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Details Freedom turbine models (1600W/2000W) and voltage identification (12V, 24V, 48V) via colored dots.
Critical safety warning about lethal voltage and current levels from turbines, emphasizing safety precautions.
Recommends tower design with hinge plates or guyed wires, emphasizing height for optimal wind access.
Explains how structures cause turbulence, reducing output and causing erratic turbine movement. Recommends higher placement.
Details grounding requirements using a stake and 4-gauge wire to the tower, mentioning battery grounding.
Guides on identifying and correctly installing Raptor Generation 4/5 and Falcon blades, noting flat face direction.
Provides specific torque values (ftlbs) for Raptor Generation 4, 5, and Falcon blades to prevent damage or loosening.
Explains blade flexibility and self-straightening, warning about severe harm from fast-spinning blades and proximity to obstacles.
Advises annual inspection of blades and hub fasteners for damage, corrosion, and tightness.
States that bearings require approximately 100 hours of break-in time, during which turbine startup may be slow.
Details the PMG's 3-phase AC output and the necessity of connecting to an AC-to-DC rectifier, not household panels.
Emphasizes using solid wire, proper sizing for amps/distance, and making clean, tight electrical connections.
Explains the brake switch's role in securing blades during tower work and advises against free-spinning.
Mandates mounting the rectifier for heat dissipation and placing an inline fuse after the rectifier on the positive DC side.
Warns against installing electrical components near flammable materials and recommends space around components.
Advises mounting dump loads away from flammables on fire-proof surfaces and placing the divert controller out of weather.
Stresses critical importance of proper wire size for system operation and safety, referring to a DC wire chart.
Guides on attaching tail arms, clamp connector, and L-bracket to the PMG mount, ensuring correct orientation and clearance.
Instructs to attach the tail fin, securing all bolts to a torque of 15 ftlbs for proper function.
Explains sliding the lock collar over the steel pipe, securing it without overtightening, and ensuring clearance for the mount.
Describes sliding the mount and tail assembly onto the pipe, resting on a washer/bearing, and using a hose clamp.
Details attaching the PMG to the mount using 4 bolts, with specific torque of 20 ftlbs, referencing an illustrated breakdown.
Guides on placing the hub on the rotor shaft, aligning the key slot, and tightening bolts to the stabilizer with a torque of 60 ftlbs.
Advises setting brake switch to 'Brake' and ensuring blades are stationary before connecting battery bank to divert controller.
Instructs monitoring battery voltage and listening for divert controller activity during high winds or full battery.
Emphasizes reading instructions, having product model numbers, and providing system pictures for efficient troubleshooting support.
Advises measuring DC voltage and current at the rectifier when disconnected from the charge controller, avoiding high-wind conditions.
Explains charging conditions, power calculation, and warns against mismatched battery banks leading to undercharging.
Identifies unbalanced blades or backwards installation as causes of vibration and provides methods for straightening bent blades.
Highlights hot connection points indicating wire capacity issues and advises checking for open circuits from stator to batteries.
Lists checks for non-charging turbines: PMG voltage match, wire size/connections, battery terminal connection, and wind speed.
Instructs checking rectifier ohms (Ω) and PMG stator resistance to identify shorts or defective components, and warns against series rectifier wiring.
This document outlines the installation, operation, and maintenance of a Missouri Wind and Solar wind turbine system, designed to convert wind energy into electrical power for battery charging.
The wind turbine system primarily functions as a power generator, utilizing wind to produce electricity. At its core is the Permanent Magnet Generator (PMG), which outputs 3-phase wild AC power. This AC power is then converted to DC by a bridge rectifier, making it suitable for charging batteries. The system incorporates a divert (charge) controller and a diversion (dump) load to regulate battery charging and prevent overcharging. When the battery bank reaches a preset voltage, the divert controller directs excess energy to the dump load, which dissipates it as heat. This ensures the longevity of the batteries and the safe operation of the system. An optional brake switch is included to secure the blades from turning during installation or maintenance, preventing accidental rotation and potential injury. The entire system is designed to be mounted on a tower, with specific considerations for tower height and location to optimize wind capture and minimize turbulence.
The turbine is designed for ease of use with several key features. Blade and hub assembly involves attaching semi-flexible blades to the hub, with specific torque requirements for the bolts to ensure secure, yet not overtightened, connections. The blades are designed to self-straighten over time if slightly bent. The system's electrical wiring is straightforward, connecting the PMG to a brake switch (if used), then to a bridge rectifier, and finally to a divert controller and battery bank. Colored dots on the turbine's electrical wiring indicate the voltage (12V, 24V, or 48V), simplifying identification.
For operation, once the tower is erected and all electrical connections are made, the brake switch is toggled to the "On" position. Users are advised to monitor the battery bank voltage via the divert controller and, if available, an ammeter to observe current flow. The divert controller's "dumping" action, audible as solenoid clicks, indicates proper regulation during high winds or when batteries are nearly full. The system is designed to operate effectively in winds of 6 MPH or greater, with power output increasing with higher tower heights.
Safety is a paramount usage feature. The manual explicitly warns against lethal voltage and current levels and emphasizes the importance of proper grounding. It advises against placing the turbine near power lines or structures that could interfere with the blades. The brake switch is crucial for safe installation and maintenance, ensuring the blades are stationary. Users are also cautioned against braking the turbine in high winds to prevent overheating and damage.
Regular maintenance is crucial for the longevity and optimal performance of the wind turbine system. Annually, users should inspect the blades and hub mounting fasteners for any signs of damage, corrosion, or looseness, particularly in humid or salty environments. The blades themselves are UV protected and do not require painting or initial surface coating.
The system includes a "break-in" period of approximately 100 hours for the bearings, during which turbine startup may be slow. This is a normal part of the system settling in.
Electrical connections require periodic checks. The manual stresses the importance of using appropriate wire sizes, clean and tight electrical connections, and proper soldering (if applicable) to prevent heat buildup and power loss. All connections on the bridge rectifier should be inspected to ensure they are not touching the conductive aluminum housing, which could cause serious issues. Inline fuses or breakers are recommended directly after the rectifier on the positive DC side for protection.
Troubleshooting guidance is provided to assist with common issues. If the turbine is not charging the battery bank, users are advised to verify PMG voltage matches battery bank voltage, check wire sizes and connections, and ensure proper polarity. If blades are not spinning or seem unbalanced, checking the ohms of the PMG's stators and inspecting for shorted phases is recommended. The manual also addresses issues like heat buildup during sustained high-wind operation, suggesting that this is a normal function of the turbine's power output. For bent blades, a method involving heat and weight is described to straighten them. The manual encourages users to refer to the provided instructions and contact support with detailed information and pictures for more complex issues.
General| Number of Blades | 3 |
|---|---|
| Rated Power | 2000 Watts |
| Voltage | 12V/24V/48V |
| Rated Wind Speed | 28 mph |
| Survival Wind Speed | 110 mph |
| Blade Material | Fiberglass |
