Commissioning and Warranty Registration Form for XZERES 442SR Turbine

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Enter Only One Turbine Per Form

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Enter your email address in case you need to come back and modify the form later.
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Enter the Sales Order number from XZERES Corporation
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System Serial number is nine digits long

Dealer/Owner Information

Dealer Information

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Installer Information

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Owner Information

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Turbine Configuration

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Enter the Sales Order number from XZERES Corporation
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System Serial number is nine digits long
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{binding Name, mode=oneTime}
{binding Description}

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Upload one picture of the Tower and Turbine and one of the Electrical (Must show Controller, Diversion Load & Inverters)
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In Process:

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Enter the Sales Order number from XZERES Corporation
{ binding firstError.message }
System Serial number is nine digits long

Structural Verification Procedure (References to 3112 442SR Installation Manual)

NOTE: ALL safety requirements as indicated by warning symbols in manual must be met.

Yawhead Flange to Tower Top bolts are fastened as specified in Manual 5.2.6 & 5.2.9
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Tail Boom to Tail Vane bolts are fastened as specified in Manual 5.5.11 & Figure 44
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Tail Boom to Yawhead bolts are fastened as specified in Manual 5.5.11 & Figure 44
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Blade Studs to Alternator are fastened as specified in Manual 5.6.1 & 5.6.3
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Blade Bolts installed as specified in Manual 5.6.4,5.6.13, 5.6.14 & Figure 47
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Nose Cone to Outer Clamping Plate bolts as specified in Manual 5.7.2 & 5.7.3
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All Tower cable connections for ALL Applications completed and verified before tower is erected, Reference Manual 5.3
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Foundation Bolts – Installed and torqued to base of tower per manufacturer specifications
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Warning Labels placed according to instruction manual Appendix C
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System nameplate placed on Controller and Yawhead Appendix C
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Electrical Verification Procedure

Tower - Building Electronics

Verify wire size vs. wire run of the power wires (SR1-SR3) and the brake control wires (SR5-SR8) from the Top of Tower to the Building Electronics is per Manual. (See Table 4, section 4.1)
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Verify SR4 (Ground wire) is at least 2 AWG from the Top of Tower to the Building Electronics.
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Verify SR5-SR8 are shielded with one end of the shield grounded at the Tower. (Do not ground the shield inside the Building Electronics.)
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Verify wind vane & anemometer wires are shielded and twisted with one end of the shield grounded at the Tower. (Do not ground the shield inside the Building Electronics.)
{ binding firstError.message }
Verify wire spacing between (SR1-SR8) and wind vane & anemometer wires is at least 8 inches from the Top of Tower to the Building Electronics.
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Verify Tower grounding is per Manual (see section 3.2.1). Use Minimum Four ground Rods bonded together with 2 AWG bare copper. Ground resistivity < 10 ohms. Follow Local Authorities Codes for grounding for lightning protections.
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Building Electronics

Verify all electronic parts (Turbine controller, Diversion load, Inverters and Service Disconnect Box) for any defects or damage.
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Verify clearance around Turbine controller, Diversion Load and Inverters is per Manual (see Figure 6).
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Verify Distribution Panel is connected to the Building Grounding System per Manual (see section 4.3). If necessary, install additional Ground Rods per Local Authorities Codes.
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Verify all electrical connections are done per Manual (see section 4.4)
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Verify circuit breakers and lightning protection systems are installed at the distribution panel per Manual (see section appendix A2-A16)
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Verify ALL Turbine disconnects (including the Service Disconnect Box) open the brake control wire (SR5)
·         AC Power OFF to Turbine controller and Inverters
·         Place ALL Disconnect Switch in the ON position
·         Measure Resistance from SR5 to SR6 Terminals disconnected at Turbine controller
            o    (Resistance MUST be between 6 -12 ohms)
·         Measure Resistance from SR7 to SR8 Terminals disconnected at Turbine controller
            o    (This MUST be OPEN)
·         For the Disconnect UNDER TEST, Place the Switch in the OFF position
·         Measure Resistance from SR5 to SR6 Terminals disconnected at Turbine controller
             o    (This MUST be OPEN)

