH/120S
39.92
33.01
1000
9.69
10.13
320
20
AC-325MH/120S
40.1
32.71
1000
9.93
10.43
325
20
AC-330MH/120S
40.27
32.91
1000
10.02
10.51
330
20
AC-335MH/120S
40.44
33.11
1000
10.11
10.6
335
20
AC-340MH/120S
40.62
33.31
1000
10.21
10.69
340
20
AC-355MH/144S
46.82
39.02
1000
9.1
9.6
355
20
AC-360MH/144S
47.01
39.2
1000
9.19
9.69
360
20
AC-365MH/144S
47.21
39.39
1000
9.27
9.77
365
20
AC-370MH/144S
47.4
39.6
1000
9.35
9.85
370
20
AC-375MH/144S
47.61
39.81
1000
9.43
9.93
375
20
AC-380MH/144S
47.8
40.02
1000
9.5
10.01
380
20
AC-385MH/144S
48
40.21
1000
9.58
10.08
385
20
AC-390MH/144S
48.18
40.37
1000
9.66
10.48
390
20
AC-395MH/144S
48.37
40.55
1000
9.74
10.59
395
20
AC-400MH/144S
48.55
40.77
1000
9.81
10.64
400
20
AC-405MH/144S
48.73
40.95
1000
9.89
10.71
405
20
AC-410MH/144S
48.91
41.12
1000
9.97
10.79
410
20

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Electrical Parameters (1500V) at STC
MODULE
Open Circuit
Voltage,
(Vdc)
Rated
Voltage
(Vdc)
Max System
Voltage
(Vdc)
Rated
Current
(A dc)
Short Circuit
Current
(A dc)
Rated Max
Power
(Watts)
Maximum
Series Fuse
(A)
AC-335M/72V
46.04
37.44
1500
8.95
9.41
335
20
AC-340M/72V
46.16
37.57
1500
9.05
9.48
340
20
AC-345M/72V
46.61
37.96
1500
9.09
9.51
345
20
AC-350M/72V
46.89
38.34
1500
9.13
9.58
350
20
AC-355M/72V
47.16
38.63
1500
9.19
9.66
355
20
AC-360M/72V
47.44
39.01
1500
9.23
9.73
360
20
AC-365M/72V
47.67
39.38
1500
9.26
9.81
365
20
AC-370M/72V
47.91
39.84
1500
9.29
9.89
370
20
AC-375M/72V
48.16
40.21
1500
9.33
9.95
375
20
AC-280M/60V
39.05
31.68
1500
8.84
9.36
280
20
AC-285M/60V
39.24
31.81
1500
8.96
9.43
285
20
AC-290M/60V
39.42
32.01
1500
9.06
9.54
290
20
AC-295M/60V
39.56
32.25
1500
9.15
9.67
295
20
AC-300M/60V
39.72
32.37
1500
9.27
9.74
300
20
AC-305M/60V
39.81
32.42
1500
9.41
9.83
305
20
AC-310M/60V
39.9
32.47
1500
9.55
9.92
310
20
AC-305MH/120V
39.42
32.38
1500
9.42
9.86
305
20
AC-310MH/120V
39.58
32.58
1500
9.52
9.95
310
20
AC-315MH/120V
39.74
32.79
1500
9.61
10.04
315
20
AC-320MH/120V
39.92
33.01
1500
9.69
10.13
320
20
AC-325MH/120V
40.1
32.71
1500
9.93
10.43
325
20
AC-330MH/120V
40.27
32.91
1500
10.02
10.51
330
20
AC-335MH/120V
40.44
33.11
1500
10.11
10.6
335
20
AC-340MH/120V
40.62
33.31
1500
10.21
10.69
340
20
AC-355MH/144V
46.82
39.02
1500
9.1
9.6
355
20
AC-360MH/144V
47.01
39.2
1500
9.19
9.69
360
20
AC-365MH/144V
47.21
39.39
1500
9.27
9.77
365
20
AC-370MH/144V
47.4
39.6
1500
9.35
9.85
370
20
AC-375MH/144V
47.61
39.81
1500
9.43
9.93
375
20
AC-380MH/144V
47.8
40.02
1500
9.5
10.01
380
20
AC-385MH/144V
48
40.21
1500
9.58
10.08
385
20
AC-390MH/144V
48.18
40.37
1500
9.66
10.48
390
20
AC-395MH/144V
48.37
40.55
1500
9.74
10.59
395
20
AC-400MH/144V
48.55
40.77
1500
9.81
10.64
400
20
AC-405MH/144V
48.73
40.95
1500
9.89
10.71
405
20
AC-410MH/144V
48.91
41.12
1500
9.97
10.79
410
20

