Xantrex Technology Portable Generator PV 30208 User Manual

OPERATION and MAINTENANCE

MANUAL

for

MODEL PV-30208

30 kW Grid-Tied Photovoltaic Inverter

Document #151315

Revision E November 17, 2003

IMPORTANT SAFETYINSTRUCTIONS

SAVE THESE INSTRUCTIONS - THIS MANUALCONTAINS IMPORTANT INSTRUCTIONS

FOR XANTREX TECHNOLOGYMODELPV-30208 GRID TIED PHOTOVOLTAIC INVERTER

THAT SHALLBE FOLLOWED DURING INSTALLATIONAND MAINTENANCE OF THE PV-

30208.

Xantrex Technology Inc.

161-G SOUTH VASCO ROAD

Livermore, CA 94551

(925) 245-5400

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 1

PRODUCT DESCRIPTION

INTRODUCTION

The Xantrex Technology Model PV-30208 is a 30 kW Grid Tied Photovoltaic Inverter. It utilizes

advanced power electronics to allow the interface of a photovoltaic array with an utility grid. The PV-

30208 is a highly integrated assembly, consisting of an inverter bridge and associated control electron-

ics. The PV-30208 control software provides for complete overall system control with the required

protective and safety features.

MAJOR COMPONENTS

The major components of the PV-30208 are identified in Drawing No. 151317.

Main Enclosure

The enclosure (shown in Figure 1-1) is NEMA-3R rated. The PV-30208 enclosure contains the solar

control bus board, output line filter (insuring that the PV-30208 line currents meet IEEE-519 harmonic

distortion requirements), control power transformers, and A/C contactor. The upper enclosure contains

the operator interface panel ( LCD and an on/off switch).

Figure 1-1

PV-30208 Photovoltaic Inverter

Figure 1-2

1-1

DOCUMENT: 151315

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 1

PRODUCT DESCRIPTION

CAUTION

The fuses within the PV-30208 are intended for protecting the PV-30208 control cir-

cuitry only. They are not intended to provide protection for the PV array or external

cabling.

Matrix Bus Board

The PV-30208 design makes use of a fully integrated matrix bus board as shown in Figure 1-2. The

bus board assembly is mounted to an aluminum extrusion heatsink, which is mounted between the

upper and lower enclosures. The power electronics is comprised of a three, dual pack IGBT devices,

mounted to the heatsink. The bus board is mounted on top of the IGBT dual pack devices, which is

supported through a series of standoffs attached to the heatsink.

Solar Control Unit (SCU)

The SCU consists of an integrated modulator

board and a DSP control board. The modulator

board contains isolated closed loop IGBT PWM

drive circuits, A/C and D/C high voltage mea-

surement circuits, A/C, D/C and ground current

regulation and measurement circuits, A/C

contactor controls, and binary I/O circuitry.

DSP

The DSP board interfaces to the modulator board

through a PC104 interface bus. The DSP board is

designed to the industry standard PC-104 speci-

fication, and is used to perform the majority of

the calculations needed to control the bus board.

The most significant tasks are: control of PV-

30208 electromechanical components and power

electronics converters, signal conditioning (digi-

tal filtering and transformations), and communi-

cation with the operator interface panel and sys-

tem sensors.

SCU & DSP

INTERCONNECTION STANDARDS COMPLIANCE

The PV-30208 has been tested and certified by Underwriters Laboratories to be in compliance with

UL1741 Static Inverters And Charge Controllers For Use In Photovoltaic Power Systems, as well

as IEEE-929-2000 Recommended Practice For Utility Interface Of Photovoltaic (PV) Systems.

IEEE-929-2000 provides guidance regarding equipment and functions necessary to ensure compatible

operation of photovoltaic systems which are connected in parallel with the electric utility. UL1741 is

the test procedure performed by Underwriters Laboratory on the PV-30208 to verify it meets the rec-

ommendations of IEEE-929-2000. Refer to both documents for details of these recommendations and

test procedures.

1-2

DOCUMENT: 151315

PV-30208 Photovoltaic Inverter

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 1

PRODUCT DESCRIPTION

SPECIFICATIONS

The PV-30208 has been designed for photovoltaic power systems, which operate within the following

specifications. Application of the PV-30208 in a manner inconsistent with these specifications may

cause damage to the PV-30208 and other system components, and is a violation of the terms of the

warranty.

Nominal AC Line Voltage

208 VAC, +10% -12%

94 ARMS (at low line voltage)

60 Hz, +0.5 Hz -0.7 Hz

30.0 KW @ 208 VAC 3 Phase

600 VDC

Maximum AC Line Current

Nominal Line Frequency

Continuous AC Output Power

PV MaximumVoltage

Peak Power Tracking Window

PV Minimum Peak Power Tracking Voltage

PV Maximum Current

330*-600 VDC

330

100 ADC

PV Maximum Array Short Circuit Current

138 ADC

Monopolar negative grounded, or bi-polar

neutral ground

PV Configuration

Operating Temperature

Storage Temperature

Maximum Ambient Temperature Rating

Relative Humidity

Elevation

**-20 to 50° C

-40 to 50° C

50° C

To 95%, Non-condensing

Derated above 6,600 feet

54.5 X 35.6 X 19

Approx. 260 lbs.

NEMA 3R

Dimensions (in inches)

Weight

Enclosure Type

UL Listing File

File-E199356

*Dependent on actual AC line voltage. Refer to Section 4 for detail on the minimum power tracking

voltage.

**If ambient temperature is between -20 to 0° C, the unit must be powered up in standby for at least

one hour prior to going on-line.

EQUIPMENT SYMBOL

Chassis ground – Customer supplied system ground connection point. This symbol may be found near

a stud within the main enclosure. It is provided as a location to bond the electrical system equipment

ground.

1-3

DOCUMENT: 151315

PV-30208 Photovoltaic Inverter

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 2

SAFETY

SAFETY FEATURES

WARNING

The PV-30208 enclosure contains exposed high voltage conductors. The upper

enclosure access panel should remain closed, except during maintenance or testing.

These servicing instructions are for use by 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 to do so. Do not remove the front

access panel if extreme moisture is present (rain or heavy dew).

On/Off Switch

The PV-30208 incorporates a maintained position on/off switch located on the upper enclosure. Under

normal conditions, the on/off switch in the on position. Turning the switch to the off position will

initiate a controlled shutdown of the PV-30208 and open the A/C contactor within the unit. The A/C

contactor cannot be closed unless the switch is in the on position. The PV-30208 is prevented from

being restarted until the on/off switch is turned back to the on position. Cycling the on/off switch will

reset the PV-30208 and attempt to clear any system fault.

Enclosure Front Access Panel

The front access panel of the PV-30208 upper enclosure is fastened with twelve M6 stainless steel hex

nuts. It is required that the PV-30208 enclosure front panel be securely fastened during normal opera-

tion.

