PV Powered Grid-Tied User manual

97-600100-01-A02
PV Grid-tied Residential Inverters
INSTALLATION & OPERATION MANUAL

i
Preface
PV Powered
PV Powered designs, manufactures, and markets the solar power industry’s most reliable
photovoltaic solar inverter solutions. We’ve assembled a highly experienced solar power
electronics design team. Our vision is to spur the widespread adoption and success of solar
power, by assisting our distributors, dealers and installers in this dynamic market while
ensuring that our products are the best supported, easiest to install, and most reliable solar
inverters in the industry. Our innovative approach to performance monitoring provides
secure and easy access to system performance and inverter status over the Internet.
Contact Information
PV Powered, Inc.
PO Box 7348
Bend, OR 97708
Tel: [phone]
Technical Support: 1-877-312-3832
Fax: [phone]
www.pvpowered.com
email: [e-mail]
Document Copyright
PV Powered Grid-tied Inverters Installation and Operation Manual ©2009 PV Powered.
All rights reserved. This manual may not be reproduced or distributed without written
permission from PV Powered.
PREFACE

ii
Safety Information and Conventions
Designation of Danger, Warning and Caution
DANGER
The Danger statement is used to inform the installer/operator of a situation
requiring the utmost attention. Failure to heed this warning will result in
serious injury or death to personnel and destruction of equipment.
WARNING
The Warning statement is used to inform the installer/operator of a situation
requiring serious attention. Failure to heed this warning may result in serious
injury or death to personnel and destruction of equipment.
CAUTION
The Caution statement is used to inform the installer/operator of a situation
requiring attention. Failure to heed this Caution may result in injury to
personnel and damage
to equipment.
Revisions
For applicability of technical information with your specific product, contact PV Powered
Customer Service and Technical Support at [email protected].
Certifications
UL 1741
IEEE 1547
FCC Class A & B
CEC Efficiency Testing
!
!
!

iii
Grid-tied Residential Inverters
Installation and Operation Manual
Acronyms and Abbreviations
AC Alternating Current
ANSI American National Standards Institute
AWG American Wire Gage
CEC California Energy Commission
CPU Controlled Processing Unit
DC Direct Current
EGC Equipment Grounding Conductor
FCC Federal Communications Commission (US)
GEC Grounding Electrode Conductor
GFI Ground Fault Interrupt
IEEE Institute of Electrical and Electronics Engineers
LED Light-Emitting Diode
LOTO Lockout Tagout
LP Low Power
MPPT Maximum Power Point Tracking
NEMA National Electrical Manufacturers Association
NEC National Electric Code
NFPA National Fire Protection Association
Nm A unit of torque
PLL Phase Lock Loop
PPE Personal Protective Equipment
PV Photovoltaic
STC Standard Test Condition
UL Underwriters Laboratory
VAC Voltage Alternating Current
VDC Voltage Direct Current
VFD Vacuum Fluorescent Display
VOC Voltage Open Circuit
VOC_TC Voltage Open Circuit, Temperature Coefficient

iv
Table of Contents
Preface ..................................................................................................................................i
Safety Information and Conventions.................................................................................. ii
Acronyms and Abbreviations ............................................................................................ iii
1. Introduction and Safety ...................................................................................................1
1.1 Introduction ............................................................................................................1
1.2 General Safety ........................................................................................................1
1.3 FCC Compliance ....................................................................................................2
2. Planning...........................................................................................................................3
2.1 Selecting a Location for the Inverter ......................................................................3
2.2 Guidelines for Mounting the Inverter ....................................................................3
3. Installation .......................................................................................................................5
3.1 Mounting and Anchoring the Inverter ....................................................................5
3.2 Electrical Connections............................................................................................7
4. Operations......................................................................................................................17
4.1 Start up Procedures...............................................................................................17
4.2 Inverter Front Panel Status Indicators ..................................................................17
5. Troubleshooting.............................................................................................................20
5.1 LED Status............................................................................................................20
5.2 Displayed Fault Codes..........................................................................................21
5.3 Fault Codes ...........................................................................................................23
Appendix A - Specifications ..............................................................................................24
Appendix B - Dimensions .................................................................................................28
B.1 Schematics for PVP1100W, PVP2000W, PVP2500W, PVP2800W,
PVP3000W, and PVP3500W Inverter Cabinet ....................................................28
B.2 Schematics for PVP4600W, PVP4800W, and PVP5200W Inverter Cabinet ......29
Limited Warranty...............................................................................................................31
Return Procedure...............................................................................................................33
Index..................................................................................................................................34
TABLE OF
CONTENTS

