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a? - ‘ D Iltality ogc--- '‘'ORTil AM:R. CA Scope of Work 0 308 SW First Ave. Portland, OR 97204 Project Name: Er-tee. meteer- TatUkiti Office: 503.575.9186 Fax: 503.241.4003 Project Address: iei iv Keith Kilcoin kl. Date: 24/z Nick Beam nbeam(Btecotalitv.com — 1 44. 57X %: i 2,45 4 64.114 Cgq-A■0"4. 4)/1-2. .1.4-1-.... Ak itkery 16£ i...e..A.-no....t ) ------- 44) ' (461411. 14 C‘ - k - qatilaidtift - i . C.,.; ir--------- 1 si, - • . ._ lit. 6" 1 • _—_ — ---- — ) 4----- , * •.______ / Liiiis - '1.1. 1 L, k4,k Ak & Cb.v ::, ee,..vr.e....t._ thsirdmqvi-4.4 ple 04.4 Sketch of Project Site _, Scope of Work Description tbc-c +A. Ira- e•e a - 1. NIG- 2A 3 5€<- s cas. t..2- / 4 1C2- --4ZioN vv1t4 or Tv t Iroat wk enAs . .it .14A-iuy-L A ol wi,,h,...... L.,_.....„ „,-,....., \ A 1: bsccLig CITY OF TIGARD 5,44 4 1-2.- 2-- SIA_S P eiZ- 04- fC APProvedL:SwitaXisiltEL• t Conditionally Approved.... [ I 2- 13.,-.L.A....40..bi crz- -41 IC See Letter to; Tullow...... [ ] s 4 s t -445g,..,,,.--: A ..; I :1 ] Permit Num..- A A . . - • • r.. 7r- WM' c- -. 4.-L EN "" e--3)^ A By: thiSP p GA - Ecotality North America 1/4/2012 Approved plans shall be on job site. OFFICE COPY RECEWED APR 3 2012 bl'nk Simply smarter. ,,,..y of T:.GA ?,D • DC Fast Charger Simply Smart Commercial Design The Blink DC Fast Charger provides a quick and efficient method to charge electric vehicles. DC Fast Charging (480 volt 3 -Phase brnk AC input) is the fastest method for charging vehicles in fleet and commercial facilities. The Blink design provides intelligent user- c lean• friendly features to intuitively and safely charge electric vehicles . and provides commercial opportunities to business owners. • Benefits of ECOtality's Unique Commercial Charging Station Design • Simplified 2 -piece design; separate Grid Power Unit (GPU - containing the power electronics) and charging station allow for — ease of installation and design aesthetics — • Exterior treatment and graphics fully customizable for rebranding • 42" LCD display for optional media and advertising • Adspace available through the Blink Network to provide additional revenue • Connects with AMI Interface & Smart Meter capability for demand response and energy management • Dual ports for increased user access and availability • Beacon light and window for increased visibility CHAdeMO Compliant EV Connector The CHAdeMO organization has endorsed a DC Fast Charger connector used on fast - charge- capable electric vehicles worldwide • Ergonomic design • Intuitive connector docking for protection and storage • Prevents accidental disconnection • Can withstand being driven over by a vehicle • Safe in wet or dry use Fast, Convenient and Easy to Use Y, • Capable of providing a full charge in less than 30 minutes* • a • Integrated with the Blink Network • Smart RFID technology allows for ease of payment • Can operate independent of a retailer point of sale (POS) system • Smartphone Application provides - Charge station locations and GPS navigation - Charge status - Notification of completion or interruption of charge • User - friendly, interactive touchscreen display • Web -based information delivery • Charge status and cost • Easily programmable start /stop timing 'Dependent on battery size, vehicle battery management system, state of charge, and operation under optimal conditions. Learn more at BlinkNetwork.com r" case Plug in clean. Your Vehicle ,„. 9, 7-- _ , I \ . ,, 4 a l i r •m sip„ _ 7 (. ' e ^— 4 Proven technology and reliable safety :- .i to I qty Blink DC Fast Charger Specifications Additional Features Maximum Output Power 60 kW Max (Setting Adjustable 30kW - 60 kW) • Certified energy and demand metering; meets ANSI C12.20 and IEC687 Maximum Output Current 200 Amps • Integrated Disconnect and Breaker Minimum Output Current 5 Amps • Demand response capable via third - Output Voltage 200 VDC - 450 VDC party software control system Input Voltage 208/380/400/480 /575 VAC 3 -Phase • Multiple input current settings to Frequency 50/60 Hz conveniently accommodate electric service Input Current 200 Amps at 208 VAC • Communication n capabilities icn systems include: 89 Amps at 480 VAC Wireless IEEE 802.11g, cellular, 74 Amps at 575 VAC Zigbee SEP 1.0 (2.0 Standard under Connector /Cable Yazaki- CHAdeMO compliant 120A rated development) and Ethernet capabilities • Top hang cable management system Cable Length 12 feet (estimated) Charging Station Dimensions 52" W x 98" H x 15" D Quality Control and Facility Charging Station Weight 450 lbs Certifications GPU Exterior Dimensions 47" W x 69" H x 30" D Manufacturing facility meets all relevant GPU Weight 1474 lbs facility certifications, including: Temperature Rating -4° F ( -20° C) to +122° F ( +50° C) • ISO - 9001:2008 Enclosure NEMA Type 3R; sun -and - heat - resistant • UL manufacturing facility certification Charge Control CHAdeMO compliant Standards and Certifications Efficiency 90% or greater • NEC article 625 electric vehicle Power Factor .9 or better charging system Charge Ports 2 • UL listed to UL2202, UL2231, and UL2251 electric vehicle supply • Energy Meter equipment • Internal meter to monitor energy and demand usage • UL 50 UL standard for enclosures for • • Supports energy usage data evaluation electrical equipment Learn more at BlinkNetwork.com 4 mom. 