Verify resistance of Diversion Load is within 7 – 11 ohms (measure resistance from terminals disconnected at Turbine controller):
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Verify Turbine controller & Inverters configuration parameters
  • AC Power ON to Turbine Controller
  • While Turbine in ESTOP
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Verify setting is the current date and time.
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Verify Turbine START-UP and EMERGENCY STOP (ESTOP)
AC Power ON to Turbine controller and Inverters
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Start the turbine as per Manual (see section 8.2.6)
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Verify Turbine starts up normall
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If sufficient wind, verify each Inverter exports power to the distribution panel (use the inverter display or a clamp on amps meter)
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Press ESTOP and verify Turbine stops normally.
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Verify XZERES Gateway remote connectivity
(Complete Section 1 from the 7543 User Manual, Install and Setup XZERES Gateway).
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Final:

Procedure:

All State/County/City and any other Jurisdictional Parties Inspections Satisfied
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Clean Up and Final Site Inspections Satisfied by Owners
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Site Information (Install Specific)

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This Inspection form must be completed and signed below
All fields must be filled in before this form will be accepted and the warranty activated
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Please Type Name as Signature
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By typing your name in this document, you are signing and verify that information is correct and acknowledge that you are responsible for corrective action to bring the system to the requirements of the manual. You also acknowledge that you are responsible for at least one return visit should it be required.

If this document has been falsified and discovered that the turbine and tower was not installed properly, you will be responsible for reimbursement, and voidance of warranty coverage, until the issues are corrected and accepted by XZERES.
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Enter any extra details about this Job/Installation.
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{binding Name, mode=oneTime}
{binding Description}

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Upload any supporting documents such as hand written notes, pictures, etc.
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Commissioning and Warranty Registration Form for XZERES 442SR Turbine

Enter Only One Turbine Per Form

E-Mail Address for User filling out Form
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Sales Order Number
{binding displayValue}
System Serial Number
{binding displayValue}

Dealer/Owner Information

Dealer Information

Dealer Name
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Today's Date
{binding displayValue}
Dealer Contact
{binding displayValue}
Current Turbine Status
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Installer Information

Installer Name
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Installation Company
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Installer Phone
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Installer E-Mail
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Installer Address
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Owner Information

Owner Name
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Owner Address
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Owner Phone
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Owner E-Mail
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Turbine Configuration

Sales Order Number
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System Serial Number
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Alternator Serial Number
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Diversion Load Serial Number
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Controller Serial Number
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Inverter Count
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Controller - Telematics Serial Number
{binding displayValue}
Inverter Serial Number #1
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Blade Serial Number 1
{binding displayValue}
Inverter Serial Number #2
{binding displayValue}
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Blade Serial Number 2
{binding displayValue}
Anemometer (Model and Serial Number)
{binding displayValue}
Blade Serial Number 3
{binding displayValue}
Wind vane (Model and Serial Number)
{binding displayValue}
XZERES Gateway ID
{binding displayValue}
Site Pictures (Minimum Two)
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{binding Name, mode=oneTime}
{binding Description}

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In Process:

Sales Order Number
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System Serial Number
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Structural Verification Procedure (References to 3112 442SR Installation Manual)

NOTE: ALL safety requirements as indicated by warning symbols in manual must be met.