v
List of Figures and Tables
Figure 2-1 View of the Inverter’s Interior Components .....................................................4
Figure 3-1 Small Mounting Bracket ...................................................................................5
Figure 3-2 Large Mounting Bracket ...................................................................................6
Figure 3-3 Inside Screw - Below the Power Board ............................................................6
Figure 3-4 Inverter and PV System Disconnectwith Mounting Bracket in Place ..............7
Table 3-1 Required Branch Circuit Protection...................................................................8
Table 3-2 Inverter Voltage Frequency Limits ....................................................................8
Figure 3-5 Communications, AC and DC Ports ..................................................................9
Table 3-3 Grounding Electrode Sizing ............................................................................10
Figure 3-6 System Block Diagram Showing Single-Point Ground..................................11
Figure 3-7 Ground Fault Message ....................................................................................12
Figure 3-8 AC and PV Grounding ....................................................................................12
Figure 3-9 AC Wiring for the Line 1, Line 2 and Ground Conductors.............................13
Table 3-4 PV Open Circuit Voltages................................................................................14
Figure 3-10 Positive and Negative GFI Jumpers..............................................................15
Figure 3-11 Power Board Connections.............................................................................16
Figure 4-1 Normal Startup Screens ..................................................................................19
Figure 4-2 Running Screens .............................................................................................19
Figure 5-1 Faulted.............................................................................................................21
Figure 5-2 Starting Up From a Faulted State....................................................................21
Figure 5-3 AC Voltage High/DC Voltage Low Fault........................................................22
Figure 5-4 Power Low Fault.............................................................................................22
Table 5-1 Fault Codes .......................................................................................................23
Table A-1 PVP1100 through PVP2800 Specifications .....................................................24
Table A-1 (continued) PVP3000 through PVP5200 Specifications...................................25
Table A-2 Abnormal Specifications ..................................................................................26
Figure B-1 Side and Front Views of PVP1100W, PVP2000W, PVP2500W,
PVP2800W, PVP3000W, and PVP3500W Inverter Cabinet................................27
Figure B-2 Back and Bottom Views of PVP1100W, PVP2000W, PVP2500W,
PVP2800W, PVP3000W, and PVP3500W Inverter Cabinet................................28
Figure B-3 Side and Front Views of the PVP4600W, PVP4800W,
and PVP5200W Inverter Cabinet .........................................................................29
Figure B-4 Back and Bottom Views of the PVP4600W, PVP4800W,
and PVP5200W Inverter Cabinet .........................................................................30

1
1. Introduction and Safety
Introduction1.1
The PV Powered Grid-Tied Inverter is a utility interactive inverter for photovoltaic
(PV) systems.
The inverter is tied to an electrical source provided by the local utility company as well as
the PV system. The inverter contains everything needed to convert the DC energy generated
by the PV array(s) into AC energy required to power a house.
This manual provides information necessary for the successful installation and use of the
PV Powered Grid-Tied Inverter.
General Safety1.2
IMPORTANT SAFETY INSTRUCTIONS: This product has been engineered and
manufactured to ensure your personal safety. Improper use may result in potential electrical
shock or burns. Read and follow all instructions for installation, use and servicing of this
product. Read all safety warnings before installing or operating the inverter.
NOTE: A locking tab has been designed into the PV Powered Grid-tied Inverter. Locking
the inverter is the sole responsibility of the end user. Secure the lid to prevent
unauthorized access or damage to the inverter.
SAVE THESE INSTRUCTIONS: This manual contains important instructions for the PV
Powered Grid-Tied Inverter that must be followed during installation of the PV Powered
Grid-Tied Inverter.
INSTRUCTIONS IMPORTANTES CONCERNANT LA SECURITÉ CONSERVER CES
INSTRUCTIONS. CETTE NOTICE CONTIENT DES INSTRUCTIONS IMPORTANTES
CONCERNANT LA SÉCURITÉ.
!CAUTION
All electrical installations should be done in accordance with locals
electrical codes and the National Electrical Code (NEC), ANSI/NFPA 70.
Before connecting the inverter to the electrical utility grid, your utilitys
company must grant approval. Only qualified electricians should make the
connection.
When exposed to light, PV arrays form electrical energy that creates as
potentially hazardous condition. To avoid this, completely cover the surface
of all PV arrays with opaque (dark) material before wiring them.
The inverter contains no user-serviceable parts. Refer maintenance tos
qualified service personnel.
INTRODUCTION
& SAFETY

