User`s Manual
Contents
1. Using the Power Supply gt To use the power supply to charge a device such as a cell phone or a laptop the power supply case may be disconnected from the rack on the back of the bicycle by removing the nuts from the small screws which attach the power supply case to the rack shown in figure 2 and carefully lifting the power supply case off of the rack gt Disconnect the two visible wires inside of the power supply case by gently pulling the black wire out of the black female connector and the red wire out of the red female connector gt Flip the charge switch to the off position down and the discharge switch to the on position up gt Plug the desired devices into the inverter in the power supply case and flip the red power switch to the on position to begin receiving power shown in figure 6 Inverter and power switch Figure 6 Inverter and power switch gt When the red discharge light located below the discharge switch comes on the battery has been drained and will no longer charge or power your device At this point you may choose to reattach the power supply case to the bicycle to charge the battery again VV VV When Not In Use Keep the power supply case stored inside away from extreme temperatures Leave both the charge switch and the discharge switch in the off position Store the bicycle in a dry place away from snow rain and extreme temperatures If the power supply case is st2. User s Manual Portable Environmental Electromechanical Voltage Supply PEEVS April 27 2010 Table of Contents Product Overview Safety Precautions Before Use and While Riding Using the Power Supply When Not In Use General Maintenance Product Overview The Portable Environmental Electromechanical Voltage Supply PEEVS is a mobile bicycle that allows you to generate power and store it in a battery just by pedaling As you ride the bicycle the power supply attached to the back gains charge and holds it until you are ready to use it Once it has been fully charged you may remove the power supply case from the bicycle and use it to power small electronic devices such as a cell phone charger or a laptop PEEVS operates using a system based on the Faraday principle which states that a magnet passing back and forth through the center of a coil of wire will produce a magnetic field capable of producing electricity PEEVS does just that by using a crankshaft and piston apparatus As you pedal the bike it will travel forward just like a normal bicycle and also a secondary chain will drive the crankshaft which operates the magnetic piston The magnetic piston oscillates inside a copper coil to generate electricity and send it to the battery to be used by you The PEEVS system is shown in figure 1 below Figure 1 PEEVS System Safety Precautions While riding keep fingers and all other extremities clear of the chain and other mo
3. k wires 4 gt Make sure the discharge switch is off in the down position and the charge switch is on in the up position as shown in figure 4 The switches are located on the outside of the power supply case Discharge switch down Charge switch up Figure 4 Charge and discharge switches gt Atthis point you are ready to ride the PEEVS bicycle just as you would ride any other bicycle gt The PEEVS bicycle features an LED headlight that may be powered by the battery To use this feature you may flip the discharge switch to the on position and press the power button on top of the headlight shown in figure 5 to turn it on Headlight power button Figure 5 Turning on the headlight gt As stated in the Safety Precautions section the gear setting is not to be changed while riding The gear setting has been carefully selected to optimize the battery charging capabilities Attempting to change the gear setting may cause the two chains on the rear gear set to jam and or break When the green indicator light located below the charge switch comes on the battery has been fully charged and the overcharge protection system has been activated At this point the charge switch may be flipped to the off position down and the power supply may be removed from the bicycle and used to power up to two small electronic devices up to 20 Watts You are now ready to move on to the Using the Power Supply section
4. ored on the bike make sure the wires connecting the faraday coil to the circuit board are disconnected as instructed in the safety precautions General Maintenance Keep both chains clean and lubricated to extend the life of the drivetrain Always make sure that the tires are properly inflated before riding Check the piston periodically to ensure that it stays lubricated If it requires lubrication coat it lightly with machine oil The PEEVS battery is rated for 300 charge discharge cycles If at any time the battery fails to hold a charge it can be replaced by any 12 Volt 40 Amp Hr Lead Acid rechargeable battery
5. ving parts Failure to do so may cause injury Do not attempt to change the gear setting of the bicycle while riding The gear setting has been carefully selected to optimize the battery charging capabilities Attempting to change the gear setting may cause the two chains on the rear gear set to jam and or break Because of the weight of the battery the power supply case should always be supported from the bottom when it is being carried to prevent injury Because of all the electrical components housed in the power supply case the bicycle should never be ridden in the rain Doing so may cause system malfunction or electric shock Before Use and While Riding gt Make sure the power supply case is mounted securely with all four nuts tightened onto the screws located underneath the shelf of the power supply rack shown in figure 2 Tighten nuts to secure Figure 2 How to attach power supply case gt Ensure that the proper wire connections are made by opening the power supply case and looking for two wires red and black with female connectors shown in figure 3 There will also be a set of two corresponding wires also red and black not shown Before riding the bicycle these wires need to be connected Simply plug the red wire into the female connector of the other red wire and the black wire into the female connector of the other black wire Red female connector Black female connector Figure 3 Connecting the red and blac
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