Yawhead Flange to Tower Top bolts are fastened as specified in Manual 5.2.6 & 5.2.9
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Tail Boom to Tail Vane bolts are fastened as specified in Manual 5.5.11 & Figure 44
{binding displayValue}
Tail Boom to Yawhead bolts are fastened as specified in Manual 5.5.11 & Figure 44
{binding displayValue}
Blade Studs to Alternator are fastened as specified in Manual 5.6.1 & 5.6.3
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Blade Bolts installed as specified in Manual 5.6.4,5.6.13, 5.6.14 & Figure 47
{binding displayValue}
Nose Cone to Outer Clamping Plate bolts as specified in Manual 5.7.2 & 5.7.3
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All Tower cable connections for ALL Applications completed and verified before tower is erected, Reference Manual 5.3
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Foundation Bolts – Installed and torqued to base of tower per manufacturer specifications
{binding displayValue}
Warning Labels placed according to instruction manual Appendix C
{binding displayValue}
System nameplate placed on Controller and Yawhead Appendix C
{binding displayValue}
{ binding firstError.message }

Electrical Verification Procedure

Tower - Building Electronics

Verify wire size vs. wire run of the power wires (SR1-SR3) and the brake control wires (SR5-SR8) from the Top of Tower to the Building Electronics is per Manual. (See Table 4, section 4.1)
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Verify SR4 (Ground wire) is at least 2 AWG from the Top of Tower to the Building Electronics.
{binding displayValue}
Verify SR5-SR8 are shielded with one end of the shield grounded at the Tower. (Do not ground the shield inside the Building Electronics.)
{binding displayValue}
Verify wind vane & anemometer wires are shielded and twisted with one end of the shield grounded at the Tower. (Do not ground the shield inside the Building Electronics.)
{binding displayValue}
Verify wire spacing between (SR1-SR8) and wind vane & anemometer wires is at least 8 inches from the Top of Tower to the Building Electronics.
{binding displayValue}
Verify Tower grounding is per Manual (see section 3.2.1). Use Minimum Four ground Rods bonded together with 2 AWG bare copper. Ground resistivity < 10 ohms. Follow Local Authorities Codes for grounding for lightning protections.
{binding displayValue}

Building Electronics

Verify all electronic parts (Turbine controller, Diversion load, Inverters and Service Disconnect Box) for any defects or damage.
{binding displayValue}
Verify clearance around Turbine controller, Diversion Load and Inverters is per Manual (see Figure 6).
{binding displayValue}
Verify Distribution Panel is connected to the Building Grounding System per Manual (see section 4.3). If necessary, install additional Ground Rods per Local Authorities Codes.
{binding displayValue}
Verify all electrical connections are done per Manual (see section 4.4)
{binding displayValue}
Verify circuit breakers and lightning protection systems are installed at the distribution panel per Manual (see section appendix A2-A16)
{binding displayValue}

Verify ALL Turbine disconnects (including the Service Disconnect Box) open the brake control wire (SR5)
·         AC Power OFF to Turbine controller and Inverters
·         Place ALL Disconnect Switch in the ON position
·         Measure Resistance from SR5 to SR6 Terminals disconnected at Turbine controller
            o    (Resistance MUST be between 6 -12 ohms)
·         Measure Resistance from SR7 to SR8 Terminals disconnected at Turbine controller
            o    (This MUST be OPEN)
·         For the Disconnect UNDER TEST, Place the Switch in the OFF position
·         Measure Resistance from SR5 to SR6 Terminals disconnected at Turbine controller
             o    (This MUST be OPEN)

Verify resistance of Diversion Load is within 7 – 11 ohms (measure resistance from terminals disconnected at Turbine controller):
DL1 Resistance
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DL2 Resistance
{binding displayValue}
{ binding firstError.message }
Verify Turbine controller & Inverters configuration parameters
  • AC Power ON to Turbine Controller
  • While Turbine in ESTOP
Verify Controller Firmware Version. Revision number:
{binding displayValue}
Verify ROTOR_TYPE ROTOR_TYPE:
{binding displayValue}
Verify DL_RESISTANCE DL_RESISTANCE:
{binding displayValue}
Verify INVERTER_TYPE INVERTER_TYPE:
{binding displayValue}
Verify NUM_INVERTERS NUM_INVERTERS:
{binding displayValue}
Verify setting is the current date and time.
{binding displayValue}
{ binding firstError.message }
Verify Turbine START-UP and EMERGENCY STOP (ESTOP)
AC Power ON to Turbine controller and Inverters
{binding displayValue}
Start the turbine as per Manual (see section 8.2.6)
{binding displayValue}
Verify Turbine starts up normall
{binding displayValue}
If sufficient wind, verify each Inverter exports power to the distribution panel (use the inverter display or a clamp on amps meter)
{binding displayValue}
Press ESTOP and verify Turbine stops normally.
{binding displayValue}
{ binding firstError.message }
Verify XZERES Gateway remote connectivity
(Complete Section 1 from the 7543 User Manual, Install and Setup XZERES Gateway).
{binding displayValue}
{ binding firstError.message }
{ binding firstError.message }
{ binding firstError.message }