WARNING

The PV-30208 does not incorporate a door interlock switch. Please make sure the

unit is powered down, and isolated from the utility grid and PV panels, prior to

opening the front access panel. Allow 5 minutes for any stored potentials to be

discharged prior to opening the unit. The front access panel of the PV-30208 upper

enclosure must be securely fastened during normal operation.

Fault Reporting

Fault conditions are reported to the operator interface. The LCD will display a text description of the

fault. Refer to Section 5, Troubleshooting, for detailed descriptions of system fault conditions.

PV Ground Fault Detection

The PV-30208 is equipped with ground fault detection circuitry (see Section 3, Installation and Section

7, system schematic for further detail). Upon detection of 10 amps of ground fault current, the PV-

30208 executes an orderly shutdown, and annunciates a ground fault at the operator interface. The PV-

30208 will remain faulted until the ground fault is remedied and cleared at the operator interface (see

section 5, troubleshooting). To enable this feature for monopolar pv array configuration, a jumper is

installed between TBDC- and TB NEUT on the PV input terminal block. This must be the only point of

PV conductor ground. Monopolar pv array configuration is enabled by default (for a detailed descrip-

tion of bipolar and monopolar pv array configurations, see Section 4, Operation Features).

PV-30208 Photovoltaic Inverter

DOCUMENT: 151315

2-1

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 2

SAFETY

ISOLATION PROCEDURE

Anti Island Protection

A digital phase-shift-loop (PSL) circuit is implemented in the DSP inverter controller to prevent

“Islanding” of the PV-30208.

The DSP continuously makes minor adjustments to the power factor phase angle above and below

unity. In the event of a utility outage, these adjustments destabilize the feedback between the inverter

and the remaining load, resulting in an over/under frequency or voltage condition. The PV-30208

then performs an orderly shutdown. The fault condition will remain until the utility voltage and

frequency have returned to normal for 5 minutes.

This method has been extensively tested and proven to exceed the requirements of UL1741.

The following procedure should be followed to de-energize the PV-30208 for maintenance:

WARNING

The terminals of the PV input may be energized if the arrays are energized. In

addition, allow 5 minutes for all capacitors within the enclosure to discharge after

disconnecting the PV-30208 from AC and DC sources.

1. Turn the on/off switch to the off position.

2. Open the PV array disconnect switch (if present).

3. Open the AC interface disconnect (if present).

4. Open the isolation transformer circuit breaker.

5. Install lockout devices on the isolation transformer circuit breaker and PV disconnect switch (if

present).

PV-30208 Photovoltaic Inverter

DOCUMENT: 151315

2-2

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 3

INSTALLATION AND INITIAL TURN-ON

ISOLATION TRANSFORMER REQUIREMENTS

The PV-30208 UL1741 certification requires the use of a Xantrex Technology specified 30 kVAWYE/

WYE isolation transformer between the inverter AC output and the utility interconnection (see Appen-

dix in Section 7 for transformer dimensions and specifications). This custom 30 kVA isolation trans-

former is not part of the 30 kVAinverter, but can be ordered as a separate item. If maintaining the listing

to UL1741 is not a requirement for your application, contact Xantrex Technology for a fact sheet de-

scribing the installation options and precautions for installing this inverter in a photovoltaic system that

does not require UL1741 compliance.

WARNING

Xantrex Technology requires installing an isolation transformer between the PV-

30208 inverter and the point of utility interconnection. Failure to do so could

result in catastrophic damage to the PV-30208 as well as the utility distribution

system and will void the product warranty.

Inverter Side Isolation Transformer Requirements

The inverter side of the isolation transformer is configured as a WYE, and is rated for 208 VAC. The

neutral connection on the inverter side must be left floating. If the neutral is tied to ground, the

inverter will be damaged internally at power-up.

Utility Side Isolation Transformer Requirements

The utility-side windings of the isolation transformer are configured WYE and must match the voltage

at the utility inter-tie. Verify that the transformer supplied matches the voltage requirement. Also, the

transformer is supplied with a neutral connection on the utility side. Connection of this utility-side

neutral does not affect the operation of the inverter. Check the local utility of jurisdiction for their

requirements regarding the connection of this neutral.

Contact your Xantrex Technology distributor if you have any questions regarding isolation transformer

requirements.

TORQUE AND WIRE GAUGE SPECIFICATIONS

The following torque specifications are to be used on all electrical interfaces made during installation

of the PV-30208.

Torque Table

Terminal Block or Bolt Size

5-16 Copper Lug

Torque Setting

52 in lbs./5.9 Nm

275 in lbs/31.1 Nm

AC and DC Terminals

PV-30208 Photovoltaic Inverter

3-1

DOCUMENT: 151315

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 3

INSTALLATION AND INITIAL TURN-ON

The following table shows acceptable wire gauges to be connected to the PV-30208 AC and DC

inputs.

Wire Gauge Table

Termination

Wire Range AWG

2/0-#2

Distribution Block (AC)

Distribution Block (DC)

2/0-#2

INSTALLATION INSTRUCTIONS

CAUTION

All wiring methods shall be in accordance with the National Electrical Code ANSI/

NFPA 70. All power conductors interfacing to the PV-30208 should be sized in

accordance with the National Electric CodeANSI/NFPA70 and local codes. Large

gauge wire must have a minimum bend radius dependent upon the wire gauge

(refer to the National Electric Code, Article 373-6B). Take care to keep the wire

bundles away from any sharp edges which may damage wire insulation over time.

Xantrex Technology recommends using No. 2 AWG, 105 degrees C, minimum,

copper wire for all connections with the PV-30208.

Ventilation Considerations

Check with applicable installation standards for additional clearance requirements.

Installation

The PV-30208 is designed to be both floor mounted, or wall mounted. The following procedures de-

scribes mounting instructions for both mounting methods.

Floor Mounted

1. Move the PV-30208 into place. Lift the PV-30208 from beneath the lower enclosure with a forklift

as shown in Figure 3-2. (See following page.)

2. Anchor the lower enclosure feet to the floor with 1/2” anchor bolts.

Wall Mounted

1. Screw two 3/8” x 3-1/2” long lag bolts into existing studs in the wall (16-inch mounting center) at

lower mounting level on PV-30208. Lag bolts should be horizontally level with each other. Leave

a minimum of 1” of bolt protruding from the wall.

2. Place the PV-30208 bottom mounting ears, shown in Figure 3-1 and Figure 3-2 onto installed lag

bolts. (See following page.)

3. Hold the unit against the wall and install the upper lag bolts (3/8” x 3-1/2”). Tighten the bolts

firmly.

4. Tighten the lower lag bolts while the unit is held in place.

5. Two access panels on the lower enclosure are provided for cable entry, shown in Figure 3-3. (See

following page.)

