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Руководство пользователя 4M Амфибия (00-03276). Основные функции, характеристики и условия эксплуатации изложены на 2 страницах документа в pdf формате.
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F. TROUBLESHOOTING To Parents: Please read through these If the motor does not run: FUN MECHANIC SERIES AMPHIBIAN instructions before giving gudiance to your children. • Check that you are using fresh batteries. Build a better tomorrow through education & awareness. You will like the other great Fun Mechanic kits: • Check that the batteries are inserted the correct way round in the battery case. ROVER • Check that the gear and the cog are lubricated • Check that all four bare pieces of wire are touching the metal terminal caps. 00-03270 Tin Can Robot Millions of soda can are being wasted daily. Help recycle one of A. SAFETY MESSAGES If the Amphibian Rover runs backwards: them and turn it into a cool robot which walks in silly movement 1. Adult supervision and assistance are required at all times. • Remove the terminal caps, swap over the wires from the motor and replace the caps. when it is turned on. It could be turned to a robot monster too. 2. This kit is intended for children ages over 8. Just cool. 3. This kit and its finished product contain small parts which may cause choking if misused. Keep away from G. HOW DOES IT WORK? children under 3 years old. The Amphibian Rover's wheels are turned by the motor, which turns the electricity from the batteries to 4. To prevent possible short circuits, never touch the contacts inside the battery case with any metal. movement. There are two sets of gears in the motor case that reduce the turning speed between the 5. If water is splashed onto the battery case or motor housing, dry it with a cloth to prevent rusting. You might motor and the wheels. They also increase the turning force of the motor. The first set of gears is the 00-03272 Smart Robot need to open the casing to dry inside. worm gear and the central cog wheel. One complete turn of the worm gear pushes the cog round by just A smart robot which changes its moving path when it hits an B. USE OF THE BATTERY obstacle. No remote control or programme chips. It just moves one tooth. The small cog reduces the turning speed between the central wheel and the axle. as if it has a brain. 1. Requires two 1.5V "AAA" batteries (not included). 2. For best results, always use a fresh batteries. When the Amphibian Rover is on water, the bottles work as floats instead of wheels. But they can't grip 3. Make sure you insert the batteries with the correct polarities. the water very well, so the paddles push on the water instead. 4. Remove the batteries from the kit when not in use. 5. Replace exhausted batteries straight away to avoid possible damage to the kit. H. FUN FACTS 6. Rechargeable batteries must be removed from the kit before recharging. • Your Amphibian Rover can travel on land and water. Vehicles that can do this are called amphibious 00-03273 Bottle Catamaran 7. Rechargeable batteries should be recharged under adult supervision. vehicles or simply amphibians. Construct a cool catamaran with this unique science project. 8. Do not attempt to recharge non-rechargeable batteries. • Amphibians are named after group of animals called amphibians, which includes frogs and toads. Watch your catamaran skim across the water on its pop-bottle 9. Do not mix old and new batteries. floats, pushed by its spinning propeller. Recycle two plastic Amphibians spend some of their lives on land and some in water. bottles to make its floats. It’s a fun mechanical kit and a 10. Do not mix alkaline, standard (carbon-zinc), or rechargeable (NiCd or NiMH) batteries. • The military use amphibious vehicles to carry troops and equipment across rivers and from ships to recycling project too. 11. Make sure that the supply terminals in the battery case are not short circuited. the shore. Amphibians are also used for rescue and in farming. • There are a few amphibious sports cars that turn into speed boats! The wheels fold up into the body C. CONTENTS 1 battery case (with wires attached) as the car enters the water. • There are even designs for scuba cars. A scuba car converts from a sports car to mini submarine. • The first amphibious car was built in 1918. • James Bond drove an amphibious car in the 1977 movie The Spy Who Loved Me. • Amphibian Rover’s large wheels stop it sinking into soft ground, such as mud. They spread the Rover’s weight over a large area. Vehicles that spread weight with large tyres like this are called low-ground- 2 paddles 2 halves of motor housing 1 battery case cover 2 terminal caps pressure vehicles. • Most plastic drinks bottles are made from a plastic called polyethylene terephthalate (PET for short). It's identified by a number 1 in the recycling symbol on the bottle. Questions & Comments • PET is recycled to make plastic flakes, which are used to make new containers and fabrics. Questions & Comments • The plastic from twenty-five 2-litre drinks bottle can make the fabric for a new fleece jacket. We value you as a customer and your satisfaction with this product is important to us. If you have comments or questions, 4 wheel hubs 1 axle with cog 1 cog 1 motor with worm gear screws and wires attached • Every year in the USA, a staggering 22 billion plastic water bottles are incinerated or thrown into or you find any part of this kit missing or defective, please do not hesitate to contact our distributor in your country. You will find the address printed on the package. You are also welcome to contact our Marketing Support Team: Email: landfill. infodesk@4m-ind.com, Fax (852) 25911566, Tel: (852) 28936241, Web site: WWW.4M-IND.COM 081110 1 body 1 transparent cover 41-03276/1 ©2008 4M Industrial Development Limited. All rights reserved. Also required but not included: 2 x 1.5V “AAA” batteries, small crosshead screwdriver and 4 x soda bottles. 