2
FCC Compliance1.3
The PV Powered Grid-Tied Inverters have been tested and found to pass FCC
Class B radio interference standards with proper installation of the inverter. This
is not a guarantee that there will be no interference at every installation. If you
notice interference at your installation, try the following potential solutions:
Move or re-orient the affected device.•
Increase the distance between the devices.•
Connect the device to a different AC circuit.•
!CAUTION
Read all safety warnings and instructions before installing or operating the
inverter.

17
4. Operations
!WARNING
Before turning on the inverter, ensure that the front cover is closed properly.
!WARNING
The heat sink can reach temperatures in excess of 158ºF (70ºC). Do not touch
the heat sink when in use, and do not place anything on top of the heat sink.
Start up Procedures4.1
To start up the inverter, complete the following steps in the order indicated.
NOTE: All steps are assumed completed in previous sections; including but not
limited to:
VOC calculation•
Checking the system for ground faults•
1. Turn the AC breaker ON.
Verify that the red LED light is illuminated. The LEDs are located in the upper left
hand corner of the inverter’s display.
If the red LED is not illuminated or is blinking, refer to the•
Troubleshooting sec-
tion.
Turn the PV System Disconnect ON.2.
The green LED should illuminate. If not, refer to the
Troubleshooting section.
If no green LED illuminates, verify DC voltage is present in the PV System•
Disconnect. The DC voltage present should be at least 15 volts greater than the
minimum operating voltage stated in Appendix A.
After five minutes the inverter starts to produce power if all necessary operating conditions
are met.
NOTE: PV Powered recommends that a lock be attached to prevent unauthorized access
or damage to the inverter.
Inverter Front Panel Status Indicators4.2
The inverter continuously monitors:
The AC grid connection to ensure the AC voltage and frequency levels are within safe1.
operating limits per UL1741.
The DC voltage and current from the PV array to ensure safe operating conditions per2.
UL 1741.
OPERATIONS

18
The inverter’s internal operational parameters to ensure safe operating conditions exist3.
within the operating environment.
The inverter has two LED indicator lights visible through the upper left corner of the lid.
These lights indicate the inverter’s status.
Green LED is illuminated when:
All three monitored operating conditions are met.•
Inverter’s operating environment is safe to export power to the AC grid.•
Red LED flashes when:
Any one of the monitored operating conditions are not met.•
When a fault condition exists.•
The operating environment moves outside the safe operating limits governed by UL•
1741, IEEE 1547, and IEEE 519.
Red LED is illuminated when:
The PV array voltage is not within required operating limits, such as:•
At sunset, when the inverter turns off for the night.•
When clouds reduce the amount of available sunlight or when portions of the PV•
array are covered with debris.
Any time the DC output from the PV array drops below the inverter’s minimum•
DC operating voltage, the inverter turns off.
When the array is once again exposed to enough sunlight, the green LED illuminates, the
inverter’s auto-start feature begins, and after five minutes the inverter begins to export
power.
If the red LED continues to illuminate when there is sufficient sunlight for operation, verify
that no wiring connections are loose. If the wiring is secure, see the Troubleshooting section
for additional information.
The vacuum fluorescent display (VFD) indicates the inverter’s status and real-time power
output into the AC grid. This display provides the following information:
Inverter model type.•
AC power produced in real time (watts).•
Lifetime energy produced (kWh).•
AC voltage in real time (VAC).•
PV voltage input in real time (VDC).•
During start-up, a count-down timer.•
Fault code message if a fault exists or recently occurred.•

19
Grid-tied Residential Inverters
Installation and Operation Manual
Normal Display Cycle
The display changes every two seconds to show a different set of information as shown in
Figures 4-1 and 4-2.
Screen 1 Screen 2 Screen 3
Figure 4-1 Normal Startup Screens
Screen 1 Screen 2 Screen 3
Figure 4-2 Running Screens
If a fault occurs, the display also provides a corresponding fault code. Refer to the
Troubleshooting section for additional information.