6. Local building codes may require additional support/reinforcement when wall mounting the PV-

30208. Check with local authorities for further detail.

PV-30208 Photovoltaic Inverter

3-2

DOCUMENT: 151315

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 3

INSTALLATION AND INITIAL TURN-ON

Figure 3-1

Lift Here

Cable Entry

Access Panel

(Both Sides)

Figure 3-3

Figure 3-2

PV-30208 Photovoltaic Inverter

3-3

DOCUMENT: 151315

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 3

INSTALLATION AND INITIAL TURN-ON

Array Grounding

NEC 690-41/42 requires the PV array to be earth grounded. The PV-30208 is shipped with a ground

bond for installation between the pv negative terminal block to the pv safety ground terminal block.

The PV-30208 chassis is also bonded to the PV safety ground terminal block. This ground bond is

clearly marked with a warning label which must be read before installation. For floating PV array

configurations, the factory installed PV negative ground bond must not be installed. Installation

of this ground bond will cause irreparable damage to the PV-30208. For bipolar PV array configura-

tions, the installer must move the ground bond between the PV array midpoint and the safety ground

terminal block. Refer to the system schematic in Section 7, Appendix for further wiring configura-

tion.

Ground Fault Detection

The PV-30208 is equipped with a ground fault detection

circuit and current transducer (CT1 in illustration). This

circuit is active when the PV array is grounded as de-

scribed in the previous section. In the event of a greater

than 10 amp ground fault, the PV-30208 will execute an

orderly shutdown and annunciates a ground fault at the

operator interface. The PV-30208 will remain faulted until

the ground fault is remedied and cleared at the operator

interface (see section 5, Troubleshooting).

CAUTION

CT1

The input and output circuits are isolated from the

enclosure and the system grounding, if required by sec-

tions 690-41, 690-42 and 690-43 of the National Elec-

trical Code,ANSI/NFPA70, is the responsibility of the

installer.

CT1

Phase-Sequencing

The PV-30208 is equipped with an automatic sequence-phase-detection control algorithm. This

allows the utility interface conductors to be connected in any sequence convenient at the time of

installation. Upon system initialization at power-up, the PV-30208 determines the phase sequence of

the utility connection and configures the modulator drivers accordingly.

INTERCONNECTION WIRING

CAUTION

To reduce the risk of fire, connect only to a circuit provided with 125 amperes

@208VAC, or 50 amperes @480VAC maximum branch circuit overcurrent protec-

tion in accordance with the National Electrical Code,ANSI/NFPA70.

PV-30208 Photovoltaic Inverter

3-4

DOCUMENT: 151315

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 3

INSTALLATION AND INITIAL TURN-ON

The following wires for connecting the PV-30208 to external devices are not provided by Xantrex

Technology: (See wiring diagram on page 3-6.)

• 3-Phase 208 VAC inverter output to terminals of the 208 VAC primary side of isolation trans-

former. The neutral must be left floating. Ground loops will exist when the inverter starts

switching, which will cause the inverter to shut down due to phase over-currents and will

result in damage to the PV-30208. Also, insure that this neutral is not bonded to the isola-

tion transformer frame.

• System electrical ground to the isolation transformer chassis ground.

• Isolation transformer grid side terminals to line circuit breaker (or the AC disconnect switch if

present).

• PV frame ground to PV-30208 enclosure chassis ground stud.

• PV-30208 enclosure chassis ground stud to the electrical distribution system ground.

• PV+ to the inverter enclosure terminal block TBDC+.

• PV- to the inverter enclosure terminal block TBDC-.

• PV neutral if connecting a bipolar PV array.

Install all wires listed above. Refer to the following wiring diagram and the system schematics in

Section 7 for more detailed terminal locations.

PV-30208 Photovoltaic Inverter

3-5

DOCUMENT: 151315

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 3

INSTALLATION AND INITIAL TURN-ON

PV-30208 Photovoltaic Inverter

3-6

DOCUMENT: 151315

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 3

INSTALLATION AND INITIAL TURN-ON

INITIAL TURN ON PROCEDURE

The following must be performed by an approved Technician:

The following procedures are intended to verify correct installation and proper operation of the PV-

30208. These steps are to be followed sequentially. Do not continue if any of the steps or results are

unclear. Refer to Section 4 for a detailed description of system operation. Refer to Section 5 for fault

condition descriptions and troubleshooting. Refer to Section 7 for detailed system schematics.

Visual Inspection, Isolation Transformer WYE/WYE

• Verify the isolation transformer circuit breaker is open.

• Remove the isolation transformer access panel.

• Insure the neutral on the inverter side of the isolation transformer is left floating. The transformer

neutral must not be connected to the utility side neutral, the transformer chassis, or ground. If the

inverter side neutral is tied to ground, the inverter will not function properly. Also, insure

that the neutral is not bonded to the isolation transformer frame.

• Verify the inverter 208 VAC conductors are connected to the isolation transformer.

• Verify the utility conductors are properly connected to the isolation transformer.

Visual Inspection, PV-30208

• Insure AC and DC disconnect switches are opened (if present).

• Insure PV array string disconnect switches are opened (if present).

• Open the upper and lower enclosure access panels.

• Verify all wire connections are tight.

• Inspect the cables between the lower enclosure terminal blocks and the upper enclosure matrix and

driver board. All wire harnesses should be snap-locked into

their respective PCB headers.

Visual Inspection, PV Array Wiring

• Verify the PV+, PV-, PV neutral (if array is bipolar), and PV

safety ground are isolated from each other. Refer to system

schematic in Section 7.

• Verify PV array is properly grounded. Refer to previous sec-

tion on PV array grounding.

• Verify all PV fuses are installed (if present).

• Verify PV string diodes are wired properly (if present).

• Verify proper PV voltage polarity at the PV string discon-

nect/combiner boxes.

Initial Power

• Close the isolation transformer circuit breaker.

• Verify 208 VAC voltage across the AC disconnect.

• Close the AC disconnect (if present).

• With the DC disconnect switch open (if present), close one

DC TERMINAL

of the PV array string disconnect devices.

PV-30208 Photovoltaic Inverter

3-7

DOCUMENT: 151315

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 3

INSTALLATION AND INITIAL TURN-ON

• Carefully measure VDC at the PV disconnect switch. The value should be the same as at the PV

array string disconnect device. It should also be positive.

• Close the PV disconnect switch (if present).

• Carefully measure VDC across TBDC+ and TBDC- (PV +/-) terminal block. The value should be

the same as at the PV array string disconnect device. It should also be positive.

• Open the PV disconnect switch. The matrix capacitor bank voltage should slowly degrade to near

zero over a 5-minute period.

• Open all PV string disconnect switches.

System Verification

• Ensure the on/off switch is disabled.

• Upon applying 208 VAC power to the PV-30208, observe the LCD display on the upper enclosure.

The LCD should display ‘init-FCU Version’, followed by the model number and software revision

before briefly going blank. The LCD may be difficult to see depending on external light conditions.