3 D. ASSEMBLY Follow these steps to assemble your Amphibian Rover. Numbers refer to the diagrams. 1 1. Identify the two halves of the motor housing. One half has a long spindle, which the other does not. 11 Take the half with the spindle and push the motor into place in the slot in its corner. Gently push the red 2 wire from the motor through the hole in the corner. 3 2. Push the cog onto the short spindle in the centre of the housing, with the larger cog wheel next to the housing. The larger wheel should interlock with the motor's worm gear. 3. Look at the axle with cog. The grey plastic in the centre of the cog is longer on one side than the other. Push the axle on the longer side into the hole in the opposite corner to the motor. Lubricate your gear 4 and cogs. You can use a little cooking oil for this. 10 9 4. Now put the two halves of the housing together, making sure the axle and cog stay in place and the black wire is not trapped. Secure the two halves with three screws. 5. Push the completed motor housing into the body so that the cog in the housing fits into the recess in the body. Secure the housing with four screws. 12 6. Push the battery case onto the two short pins on the body. One wire from the battery case should come out from under each side of the case. Secure the case with two screws. 7. Now you need to connect the wires from the battery case to the wires from the motor. There are two 7 6 8 terminal holes on the body between the battery case and the motor housing. Push the bare ends of one 5 wire from the battery case and one wire from the motor into each hole. Push a terminal cap into each hole to trap the wires in place. Match the colours of the wires when doing the connection. E. OPERATION Place the Amphibian Rover on the floor where there is plenty of 8. Push a wheel hub onto each of the two back axles (the axles fixed to the body), with the flat side space for it to move along. Switch on the motor and watch it go! closest to the body. The wheel hubs should click into position. 9 Can your Amphibian Rover trundle over gravel and mud? 9. Push a wheel hub into the each of the paddles, with the flat side of the hub on the inside. Push the hubs and paddles onto each end of axle in the motor housing. Try putting your Amphibian Rover in a bath of water! The paddles will dig into the water and push it along. 10. Insert two 1.5 V "AAA" batteries into the battery case. The negative terminal (the flat end) of each battery goes against one of the springs in the battery case. If the motor runs, switch the switch to turn Try using different sizes plastic bottles. Your Rover will look it off. Attach the battery case cover with a screw. 8 7 giantic with the wheels using 1.25 litre bottles. 11. Install the transparent cover with 2 screws. 12 12. Screw a soda bottle into each wheel hub. Congratulations! Your Amphibian Rover is ready to go!
F. TROUBLESHOOTING To Parents: Please read through these If the motor does not run: FUN MECHANIC SERIES AMPHIBIAN instructions before giving gudiance to your children. • Check that you are using fresh batteries. Build a better tomorrow through education & awareness. You will like the other great Fun Mechanic kits: • Check that the batteries are inserted the correct way round in the battery case. ROVER • Check that the gear and the cog are lubricated • Check that all four bare pieces of wire are touching the metal terminal caps. 00-03270 Tin Can Robot Millions of soda can are being wasted daily. Help recycle one of A. SAFETY MESSAGES If the Amphibian Rover runs backwards: them and turn it into a cool robot which walks in silly movement 1. Adult supervision and assistance are required at all times. • Remove the terminal caps, swap over the wires from the motor and replace the caps. when it is turned on. It could be turned to a robot monster too. 2. This kit is intended for children ages over 8. Just cool. 3. This kit and its finished product contain small parts which may cause choking if misused. Keep away from G. HOW DOES IT WORK? children under 3 years old. The Amphibian Rover's wheels are turned by the motor, which turns the electricity from the batteries to 4. To prevent possible short circuits, never touch the contacts inside the battery case with any metal. movement. There are two sets of gears in the motor case that reduce the turning speed between the 5. If water is splashed onto the battery case or motor housing, dry it with a cloth to prevent rusting. You might motor and the wheels. They also increase the turning force of the motor. The first set of gears is the 00-03272 Smart Robot need to open the casing to dry inside. worm gear and the central cog wheel. One complete turn of the worm gear pushes the cog round by just A smart robot which changes its moving path when it hits an B. USE OF THE BATTERY obstacle. No remote control or programme chips. It just moves one tooth. The small cog reduces the turning speed between the central wheel and the axle. as if it has a brain. 1. Requires two 1.5V "AAA" batteries (not included). 2. For best results, always use a fresh batteries. When the Amphibian Rover is on water, the bottles work as floats instead of wheels. But they can't grip 3. Make sure you insert the batteries with the correct polarities. the water very well, so the paddles push on the water instead. 4. Remove the batteries from the kit when not in use. 5. Replace exhausted batteries straight away to avoid possible damage to the kit. H. FUN FACTS 6. Rechargeable batteries must be removed from the kit before recharging. • Your Amphibian Rover can travel on land and water. Vehicles that can do this are called amphibious 00-03273 Bottle Catamaran 7. Rechargeable batteries should be recharged under adult supervision. vehicles or simply amphibians. Construct a cool catamaran with this unique science project. 