20
5. Troubleshooting
The inverter provides two indicator lights in the form of Light Emitting Diodes, or LEDs.
The LEDs are the primary indicators of the system status: O.K., Sleep or Faulted. The LEDs
are located above the inverter display in the upper left hand corner on the front lid.
LED Status5.1
Red LED
The light on the left is a red LED and is the primary indicator of system stand-by or1.
fault condition.
A solid red LED and a blank screen indicates the system is in normal sleep or stand-by2.
mode. This mode occurs if there is not enough sunlight present to generate DC voltage
at night and the AC properties are within the provided specifications.
The red LED blinks if the inverter has had a fault condition, and the vacuum fluorescent3.
display (VFD) displays a fault code. If the red LED is blinking, carefully record the
numerical error code and text describing the error. Possible faults are listed in Table 5-1.
Green LED
The light on the right is a green LED and is the primary indicator the system is generat-1.
ing power.
The green LED illuminates any time the DC voltage is above the inverter’s DC start2.
voltage and all operational parameters are met. When the green light illuminates, the
inverter tries to convert power from the PV array.
Red and Green LED Lights On
If both LED lights are solid at the same time, contact PV Powered Technical Support
for assistance.
Ground Fault Error
!WARNING
Replace the GFI fuse with the same type and rating of fuse. The inverter uses
Littelfuse KLKD1 1A/600VDC.
The inverter’s GFDI circuit reports a ground fault error if the 1 amp fuse is blown and1.
the voltage potential between ground and the grounded terminal of the PV array is
greater than +25 VDC, or less than -25 VDC. This voltage potential can only occur if
the ground fault fuse in the inverter has opened.
A ground fault occurs when unintended current has a path to ground. The most common2.
source of a PV system ground faults are crossed wires, a nicked PV module conductor
touching a grounded surface, or cables inside a conduit have metal exposed through the
insulation.
A less likely cause is limited to multiple inverter installations, when the positive and3.
negative array strings are crossed. Crossed wires occur when a positive or negative
TROUBLESHOOTING

21
conductor from array 1 is connected with wires in array 2. An example is if inverter
A has the positive conductor from array 1 and the negative conductor from array 2 con-
nected.
If the fuse is blown or open, then a ground fault condition exists.4.
Check the DC voltage between the grounded terminal of the array and earth ground.•
The voltage should be less than 25 VDC with the GFI fuse removed. If the voltage iss
greater than this, check the array wiring as there may be a ground fault. For the best
results, perform this test with the PV System Disconnect on and off. If you are not
comfortable conducting this test, DO NOT ATTEMPT IT. (See PV System Discon-
nect, Installation and Operations Manual for AC and DC disconnect information).
If a ground fault condition is not present because it is now repaired or intermittent,•
replace the fuse with a similar fuse rated at 600VDC and 1A.
Make sure the grounded leg of the PV array is not broken in the PV System Disconnect.5.
Note: The GFI is a latching circuit which prevents the inverter from operating until the
fault is repaired and the inverter is reset. The inverter will not operate, even if the
fault is repaired, unless it is manually reset by turning the AC source circuit off
and then on.
Displayed Fault Codes5.2
The vacuum fluorescent display (VFD) provides the codes shown in Figures 5-1 and 5-2
when a fault has occurred.
Screen 1 Screen 2 Screen 3
Figure 5-1 Faulted
Screen 1 Screen 2
Screen 1 Screen 2
Figure 5-2 Starting Up From a Faulted State

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Grid-tied Residential Inverters
Installation and Operation Manual
NOTE: In this case the fault refers to the last fault detected.
If the inverter is in a faulted state, the red LED blinks and the VFD scrolls through the
screens shown in the faulted example above. The text of the fault describes the specific fault
condition that the inverter experienced.
If the inverter is no longer experiencing the condition that caused the fault (e.g. the AC
voltage climbs above 264V then drops below 264V), the red LED stops blinking and the
inverter starts the five minute count-down timer. During these five minutes, the display also
shows the last fault.
Multiple Faults
If the inverter detects multiple faults at one time, the inverter displays the text of the first
fault detected.
For multiple faults, the numerical values of the fault codes are added as shown in
Figure 5-3.
Figure 5-3 AC Voltage High/DC Voltage Low Fault
Figure 5-3 displays the AC Voltage High fault (1000 0400), plus a DC Voltage Low fault
(1000 0020). This might occur at night, when the panel voltage is low, due to darkness, and
the utility voltage was above the limits defined in Table 3-2.
Figure 5-4 Power Low Fault
Figure 5-4 shows a Power Low fault. After the fault occurrence, the inverter had a DC
Voltage High fault. In this case, the display added the fault codes 0200 0000 plus 1000 0040
to become 1200 0040.
If the faults have the same first digit (such as 1000 XXXX) the 1 remains the same and only
the second block of four numbers add to the original fault code.
!WARNING
These servicing instructions are for qualified personnel only. To reduce the
risk of electric shock, do not perform any servicing other than that specified in
the operating instructions unless you are qualified.