After approximately 15 seconds the panel should finish initialization. Upon completion, line 1

(system status) of the LCD should read ‘Shutdown’.

• Remedy any faults reported. If the fault indicator does not change, the fault condition is still present

(see Section 5). Cycling the on/off switch will reset the PV-30208 and attempt to clear any system

faults. Once all faults are cleared, line 1 of the LCD will read ‘Shutdown’ indicating the PV-30208

is idle.

• Close all PV array string disconnect switches (if present).

• Close the main PV disconnect switch (if present).

• Turn the on/off switch to the on position.

• If the PV voltage is above the PV Start Voltage setpoint, and the PV Start Time is exceeded, the PV-

30208 should transition to “Power Tracking” (see Section 4, Operation).

• Depending upon solar conditions, the PV-30208 may not operate at full power. If the PV array is

not experiencing full sun, the PV maximum power tracker will regulate the PV voltage to maintain

maximum PV power output. (See section 4 for further description of the peak power tracker).

• The PV-30208 is now fully operational.

Fine Tuning

• All PV-30208 operating parameters have been set at the factory, based upon prior experience with

various PV arrays. Contact your Xantrex Technology distributor for further information.

• It is recommended that the PV-30208 be watched during Wake-Up and Sleep Test. If the PV-30208

cycles between operating and sleeping at either of these times, the operating setpoints may not be

set properly. (Refer to Section 4 for a detailed description of PV-30208 operating states). The PV-

30208 should not cycle if the setpoints are set properly.

NOTE

Some field adjustable parameters are password protected and may only be changed

by trained service technicians. In particular are parameters relating to utility

protection setpoints. These have been set in the factory to the limits mandated by

UL1741. Any changes to these setpoints should be agreed upon by the local utility

and the equipment owner.

PV-30208 Photovoltaic Inverter

3-8

DOCUMENT: 151315

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 4

OPERATION

DESCRIPTION OF SYSTEM OPERATION

Overview

The PV-30208 is a fully automated grid-tied photovoltaic inverter. Manual interaction or control of the

inverter is necessary only in the event of a system fault. The following conditions govern PV-30208

operation:

• Stable utility voltage and frequency must be present for all states of operation.

• Fault states are automatic from any state of operation. A fault will cause the PV-30208 to immedi-

ately stop processing all power. The fault condition will be reported to the operator interface.

• The on/off switch, located on the upper enclosure of the PV-30208, must be switched to the on

position for all operating states.

• Cycling the on/off switch attempts to clear any system faults and return the PV-30208 to normal

operation.

Operating States

Control software governs the operation of the PV-30208. There are six main operating states. The

following descriptions depict the LCD interface. Line 1 (system status) of the LCD will indicate oper-

ating states on the display.

• Initializing: The LCD displays ‘Initializing’. The PCU monitors the status of the PV array and

utility grid, waiting until the PV array voltage is sufficient to export power to the utility.

• Wake-Up: The LCD displays ‘Wake Up Test’. Once the PV voltage is sufficient to export power

to the utility grid, the PV-30208 will wait 5 minutes before starting. This insures the PV voltage is

not transient in nature and keeps the system from cycling during unstable irradiance conditions.

• Power Tracking: The LCD displays ‘Power Tracking’ while the PV-30208 delivers power to the

utility. This is the standard operating state of the PV-30208. The PV-30208 maximum power tracker

will optimize power output from the PV array. If available PV power is above the maximum power

rating of the PV-30208, the inverter will current limit, which will cause the PV voltage to rise

above the array peak power voltage. The minimum operating voltage of the PV-30208 is typically

around 300 VDC. The power tracker will not track voltage below this point, regardless of the actual

peak power voltage of the PV array.

• Sleep Test: The LCD displays ‘Sleep Test’ while the control system begins a 5 minute sleep test.

This normally indicates the PV irradiance is declining as the sun sets. If the output power remains

below 200 watts during the 5 minute sleep test, the system will transition to standby. The time

delay allows the inverter to ride through any temporary irradiance reductions.

•

Fault: The PV-30208 has encountered a fault condition. When this happens, regardless of the PV-

30208 state-of-operation, the PV-30208 will stop processing all power and execute an orderly sys-

tem shutdown. Line 2 will display the fault description with the fault code displaying on line 3.

• Shutdown: The LCD displays ‘Shutdown’. The PV array does not have enough power capacity to

maintain the inverter operating losses or the line contactor is open and the devices are not switch-

ing.

PV-30208 Photovoltaic Inverter

DOCUMENT: 151315

4-1

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 4

OPERATION

OPERATION FEATURES

Automatic Phase Sequence Detection

During system power-up, the PV-30208 detects the phase rotation of the three-phase utility voltage as

seen at the inverter output terminals. The control software then determines the proper switching se-

quence for the output power stage. It is not necessary to maintain a particular phase sequence conven-

tion between the inverter and the utility point of interconnection.

Fixed Unity Power Factor Operation

The Xantrex PV series grid tied PV inverters maintain unity power factor during operation. The control

software constantly senses utility voltage, and constructs the output current waveform to match the

utility voltage. The PV line of inverters are not capable of operation without the presence of normal

utility voltage, nor are they capable of varying the output power factor off unity.

Variable Minimum DC Input Voltage Level

The minimum DC input voltage limit for the PV-30208 is a function of the utility AC line voltage. The

PV-30208 control software periodically changes the minimum allowable DC input voltage based upon

the actual line voltage during operation.

For monopolar PV array configurations: Minimum DC voltage will vary between 282 and 320Vdc for

line voltage fluctuations between factory set minimum and maximum line voltage limits. For example:

At the factory set high line voltage limit of 220.5, the minimum required DC input voltage is approxi-

mately 320Vdc. At the factory set low line voltage limit of 196Vac, the minimum required DC input

voltage is approximately 282Vdc. At nominal 208Vac, the minimum DC input voltage is 300Vdc.

For bipolar array configurations: Minimum DC voltage will vary between approximately 340 and

380Vdc.

Utility Voltage/Frequency Fault Automatic Reset

In the event of a utility voltage or frequency excursion outside of preset limits, the PV-30208 will stop

operation and annunciate a fault at the operator interface. Once the utility voltage has stabilized within

acceptable limits for a period of at least five minutes, the PV-30208 will automatically clear the fault

and resume normal operation. Voltage and frequency fault setpoints are detailed later in this section.

Active Island Detection

Much concern has been given to the possibility of an inverter causing a ‘utility island’ condition during

a utility power outage. An island condition is defined as grid tied inverter maintaining operation and

supporting a load that has been isolated from the utility power source. This requires the load to be

closely balanced to the output power of the inverter as well having a resonant frequency close to 60Hz.

