ABB HVC 200 Operation And Installation Manual
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ABB HVC 200 Operation And Installation Manual

ABB HVC 200 Operation And Installation Manual

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HVC 200-300-360 UL
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  • Page 1 Operation and installation manual HVC 200-300-360 UL © Copyright ABB. All rights reserved...
  • Page 2 Copyright All rights to copyrights, registered trademarks, and trademarks reside with their respective owners. ® Copyright ABB E-mobility Inc.. All rights reserved. HVC 200/300/360-EN | 002...

  • Page 3: Table Of Contents

    Discard the EVSE or parts of the EVSE................18 2.13 Cyber security........................... 19 2.14 FCC compliance statement....................19 Description..................20 Type plate..........................20 Intended use..........................20 Overview............................ 21 3.3.1 System overview...................... 21 3.3.2 Power cabinet, outside..................22 3.3.3 Power cabinet, inside..................... 23 HVC 200/300/360-EN | 002...
  • Page 4 Electrical installation of the power cabinet - general procedure....41 6.3.2 Connect the PE wire of the AC input cable............42 6.3.3 Connect the AC input wires.................. 42 6.3.4 Connect the AC auxiliary power cable (3 phase 480 V) in the power cabinet........................43 HVC 200/300/360-EN | 002...
  • Page 5 Reset the EVSE after an emergency stop................64 Charge session.........................65 8.4.1 Charge an EV......................65 8.4.2 Start a charge session................... 65 8.4.3 Stop a charge session.................... 65 Maintenance and cleaning..............66 Maintenance schedule......................66 Do a check on the cabinet..................... 66 Clean the EVSE......................... 66 HVC 200/300/360-EN | 002...
  • Page 6 AC auxiliary power cable (1 phase 120 V)............83 12.13.5 DC power cables..................... 84 12.13.6 DC auxiliary power cables..................84 12.13.7 PE cables........................85 12.13.8 Interlock cables....................... 85 12.13.9 Interlock + DC guard cable..................86 12.13.10 Ethernet cables....................... 86 12.13.11 Optical fiber cables....................86 HVC 200/300/360-EN | 002...
  • Page 7 300 kW configuration .................... 87 12.14.3 360 kW configuration .................... 87 12.15 DC output specifications.......................88 12.15.1 DC output specifications..................88 12.15.2 Power curve......................89 12.16 Protection for the AC auxiliary....................90 12.17 Power consumption specifications..................90 12.18 Terminal part numbers......................90 HVC 200/300/360-EN | 002...

  • Page 8: About This Document

    Illustrations It is not always possible to show the configuration of your EVSE. The illustrations in this document show a typical setup. They are for instruction and description only. HVC 200/300/360-EN | 002...

  • Page 9: Units Of Measurement

    Information about the condition of the EVSE before you start the procedure. Requirements for personnel for a proce- dure. General safety instructions for a proce- dure. Information about spare parts that are necessary for a procedure. HVC 200/300/360-EN | 002...

  • Page 10: Special Symbols For Warnings And Dangers

    Risk type General risk Hazardous voltage that gives risk of electrocution Risk of pinching or crushing of body parts Rotating parts that can cause a risk of entrapment Hot surface that gives risk of burn injuries HVC 200/300/360-EN | 002...

  • Page 11: Manufacturer And Contact Data

    800 Boul. Hymus St-Laurent, Quebec H4S 0B5 Canada Phone: 800-825-2556 E-mail: CA-evci@us.abb.com Contact data ABB E-mobility Inc. in your country can give you support on the EVSE. You can find the contact data here: https://new.abb.com/ev-charging 1.12 Abbreviations Abbreviation Definition Alternating current...

  • Page 12: Terminology

    EVSE. The site operator does not have to be the owner. User Owner of an EV, who uses the EVSE to charge the Note: It is possible that not all terms are present in this document. HVC 200/300/360-EN | 002...