8. Do not attempt to recharge non-rechargeable batteries. • Amphibians are named after group of animals called amphibians, which includes frogs and toads. Watch your catamaran skim across the water on its pop-bottle 9. Do not mix old and new batteries. floats, pushed by its spinning propeller. Recycle two plastic Amphibians spend some of their lives on land and some in water. bottles to make its floats. It’s a fun mechanical kit and a 10. Do not mix alkaline, standard (carbon-zinc), or rechargeable (NiCd or NiMH) batteries. • The military use amphibious vehicles to carry troops and equipment across rivers and from ships to recycling project too. 11. Make sure that the supply terminals in the battery case are not short circuited. the shore. Amphibians are also used for rescue and in farming. • There are a few amphibious sports cars that turn into speed boats! The wheels fold up into the body C. CONTENTS 1 battery case (with wires attached) as the car enters the water. • There are even designs for scuba cars. A scuba car converts from a sports car to mini submarine. • The first amphibious car was built in 1918. • James Bond drove an amphibious car in the 1977 movie The Spy Who Loved Me. • Amphibian Rover’s large wheels stop it sinking into soft ground, such as mud. They spread the Rover’s weight over a large area. Vehicles that spread weight with large tyres like this are called low-ground- 2 paddles 2 halves of motor housing 1 battery case cover 2 terminal caps pressure vehicles. • Most plastic drinks bottles are made from a plastic called polyethylene terephthalate (PET for short). It's identified by a number 1 in the recycling symbol on the bottle. Questions & Comments • PET is recycled to make plastic flakes, which are used to make new containers and fabrics. Questions & Comments • The plastic from twenty-five 2-litre drinks bottle can make the fabric for a new fleece jacket. We value you as a customer and your satisfaction with this product is important to us. If you have comments or questions, 4 wheel hubs 1 axle with cog 1 cog 1 motor with worm gear screws and wires attached • Every year in the USA, a staggering 22 billion plastic water bottles are incinerated or thrown into or you find any part of this kit missing or defective, please do not hesitate to contact our distributor in your country. You will find the address printed on the package. You are also welcome to contact our Marketing Support Team: Email: landfill. infodesk@4m-ind.com, Fax (852) 25911566, Tel: (852) 28936241, Web site: WWW.4M-IND.COM 081110 1 body 1 transparent cover 41-03276/1 ©2008 4M Industrial Development Limited. All rights reserved. Also required but not included: 2 x 1.5V “AAA” batteries, small crosshead screwdriver and 4 x soda bottles. 3 D. ASSEMBLY Follow these steps to assemble your Amphibian Rover. Numbers refer to the diagrams. 1 1. Identify the two halves of the motor housing. One half has a long spindle, which the other does not. 11 Take the half with the spindle and push the motor into place in the slot in its corner. Gently push the red 2 wire from the motor through the hole in the corner. 3 2. Push the cog onto the short spindle in the centre of the housing, with the larger cog wheel next to the housing. The larger wheel should interlock with the motor's worm gear. 3. Look at the axle with cog. The grey plastic in the centre of the cog is longer on one side than the other. Push the axle on the longer side into the hole in the opposite corner to the motor. Lubricate your gear 4 and cogs. You can use a little cooking oil for this. 10 9 4. Now put the two halves of the housing together, making sure the axle and cog stay in place and the black wire is not trapped. Secure the two halves with three screws. 5. Push the completed motor housing into the body so that the cog in the housing fits into the recess in the body. Secure the housing with four screws. 12 6. Push the battery case onto the two short pins on the body. One wire from the battery case should come out from under each side of the case. Secure the case with two screws. 7. Now you need to connect the wires from the battery case to the wires from the motor. There are two 7 6 8 terminal holes on the body between the battery case and the motor housing. Push the bare ends of one 5 wire from the battery case and one wire from the motor into each hole. Push a terminal cap into each hole to trap the wires in place. Match the colours of the wires when doing the connection. E. OPERATION Place the Amphibian Rover on the floor where there is plenty of 8. Push a wheel hub onto each of the two back axles (the axles fixed to the body), with the flat side space for it to move along. Switch on the motor and watch it go! closest to the body. The wheel hubs should click into position. 9 Can your Amphibian Rover trundle over gravel and mud? 9. Push a wheel hub into the each of the paddles, with the flat side of the hub on the inside. Push the hubs and paddles onto each end of axle in the motor housing. Try putting your Amphibian Rover in a bath of water! The paddles will dig into the water and push it along. 10. Insert two 1.5 V "AAA" batteries into the battery case. The negative terminal (the flat end) of each battery goes against one of the springs in the battery case. If the motor runs, switch the switch to turn Try using different sizes plastic bottles. Your Rover will look it off. Attach the battery case cover with a screw. 8 7 giantic with the wheels using 1.25 litre bottles. 11. Install the transparent cover with 2 screws. 12 12. Screw a soda bottle into each wheel hub. Congratulations! Your Amphibian Rover is ready to go!