Needless to say, this is a extremely remote possibility. To insure this condition does not occur, the PV-

30208 control software contains an active phase-shift-loop algorithm, which destabilizes a balanced

load, which may otherwise be capable of maintaining inverter operation in the absence of utility volt-

age. This feature has been extensively tested and proven to exceed the safety requirements of UL-1741

and IEEE-929-2000.

PV-30208 Photovoltaic Inverter

DOCUMENT: 151315

4-2

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 4

OPERATION

Ground Fault Detection

The PV-30208 is capable of detecting PV array ground fault current. To enable this feature, a wire must

be installed between ground and the desired ground reference point on the PV array. For bipolar PV

array configurations, the ground wire must be connected between the PV array neutral point and TB-

NEUT terminal block. For grounded monopolar PV array configurations, the ground wire must be

connected between TBDC- and TB NEUT terminal blocks (see the following diagram for clarification

and the system schematic in Section 7). A jumper wire is included separately with the PV-30208. This

feature is enabled for grounded monopolar pv array configuration at the time of shipment. For bipolar

pv array configuration, the jumper wire must be removed between TBDC- and TB NEUT.

To upper

enclosure

PV-30208 DC Input

Terminal Block

Inverter

Chassis

Diagram Of Bipolar Ground Fault Detection Configuration

Jumper Wire

For PV Ground

Fault Detection

To upper

enclosure

PV-30208 DC

InputTerminal

Block

Inverter

Chassis

Diagram Of Monopolar Configuration

PV-30208 Photovoltaic Inverter

DOCUMENT: 151315

4-3

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 4

OPERATION

Current Imbalance Detection

In the event of phase-to-phase current imbalance of greater than 20% between phases, the inverter will

execute an orderly shutdown, and annunciate a fault at the operator interface. See Section 5, Trouble-

shooting, for further information on this fault condition.

DC Overvoltage Detection

In the event of DC voltage greater than 600Vdc, the PV-30208 will execute an orderly shutdown and

annunciate a fault to the operator interface. If DC voltage remains greater than 600Vdc, the PV-30208

may be irreparably damaged. See Section 5, Troubleshooting for further information on this fault con-

dition.

Peak Power Tracking

The PV-30208 control software employs an active PV peak power tracker, designed to maintain maxi-

mum power output from the PV array at all times of operation. The peak power voltage point varies

primarily depending upon the temperature of the PV cells. The PV-30208 constantly seeks the opti-

mum voltage and current operating points of the PV array to maintain maximum PV power output.

Automatic Wake Up PV Voltage Optimization

Every day the PV-30208 wakes up and starts producing power, the control software determines if it is

necessary to make adjustments to the start voltage setpoint. If the PV-30208 wakes up and determines

that there is insufficient PV array power to support inverter operation, the start voltage setpoint is

shifted slightly higher. This assumes that once the voltage on the array has risen, there will be greater

PV power as the PV array is exposed to higher irradiance. Conversely, if the PV-30208 wakes up and

determines that there is more power than is necessary to support inverter operation, the PV start voltage

setpoint is lowered. The PV start voltage setpoint will usually be optimized over the period of one

week. This value may be manually adjusted via the graphical user interface program to expedite the

optimization process. There is also a user settable timer that determines the time required for the PV

start voltage to exceed the start voltage setpoint. This timer may also be manually adjusted via the

graphical user interface to help compensate for poorly placed PV arrays. The default wake-up time

delay is factory set at five minutes.

Automatic Sleep Test

Toward the end of every solar day, the PV-30208 automatically determines when to stop producing

power dependent upon the output power of the inverter. As the net output power of the PV-30208 nears

zero, a timer is started to allow the inverter to ride through any brief irradiance reductions. The default

sleep time delay is factory set at five minutes.

PV-30208 Photovoltaic Inverter

DOCUMENT: 151315

4-4

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 4

OPERATION

OPERATOR INTERFACE

The PV-30208 is equipped with an Liquid Crystal Display. The display consists of 4 text lines contain-

ing the following information:

• Line 1: System Status - The current operating state of the inverter.

• Line 2: DC Current or Fault Descriptions - This line reports the DC current (amps). If the PV-

30208 is faulted, this line will report a description of the fault condition.

• Line 3: Bus Voltage or Fault Code - This line reports the Bus Voltage, in volts. If the PV-30208

is faulted, this line will report a code for the fault condition.

• Line 4: Inverter Output Power or Countdown Timer - During normal operation, this line will

report the inverter real time output power. During initialization or start-up, this line displays the

countdown timer.

The on/off switch is used to enable or disable system operation. The on/off switch is also used to reset

the inverter and clear any system faults.

The following is a typical display of the LCD during the six main operating states and an on/off switch.

System Starting

Power Tracking

Initializing

System Wake Up Test

PV-30208 Photovoltaic Inverter

DOCUMENT: 151315

4-5

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 4

OPERATION

System Fault

System Stop

System Shutdown

System Sleep Test

EXAMPLE OF NORMAL SYSTEM OPERATION

Upon initial application of AC voltage, the LCD located on upper enclosure will display ‘Shutdown’

for approximately 15 seconds. Once the system has finished initializing, the PV-30208 will remain in

standby until adequate PV voltage is available. 5 minutes after the PV start voltage has been reached,

the PV-30208 will synchronize to the utility grid and begin peak power tracking the PV array. The time

delay protects the inverter from excessive on/off cycling.

The PV-30208 will continue to process power until the AC output power approaches the operating

losses of the inverter for a period of 5 minutes. The time delay protects the inverter from excessive on/

off cycling.

PV-30208 Photovoltaic Inverter

DOCUMENT: 151315

4-6

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 4

OPERATION

SYSTEM OPERATING PARAMETERS

The PV-30208 contains a number of system operating parameters which may be field adjusted using an

optional graphical user interface program (contact Xantrex Technology for further information). All

operating parameters have been set at the factory during system test based upon prior experience with

various PV arrays, or to be in compliance with UL1741. In general, the factory default settings allow

for stable, efficient operation of the PV-30208 connected with any PV array configured for a 300-600 VDC

peak power voltage point.

On the following page is a list of the PV-30208 operating parameters, showing valid ranges and the

factory default settings. Many of these parameters are specific to domestic or European operation.

Changing parameters not applicable to the region of operation will not affect inverter performance.

Some field adjustable parameters are password protected and may only be changed by trained service

technicians, specifically parameters relating to utility protection setpoints. These have been set in the

factory to the limits mandated by UL1741. Any changes to these setpoints should be agreed upon by

the local utility and the equipment owner. The ability to adjust the voltage and frequency setpoints

across the actual utility voltage and frequency has been provided as a simulation tool to verify the PV-

30208 accurately detects and responds to a utility excursion. This test should only be performed by a

trained service technician. It is possible to adjust the setpoints in a manner that will prevent the PV-

30208 from functioning.