  • Page 13: Orientation Agreements

    About this document 1.14 Orientation agreements Front side: face forward to the X-direction (positive is to the right) EVSE during normal use Y-direction (positive is to the front) Left side Z-direction (positive is upward) Right side Rear side HVC 200/300/360-EN | 002...

  • Page 14: Safety

    Improper operation (in breach of the technical requirements or specifications or manuals of the product), negligence or repairs carried out by the Owner (or any third party not authorized by ABB). • Non-compliance with the applicable safety regulations or other legal standards by other parties than ABB.

  • Page 15: Responsibilities For The Owner

    The qualified installation engineer obeys all local rules and the instructions in the installation manual. • It is the responsibility of the owner of the EVSE to make sure that all qualified installation engineers obey the local rules, the installation instructions, and the specifications of the EVSE. HVC 200/300/360-EN | 002...

  • Page 16: Personal Protective Equipment

    For example, the instructions specified on the related shipment label that is applied to the EVSE packaging. • Put on the correct personal protective equipment. Refer to section 2.5. Safety instructions during installation Preliminary requirements • • Qualified installation engineer HVC 200/300/360-EN | 002...

  • Page 17: Safety Instructions For Use

    If for cleaning or maintenance it is necessary to remove safety devices, immediately install the safety devices after the work. • Put on the correct personal protective equipment. Refer to section 2.5. 2.10 Safety instructions for earthing Preliminary requirements • HVC 200/300/360-EN | 002...

  • Page 18: Signs On The Evse

    Note: It is possible that not all symbols are present on the EVSE. 2.12 Discard the EVSE or parts of the EVSE Incorrect waste handling can have a negative effect on the environment and human health due to potential hazardous substances. With the correct disposal of this HVC 200/300/360-EN | 002...

  • Page 19: Cyber Security

    The manufacturer (ABB E-mobility Inc.) and its affiliates are not liable for damages and/or losses related to such security breaches, any unauthorized access, interference, intrusion, leakage and/or theft of data or information.

  • Page 20: Description

    Note: The EVSE can only be used in a configuration and cannot be used as standalone equipment. Danger: • If you use the EVSE in any other way than described in the related documents, you can cause death, injury, and damage. • Use the EVSE only as intended. HVC 200/300/360-EN | 002...

  • Page 21: Overview

    The power cabinet has variants with 2 or 4 outlets. Element Description AC power grid Power cabinet C1-C4 Charging interface installed on outlets 1-4 Lines Description AC input connection DC output connections Communication and monitoring connections Equipment for 4 outlet version HVC 200/300/360-EN | 002...

  • Page 22: Power Cabinet, Outside

    To decrease the noise level Plinth cover To cover the bottom part of the EVSE Enclosure To reduce the accessibility of unqualified persons to the inside of the cabinet Lockable door handle To open and lock the door HVC 200/300/360-EN | 002...

  • Page 23: Power Cabinet, Inside

    Opening for the cables DC plate To connect the interlock and LED cables CAN2ETH board To connect the Ethernet cables DC output busbars To connect the DC output power cables Precommissioning switch To start or stop the precommissioning mode HVC 200/300/360-EN | 002...

  • Page 24: Ac Plate

    To prevent the electrical circuit from an overload Fuse F21 To prevent the electrical circuit from an overload Fuse F22 To prevent the electrical circuit from an overload Circuit breaker Q2 To stop or start the electrical current HVC 200/300/360-EN | 002...

  • Page 25: Dc Plate

    Terminal X10 To connect the LED cables Terminal X9 To connect the RCD and EMO cables Terminal X8 To connect the EVSS cables Terminals X4-X7 To connect the interlock, DC guard, and ethernet cables HVC 200/300/360-EN | 002...

  • Page 26: Cable Glands In The Power Cabinet

    Description 3.3.6 Cable glands in the power cabinet Cables for terminals X4-X10, L1 cables terminals X84-X87, terminals D1-D4, L2 cables and terminals D6-D9 L3 cables DC out+ Cables for terminals X1, X2, X3 DC out- HVC 200/300/360-EN | 002...