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Intelligent EV solutions blhk ©2011 by Electric Transportation Engineering Corporation. All rights reserved. No part of the contents of this document may be reproduced or transmitted in any form or by any means without the express written permission of Electric Transportation Engineering Corporation. The contents of this document have been verified by the manufacturer to be consistent with the described components; however, inconsistencies sometimes occur. Such inconsistencies should be brought to the attention of an ECOtality North America representative. Changes to this manual may be made at any time without notice. Disclaimer of Consequential Damages ECOtality North America is not responsible for the use or application by any person of the materials in this manual. ECOtality NA is not responsible for damages, either direct or consequential, arising out of or relating to the use or application of these materials. bink blink blink Network the blink logo, and ECOtality North AmericaTM are all service and trademarks of ECOtality, Inc. ANSI is a registered trademark of the American National Standards Institute. IEC is a registered trademark of the International Electrotechnical Commission. IEEETM is a trademark of the Institute of Electrical and Electronics Engineers, Inc. SAE 11772TM is a trademark of SAE International . tality NORTH AMERICA Electric Transportation Engineering Corporation dba ECOtality North America 430 S. 2nd Avenue Phoenix, Arizona 85003 -2418 888 - 998 -BLINK (2546) www.ecotalityna.com www.blinknetwork.com IM0001CFCUSAv1.2 ii Intelligent EV solutions bliik Table of Contents IMPORTANT SAFETY INSTRUCTIONS 1 SAVE THESE INSTRUCTIONS 1 Federal Communications Commission (FCC) Statement 3 Guidelines and Specifications 4 Applicable codes and standards 4 Customer responsibility 5 Model Numbers 5 Tools required for installation 6 Meters 6 Hand tools 6 Additional equipment 6 Installer - supplied items 6 Blink features and specifications 7 Features 7 Specifications 8 Installation 11 Shipment contents: 11 Assembly 11 Site Preparation 12 Establishing the GPU /CDU Foundations 13 Install pre -cast foundation 13 Install custom foundation 13 Emergency shut -off placement considerations 15 Unpacking the GPU /CDU 16 GPU 16 Trenching 20 Connecting input power to the GPU . 21 Connect DC Power from GPU to the CDU 23 Connect low voltage /communication 26 Connecting 120 volt AC power supply 26 Finishing Assembly 28 IM0001CFCUSAv1.2 iii Intelligent EV solutions ■ Establish Temperature Controls 31 Unpacking the A/C Unit 31 Installing Back Panel 32 Connecting Fan and Thermostat 36 Installing Condenser /Compressor Unit Wiring 37 Attaching Condensation Drain Line 38 Testing A/C Unit 38 Installing Emergency Shut -off Switch 39 Using Blink cards 42 RFID 42 Complete Blink setup 42 Laptop -based Software — finalize installation 42 - Appendix A - Foundation Guidelines 43 Pad Specifications 43 - Conduit Specifications 43 Appendix B - Conduit Mapping 45 Appendix C - Terminal Block Diagrams 46 IM0001 C FC USA v1.2 iV ' Intelligent EV solutions bliik Table of Figures Figure 1 & 2: Charge Dispenser Unit & Grid Power Unit 7 Figure 3: DC Fast Charger dimensions 10 Figure 4: Dispenser pallet contents 11 Figure 5: Preparing Site 12 Figure 6 & 7: GPU & CDU pre -cast foundation 13 Figure 8: Building foundation frame 14 Figure 9: Mounting Template /GPU Footprint 14 Figure 10: Anchoring template /CDU Footprint 15 Figure 11 & 12: CDU & GPU Foundation 15 Figure 13: GPU Lift Points -Front view 17 Figure 14: GPU Lift points -Top view 17 Figure 15: CDU Lift points front view 18 Figure 16: Lifting an eye bolt 18 Figure 17: CDU Lift Points — Top View 19 Figure 18 (a &b): Lifting and placing the unit 19 Figure 19: Spreader bar example 20 Figure 20 (a & b): Installing the conduit 20 Figure 21 (a & b): Backfill and compact trenches 21 Figure 22 (a & b): Power and ground conduits (external) 21 Figure 23 (a & b): Power and Ground conduits (internal) 22 Figure 24: GPU with meter can 22 Figure 25: Conduit lies from GPU out 23 Figure 26: Conduits into GPU with cables /wiring installed 23 Figure 27: Conduits into GPU with cables /wiring installed (image enlarged) 24 Figure 28: installed conduits from GPU to CDU 24 Figure 29 (a & b): Installed conduits from GDU to CDU 25 Figure 30: CDU High Voltage DC side showing power from GPU into CDU (254" conduit) 25 Figure 31 & 32: CDU 120v terminal block 26 Figure 33: GPU 120v terminal block 27 Figure 34(a,b & c): Low Voltage panel with terminal blocks 27 Figure 35 High and Low voltage panels 28 Figure 36: LCD Assembly (back view) 29 Figure 37: Display Frame 29 Figure 38: Use handles to lower assembly on to guide pegs 30 Figure 39: Power and VGA lines into LCD display controller 30 Figure 40: A/C Components 31 ✓ Figure 41: A/C Placement for panel install 32 Figure 42: A/C Back panel 32 ' Figure 43: Unlocking the frame 33 Figure 44: Turning knobs on frame 33 IM0001 C FC USA v1.2 V Intelligent EV solutions bliik Figure 45: Indicating panel studs 34 Figure 46: A/C Back pane! 35 Figure 47: A/C- Ventilating Duct 35 Figure 48: 36 Figure 49: 36 Figure 50: Fan Connections 37 Figure 51: 37 Figure 52 (a & b): Condensation drain lines 38 Figure 53: Setting Indicators 38 Figure 54: System Override key 39 Figure 55: Emergency shut off switch components 40 Figure 56: Interior view of shutoff switch 40 Figure 57: Emergency Shut off switch, fully assembled 41 IM0001 C FC USA v1.2 Vi Intelligent EV solutions bl'nk IMPORTANT SAFETY INSTRUCTIONS SAVE THESE INSTRUCTIONS { XE "Safety:instructions" }Before using the Blink Electric Vehicle Supply Equipment (EVSE), hereafter called "charger" or "charging system ", read all of these instructions, as well as the WARNING and CAUTION markings in this document, on the charger, and on your vehicle. LEGEND: WARNING: Used when there is a risk of personal injury A\ WARNING: RISK OF ELECTRIC SHOCK — Used when there is a risk of electric shock EL WARNING: RISK OF FIRE — Used when there is a risk of fire A CAUTION: Used when there is a risk of damage to the equipment EL WARNING: RISK OF ELECTRIC SHOCK Basic precautions should always be followed when using electrical