Final:

Procedure:

All State/County/City and any other Jurisdictional Parties Inspections Satisfied
{binding displayValue}
Clean Up and Final Site Inspections Satisfied by Owners
{binding displayValue}
{ binding firstError.message }

Site Information (Install Specific)

Install Latitude and Longitude
{binding displayValue}
Tower Type
{binding displayValue}
Tower Height
{binding displayValue}
Tower Manufacturer
{binding displayValue}
Foundation type
{binding displayValue}
Wire run length (From Turbine to Disconnect/Controller)
{binding displayValue}
Power wire size
{binding displayValue}
Control wire size
{binding displayValue}
Grid Type: (Single or 3-phase, 208/240/277 VAC, Frequency)
{binding displayValue}
Anemometer (Location relative to Turbine & mounting height)
{binding displayValue}
Wind vane (Location relative to Turbine & mounting height)
{binding displayValue}
Sales estimated annual average wind speed
{binding displayValue}
Commissioning date
{binding displayValue}
{ binding firstError.message }
This Inspection form must be completed and signed below
All fields must be filled in before this form will be accepted and the warranty activated
Digital Signature Name
{binding displayValue}
Date
{binding displayValue}

By typing your name in this document, you are signing and verify that information is correct and acknowledge that you are responsible for corrective action to bring the system to the requirements of the manual. You also acknowledge that you are responsible for at least one return visit should it be required.

If this document has been falsified and discovered that the turbine and tower was not installed properly, you will be responsible for reimbursement, and voidance of warranty coverage, until the issues are corrected and accepted by XZERES.
{ binding firstError.message }
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Notes about the Job
Document Upload
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Your progress has been saved.

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The email has been sent.

Commissioning and Warranty Registration Form for XZERES 442SR Turbine

Enter Only One Turbine Per Form

E-Mail Address for User filling out Form
{binding displayValue}
Sales Order Number
{binding displayValue}
System Serial Number
{binding displayValue}

Dealer/Owner Information

Dealer Information

Dealer Name
{binding displayValue}
Today's Date
{binding displayValue}
Dealer Contact
{binding displayValue}
Current Turbine Status
{binding displayValue}
{ binding firstError.message }

Installer Information

Installer Name
{binding displayValue}
Installation Company
{binding displayValue}
Installer Phone
{binding displayValue}
Installer E-Mail
{binding displayValue}
Installer Address
{binding displayValue}
{ binding firstError.message }

Owner Information

Owner Name
{binding displayValue}
Owner Address
{binding displayValue}
Owner Phone
{binding displayValue}
Owner E-Mail
{binding displayValue}
{ binding firstError.message }
{ binding firstError.message }