  • Page 27: Control Elements

    LED indicator for outlet 4 The LED indicators show the status of the EVSE. Table 1: Indications of the lights LED color LED status Status of the EVSE Idle – Ready to charge Preparing to charge Charging Charging complete Error HVC 200/300/360-EN | 002...

  • Page 28: Power Allocation Strategies

    EVSE. 3.5.2 Dynamic allocation Note: Dynamic allocation is currently not available. The equipment is prepared with a switch matrix for dynamic charging. The matrix can be upgraded through a software update when this feature becomes available. HVC 200/300/360-EN | 002...

  • Page 29: Options

    100 percent of the available power. Options 3.6.1 Emergency stop button (EMO) The EVSE can have an emergency stop button. The button is installed on location during the installation of the EVSE. HVC 200/300/360-EN | 002...
  • Page 30 When it is activated, the emergency stop button (EMO) trips the breakers to cut off the power to the chargers. Note: • The emergency stop button (EMO) is optional and the placement of this button is customized for every configuration. • For the connection information, refer to section 6.3.15. HVC 200/300/360-EN | 002...

  • Page 31: Transport, Handling And Unpacking

    EV Charger. ABB is not liable for any damages resulting from the improper handling and transportation of the power cabinet, in particular damage resulting from non- compliance with these instructions and other applicable regualtions and standards (e.g.

  • Page 32: Move The Packaged Cabinet With A Forklift Truck

    Take into account the mass, the dimensions and the center of gravity of the EVSE. Refer to chapter 12.7. Caution: • Do not drop the cabinet. • Do not tilt the cabinet more than allowed. Refer to section 12.7. HVC 200/300/360-EN | 002...

  • Page 33: Unpacking

    12.2. 4. If you find damage or the parts are not according to the order, contact the local representative of the manufacturer. 4.2.2 Do a check of the transport sensors Preliminary requirements • Installation engineer HVC 200/300/360-EN | 002...
  • Page 34 Accept the delivery of the EVSE. b. Make a note on the delivery receipt. c. If damage occured, leave the item in its original packaging and request an immediate inspection from the carrier within the applicable time period. HVC 200/300/360-EN | 002...

  • Page 35: Pre-Installation

    Ethernet cables. • Follow the instructions in this manual regarding the installation of the cables of the long-distance kit. Refer to section 6.3.12. • Follow the instructions in the manual that comes with the long- distance kit. HVC 200/300/360-EN | 002...

  • Page 36: Control The Space And Airflow Around The Evse

    Solid floor Metal frame 5.4.3 Solid floor Custom foundation 2. Embed the cables in the ground with or without a cable duct. Refer to the local rules. 3. Prepare the selected foundation type for the power cabinet. HVC 200/300/360-EN | 002...

  • Page 37: Prepare The Foundation For The Power Cabinet (Concrete)

    3. Guide the cables to the grommet plate (B). 4. Align the metal frame (C) with the threaded holes. 5. Install the fasteners (D) with washers. 6. Tighten the fasteners to the correct torque. For the specification, refer to section 12.4. HVC 200/300/360-EN | 002...

  • Page 38: Install The Cable Gland Plate For The Concrete Foundation Of The Power Cabinet

    3. Install the cable gland plate on the foundation (B). 4. Install the fasteners (C) that are supplied with the cable gland plate. 5. Tighten the fasteners to the correct torque. For the specification, refer to section 12.4. HVC 200/300/360-EN | 002...

  • Page 39: Installation

    4. Install the plinth covers of the power cabinet. Refer to section 10.4. 6.2.2 Install the cabinet on the foundation Preliminary requirements • Hoisting equipment or • Four fasteners M16 and forklift truck washers • Torque wrench HVC 200/300/360-EN | 002...

  • Page 40: Install The Cover Plates Of The Metal Foundation

    16 fasteners M6 (included in the foundation. the foundation kit) Procedure 1. Install the cover plates (A). 2. Install the fasteners (B). 3. Tighten the fasteners to the correct torque. For the specification, refer to section 12.4. HVC 200/300/360-EN | 002...