products, including the following: a. Read all the instructions before using this product. b. This device should be supervised when used around children. c. Do not put fingers into the electric vehicle connector. d. Do not use this product if the flexible power cord or EV cable are frayed, have broken insulation, or any other signs of damage. e. Do not use this product if the enclosure or the EV connector is broken, cracked, open, or show any other indication of damage. / 7 \ WARNING: RISK OF ELECTRIC SHOCK Improper connection of the equipment - grounding conductor can result in a risk of electric shock. Check with a qualified electrician or serviceman if you are in doubt as to whether the Product is properly grounded. GROUNDING INSTRUCTIONS: This unit is to be connected to a grounded, metal, permanent wiring system; or an equipment - grounding conductor is to be run with circuit 1 IM0001_L2_C_Pvl Intelligent EV solutions conductors and connected to equipment - grounding terminal or lead on battery charger. Connections to battery charger shall comply with all local codes and ordinances. ° \ WARNING: RISK OF ELECTRIC SHOCK • Do not touch live electrical parts. • Verify that the system is properly installed and grounded according to its installation manual and national, state, and local codes. • Disconnect input power before installing or servicing the equipment. Z\ WARNING: This equipment is intended only for charging vehicles that do not require ventilation during charging. Please refer to your vehicle's owner's manual to determine its ventilation requirements. IM0001 C FC USA v1.2 2 Intelligent EV solutions Federal Communications Commission (FCC) Statement This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can radiate radio frequency energy, and if not installed and used in accordance with these instructions, may cause harmful interference to radio communications. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: • Reorient or relocate the antenna. • Increase the separation between the equipment and the receiver. • Connect the equipment to an outlet on a circuit different from that to which the receiver is connected. • Consult the dealer or an experienced radio /TV technician for help. This device complies with Part 15 of the FCC Rules. Operation is subject to the following conditions: 1. This device may not cause harmful interference, and 2. This device must accept any interference received, including interference that may cause undesired operation. 3. Changes or modifications not expressly approved by the manufacturer could void the user's authority to operate the equipment. IM0001 C FC USA v1.2 3 Intelligent EV solutions Guidelines and Specifications This Installation Manual describes how to properly install Blink Fast Charger, referred to as the "Blink FC" throughout this document. Applicable codes and standards The installer or contractor is responsible for obtaining and becoming familiar with the following publications. Installer or contractor work and material shall comply with the local municipality's currently adopted versions of: {xe "Codes and standards "}{xe "NEC "}{xe "OSHA "}{xe "Uniform Building Code "}{xe "Building codes "} • National Electric Code • Municipal, county, and state building codes and standards • • Occupational Safety and Health Administration (OSHA) • Uniform Building Code • Other relevant codes and standards that apply to the installation of structural components and electrical equipment Installer /Contractor notes The installer or contractor selected to install the Blink FC, including electrical connections, shall conform to the following general notes: • Installation shall be performed as described in the electrical plans and approved drawings. • All work shall comply with the local municipality's currently adopted version of the National Electric Code and Building Code. • Labor and materials not specifically described, which are incidental to installations and without which a satisfactory job cannot reasonably be completed, are a part of this installation work. • All materials used in the installation shall be new and UL- listed and labeled where required. • The installation of AC input power circuits and circuit disconnects that provide power to the GPU is not included in this work. Such work must be performed by a certified electrical contractor.{ XE "Contractor:AC power circuits" } • It shall be the installer's or contractor's responsibility to carefully read this entire installation manual and associated drawings and sketches to determine his /her responsibilities. Failure to do so shall not release the installer or contractor from doing the work in complete accordance with this document. IM0001 C FC USA v1.2 4 Intelligent EV solutions bl'nk • During performance of the work and after all the requirements of this installation manual and associated detail are fully completed, ECOtality NA and or the customer shall have the option to inspect the work. • The installer or contractor shall not modify or otherwise alter Blink equipment in any manner other than specifically authorized by this installation manual. Unauthorized modification to the Blink equipment voids the manufacturer's warranty. Customer responsibility The customer is responsible for contracting with a certified electrical contractor to perform all electrical work, including connections at the Blink, supply circuit, and main service panel. Model Numbers • GPU Model #s Configuration Description GP- 208K1* ECONA 01 -0140 208 V 50 KW GP -208M1 GP -480K1 ECONA 01 -0142 480 V 60 KW GP -600K1 ECONA 01 -0143 600 V 60 KW *Without meter can =K1, with meter can =M1 CDU Model #s Configuration Description CD -091K1 ECONA 01 -0145 91" high - Charge Dispensing Unit with Front Steel Panel and non - louvered solid