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4.10. Overcurrent protection type: None // Number of By-pass diodes: 3
4.11. Diameter of cables. Every module has (2) cables whose diameter is 4mm2for each of
them, and it can endure 90℃insulation and can be exposed under sun light.
Ways of connecting: Every module comes with (2) connectors and they are
respectively positive electrode and negative electrode. When modules are installed in
series, the first positive connector should connect with the negative connector of the
next module. The modules are equipped with PV wiring connectors that comply with
the Standard for Connectors for Use in Photovoltaic Systems, UL 6703, the specific
allowable mating connector manufacturer(s) and model number(s) are listed as
below, different model connectors should not be mated with each other.
Connector model name
Allowable mating connector model name
PV-ZH202-SBN
PV-ZH202-SBN
TL-Cable01
TL-Cable01
PV-JM601
PV-JM601
PV-ZH202B Series
PV-ZH202B Series
TL-CABLE01S-FM
TL-CABLE01S-FF
PV-JM601A
PV-JM601A
PV-JM608
PV-JM608
PV-KST4-EVO2/6II-UR
PV-KBT4-EV02/6II-UR
PV-KST4/6II-UR
PV-KBT4/6II-UR
UTXCFA4AI, UTXCFA4AC or UTXCFA4AM
UTXCMA4AI, UTXCMA4AC or UTXCMA4AM
5. Operation and Maintenance
5.1. No routine maintenance is required. However, it is advisable to perform periodic
inspection of the modules for damage to glass, back-skin, or frame. Check electrical
connections for loose connections and corrosion.

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5.2. Photovoltaic modules can operate effectively without ever being washed, although
removal of dirt from the front glass can increase output. The glass can be washed with
a wet sponge or cloth. Wear rubber gloves for electrical insulation.
6. Transport, Storage Modules
6.1. Modules should NOT be in a vertical position while in transport.
6.2. When moving the modules, use both hands to grasp the module frame, DO NOT pull
the cable leads on the junction box.
6.3. It is strictly prohibited to transform, adapt, modify or rebuild a module.
6.4. DO NOT place any heavy articles/objects on the modules (i.e. tools).
6.5. DO NOT stand and/or walk on the modules. There should not be any external force
applied to the module
6.6. DO NOT scratch the back sheet (rear surface) of the modules.
6.7. To keep all of the electrical contacts in good working condition keep modules in a dry
and un-contaminated area, prior to installing.
6.8. If temporary storage is needed, the storage space should be a dry, well ventilated
area.
7. Module information
7.1. Type: AC-"XXX"P/72V; AC-"XXX"M/72V; AC-"XXX"P/72XV; AC-"XXX"M/72XV; AC-
"XXX"P/60V; AC-"XXX"M/60V; AC-"XXX"P/60XV; AC-"XXX"M/60XV
(XXX is power rating)
Standard test condition: 1000W/m2, AM1.5, at 25°C
Module application: Class A
Module Fire Performance: Type 1 or Class C (for CUL)
Recommended maximum Series/Parallel module configuration: 24/1 for models as
follows: AC-"XXX"P/72V; AC-"XXX"M/72V; AC-"XXX"P/72XV; AC-"XXX"M/72XV
29/1 for models as follows: AC-"XXX"P/60V; AC-"XXX"M/60V; AC-"XXX"P/60XV; AC-
"XXX"M/60XV
Maximum series fuse: 20A / Maximum system voltage: 1500V
7.2. Type: AC-"XXX"P/72S; AC-"XXX"M/72S; AC-"XXX"P/72X; AC-"XXX"M/72X; AC-
"XXX"P/60S; AC-"XXX"M/60S; AC-"XXX"P/60X; AC-"XXX"M/60X
(XXX is power rating)
Standard test condition: 1000W/m2, AM1.5, at 25°C

Installation Manual
Page 16 / 16
Module application: Class A
Module Fire Performance: Type 1 or Class C (for CUL)
Recommended maximum Series/Parallel module configuration: 16/1 for models as
follows: AC-"XXX"P/72S; AC-"XXX"M/72S; AC-"XXX"P/72X; AC-"XXX"M/72X
19/1 for models as follows:AC-"XXX"P/60S; AC-"XXX"M/60S; AC-"XXX"P/60X; AC-
"XXX"M/60X
Maximum series fuse: 20A / Maximum system voltage: 1000V
7.3 Type: AC-"XXX"MH/144S & AC-"XXX"MH/120S
(XXX is power rating)
Standard test condition: 1000W/m2, AM1.5, at 25°C
Module application: Class A
Module Fire Performance: Type 1 or Class C (for CUL)
Recommended maximum Series/Parallel module configuration: 16/1 for models as
follows: AC-"XXX"MH/144S 19/1 for models as follows: AC-"XXX"MH/120S
Maximum series fuse: 20A / Maximum system voltage: 1000V
7.4 Type: AC-"XXX"MH/144V & AC-"XXX"MH/120V
(XXX is power rating)
Standard test condition: 1000W/m2, AM1.5, at 25°C
Module application: Class A
Module Fire Performance: Type 1 or Class C (for CUL)
Recommended maximum Series/Parallel module configuration: 24/1 for models as
follows: AC-"XXX"MH/144V 29/1 for models as follows: AC-"XXX"MH/120V
Maximum series fuse:20A / Maximum system voltage: 1500V
8. Editing records of installing manual
Version
Date
Changing information
Comments
US10162018
2018-10-16
NA
US04302019
2019-04-30
Half Cut update wattages
Electrical and wattages added for HC
US10232019
2019-10-23
Half Cut update wattages
Electrical and wattages added for HC
US03102020
2020-03-10
Half Cut Update Electrical Data
-