  • Page 41: Electrical Installation

    Connect the long-distance kit optical cables to the power cabinet (option). Refer to section 6.3.12. 5. Close the DC door. Refer to section 10.8. 6. Close the door of the power cabinet. Refer to section 10.2. HVC 200/300/360-EN | 002...

  • Page 42: Connect The Pe Wire Of The Ac Input Cable

    Connect the AC input wires Preliminary requirements • The front and right doors • Cable lugs and fasteners. are open. Refer to section 12.13.3. • • Qualified installation engineer • Wire stripper pliers, cable lug tool and torque socket wrench. HVC 200/300/360-EN | 002...

  • Page 43: Connect The Ac Auxiliary Power Cable (3 Phase 480 V) In The Power Cabinet

    For the specific connections, refer to the installation brief, the installation drawing and the installation manuals of the devices installed in the system you ordered. • For information about the part numbers of the terminals, refer to section 12.18. HVC 200/300/360-EN | 002...
  • Page 44 X3-11 (L) PE wire X3-12 (M) L1 wire X3-13 (N) L2 wire X3-14 (O) L3 wire X3-15 (P) PE wire X3-16 4. Tighten the screws to the correct torque. For the specification, refer to section 12.4. HVC 200/300/360-EN | 002...

  • Page 45: Connect The Ac Auxiliary Power Cable (1 Phase 120 V) In The Power Cabinet

    For information about the part numbers of the terminals, refer to section 12.18. Procedure 10 11 1. Prepare the wires that are mentioned below. Refer to section 6.3.16. 2. Loosen the screws of the terminal block X2. HVC 200/300/360-EN | 002...

  • Page 46: Connect The Dc Power Cables

    Refer to section 12.13.5. • Cable lugs 3/8” Note: For the specific connections, refer to the installation brief, the installation drawing and the installation manuals of the devices installed in the system you ordered. HVC 200/300/360-EN | 002...

  • Page 47: Connect The Dc Auxiliary Power Cables (24 V) To The Power Cabinet

    For the specific connections, refer to the installation brief, the installation drawing and the installation manuals of the devices installed in the system you ordered. • For information about the part numbers of the terminals, refer to section 12.18. HVC 200/300/360-EN | 002...

  • Page 48: Connect The Interlock And Dc Guard Cables To The Power Cabinet

    (G) 24V DC X7-1 +24Vdc CP4 (H)0V DC X7-2 0Vdc gnd CP4 6.3.8 Connect the interlock and DC guard cables to the power cabinet Preliminary requirements • Interlock and DC guard • cables. Refer to section 12.13.9. HVC 200/300/360-EN | 002...
  • Page 49 • For information about the part numbers of the terminals, refer to section 12.18. Caution: Always remove the jumper when the outlet is connected. HVC 200/300/360-EN | 002...
  • Page 50 DC GUARD 3 (N) DC guard GND X6-6 DC GUARD3 GND (O) Ground wire or X6 earthing terminal CP3 PE shield mesh (P) Interlock OUT X7-3 INTERLOCK 4 OUT (Q) Interlock IN X7-4 INTERLOCK 4 IN HVC 200/300/360-EN | 002...

  • Page 51: Connect The Ethernet Output Cables To The Power Cabinet

    1. Connect the below listed wires from the outlets. Use the illustration above as a reference: Outlet Wire Connect to terminal (A) Ethernet output X4-X84 (B) Ethernet output X5-X85 (C) Ethernet output X6-X86 (D) Ethernet output X7-X87 HVC 200/300/360-EN | 002...

  • Page 52: Connect The Optical Fiber Cables (Ethernet To Fiber)

    The maximum length of the optical fiber cable is 150 meters. • For the wiring diagram, refer to section 12.12. • For the specific connections, refer to the installation brief, the installation drawing and the installation manuals of the devices installed in the system you ordered. HVC 200/300/360-EN | 002...