Back Panel -A CD -099P1 ECONA 01 -0145 99" high — Includes the 91" high Charge ECONA 09-0063 Dispensing Unit and the 8 "high matching platform enclosure CDU Video Configuration Description Package Model #s VP -042B1 ECONA 09 -0064 Media Kit ECONA 09 -0065 Blower Cooling Kit for moderate temperature site VP -042A1 ECONA 09 -0064 Media Kit ECONA 09 -0066 A/C Cooling Kit for high temperature site IM0001 C FC USA v1.2 5 Intelligent EV solutions Tools required for installation Meters{ XE "Meters" } • Current Clamp Meter (with 600 A MAX AC /DC) (Recommended: Fluke 336) {xe "Meters "} • Digital Multimeter (1000V MAX DC /AC) (Recommended: Fluke 87V) Hand tools{ XE "Hand tools" }{ XE "Tools:Hand" } • Drill • Crimper • Wire stripper • Torque wrench Additional equipment{ XE "Tools:Additional" } • Forklift with fork extenders • Crane Installer - supplied items{ XE "Contractor:Tools" }{ XE "Tools:Contractor supplied" } • Service wiring to Blink. USE ONLY COPPER conductor • Conductors will not be included in the shipment from the supplier • All communication cables need to be terminated with a ferrule and connected to contacts. Only exceptions are wires connected to communication block. • Size of conduit between the GPU and Dispenser (See Appendix B for conduit mapping): o 4 X 1.0 inch conduits — PVC or ridged conduit o 1 X 2.5 inch conduit — PVC or ridged conduit • 2 (3/0 Class K) • 1 #6 (green) • 3/10 AWG (for 120V wires) • 9 (12 AWG) (for control wiring, 12V) • 2 (12/18 AWG) (for communications wires) • 2 (2/18 AWG - 1.6 twist /inch) (for CAN communications wire) • CAT5e or CAT6 communication cable IM0001 C FC USA v1.2 6 Intelligent EV solutions blrnk Blink features and specifications 1 41 C) I MO 1 f Figure 1 & 2: Charge Dispenser Unit & Grid Power Unit Features • GPU Certified to UL 50 —Standard for enclosures for electrical equipment • UL Listed for UL2202, UL2231, and UL2251 for EVSE • Certified energy and demand metering; meets ANSI C12.20 and IEC687 • ISO - 9001:2008 • NEC article 625 electric vehicle charging system • Demand response capable via Blink Network • 3G wireless modem • Ethernet capable IM0001 C FC USA v1.2 7 Intelligent EV solutions bl'nk • RFID authentication interface • Web -based media delivery • Interactive touch screen user interface • Top hang cable management system Specifications Maximum Output Power 60 kW Max (Setting Adjustable 30kW -60kW, 50kW max for 208VAC version) Maximum Output Current 200 A (may be limited by DC Connector selected, 150A max for 208VAC version) Output Voltage Operating 200 VDC — 450 VDC Range Input Voltage {xe 208/380/400/480 /600 VAC 3 -phase Voltage:input } Maximum Input Current 170 A at 208 VAC ( @nominal voltage) * {xe 90 A at 480 VAC "Phase:input "} 70 A at 600 V Frequency{ XE 50/60 Hz Blink:Frequency } Grid Power Unit Dimensions{ XE 69 "/53 "/36" (H /W /D) "GPU:dimensions" } Grid Power Unit Weight{ XE 1017 lbs " GPU:weight" } Dispenser Dimensions{ XE 91 "/57 "/20" (H /W /D) "CDU:dimensions" } Dispenser Weight{ XE 967 lbs "CDU:weight" } Operating Temperature -4 °F ( -20 °C) to +122 °F ( +50 °C) Enclosure NEMA type 3R sun- and heat - resistant Mounting Anchored to concrete slab Connector Yazaki 120 A (CHAdeMO compliant); UL Recognized Charge Control CHAdeMO compliant Power Factor 0.95 Charge Ports 2 (two) (sequencing controlled) IM0001 C FC USA v1.2 8 Intelligent EV solutions i 'i *NOTE: If a circuit of the required capacity is not available, contact ECOtality. IM0001CFCUSAv1.2 9 ` Intelligent EV solutions bl 'n k F ["'t :5.5 ; 1 ( 3oa1 UN SPACING 10 WAAL 1 (2L31 (i (oJ 1 11171 f - -�{ i I 1 i Ye J L. _ i I trait :ao. 1 ' -a co = 1 1 (;:) L\ _® ram � cee.. - .- .1.__L : L ._ isd WEIGHT: LBS Figure 3: DC Fast Charger dimensions Clearances Working TBD Minimum TBD IM0001 C FC USA v1.2 10 Intelligent EV solutions Installation WARNING: RISK OF FIRE: To reduce the risk of fire, install Blink away from combustible materials. Shipment contents: The fast charging system will be delivered on two pallets. The first will contain the assembled Grid Power Unit (GPU). The second will contain the Charge Dispenser Unit and its associated peripherals, if ordered. Assembly{ XE "Installation:Charger housing assembly" }{ XE "Charger housing assembly" } Pallet #1 {xe "Parts shipped "} Item # Description Quantity Grid Power Unit 1 1:.1 / FRONT \, BAC sAci Ey�Y cap NT OKPEN$ERUNIr LCO SCREEN ASSEMB P TIVE SCREE'. A ' Figure 4: Dispenser pallet contents( XE "Features" j{ XE "Blink:Features" } IM0001 C FC USA v1.2 11 Intelligent EV solutions ii Pallet# 2 Item # Description Quantity Charge Dispenser Unit 1 A/C Unit or Blower* 1 LCD screen (assembled)* 1 Protective glass panel *(Installs over LCD screen) 1 Media player* 1 8" platform enclosure (for 99" model only) 1 *These are optional peripheral accessories Site Preparation Underground or surface conduit is acceptable. For underground conduit, follow these guidelines: { XE "Site preparation" } 1. Check for underground utilities. 2. Ensure proper compaction of soil at foundation site per engineered drawings. 3. Dig trench(es) for GPU -to -Power source connection and GPU- to -CDU connections. • Trenches should be at a depth that conforms to local codes and ordinances. • Conduit should be installed according to local codes and ordinances. ► ' v % ••d _ . Figure 5: Preparing Site IM0001CFCUSAv1.2 12 Intelligent EV solutions Establishing the GPU /CDU Foundations There are two options for establishing the foundations for each unit: install a pre -cast foundation delivered as part of the charging system, or create and install a custom foundation according to specifications. Appendix A contains specifications for pad and examples of conduit trenches. Install pre -cast foundation • Follow included directions for ground preparation and installation. • Follow applicable local codes and ordinances for spacing and securing pre -cast foundation. 