Turbine Configuration

Sales Order Number
{binding displayValue}
System Serial Number
{binding displayValue}
Alternator Serial Number
{binding displayValue}
Diversion Load Serial Number
{binding displayValue}
Controller Serial Number
{binding displayValue}
Inverter Count
{binding displayValue}
Controller - Telematics Serial Number
{binding displayValue}
Inverter Serial Number #1
{binding displayValue}
{binding displayValue}
Blade Serial Number 1
{binding displayValue}
Inverter Serial Number #2
{binding displayValue}
{binding displayValue}
Blade Serial Number 2
{binding displayValue}
Anemometer (Model and Serial Number)
{binding displayValue}
Blade Serial Number 3
{binding displayValue}
Wind vane (Model and Serial Number)
{binding displayValue}
XZERES Gateway ID
{binding displayValue}
Site Pictures (Minimum Two)
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{{ Cognito.resources['fileupload-dropzone-message'] }}
{binding Name, mode=oneTime}
{binding Description}

{ binding firstError.message }

In Process:

Sales Order Number
{binding displayValue}
System Serial Number
{binding displayValue}

Structural Verification Procedure (References to 3112 442SR Installation Manual)

NOTE: ALL safety requirements as indicated by warning symbols in manual must be met.

Yawhead Flange to Tower Top bolts are fastened as specified in Manual 5.2.6 & 5.2.9
{binding displayValue}
Tail Boom to Tail Vane bolts are fastened as specified in Manual 5.5.11 & Figure 44
{binding displayValue}
Tail Boom to Yawhead bolts are fastened as specified in Manual 5.5.11 & Figure 44
{binding displayValue}
Blade Studs to Alternator are fastened as specified in Manual 5.6.1 & 5.6.3
{binding displayValue}
Blade Bolts installed as specified in Manual 5.6.4,5.6.13, 5.6.14 & Figure 47
{binding displayValue}
Nose Cone to Outer Clamping Plate bolts as specified in Manual 5.7.2 & 5.7.3
{binding displayValue}
All Tower cable connections for ALL Applications completed and verified before tower is erected, Reference Manual 5.3
{binding displayValue}
Foundation Bolts – Installed and torqued to base of tower per manufacturer specifications
{binding displayValue}
Warning Labels placed according to instruction manual Appendix C
{binding displayValue}
System nameplate placed on Controller and Yawhead Appendix C
{binding displayValue}
{ binding firstError.message }

Electrical Verification Procedure

Tower - Building Electronics

Verify wire size vs. wire run of the power wires (SR1-SR3) and the brake control wires (SR5-SR8) from the Top of Tower to the Building Electronics is per Manual. (See Table 4, section 4.1)
{binding displayValue}
Verify SR4 (Ground wire) is at least 2 AWG from the Top of Tower to the Building Electronics.
{binding displayValue}
Verify SR5-SR8 are shielded with one end of the shield grounded at the Tower. (Do not ground the shield inside the Building Electronics.)
{binding displayValue}
Verify wind vane & anemometer wires are shielded and twisted with one end of the shield grounded at the Tower. (Do not ground the shield inside the Building Electronics.)
{binding displayValue}
Verify wire spacing between (SR1-SR8) and wind vane & anemometer wires is at least 8 inches from the Top of Tower to the Building Electronics.
{binding displayValue}
Verify Tower grounding is per Manual (see section 3.2.1). Use Minimum Four ground Rods bonded together with 2 AWG bare copper. Ground resistivity < 10 ohms. Follow Local Authorities Codes for grounding for lightning protections.
{binding displayValue}

Building Electronics

Verify all electronic parts (Turbine controller, Diversion load, Inverters and Service Disconnect Box) for any defects or damage.
{binding displayValue}
Verify clearance around Turbine controller, Diversion Load and Inverters is per Manual (see Figure 6).
{binding displayValue}
Verify Distribution Panel is connected to the Building Grounding System per Manual (see section 4.3). If necessary, install additional Ground Rods per Local Authorities Codes.
{binding displayValue}
Verify all electrical connections are done per Manual (see section 4.4)
{binding displayValue}
Verify circuit breakers and lightning protection systems are installed at the distribution panel per Manual (see section appendix A2-A16)
{binding displayValue}