  • Page 53: Installation Procedure For The The Long Distance Kit (Optional)

    5. Repeat steps 2 thru 4 for each long distance kit that is installed. 6. Close the DC door. Refer to section 10.8. 6.3.13 Disconnect the ethernet cable from the converter Preliminary requirements • • Only do this procedure if another procedure refers to it. HVC 200/300/360-EN | 002...

  • Page 54: Connect The Ethernet Cable To The Connector

    Outlet 2 D (CB 4A) Outlet 3 E (CB 3B) Outlet 4 F (CB 3A) 6.3.14 Connect the ethernet cable to the connector Preliminary requirements • • Only do this procedure if another procedure refers to it. HVC 200/300/360-EN | 002...

  • Page 55: Connect The Emo Cable To The Power Cabinet (Optional)

    The illustration shows the terminal block X9 on the power cabinet and the connections treated in this section. • Typically, an EMO has two internal switches that are connected to four terminals on the connection block. HVC 200/300/360-EN | 002...

  • Page 56: Install A Ferrule On A Wire

    For the specifications, refer to section 12.13. 3. Put the ferrule in the crimp plier. 4. Insert the wire into the cavity of the ferrule. 5. Install the ferrule on the wire. Use the crimp plier. HVC 200/300/360-EN | 002...

  • Page 57: Connect A Wire That Has A Ferrule

    The precommissioning mode only works correctly when the Neutral wire after the transformer is not earthed. If the Neutral wire is earthed, then contact the manufacturer. Refer to section 1.11.   HVC 200/300/360-EN | 002...

  • Page 58: Precommissioning Mode - General Procedure

    2. Connect the 120 V AC cable for the precommissioning mode. Refer to section 6.4.4. 3. Do a check on the condition or the position of the electrical parts. Refer to section 6.4.5. 4. Set the precommissioning switch. Refer to section 6.4.6. HVC 200/300/360-EN | 002...

  • Page 59: Do An Inspection Of The Pe Connection

    3. Connect the wires to the terminals. Wire Connect to terminal L1 wire (A) X1-1 (D) Neutral wire (B) X1-2 (E) PE wire (C) X1-3 (F) 4. Tighten the screws to the correct torque. Refer to section 12.4. HVC 200/300/360-EN | 002...

  • Page 60: Do A Check On The Electrical Parts

    4. Energize the 120 V AC connection for the precommissioning mode. 5. Measure the voltage before the breaker Q2. It must be 120 V AC. 6. Set the breaker Q2 to ON. 7. Set the precommissioning switch Q10 to the postion 1 (EXT). HVC 200/300/360-EN | 002...

  • Page 61: Commissioning

    1. Set the precommissioning switch Q10 to the postion 0. 2. Set the breaker Q2 to OFF. 3. De-energize the external 120 V AC power supply. 4. Measure the voltage before the breaker Q2. It must be 0 V AC. HVC 200/300/360-EN | 002...

  • Page 62: Remove The 120 V Cable For The Precommissioning Mode

    5. Fully remove the cable from the electrical system. Prepare for commissioning Preliminary requirements • Qualified installation engineer Danger: Hazardous voltage • Do not commission the EVSE. Only a service engineer of the manufacturer is qualified to commission the EVSE. HVC 200/300/360-EN | 002...
  • Page 63 Specification of the external fuse at the power distribution board • Date that the installation is done • Special remarks, for example to decline the authorization for the service engineer of the manufacturer to take photos HVC 200/300/360-EN | 002...

  • Page 64: Operation

    1. Make sure that the situation is safe again. 2. Turn the knob to release the emergency stop button. • The EVSE starts. • The LED indicator of the beacons become green. • The EVSE resumes the normal operation. HVC 200/300/360-EN | 002...

  • Page 65: Charge Session

    1. Follow the EV's instructions to start the charge session. 2. The EVSE shows the progress on the beacon for each outlet. Refer to section 3.4.1. 3. If the charge session does not start, contact ABB E-mobility Inc.. 8.4.3 Stop a charge session Do this procedure to stop a charge session at any time.