23
Fault Codes5.3
Fault Code VFD Text Fault Description
8000 0000 Power Module Generated by the power electronics to protect the switching module.
4000 0000 Power Module Generated by the power electronics to protect the switching module.
1000 0800 PLL Fault The inverter was unable to match the grid frequency. This is usually caused
by an unstable power grid.
1000 0400 AC Voltage High The grid voltage exceeded the limits in Table 3-2.
1000 0200 AC Voltage Low The grid voltage dipped below the AC limits in Table 3-2.
1000 0100 AC Freq Low The grid frequency went below the limits in Table 3-2.
1000 0080 AC Freq High The grid frequency went above the limits in Table 3-2.
1000 0020 DC Voltage Low The DC voltage is below the startup voltage.
1000 0010 DC Voltage High DC voltage is above upper operating limit 450V.
1000 0002 Power Supply +15 Housekeeping DC power supply 15VDC is out of tolerance.
1000 0001 Power Supply +5 Housekeeping DC power supply 5VDC is out of tolerance.
0400 0000 Ground Fault The inverter detected a blown GFI fuse.
0200 0000 Power Low The inverter shut down because it was producing less than 60W for 5
minutes.
0100 0000 CPU Fault The inverter encountered a problem in the CPU.
0040 0000 Over Current Safety protection. The inverter encountered an over-current fault.
0020 0000 Pre-charge The inverter experienced trouble energizing the transformer.
0004 0000 Heatsink Temp The heat sink is above or below the operating limits of -25oC to 95oC.
0002 0000 Watchdog Fault The CPU experienced a watch-dog fault.
0001 0000 Ambient Temp The temperature detected inside the inverter is outside the normal operating
limits of -25oC to 95oC.
Table 5-1 Fault Codes
The following fault codes indicate the inverter will restart once conditions are within normal
operating conditions listed in Appendix A, Table A: 1000 0400, 1000 0200, 1000 0100,
1000 0080, 1000 0020, 1000 0010, 1000 0002, 1000 0001, 0200 0000, 0004 0000, and 0001
0000.
If the following fault codes occur, please contact PV Powered Technical Support for
service: 8000 0000, 4000 0000, 1000 0800, 0400 0000, 0100 0000, 0040 0000, 0020 0000,
and 0002 0000.

24
Appendix A - Specifications
The specifications detailed below are expected operational parameters, and should be used
in designing your PV system in accordance with the NEC.
Specifications PVP1100 PVP2000 PVP2500 PVP2800
Maximum DC Input Voltage (VOC) 500VDC
DC Voltage Operating Range (V) 115VDC-
450VDC
115VDC-
450VDC
140VDC-
450VDC
180VDC-
450VDC
DC MPPT Range (V) 115VDC-
380VDC
115VDC-
380VDC
140VDC-
380VDC
180VDC-
380VDC
DC Imp Maximum Current (A) 10A 18A 20A 18A
DC Isc Maximum Current (A) 26A
AC Operating Range (V) 105.6V-
132.5V
211V-
264V
211V-
264V
183V-
229V
AC Frequency Range (Hz) 59.3Hz-60.5Hz
AC Nominal Voltage (V) 120V 240V 240V 208V
Normal Output Frequency 60Hz
Synchronization in Rush Current < 2.0A 8.4A < 2.0A
Power Factor 0.99 - 1.0 at > 50% Power
AC Maximum Continuous Current (A) 10A 9A 11A 13A
Continuous Output Power (Watts) 1100 2000 2500 2800
Maximum Continuous Output Power
(Watts) 1100 2000 2500 2800
Enclosure Steel- NEMA 3R to UL 50 Standards
Dimensions (H x W x D)
With PV System Disconnect (H x W x D)
22 1/2” x 15 5/8” x 8 1/4”
30 3/8” x 15 5/8” x 8 1/4”
Weight (lbs) 55 65 70 80
Cooling Natural Convection - Heat Sink
Relative Humidity 0% to 100% Condensing
Ambient Temperature Range -25°C to + 40°C
Environmental Rating NEMA 3R
Listings UL 1741, IEEE 1547, IEEE 519, IEEE 929, IEEE 620
Table A-1 PVP1100 through PVP2800 Specifications
APPENDIX A