2.� 1 r • 1 f 1 Figure 6 & 7: GPU & CDU pre -cast foundation Install custom foundation If the pre -cast foundation will not meet the needs of the installation location, custom foundations can be installed. The following specifications should be used to construct the GPU and CDU foundations: 1. GPU- 4'x5'x6" 2. CDU — 4' x 5' x 6" including centered cutout of 8" x 24" 3. Build frames and pour foundations according to the diagrams below or engineered drawings. 4. Local permitting authorities may require equipment grounding via the installed reinforcing steel mat. If this is required please make appropriated connections before pouring concrete. IM0001cFcUsav1.2 13 Intelligent EV solutions blrnk Ado- • f -= Figure 8: Building foundation frame 6.500 20.000 20 10X 0.547 1 l 0 10X 3.542 1 0 a b O CV CV CV (V 0 0 O a 20.000 20.000 _ \ TOP VIEW Figure 9: Mounting Template /GPU Footprint IM0001 C FC USA v1.2 14 Intelligent EV solutions bl'nk 53.21 7 4X 2.000 4X 0 0.790 r,F. `$ * * • ® • * ® 4 * */ USE 3/4 BOLT tii r , 24.000 1 0 - 2S CONDOR O • .alt C L `4X CONDUIT * • 3.000 J } 4 . 4 4 •4 49.217 INSTALLATION TOP VIEW Figure 10: Anchoring template /CDU Footprint Note: The CDU foundation will need a center cutout, to accommodate conduit and pea gravel for AC condensate drain field. The GPU foundation is a solid slab. ..' - f --- I - - — - — 7 -71ke4._11- --- .. MUM s.44.114 / - -- : - ---...w...■■■1,...l .. - -11/.^..::';V-- , Figure 11 & 12: CDU & GPU Foundation 5. Insert rebar at minimum 12" spacing on center in both directions and according to established standards or local ordinances. 6. Include access for conduit and anchor hardware according to equipment footprints. 7. Fill the center cutout on CDU foundation with pea gravel to facilitate drainage from air - conditioning condensate line. Emergency shut - off placement considerations The emergency shut off switch should be mounted conveniently to the Charge Dispenser Unit and per site drawings{ XE "Emergency shut off:Placement" }. IM0001 C FC USA v1.2 15 Intelligent EV solutions bliik Unpacking the GPU /CDU GPU 1. Check crate for sings of damage. 2. Inspect Tip -N -Tell for signs of tippage. 3. Remove nails /screws and open the box. 4. Ensure that the equipment is undamaged. 5. Report any damage immediately to carrier.{ XE "Ground unit:Unpacking" } CDU 1. Check crate for sings of damage. 2. Inspect Tip -N -Tell for signs of tippage. 3. Remove screws and remove walls. 4. Unbolt CDU from base pallet. 5. Ensure that all components are present and undamaged. 6. Report any damage immediately to carrier. IM0001CFCUSAv1.2 16 Intelligent EV solutions bliik Mounting the GPU /CDU 1. Remove the GPU rain cover to access the four lift points A I I , o G 1 1 FRONT VIEW , t l 1 L — J Figure 13: GPU Lift Points -Front view 4X LIFT POINTS ( \ Y M o. n r �I B ,,'o .IBED - 1 I ' I -$. - n ,_...._ ..,. fr---.--v t„ . rOD VIEW DETAIL A SCALE 1 : 5 Figure 14: GPU Lift points -Top view 2. Remove the CDU top cover and install provided eye -bolts based on Figure 15. IM0001 C FC USA v1.2 17 Intelligent EV solutions balk -- , . i (- „ „ . . ‘ 1 I . i : \ I FRONT VIEW 1 I 1 1 'ICI C C I I I 7 ''o o� 1 , I 1Q 0 ' 0 0I ( ... L -- - - 1 FT-IkK Figure 15: CDU Lift points front view Figure 16: Lifting an eye bolt IM0001 C FC USA v1.2 18 Intelligent EV solutions bl'nk __ _ , Q .. Q a Q Q , a r ■ • • . 4X LAP POUTS ' `•- 1 0 • • - a C c Q O a Q 0 4 L•- Y: Figure 17: CDU Lift Points — Top View 3. Install spacers between CDU base and foundation to allow water to flow freely under the unit. (For custom foundations, install spacers over anchor studs; for pre -cast foundations, - position spacers over pre - drilled holes on base.) 4. Using approved lifting techniques, spreader bar, and available lift points, lift and lower unit • onto foundation, being sure to center each piece of equipment over anchor /mounting hardware. Use caution and protective methods to prevent dents and scratches to both enclosures. , r.. I ?4 I. 0 . , .. ..,...v., ._ q. Figure 18 (a &b): Lifting and placing the unit IM0001 C FC USA v1.2 19 Intelligent EV solutions bl'nk aL WARNING: To prevent damage to the equipment, a spreader bar MUST be utilized for raising and lowering both the CDU and GPU (see Error! Reference source not found.9). l • Figure 19: Spreader bar example 5. Tighten anchor bolts on foundation. Trenching 1. Trench to a depth approved by local codes. 2. If possible, separate DC voltage conduit from communication conduits (a separate trench is not necessary). 3. Install conduit to code. vritt- • I 4 - • 11111110 ' Figure 20 (a & b): Installing the conduit 4. Backfill. 5. Compact trenches according to local codes and ordinances and best practices to prevent settling. IM0001 C FC USA v1.2 20 Intelligent EV solutions bl'nk .. ,,,„,_,. -, , _ ...„ . . 1 Tor ryM «IYre �( �.�...:. e 'F 1. .. .' e. �� — f i lL . H . _ 'i s W .' 1 e , r.' .z . tom - . , .„ " ,' Figure 21 (a & b): Backfill and compact trenches Connecting input power to the GPU Drawing of knockout panel, TBA To connect input power to the GPU A. t ■ I Power conduit (large) . 411 I T 4 ; kj K a :.. , Grounding conduit (small) .:7 Ill Figure 22 (a & b): Power and ground conduits (external) 1. Attach incoming 3 -phase power conductors to the supplied terminal block. 2. Ground unit and equipment according to local codes and ordinances. IM0001 C FC USA v1.2 21 Intelligent EV solutions i'i s I } ` • f ' t h # w 3 main ,. \ Ill S maller conduit i r conductors to f or ground cable terminal block . SO 1 4 Larger conduit for 3 main conductors .'