  • Page 66: Maintenance And Cleaning

    5. If necessary, apply wax on the front for extra protection and gloss. 6. If there was rust and you want it not to appear again, apply a rust-preventive primer. Ask the manufacturer for specifications and instructions. HVC 200/300/360-EN | 002...
  • Page 67 Maintenance and cleaning HVC 200/300/360-EN | 002...

  • Page 68: Access To Parts

    Close the door of the power cabinet Preliminary requirements • Door key to the power cabinet. Danger: Hazardous voltage • Make sure that only qualified personnel has access to the door key. Note: There is one unique door key for each cabinet. HVC 200/300/360-EN | 002...

  • Page 69: Remove The Plinth Covers Of The Power Cabinet

    Set of open spanners Procedure 1. Remove these parts: • Fasteners (A) • Plinth covers (B) 10.4 Install the covers Preliminary requirements • Set of open spanners • Four nuts with washers M6 (C), four bolts M5 (D) HVC 200/300/360-EN | 002...

  • Page 70: Remove The Ac Cover

    1. Loosen the fasteners and remove the lower lexan cover (A). 2. Loosen the fasteners and remove the upper lexan cover (B). 10.6 Install the AC cover Preliminary requirements • The main switch is set to • Screwdriver OFF. HVC 200/300/360-EN | 002...

  • Page 71: Open The Dc Door

    2. Turn the door key counterclockwise to unlock the door (B). 3. Do step 1 and 2 again for the second lock (C). 4. Open the door. 10.8 Close the DC door Preliminary requirements • Door key of the DC door HVC 200/300/360-EN | 002...
  • Page 72 1. Close the door. 2. Insert the door key in the lock (A). 3. Turn the door key counterclockwise to lock the door (B). 4. Do step 2 and 3 again for the second lock (C). HVC 200/300/360-EN | 002...

  • Page 73: Troubleshooting

    1. Try to find a solution for the problem with the aid of the information in this document. 2. If you cannot find a solution for the problem, contact the manufacturer or the local service unit. Refer to section 1.11. HVC 200/300/360-EN | 002...

  • Page 74: Technical Data

    HVC UL 360-2 M-P-0 ABB6AGC116222 300-4D UL HVC UL 300-4 M-PD-0 ABB6AGC116219 300-2D UL HVC UL 300-2 M-PD-0 ABB6AGC116221 300-4S UL HVC UL 300-4 M-P-0 ABB6AGC116220 300-2S UL HVC UL 300-2 M-P-0 ABB6AGC116226 200-4D UL HVC UL 200-4 M-PD-0 HVC 200/300/360-EN | 002...

  • Page 75: Parts Included In The Delivery

    Fasteners and washers, for the earthing M10, class A2, length 70 mm (2.75 in) connections Table 2: Cable lugs Location Wire Size Maximum width Maximum length [mm] [in] [mm] [in] Power cabinet AC input power DC power HVC 200/300/360-EN | 002...

  • Page 76: Torque Specifications

    Short circuit current rating 65 kA Electro Magnetic Compatibility (EMC) FCC Directive Immunity: Class A rating Emissions: Class A 12.6 Cleaning specifications Parameter Specification Cleaning agent pH value between 6 and 8 Non-abrasive tool Non-woven nylon hand pad HVC 200/300/360-EN | 002...

  • Page 77: Dimensions And Mass

    Technical data 12.7 Dimensions and mass Packaging Pallet Power cabinet Parameter Specification [kg] [lb] Mass < 1000 < 2200 Parameter Specification [mm] [in] 1170 1150 45.3 20.4 1250 49.2 24.5 24.7 2180 85.8 2352 92.6 1105 43.5 HVC 200/300/360-EN | 002...

  • Page 78: Cable Slack

    Specification [mm] [ft-in] AC input cable 1000 3'-4" Auxiliary AC input cable 3000 15'-8" DC power cable 3000 15'-8" PE cable 3000 15'-8" Interlock cable 3000 15'-8" DC guard cable 3000 15'-8" Ethernet cable 3000 15'-8" HVC 200/300/360-EN | 002...