PV-30208 Photovoltaic Inverter

DOCUMENT: 151315

4-7

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 4

OPERATION

User

Settable

Range

Factory

Resolution Default

Setting

Password

Protected

Parameter

Description

Maximum Allowable

Utility Voltage

Volts Max

166.4-249.6

2-120

0.1 V

1 Cycle

0.1 V

228.8

115

High Line Voltage

Timer, Cycles

Cycle Max

Minimum Allowable

Utility Voltage

Volts Min

166.4-249.6

2-120

183.0

115

Low Line Voltage

Timer, Cycles

Cycles Min

Freq Max Delta

Freq Min Delta

1 Cycle

0.1 Hz

High Line Frequency

Level

-3.0-3.0

0.5

Low Line Frequency

Level

0.5

Maximum Allowable

Time Response To A

Utility High Frequency

Excursion

Freq Max Delay

Freq Min Delay

2-60

1 Cycle

Maximum Allowable

Time Response To A

Utility Low Frequency

Excursion

Line Fault Reset Delay

Time

Line Fault Reset Delay

PV Start V

0-300

269.7-600.0

47.0-4700.0

10-600

1 Second

0.1 V

300

380

1880

300

PV Wake Up Voltage

Maximum Start Up

Power

PV Decision W

PV_Start_Time

PV_Sleep_Time

Gnd Current Max

0.1 W

PV Wake Up Time

PV Sleep Time

1 Second

0.1 A

10-600

Maximum Earth Fault

Current Limit

1.0-20.0

PV-30208 Photovoltaic Inverter

DOCUMENT: 151315

4-8

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 4

OPERATION

User

Settable

Range

Factory

Resolution Default

Setting

Password

Protected

Parameter

Description

Maximum Earth

Voltage

Earth_Volts_Max

0.0-300.0

01 VDC

0=Off,

1=Up/Down

Freq, 2=Up

Freq,

Anti_Island_Method

Anti-Island Method

3=Down Freq

PPT_Ramp_Time

PPT_V_Step

PPT Ramp Time

PPT Voltage Step

1-60

1 Second

0.1 VDC

0.1-10.0

Commanded Output

Power As A Percent

Of Rated Power

PPT_Max_I_Percent

0-100

1 A

100

1=15s,

2=1m,3=5m,

4=15m

Data_Log_Rate

(Unsupported)

Data Logging Rate

0=Off, 1=On-

Line,

Data_Log_State

2=Continuous

Ground Current

Detection

0=Domestic,

1=International

G_F_Selector

FSET_Rate

FSET Rate

0-100%

0-65535

Factory

Set

Serial_Number

Inverter Serial Number

N/A

PV-30208 Photovoltaic Inverter

DOCUMENT: 151315

4-9

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 5

TROUBLESHOOTING

GENERAL

In the event of a fault, the PV-30208 will annunciate the condition at the operator interface. The PV-

30208 will execute an orderly shutdown and remain faulted until the fault is cleared (manually or auto-

matically).

In general, the operator should respond to any PV-30208 fault as follows:

1. The source of the fault should be sought by referring to the following chart.

2. Rectify the fault condition and attempt to clear the fault by cycling the on/off switch.

3. If the problem cannot be corrected, note and write down the fault code and description, then contact

your Xantrex Technology distributor for assistance or service.

FAULT CONDITIONS

LCD Fault Annunciation

The LCD interface reports fault conditions on Line 2 and 3. The fault code number will follow a text

description. The fault description will remain displayed until the fault has been corrected and cleared.

Each fault is described on the following page.

Fault Clearing

Faults may be cleared automatically by the PV-30208 or manually by the operator depending upon the

type of fault. The utility protection faults (over/under AC line voltage and frequency) are self-clearing

fault conditions. Once the utility voltage and frequency returns within allowable operating ranges, for a

period of five minutes, the PV-30208 will clear the fault and resume normal operation.

Latching faults must be cleared manually by the system operator. Once the cause of the fault condition

has been corrected, the fault may be cleared with the on/off switch. First turn the switch to the off

position and then back to the on position in order to reset the inverter. If a fault is sustained, the inverter

will not reset, and will continue to report the fault. If the fault has been corrected, the LCD will return to

the normal display, and the PV-30208 will resume normal operation.

LCD Display and On/Off Switch

PV-30208 Photovoltaic Inverter

DOCUMENT: 151315

5-1

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 5

TROUBLESHOOTING

FAULT DESCRIPTIONS AND TROUBLESHOOTING

FAULT DESCRIPTIONS

Fault Description

Fault Code (LCD)

IPM Device Fault A+

IPM Device Fault A-

IPM Device Fault B+

IPM Device Fault B-

IPM Device Fault C+

IPM Device Fault C-

AC Line Under Voltage

AC Line Over Voltage

AC Line Under Frequency

AC Line Over Frequency

Ground Current Fault

DC Bus Over Voltage

CT Offset Fault

0x0001

0x0002

0x0004

0x0008

0x0010

0x0020

0x0100

0x0200

0x0400

0x0800

0x8000

0x4000

80000

Current Imbalance

100000

(1) IPM Device Fault (0x0001 Through 0x0020)

Both over current and over temperature condition can cause IPM device faults. The fault code for both

conditions is the same for each device, while there is a unique fault code for each device.

Possible causes for over current condition:

• Short circuit in output AC line.

• Low supply voltage to IPM control circuit.

• Shorted isolation transformer.

Possible causes for over temperature condition:

• External cooling fan inoperable.

• Airflow on heatsink impeded due to accumulation of debris.

• Operation above rated ambient temperature for an extended period of time.

• Auxiliary contact block on contactor K1 inoperable. This is only possible if the fan does not operate

PV-30208 Photovoltaic Inverter

DOCUMENT: 151315

5-2

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 5

TROUBLESHOOTING

when the contactor closes. Carefully check voltage at the K1-N.O. aux. contact to the ground bus

when the contactor is closed. (See schematic in Section 7).

(2) AC Line Voltage Low Fault (0x0100)

The utility AC voltage fell below the minimum programmed limit. There are two levels of response to

low line voltage conditions. The first level of response is set to 183.0 VAC with a time delay of 2

seconds. By default, the second level is set to 104 VAC with a time delay of less than 0.1 seconds.

Voltage setpoints may be modified via the operator interface program. Utility protection setpoints may

only be adjusted by trained personnel with approval by both the local utility and the equipment owner.

Possible causes:

• The utility voltage fell below the allowable limit (183.0 VAC by default). Verify the utility voltage is

stable and within allowable operating limits.

• There is a problem with one or more of the AC sense wires (see system schematic in Section 7).

This fault is auto-resetting. The unit will automatically restart after line has stabilized within normal

limits for 5 minutes.

(3) AC Line Voltage High Fault (0x0200)

The utility AC voltage exceeded the maximum-programmed limit. There are two levels of response to

high line voltage conditions. The first level of response is set to 228.8 VAC with a time delay of less than

2 seconds. By default, the second level is set to 285.0 VAC with a time delay of less than 2 cycles, and

is not field adjustable. Voltage setpoints may be modified via the operator interface program. Utility

protection setpoints may only be adjusted by trained personnel with approval by both the local utility

and the equipment owner.