. MINI Figure 23 (a & b): Power and Ground conduits (internal) Power can be wired from an external power source or from an externally mounted meter can. Refer figure 24. f 1 ----- 1 i Optional , configuration with meter can r 3 i ii . j Figure 24: GPU with meter can IM0001 C FC USA v1.2 22 Intelligent EV solutions bl'nk Connect DC Power from GPU to the CDU Note: Unless otherwise specified, all stranded cables must be terminated using a ferrule connector. © WARNING: Follow proper grounding techniques for all conduit, raceways, and equipment. ` ri . Figure 25: Conduit lies from GPU out (See Appendix B for conduit mapping numbers.) 1. Pull DC conductors through 2 conduit. :rtt :uuu Ili • _ F I ' 4 I - / -14 Positive DC conductor should be R f" marked with white tape (red has been used here for visibility 4 . .0' (! I i 'i , ,' 1. IF k ) "\ Figure 26: Conduits into GPU with cables /wiring installed IM0001 C FC USA v1.2 23 Intelligent EV solutions bliik 2. Mark positive DC Conductor with white tape.{ XE "Conduit" } 3. Identify and label each low voltage wire. 4. Install 110 volt wiring according to conduit mapping. v, 4 1 \ . f I s , . i . oil , , 1:331118 . a I, Positive DC conductor should be marked with white tape (red has ' , x been used here for visibility .._ ii, yi. \ . , : \\ ( / • . 1 ' 1 1 46 41 1 4;ovit t a i ‘ i .1.3 Mt ' . Figure 27: Conduits into GPU with cables /wiring installed (image enlarged) CC 1 ) P g, ......• , • ..:„ .... , 40:. . - .i.-:.,:.; « " - • i - Figure 28: Installed conduits from GPU to CDU IM0001 C FC USA v1.2 24 Intelligent EV solutions bl'n lc r, • A -r �'+. + sba 1 fie .� ''� 3 1 4 ' I +- ,,.. y. . Figure 29 (a & b): Installed conduits from GDU to CDU (See Appendix B for conduit mapping specifications.) _ ‘ 1\\ Note equipment grounding lug, ground wire, and conduit bushing termination - A ,* Y Wit I` ., Positive DC conductor should be ri g , 1 r ,- . marked with white tape (red has been used here for visibility i Figure 30: CDU High Voltage DC side showing power from GPU into CDU (234" conduit) IM0001 C FC USA v1.2 25 Intelligent EV solutions bliilc Connect low voltage /communication AWG twisted wires for low voltage and communication lines as follows (See Appendix B for conduit mapping): • 3/10 AWG • 12 AWG • 12/18 AWG • 2/18 AWG - 1.6 twist /inch • CAT5e or CAT6 communication cable • All wires should be identified and labeled. (See Appendix C for full block instructions.) • Wire the emergency shutoff Connecting 120 volt AC power supply To connect 120 volt AC power supply, ground and terminate all wiring on CDU Detail of 120v terminal block in :1'*„ it the low voltage ICI= -1 ' panel A I q 1 0 e 0 Figure 31 & 32: CDU 120v terminal block IM0001CFCUSAv1.2 26 Intelligent EV solutions bl'nk '. .. .. . e 4 • ' fi Detail of 120v terminal 4 p block in the GPU 't IIII \ ■1 ci. iv —_ Figure 33: GPU 120v terminal block • r • Or .. .. a �� � y �t 9 f 1, 1_ 1C' ... �} ,11 1 a ' K 1 ' l }.-' •. >i 1 - ` - 1 y. 1 -,ii . : ' l . 1 Iw a ' l w \:� \ . s i, 1 #3 #2 #10 7ri } _. : .1 , 0 4% ,.. er) .ir . .... i , i Figure 34(a,b & c): Low Voltage panel with terminal blocks (See Appendix B for conduit mapping numbers and Appendix C for wiring schematics.) IM0001 C FC USA v1.2 27 Intelligent EV solutions bin k o 1.1 0, 4,444 ,!, O A IN .1■41 k>1 • g k' 1 Figure 35 High and Low voltage panels Finishing Assembly 1. Replace rain cover on GPU. 2. Replace top cover and low and high voltage covers on CDU. Installing LCD Screen 1. Remove Blank -Off panel from frame by loosening brackets. 2. Insert protective glass into frame, tighten brackets. Note: The display frame has springs that will cause it to automatically close. Either tie the frame down, or have one person hold the frame open while another lifts the screen assembly on to the guide pegs. IM0001CFCUSAv1.2 28 Intelligent EV solutions blhk i Handle Display controller • I_; Ilk e, 1 yl Figure 36: LCD Assembly (back view) Guide peg • FRONT Screw placement N ", Figure 37: Display Frame 3. Using the handles on the back of the LCD screen assembly, lift the screen and lower onto the inner frame, lining up guide pegs. Tighten the screws around the frame. The weight of the screen assembly will now keep the door open. IM0001 C FC USA v1.2 29 Intelligent EV solutions bIrrik • ao 4 f } Figure 38: Use handles to lower assembly on to guide pegs 4. Connect power and VGA cables to the Display Controller. 111H111NlgIr I 1♦ '""' =t�n�a�lu�sa VGA Cable MIMI Soma .an SW. i umr VGA - I p • IS . 1 Mrs M.n• • h.ot ran Power Cable 1121211 Figure 39: Power and VGA lines into LCD display controller • 5. Close LCD panel, tighten top screws. 6. Close protective panel, lock tabs. IM0001 C FC USA v1.2 30 Intelligent EV solutions bliik Establish Temperature Controls To establish temperature controls:{ XE "Temperature controls" } 1. Unpack A/C unit components. •� H i% 0 ,,-441_,‘- E:k, \ k..,.. \i • Figure 40: A/C Components 2. Connect 120V. 3. Connect thermostat. 4. Attach condensate line. 5. Install back panel. These steps are described in the following sections: Unpacking the A/C Unit Note: The information in this section varies based on the packaging material. To unpack the A/C unit: 1. Remove strapping material, side boards closest to flanges, cardboard fillers from the opposite side of the flanges. Note: Do not damage drainage lines on each side of the unit near the flanges. Remove A/C unit from crate and place it on a table or flat surface so that the mounting edge is hanging off by approximately two inches. See Error! Reference source not found.41. IM0001 C FC USA v1.2 31 Intelligent EV solutions r Figure 41: A/C Placement for panel install Installing Back Panel To install the A/C back panel: 1. Install A/C vent covers onto back panel. • I: 1._ Figure 42: A/C Back panel 2. Unlock and pull display frame up. 32 IM0001 C FC USA v1.2 Intelligent EV solutions bl'nk % f .........