Verify ALL Turbine disconnects (including the Service Disconnect Box) open the brake control wire (SR5)
·         AC Power OFF to Turbine controller and Inverters
·         Place ALL Disconnect Switch in the ON position
·         Measure Resistance from SR5 to SR6 Terminals disconnected at Turbine controller
            o    (Resistance MUST be between 6 -12 ohms)
·         Measure Resistance from SR7 to SR8 Terminals disconnected at Turbine controller
            o    (This MUST be OPEN)
·         For the Disconnect UNDER TEST, Place the Switch in the OFF position
·         Measure Resistance from SR5 to SR6 Terminals disconnected at Turbine controller
             o    (This MUST be OPEN)

Verify resistance of Diversion Load is within 7 – 11 ohms (measure resistance from terminals disconnected at Turbine controller):
DL1 Resistance
{binding displayValue}
DL2 Resistance
{binding displayValue}
{ binding firstError.message }
Verify Turbine controller & Inverters configuration parameters
  • AC Power ON to Turbine Controller
  • While Turbine in ESTOP
Verify Controller Firmware Version. Revision number:
{binding displayValue}
Verify ROTOR_TYPE ROTOR_TYPE:
{binding displayValue}
Verify DL_RESISTANCE DL_RESISTANCE:
{binding displayValue}
Verify INVERTER_TYPE INVERTER_TYPE:
{binding displayValue}
Verify NUM_INVERTERS NUM_INVERTERS:
{binding displayValue}
Verify setting is the current date and time.
{binding displayValue}
{ binding firstError.message }
Verify Turbine START-UP and EMERGENCY STOP (ESTOP)
AC Power ON to Turbine controller and Inverters
{binding displayValue}
Start the turbine as per Manual (see section 8.2.6)
{binding displayValue}
Verify Turbine starts up normall
{binding displayValue}
If sufficient wind, verify each Inverter exports power to the distribution panel (use the inverter display or a clamp on amps meter)
{binding displayValue}
Press ESTOP and verify Turbine stops normally.
{binding displayValue}
{ binding firstError.message }
Verify XZERES Gateway remote connectivity
(Complete Section 1 from the 7543 User Manual, Install and Setup XZERES Gateway).
{binding displayValue}
{ binding firstError.message }
{ binding firstError.message }
{ binding firstError.message }

Final:

Procedure:

All State/County/City and any other Jurisdictional Parties Inspections Satisfied
{binding displayValue}
Clean Up and Final Site Inspections Satisfied by Owners
{binding displayValue}
{ binding firstError.message }

Site Information (Install Specific)

Install Latitude and Longitude
{binding displayValue}
Tower Type
{binding displayValue}
Tower Height
{binding displayValue}
Tower Manufacturer
{binding displayValue}
Foundation type
{binding displayValue}
Wire run length (From Turbine to Disconnect/Controller)
{binding displayValue}
Power wire size
{binding displayValue}
Control wire size
{binding displayValue}
Grid Type: (Single or 3-phase, 208/240/277 VAC, Frequency)
{binding displayValue}
Anemometer (Location relative to Turbine & mounting height)
{binding displayValue}
Wind vane (Location relative to Turbine & mounting height)
{binding displayValue}
Sales estimated annual average wind speed
{binding displayValue}
Commissioning date
{binding displayValue}
{ binding firstError.message }
This Inspection form must be completed and signed below
All fields must be filled in before this form will be accepted and the warranty activated
Digital Signature Name
{binding displayValue}
Date
{binding displayValue}

By typing your name in this document, you are signing and verify that information is correct and acknowledge that you are responsible for corrective action to bring the system to the requirements of the manual. You also acknowledge that you are responsible for at least one return visit should it be required.

If this document has been falsified and discovered that the turbine and tower was not installed properly, you will be responsible for reimbursement, and voidance of warranty coverage, until the issues are corrected and accepted by XZERES.
{ binding firstError.message }
{ binding firstError.message }
Notes about the Job
Document Upload
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{{ Cognito.resources['fileupload-dropzone-message'] }}
{binding Name, mode=oneTime}
{binding Description}