25
Specifications PVP3000 PVP3500 PVP4600 PVP4800 PVP5200
Maximum DC Input Voltage
(VOC)
500VDC
DC Voltage Operating Range (V) 170VDC-
450VDC
200VDC-
450VDC
205VDC-
450VDC
200VDC-
450VDC
240VDC-
450VDC
DC MPPT Range (V) 170VDC-
380VDC
200VDC-
380VDC
205VDC-
380VDC
200VDC-
380VDC
240VDC-
380VDC
DC Imp Maximum Current (A) 18A 18A 25A 26A 25A
DC Isc Maximum Current (A) 26A 26A 48A
AC Operating Range (V) 211V-
264V
211V-
264V
183V-
229V
211V-
264V
211V-
264V
AC Frequency Range (Hz) 59.3Hz-60.5Hz
AC Nominal Voltage (V) 240V 240V 208V 240V 240V
Normal Output Frequency 60Hz
Synchronization in Rush Current < 2.0A 8.4A
Power Factor 0.99 - 1.0 at > 50% Power
AC Maximum Continuous
Current (A)
13A 15A 23A 21A 23A
Continuous Output Power
(Watts)
3000 3500 4600 4800 5200
Maximum Continuous Output
Power (Watts) 3000 3500 4600 4800 5200
Enclosure Steel - NEMA 3R to UL 50
Standards Steel - NEMA 3R to UL 50 Standards
Dimensions (H x W x D)
With PV System Disconnect (H x W x D)
22 1/2” x 15 5/8” x 8 1/4”
30 3/8” x 15 5/8” x 8 1/4”
27 1/8” x 18 1/8” x 8 5/8”
35” x 18 1/8” x 8 5/8”
Weight (lbs) 80 85 135
Cooling Natural Convection - Heat Sink
Relative Humidity 0% to 100% Condensing
Ambient Temperature Range -25°C to +40°C
Environmental Rating NEMA 3R
Listings UL 1741, IEEE 1547, IEEE 519, IEEE 929, IEEE 620
Table A-1 (continued) PVP3000 through PVP5200 Specifications

26
Grid-tied Residential Inverters
Installation and Operation Manual
Abnormal Specifications
The specifications listed below are classified as abnormal and are not representative of
normal operation.
Abnormal Specifications PVP1100 PVP2000 PVP2500 PVP2800
Momentary current transient
obtained during abnormal
operation
100 A-pk /
0.54 ms
142 A-pk /
0.663 ms 88 A-pk 166 A-pk /
0.608 ms
Maximum input source
backfeed current to input
source
0A
Abnormal Specifications PVP3000 PVP3500 PVP4600 PVP4800 PVP5200
Momentary current transient
obtained during abnormal
operation
166 A-pk /
0.608 ms 88 A-pk 88 A-pk 88 A-pk 88 A-pk
Maximum input source
backfeed current to input
source
0A
Table A-2 Abnormal Specifications

27
Figure B-1 Side and Front Views of PVP1100W, PVP2000W, PVP2500W, PVP2800W,
PVP3000W, and PVP3500W Inverter Cabinet
15 5/8"
30 3/8"
LED STATUS INDICATORS
VFD DISPLAY
3"
1"
7 1/4"
10"
1 1/8"
1"
3/4", 1" K.O.
1/2", 3/4" K.O.
LEFT VIEW
FRONT VIEW

28
Schematics forB.1 PVP1100W, PVP2000W, PVP2500W, PVP2800W, PVP3000W,
and PVP3500W Inverter Cabinet
7"
3 3/4"
7 1/2"
11
1
3 5/8"
1"
1 5/8
"
1"
1 7/8"
10"
BACK VIEW
7/8" 1"
3"
4 3/8"
6 1/2"
3 1/8"
4 1/2"
1/2", 3
/
1/2" K
DRAI
N
BOTTOM VIEW
Figure B-2 Back and Bottom Views of PVP1100W, PVP2000W, PVP2500W, PVP2800W,
PVP3000W, and PVP3500W Inverter Cabinet
Appendix B - Dimensions
APPENDIX B