„,_ ,. v. .. ,,,,„,. ..,.,, Figure 43: Unlocking the frame 3. Turn knobs on top of LCD display frame and fold frame down. 4 1 1 - ---:---,, - : ---- -44,.. 41 c Ill% 4 eift Figure 44: Turning knobs on frame 4. Using a 7 mm (or 5/16 ") hex nut driver, remove nuts and washers from back panel studs and save for reinstallation. IM0001 C FC USA v1.2 33 Intelligent EV solutions r i Note: Be sure to have someone hold the panel against the frame while removing nuts /bolts. v Panel studs • k e a tl. , Figure 45: Indicating panel studs 5. Using at least two people, gently remove back panel from charging unit. 6. Install the upper back panel onto the A/C unit using a 7 mm hex nut driver /socket and the following parts: • M5 Flat Fender Washers (quantity 10) • MS Lock Washers (quantity 10) • M5 Hex Nuts (quantity 10) 7. Remove the A/C back panel and set aside hardware for reinstallation. IM0001 C FC USA v1.2 34 Intelligent EV solutions bl'k ■ ■ 1� z lerir Std �R Figure 46: A/C Back panel 8. Make certain that the grommet /gasket is on the ventilating duct of the inside DPU frame. • Ventilating duct - s Figure 47: A /C- Ventilating Duct 9. Install A/C unit and back panel in DPU using existing panel studs. 10. Remove tie wraps from CDU A/C unit cable. 35 IM0001CFCUSAv1.2 Intelligent EV solutions „ I '''-'14111 Corn s ressor T-STAT CDU A/C unit Figure 48: Connecting Fan and Thermostat To connect the A/C fan and thermostat: 1. Connect ground ring lug to A/C unit ground lug using 3/8" wrench /socket. • .. `.k Figure 49: • 2. Connect Evaporator Fan neutral (white) and CDU A/C unit cable neutral (white). 3. Connect Evaporator Fan hot (black) and CDU A/C unit cable Fan T -Stat hot (black). IM0001 C FC USA v1.2 36 Intelligent EV solutions bl'nk ,: ,,, 4 ,,, , , ilo . .,.. ... 1 • Figure 50: Fan Connections Installing Condenser /Compressor Unit Wiring This section is optional. / , LI�r ,or 4 '11411:1 Figure 51: 1. Connect Run Capacitor wire lead, Evaporator Fan neutral (white), Compressor neutral (white), and CDU A/C unit cable neutral (white). 2. Connect Compressor hot (black), Condenser control wire (blue), and CDU A/C unit cable Comp T -Stat hot (red). IM0001CFCUSAv1.2 37 . Intelligent EV solutions ii 3. Connect Evaporator Fan hot (black) to CDU A/C unit cable Fan T -Stat hot (black). Attaching Condensation Drain Line To attach the condensation drain line, route lines down each of the backside corners and connect to the drain outputs on the left AND right side of the A/C unit. Drain line Drain line 111 )11° • ,alt Figure 52 (a & b): Condensation drain lines Testing A/C Unit After completing the above connections, test the A/C unit: 1. Ensure there are no leaks in the compressor Freon line and that Freon is above minimum capacity. 2. Adjust both the fan thermostat and the compressor thermostat to 35 degrees using a flat- head screwdriver. la \\ -sTAT \\ rl 1 -''‘ i T COMP , -14 im^ ° rr Setting indicators Figure 53: Setting Indicators 3. Ensure all tools and debris is clear of the charging unit. 4. Turn on facility power to the charging unit. IM0001 C FC USA v1.2 38 Intelligent EV solutions 5. Locate the System Override lock above the Low Voltage panel and turn the System Override key to ON. i g � Figure 54: System Override key 6. Check that the evaporator fan turns on. 7. Adjust the compressor thermostat to 35 degrees. 8. Check that the compressor unit turns on. 9. Check that the compressor Freon is full and the condenser coils are not leaking. 10. Allow the unit to run for 30 minutes to ensure no leaks or other problems develop. 11. Turn the System Override key to OFF. 12. Turn facility power off. 13. Adjust fan thermostat to 90 degrees and the compressor thermostat to 110 degrees. 14. Install A/C unit back panel. 15. Close display frame. 16. Close display window. Installing Emergency Shut -off Switch To install an emergency shut -off switch:{ XE "Emergency shut off:Installation" } 1. Secure switch base plate to shut -off base. IM0001 C FC USA v1.2 39 . Intelligent EV solutions ii Shut -off base Base plate li e Top cover Wiring to CDU iiii Figure 55: Emergency shut off switch components 2. Connect designated emergency switch wires to Charge Dispenser (see Appendix C for terminal block mapping). 0 0 th..., ‘...0 .., ) 4, , , .1 1 ,, 1 2 • - NI ,„ , , , Figure 56: Interior view of shutoff switch 3. Mount top cover and secure with provided screws. IM0001 C FC USA v1.2 40 � Intelligent ■Vsolutions .. ��� .:. ���� \« \z ? —• Figure 57: Emergency Shut off switc % fully assembled ¢ Verify Operation. 5. Remove key. ¥0001_cFCUkw1 2 41 ` Intelligent EV solutions bliik Using Blink cards{ XE "Blink cards:Using" } Blink RFID cards, known as InCards, are available to Blink operators and users. RFID{ XE "RFID" } The Radio Frequency Identification (RFID) card is used by Blink owners and customers to access the Blink Network. Via the Blink Network's dashboard, you can quickly view and interact with the Blink Network to access: • Public charging stations • Downloadable operator manuals • Automatic firmware updates • 24x7 Contact Center with live customer support • Smart Grid implementation and support where available • Secure, high - availability infrastructures and software technologies that ensure that your information is always safe from others and available to you Please refer to the Blink DC Fast Charger Owner's Manual for details on using RFID and www.blinknetwork.com for Blink Network membership options. Complete Blink setup Laptop -based Software - finalize installation TBD IM0001CFCUSAv1.2 42 Intelligent EV solutions balk Appendix A - Foundation Guidelines Pad Specifications 1. The following minimum unobstructed clearances from the edge of the pad are required: Horizontal Clearances: GPU: 2" to the sides and rear; 42" to the front CDU: 36" to the sides; 18" to the rear; 36" to the front Vertical Clearances: GPU: 30" above CDU: 2" above 2. All backfill beneath the pad shall be compacted and shall not contain rocks larger than 1 -1/2 inches in their greatest dimension. Backfill material shall contain enough fines to fill all voids. • 3. Pad to be made in one continuous pour of concrete, 3000 psi at 28 days, 3/8 inch aggregate, 3 to 5 -inch slump, top of pad to be troweled smooth and level, surface is to have light broomed finish and all exposed edges are to be rounded to a % -inch radius. 