Possible causes:

• The utility voltage exceeded the allowable limit (228.8 VAC by default). Verify the utility voltage is

stable and within allowable operating limits.

• There is a problem with one or more of the AC sense wires (see system schematic in Section 7).

The fault is auto-resetting. The unit will automatically restart after line has stabilized within normal

limits for 5 minutes.

(4) AC Line Under Frequency Fault (0x0400)

The AC utility frequency fell below the minimum programmed limit. This limit is set to 59.5 Hz and the

system response time limit is set to less than 0.1 seconds to insure the PV-30208 disconnects from the

utility within the time allowed by UL1741. Frequency setpoints may be modified via the operator inter-

face program. Utility protection setpoints may only be adjusted by trained personnel with approval by

both the local utility and the equipment owner.

Possible causes:

• The utility frequency fell below the allowable limit (59.5 Hz by default). Verify the utility frequency

is stable and within allowable operating limits.

• There is a problem with one or more of the AC sense wires (see system schematic in Section 7).

PV-30208 Photovoltaic Inverter

DOCUMENT: 151315

5-3

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 5

TROUBLESHOOTING

This fault is auto-resetting. The unit will automatically restart after line has stabilized within normal

limits for 5 minutes. Frequency setpoints may be modified via the operator interface program. Utility

protection setpoints may only be adjusted by trained personnel with approval by both the local utility

and the equipment owner.

(5) AC Line Over Frequency Fault (0x0800)

The AC frequency exceeded the maximum-programmed limit. This limit is set to 60.5 Hz and the system

response time limit is set to less than 0.1 seconds to insure the PV-30208 disconnects from the utility

within the time allowed by UL1741.

Possible causes:

• The utility frequency exceeded the allowable limit (60.5 Hz by default). Verify the utility frequency

is stable and within allowable operating limits.

• There is a problem with one or more of the AC sense wires (see system schematic in Section 7).

This fault is auto-resetting. The unit will automatically restart after line has stabilized within normal

limits for 5 minutes.

(6) Ground Current Fault (0x8000)

The earth safety ground current has exceeded the maximum-programmed value.

Possible causes:

• The negative wire from the PV array has been passed through CT1. Verify PV ground jumper is

installed between TBDC- and TB NEUT.

• Inspect the PV array for actual ground faults.

• The PV array has been grounded in more than one location. If the PV array is grounded through

CT1, it must not be grounded at any other location.

• CT1 defective: Contact your Xantrex Technology distributor for assistance or service.

(7) DC Bus Over Voltage Fault (0x4000)

The DC bus voltage has exceeded the maximum limit.

This is also the PV input voltage sense point. Check the PV input voltage at the PV disconnect switch.

If the voltage is below 600 VDC and agrees with the voltage displayed on the LCD, cycle the on/off

switch and restart the PV-30208.

Possible causes:

• The PV array open circuit voltage exceeded 600 VDC.

• There is a problem with the PV voltage sense wiring (see system schematic in Section 7).

(8) CT Offset Fault (0x80000)

Upon system startup, the PV-30208 has determined that the CT offset current is too large to be cali-

brated. This is caused by the control system detecting current, when no current is commanded.

• Observe individual phase currents with the operator interface program. Generally, a CT offset fault

with show high currents on one phase while the system is in Standby, with zero actual current being

PV-30208 Photovoltaic Inverter

DOCUMENT: 151315

5-4

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 5

TROUBLESHOOTING

processed.

• Check +/- VDC power supply outputs.

• Check control wire harness integrity (Refer to the system schematic in Section 7).

• Check CT harness for damage.

• Check CT harness +/-15VDC at CT.

• Check CT output voltage (mV) with reference to ground.

• Replace CT showing high output voltage offset.

(9) Current Imbalance Fault (0x10000)

The PV-30208 has determined that there is an excessive phase-to-phase current imbalance, while the

system is operating.

• Observe individual phase currents during operation with the operator interface program and with a

true RMS oscilloscope. Verify waveforms are sinusoidal and maintain proper phase relationships.

• Determine which phase is imbalanced.

• Verify phase conductor wiring integrity (Refer to the system schematic in Section 7).

• Check CT control wire harness integrity (Refer to the system schematic in Section 7).

• Replace CT on the phase exhibiting the current imbalance.

Stop Switch Fault

The on/off switch, located on the upper enclosure, is disabled. The contact block on the back of the

switch must be open for the PV-30208 to report this message.

If the switch is in the on position and the LCD reads ‘Stop Switch’:

• Isolate the PV-30208 from external power (Refer to Section 2).

• Verify continuity across the switch contact block while the switch is turned to the on position.

• Verify continuity between J9-1 and J9-2 while the switch is enabled.

PV-30208 Photovoltaic Inverter

DOCUMENT: 151315

5-5

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 6

PREVENTATIVE MAINTENANCE

PERIODIC MAINTENANCE

Xantrex Technology recommends that the following preventative maintenance be carried out on the

PV-30208:

Monthly intervals or as required:

Aluminum Extrusion Heatsink

Accumulation of dirt and debris on the aluminum extrusion heatsink and fan shroud will de-

crease the ability to transfer heat, which can cause the PV-30208 to shutdown on over-tempera-

ture alarms. Inspect the aluminum extrusion heatsink and fan shroud for accumulation of dirt

and debris. Remove enclosure panels and clean if debris is present.

Fan Operation

Verify proper operation of the heatsink cooling fan, located within the lower enclosure. The fan

operates when the K1 contactor is closed. Remove any debris from the fan and finger guard.

Six month intervals:

(See Isolation Procedure and perform prior to the following)

Enclosure Seals

Inspect the enclosure access panel seal. If damaged, replace with equivalent closed cell foam

gasket. Call your Xantrex Technology distributor for factory replacements or specifications.

Electrical Connections

Inspect the condition of all wiring within the PV-30208. Inspect all wire crimps and connec-

tions for damage caused from high temperature. Check for corrosion. Replace any damaged

wires. Verify all mechanical connections are sufficiently tightened. Verify all conduction sur-

faces are clean and free of corrosion.

Mechanical electrical connections will loosen over time. This is caused primarily by thermal

cycling during normal operation. As connections loosen, electrical impedance will increase at

the connection, eventually leading to fire and component damage. It is critical to check all

electrical connections every six months.

Enclosure

Access the enclosure and remove any accumulated dirt and debris. Vacuum enclosure whenever

dust or dirt is present.

ISOLATION PROCEDURE

The following procedure should be followed to de-energize the PV-30208 for maintenance:

PV-30208 Photovoltaic Inverter

DOCUMENT: 151315

6-1

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 6

PREVENTATIVE MAINTENANCE

WARNING

The terminals of the PV input may be energized if the arrays are energized. In

addition, allow 5 minutes for all capacitors within the enclosure to discharge af-

ter shutting down the PV-30208.