  • Page 79: Space Requirements

    Total depth required for the power configuration, six power cabinets cabinet Space to open the power cabinet door Depth of the muffler Parameter Specification for a single power cabinet [mm] [in] 1370 53.9 1970 77.6 1100 43.3 HVC 200/300/360-EN | 002...

  • Page 80: Foundation Specifications

    Technical data 12.10 Foundation specifications 12.10.1 Power cabinet (custom foundation) 1190 1060 1019 Holes to install the fasteners of the gland plate power cabinet HVC 200/300/360-EN | 002...

  • Page 81: Power Cabinet (Metal Frame)

    -10 °C to +70 °C 14 °F to +158 °F Maximum allowed pressure decrease 300 Pa 0.09 inHg Storage conditions Indoor, dry Indoor, dry Relative humidity 5% - 95% (non-con- 5% - 95% (non-con- densing) densing) HVC 200/300/360-EN | 002...

  • Page 82: Wiring Diagram For The Optical Fiber Cables

    12.13 Cable specifications 12.13.1 General specifications for cables Parameter Specification Ambient resistance Resistance to placing in the ground, sub- merged in conduit Compliance UL recognized and approved components Isolation requirements UL recognized and approved components HVC 200/300/360-EN | 002...

  • Page 83: Ac Input Cables

    6-12 mm (0.23-0.47 in) Conductor Bare copper, fine wired, bunch stranded acc. to VDE 0295 CI.5/IEC CI.5 Insulation Special PVC that is serviceable for outdoor use, UV-protected, and oil resistant Nominal voltage 0.45 kV / 0.75 kV HVC 200/300/360-EN | 002...

  • Page 84: Dc Power Cables

    12.13.6 DC auxiliary power cables Parameter Specification Type 1x positive, 1x negative cable Unshielded Number of cores 2 wires Core identification Color Acc. to IEC 60446 Cross section 2.5-10 mm² (14-8 AWG) Diameter 10-14mm (0.4-0.6 in) HVC 200/300/360-EN | 002...

  • Page 85: Pe Cables

    0.75-2.5 mm² (20-14 AWG) Diameter 5-10mm (0.19-0.39 in) Conductor Fine strand copper wire Insulation PVC that is serviceable for outdoor use, UV- protected, and oil resistant Characteristic impedance 120 Ω ± 10% Test voltage 1.5 kV HVC 200/300/360-EN | 002...

  • Page 86: Interlock + Dc Guard Cable

    -40 °C to +80 °C (-40 °F to +176 °F) 12.13.11 Optical fiber cables Parameter Specification Type OM3, prefabricated - OM3, PCF or fiberglass (multimode, 850 nm) Number of fibers 4 (2 for spare) ® Connector type B-FCO(ST HVC 200/300/360-EN | 002...

  • Page 87: Ac Input Specifications

    Maximum power dissipation 391 kVA Power factor at full load ≥ 0.95 Efficiency >94% and 96% in power spectrum be- tween 20% and 100% of full power Nominal input current 470 A AC Short-circuit capacity 25 kA HVC 200/300/360-EN | 002...

  • Page 88: Dc Output Specifications

    430 A at • 500 A at 700 V DC 700 V DC 720 V DC • 250 A at • 375 A at • 450 A at 800 V DC 800 V DC 800 V DC HVC 200/300/360-EN | 002...

  • Page 89: Power Curve

    In the Dynamic variant the maximum output current for one outlet is available only when the sum of the output currents for all the outlets in use does not exceed the total output current of the power cabinet. 12.15.2 Power curve HVC 200 1000 HVC 300 1000 HVC 200/300/360-EN | 002...

  • Page 90: Protection For The Ac Auxiliary

    HVC 360 1000 Item Description 12.16 Protection for the AC auxiliary Parameter Specification Circuit breaker (CB) - HVC 200 350 A Circuit breaker (CB) - HVC 300 500 A Circuit breaker (CB) - HVC 360 600 A 12.17 Power consumption specifications...
  • Page 91 Technical data HVC 200/300/360-EN | 002...

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