4. Reinforcing steel is required. 5. Minimum required pad thickness is 6 inches. 6. Top of pad to be a minimum of 6 inches above the surrounding finished grade for proper installation of the 91" CDU. Pad to be installed at grade for installation of the 99" CDU. Pad for GPU to be at or above grade. 7. Provision for ground rod — install sleeve through pad. 1 -inch minimum I.D., with no obstruction beneath. Location to be based on avoiding conduit sweeps when driving ground rod. 8. Provision for communications ground — install sleeve through pad. 1 -inch minimum I.D., with no obstruction beneath. Location to be based on avoiding conduit sweeps. Conduit Specifications 1. All service conductors shall be installed in rigid metallic or PV conduits from transformer to service entrance section. 2. All primary conductors shall be installed in rigid metallic or PV conduits. 3. PVC shall be marked as follows: Sweeps: PVC SCH 40 NEMA TC -2 Straight Sections: PVC DB L00 Modulus 400,000 PSI ASTM F -512* PVC DB 120 Modulus 400,000 PSIASTM F -512 PVC SCH 40 NEMA TC -2 PVC SCH 80 NEMA TC -2 IM0001cFcUsav1.2 43 Intelligent EV solutions bl'nk If steel sweeps, bends and conduit are used; they shall be galvanized per ANSI C80.1 and half - lapped with suitable 20 -mil tape, to a total thickness of 40 mils. 4. All non - metallic conduit sweeps and elbows shall have internally chamfered ends. 5. All sweeps into pads shall extend a minimum of one inch and a maximum of two inches above the top of the pad upon cable installation. Conduit ends shall be capped or plugged, not glued. Non - exposed conduits stubbed out for future extensions shall be plugged. 6. Conduits shall be installed with a minimum cover pursuant to local codes, unless otherwise specified. IM0001 C FC U5A v1.2 44 Intelligent EV solutions Appendix B - Conduit Mapping 2 Conductors of FOR ALL 10AWG WIRE 3/0 Class K (1 black, 1 white AND SMALLER USE THHN -2 or taped white) OR EQUIVALENT, STR, TC, 1 #6 green 600V, 90C 41 CAN #2 12CVa: 2 (2 /18avrg) 3!1Gawg Ethernet 1.6twist /mch te b a k one CAT5e or and green) CAT 6 4 conductors 3 Conductors total Plus onecabie Port Aux Verification dl and d2 Charger Perm Holster #3 #4 120W Conn Lock Grounding 2 12 18aw 9 (12awg) Charge Start /Stop ( / g) Port_con_en 1&2 Ki I ovac ret HV_Cont_en Cont_port_sel 24 conductors total 9 conductorstota! • IM0001 C FC USA v1.2 45 Intelligent EV solutions bliik . Appendix C - Terminal Block Diagrams GPU AWG CDU TB6 TB182 12 J12 -3 TB6 -1 TB1 -1 TB6-4 12 J12-4 TB6 -2 TB 1 -2 TB5 -8 12 J12 -5 TB6 -3 TB1 -3 TB5-4 12 • J12-6 TB6-4 TB 1-4 TB6 -8 14 J13-2 TB6 -5 TB 1 -5 RLY1 -21 14 J13-3 TB6 -6 TB1-6 RLY1 -11 14 J13-5 TB6-7 TB 1 -7 RLY2 -A2 14 J13-6 TB6 -8 TB 1 -8 RLY1 -A2 14 J13-9 TB6-9 TB1 -9 K1 -A2 TB 1 -10 K2 -A2 TB 1 -11 K3 -A2 TB1 -12 K4 -A2 18 J14 -2 TB6 -10 TB2- TB5 -1 18 J14-3 TB6 -11 14 TB6 -1 18 • J14-4 TB6-12 15 TB5 -2 18 J14-9 TB6-13 16 TB6 -2 IM0001CFCUSAv1.2 46 Intelligent EV solutions r a 18 J15-6 TB6 -14 17 TB6 -7 18 J15-7 TB6 -15 18 TB6 -9 18 J15-8 TB6 -16 19 TB5 -7 18 J15 -9 TB6 -17 20 TB5 -9 18 J15-11 TB6 -18 21 TB5 -5 18 . J15 -14 TB6 -19 22 HOL_SW2 -1 18 • J15 -15 TB6 -20 23 TB6 -5 18 J15 -18 TB6 -21 24 HOL_SW1 -2 18 J15 -22 TB6 -22 25 HOL_SW2 -2 18 J15 -45 TB6 -23 26 K1 -AUX1 18 J15 -46 TB6 -24 27 K3 -AUX1 18 J15-47 TB6 -25 28 K4 -AUX1 18 J15 -48 TB6 -26 29 K2 -AUX1 18 J15 -50 TB6 -27 30 HOL_SW1 -1 18 31 3 TB6 -3 TB4 -2C TB6 -28 32 TB5 -3 IM0001 C FC USA v1.2 47 Intelligent EV solutions Index B F Blink Features • 7 Features • 7 Frequency •8 Foundation Specifications • 8 CDU 13 Blink cards custom - 12 RFID 33 establishing • 11 Using • 33 GPU • 13 pre -cast 11 Building codes • 4 G C GPU•7 CDU 7 connecting power - 20 • dimensions • 8, See dimensions • 8 low voltage • 24 low voltage • 24 mounting • 16 mounting • 15 power from GPU • 21 power to CDU • 21 power supply (120V) • 25 weight • 8 weight • 8 with meter can 21 Charger housing Ground unit Unpacking 15 Unpacking • 15 Charger housing assembly • 10 Codes and standards • 4 Conduit • 21, 22 Hand tools • 6 communication • 24 low voltage • 24 numbering • 23 Contractor Installation Charger housing assembly - 10 AC power circuits • 4 Required tools • 6 Installation notes • 4 • shipping contents 10 Responsibilities 5 Tools • 6 Customer responsibilities • 5 1 LCD E assembly • 27 installing • 27 Electric shock • 1 power to - 29 • Emergency shut off nn Installation • 31 Placement 14 Meters • 6 • Model numbers • 5 IM0001 C FC USA v1.2 48 r Intelligent EV solutions blhk • CDU • 5 Site re aration • 11 GPU•5 p p Video package • 5 Mounting T lift bolts - 17 Temperature controls • 30 N Tools Additional 6 NEC • 4 Contractor supplied • 6 Hand •6 Installation • 6 0 Trenching • 18 OSHA • 4 u P Uniform Building Code • 4 Parts shipped • 10 Phase V input 8 Voltage input •8 R RFID•33 Warnings • 1 Safety instructions • 1 IM0001 C FC USA v1.2 49 Intelligent EV solutions blink e �taIit y NORTH AMERICA 430 S. 2nd Avenue Phoenix, Arizona 85003 -2418 888 - 998 -BLINK (2546) www.ecotalityna.com www.blinknetwork.com ©2011 by Electric Transportation Engineering Corporation. All rights reserved. blink blink Network and the bink logo are all service and trademarks of ECOtality, Inc. IM0001_C_FC_USA_v1.2 09/09/2011