1. Turn the on/off switch to the off position.

2. Open the PV array disconnect switch (if present).

3. Open the AC disconnect (if present).

4. Open the isolation transformer circuit breaker.

5. Install lockout devices on the isolation transformer circuit breaker and PV disconnect switch.

TURN-ON PROCEDURE

Refer to Section 3 for a detailed first-time turn on procedure.

1. Remove any lockout devices from the isolation transformer circuit breaker and PV disconnect

switch.

2. Close the isolation transformer circuit breaker.

3. Close the AC disconnect (if present).

4. Close the PV array disconnect switch (if present).

5. Turn the on/off switch to the on position.

After a 15 second initialization period and a 5 minute wake up period, the PV-30208 will automatically

begin power tracking, given the PV voltage is greater than the PV start voltage setpoint.

PV-30208 Photovoltaic Inverter

DOCUMENT: 151315

6-2

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

SECTION 7

DRAWINGS AND PARTS LIST

DRAWINGS LIST

151384 : Schematic, System, Grid Tied Inverter, PV-30208

151316 : Envelope Drawing, Grid Tied Inverter, PV-30208

151317 : Assembly, Main Enclosure, Control Components, 30 kVA, PV-30208

151723 : Transformer, 30 kVA, 3-Pole, 60 Hz, 98% Efficient, 208Y/120 or 480Y/277

WARRANTY AND CERTIFICATIONS

Xantrex Inverter Warranty Registration

Underwriters Laboratories Compliance Of Standard UL1741

OPTIONAL ACCESSORIES

For details and specifications on Xantrex Technology 10 and 12 Pole, 600 VDC Combiner Boxes,

contact your Xantrex Technology distributor.

For details and specifications on 30 kVA 3-Pole, 208 Delta/208-120 WYE and 480-277 WYE Trans-

formers, contact your Xantrex Technology distributor.

DOCUMENT: 151315

7-1

PV-30208 Photovoltaic Inverter

Operation and Maintenance Manual

Download from Www.Somanuals.com. All Manuals Search And Download.

Xantrex Technology Inc. PV-30208

Photovoltaic Inverter

Major Parts List

Assembly Description: Main Enclosure, Control Components, PV-30208

Xantrex Technology Inc. Assembly # 151317

Item #

Qty

Reference Designator

Xantrex Technology Part #

1-160070-01

1-160051-01

1-160071-01

1-160015-01

1-150684-01

1-150668-80

1-160012-01

1-150714-01

1-150862-01

1-150403-02

1-160008-01

1-150378-02

1-160044-01

1-160006-01

1-160030-01

1-160052-01

1-160049-01

1-151719-02

1-151720-01

1-151565-02

1-150296-01

1-151843-01

1-160094-01

1-160092-01

1-151241-01

1-151242-01

Description

LF1

TB1-2

B1,B2

C1-3

L2-4

PS1

PS2

PS3

Enclosure, Upper

Enclosure, Lower

Assy, Heatsink, PV-30208

Transformer, 175VA, 24V

Filter, EMI, 115/250 VAC, 2 Amp

Contactor, 3P, 24VDC Coil, 80A

Block, Power Distribution, Inter, 3P

Fan, 24VDC, 6", 240CFM, 53.3dB

Reactor, Line, 3 Ph, 158uH, 98 ARMS

Capacitor, NP, 4uF, 600VAC, 6%

Reactor, PWM, 1 Ph, 450uH, 83 ARMS

Assy, PCB, DSP

Assy,PCB, 24VDC, 100W

Power Supply, Single Out, +15VDC

Power Supply, Triple Out, +5, +/-15VDC

Assy, Panel, Display

Assy, Bus, 600V, 100A

F1-F3

Fuse, 250V, 125A

Fuse Holder, Semi-Conductor Fuse

Assy, PCB, SCU-UL, WDM, Tested, 30kW

CT, Hall Effect, 200A:1mA

Transformer, Iso, 230/115:230/115, 200VA

Fuse Holder, 30A, 600V, 2Pole

Fuse, Time Delay, 250VAC

CT1,CT5

F4-F7

Terminal Block, 1Pole, 24-8 AWG

Barrier Block, 24-18 AWG

151317

Sheet 2 of 2

Download from Www.Somanuals.com. All Manuals Search And Download.

Xantrex Technology, Inc.

Distributed Power Markets

161G South Vasco Road

Livermore, CA 94550 USA

Phone +1 925.245.5400

Fax +1 925.245.1022

XANTREX PV SERIES LIMITED WARRANTY AND REGISTRATION

Xantrex Technology warrants all equipment supplied to Customer under this purchase

order against defects in workmanship and material for a period of (12) twelve months

from delivery, provided that the equipment has been operated and maintained in

accordance with the service manual provided with the equipment. Should Customer

give Xantrex written notice of any such defects within the warranty period, and

Xantrex’s inspection confirms the existence of such defects, Xantrex shall correct the

defects, either by repair or replacement, at its sole option.

For wall-mounted products (generally, below 30 kW in rating), defective products must

be returned to Xantrex or it Authorized Service Center in the original or equivalent

packaging. The cost of transportation and insurance on items returned for service is at

the Customer’s expense. Return transportation and insurance expense shall be borne by

Xantrex.

For floor mounted inverter products (generally, 30 kW in rating and above), warranty

repairs or replacements are performed at the installation site. Xantrex’s material, labor,

freight and travel/living expenses associated with such repair or replacement shall be

borne by Xantrex.

In either case, Customer’s labor and travel/living expense shall be borne by Customer.

Xantrex will assume no expense, liability or responsibility for repairs made by or for

Customer without written authority from Xantrex. Xantrex shall not be responsible for

any consequential, incidental or similar damages.

THE FOREGOING WARRANTIES ARE IN LIEU OF ALL OTHER WARRANTIES, EXPRESS

OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF

MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.

Project Name

Customer PO #

Inverter Serial #

Delivery Date

______________________

Xantrex Authorized Signature:

________________________

Customer Authorized Signature:

________________________

Date

________________________

Date

Download from Www.Somanuals.com. All Manuals Search And Download.

Weslo Hot Tub WLHS43081 User Manual
Westinghouse Outdoor Ceiling Fan 77870 User Manual
Whirlpool Ventilation Hood UXT3030AY User Manual
Windsor Carpet Cleaner D250 115V User Manual
Winegard TV Antenna CC 7870 User Manual
Worksaver Compact Loader FOH 5 User Manual
Yamaha CD Player CDX 890 User Manual
Yamaha DVR CBX D5 User Manual
Zanussi Dishwasher ZSF 6152 User Manual
Zanussi Washer ZWF 14380 S User Manual