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LE-v150 & LE-v150 Extreme Turbine Installation & Operation Guide A silent and robust vertical axis wind power for a range of off-grid applications... Leading Edge Turbines Ltd Tel: +44 (0)1981 241668 Skyrrid Farm, Pontrilas, Hereford. HR2 0BW. UK www.leturbines.com Page 1 of 28...
Read this first 1. Don’t connect the wind turbine in the wrong polarity Make sure you connect the +ve of the turbine to the +ve of the battery (red to red) and the -ve of the turbine to the -ve of the battery (black to black). Failing to do so will damage the equipment and invalidate your warranty.
This installation manual covers the both the standard LE-v150 and the LE-v150 Extreme wind turbine. All references to the LE-v150 includes the LE-v150 Extreme; the LE-v150 Extreme is painted black and optimised for locations where winds regularly gust to more than 27m/s (60mph).
Your LE-v150 turbine will inevitably be installed upon a mast or tower or other support structure. This may mean working at height. Always ensure that all personnel in the immediate vicinity are aware of any lifting / hoisting operations that will be occurring.
Fig 2: Energy Conversion Package Contents Your LE-v150 turbine will arrive containing the components shown below. If any of the components are missing or damaged, please contact your dealer immediately. LE-v150 Turbine: Qty 1 User Manual: Qty 1 Tools Required For Assembly You will require the following tools to assemble your LE-v150 turbine: ...
Mechanical Assembly Procedure 1) Unpacking - Inspect the contents of the box and ensure that all items are present and free from damage. If any of the components are missing or damaged, please contact your dealer immediately. 2) Check Main Rotor & Continuity - Ensure that the main rotor is free turning and does not scrape or rub as it rotates - see Fig 3.
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4) Fix the turbine in its mounting Position – With the turbine removed from the baseboard, it can now be fitted in its intended position. The LE-v150 is supplied as standard with three universal flat mounting brackets. Dimensions of the brackets can be found below. Using 70mm Exhaust clamps, the turbine can be fixed to a 50mm outer diameter pole.
This type of system will often expand ‘organically’, but the following guidelines should be followed: Follow the appropriate electrical code - The electrical wiring of your LE-v150 turbine and associated electrical systems must be done in accordance with national and local electrical codes and regulations.
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When the LE-v150 is to be used in a hybrid system with multiple power sources such as solar PV, we recommend that you use our 45A diversion charge controller and separate dump load.
Turbine Operation The LE-v150 turbine is based on a simple design for ease of installation and reliable operation. You may notice the following behaviour during normal operation: Cut-in - The turbine will not begin to charge the batteries until the rotor is spinning at approximately 120 RPM.
Maintenance Please follow the preventive maintenance programme listed below. This will ensure that the turbine operates reliably and safely with good efficiency. Always shut down the turbine before attempting to carry out maintenance. Post-Installation Checks (to be carried out one month after installation): ...
Spares The following components may need to be replaced during the service life of your LE-v150 turbine. Please contact your nearest Leading Edge Turbines’ Dealer, and quote the part numbers listed below. Rotor Blade (set of 3): DP-LETU-303 (x3) Bearing Housing:...
Warranty Your LE-v150 turbine from Leading Edge Turbines (LET) carries a two-year warranty, as supported by a retailer’s receipt. The warranty starts from the date of installation or ninety (90) days after shipment from the LET factory, whichever comes first.
The user of this information and product assumes full responsibility and risk. The LE-v150 turbine is a source of electrical power. It must be installed in accordance with local building and electrical regulations. Consult your local planning (zoning) office for details.
Appendix 1: DL-300 Charge Controller User Manual Tel: +44 (0)1981 241668 Skyrrid Farm, Pontrilas, Hereford. HR2 0BW. UK www.leturbines.com Page 19 of 28...
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Operation & Specification As the LE-v150 turbine charges the batteries the State of Charge (SOC) and battery voltage will rise. Once the batteries reach full capacity, the dump load controller begins to bleed power from the turbine into the dump load.
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Safety must always be your primary concern during the assembly, installation and operation of your LE-v150 turbine and DL-300 charge controller. Always be aware of the risks involved with mechanical and electrical installation work. If in doubt about any issue regarding your turbine system, please seek further assistance before proceeding.
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A 24V DL300 controller should only be used on a 24V battery system. Do not interchange. Follow the appropriate electrical code - The electrical wiring of your LE-v150 turbine and associated electrical systems must be done in accordance with national and local electrical codes and regulations.
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Protect the cables - The power transmission cables must be protected from mechanical damage and fatigue. Run the cables through an approved conduit / trunking. Cable strain relief - Prevent mechanical strain on all cables. Cable ties or cable glands are a good way to prevent mechanical strain on the cables.
Appendix 2: Run / Stop Switch User Manual Only operate in light winds Tel: +44 (0)1981 241668 Skyrrid Farm, Pontrilas, Hereford. HR2 0BW. UK www.leturbines.com Page 24 of 28...
Universal Run / Stop Switch. This will assure optimum performance and safety. The Universal Run / Stop Switch is designed to allow the user to dynamically brake a LE-v150 turbine or LE-v150 turbine at will. This is achieved by disconnecting the power output of the turbine from the relevant load and diverting it to a short circuit which then applies the dynamic braking effect on the permanent magnet alternator of the turbine.
Ensure that you have followed the cable-sizing guidelines to ensure that the correct size of cable has been selected. If a cable of insufficient cross-sectional area is used at any point in the electrical system, heat will build up in the cables causing a potential fire hazard. A properly-sized fuse or circuit breaker should be used in the cables connected to the battery.