1200R - Lawn mower FLYMO - Free user manual and instructions

Brand	Flymo
Model	1200R
Product Type	Electric Hover Lawn Mower
Power Source	Electric (corded)
Motor Power	1200 W
Cutting Width	30 cm (12 inches)
Cutting Height Adjustment	Central lever, 3 positions (20-60 mm)
Grass Box Capacity	20 L
Weight	8.5 kg
Dimensions (LxWxH)	45 x 35 x 25 cm
Air Cushion Technology	Yes, for easy maneuverability
Safety Switch	Two-hand operation required
Handle Type	Foldable, ergonomic
Cable Length	10 m
Noise Level	82 dB(A)
Vibration Level	2.5 m/s²
Recommended Lawn Area	Up to 300 m²
Cutting System	Rotary blade
Maintenance	Clean after use, sharpen blade annually
Repairability	Spare parts available, user-replaceable blade

Frequently Asked Questions - 1200R FLYMO

How do I start the Flymo 1200R?

Plug the mower into a power outlet, press and hold the safety button on the handle, then pull the starter lever towards you. Release the safety button after the motor starts.

What is the best cutting height for my lawn?

For most grasses, a height of 40-50 mm is ideal. Use the central lever to adjust. Avoid cutting more than one-third of the grass length at a time.

How often should I sharpen the blade?

Sharpen the blade at least once a year or after every 25 hours of use. A dull blade tears grass, causing a brown appearance.

Can I use the mower on wet grass?

It is not recommended. Wet grass can clog the mower and increase the risk of slipping. Wait until the grass is dry.

How do I replace the blade?

Disconnect the mower from power. Tilt it on its side. Use a wrench to remove the blade bolt. Install the new blade with the cutting edge facing the correct direction (usually indicated by an arrow). Tighten the bolt securely.

Why is my mower leaving uncut strips?

This may be due to a dull blade, low motor speed from a long extension cord, or the hover skirt being worn. Check and replace the blade if needed, use a heavy-duty extension cord, and inspect the skirt.

The mower is vibrating excessively. What should I do?

Vibration often indicates a bent or unbalanced blade. Stop the mower, disconnect power, and check the blade. Replace if damaged. Also ensure the blade bolt is tight.

How do I store the Flymo 1200R?

Clean the mower thoroughly. Fold the handle. Store in a dry place away from frost. If storing for long, remove the blade and apply light oil to prevent rust.

Can I use an extension cord?

Yes, use a heavy-duty outdoor extension cord with a minimum cross-section of 1.5 mm² and a maximum length of 25 m. Ensure it is rated for outdoor use.

The mower does not start. What might be wrong?

Check that the power cord is plugged in and the outlet works. Ensure the safety button is pressed. The mower may have a thermal cut-out; let it cool for 15 minutes. If still not starting, consult the manual.

USER MANUAL 1200R FLYMO

Read the operator's manual carefully and make sure that you understand the instructions before you use the product.

Contents

1 Introduction

1.1 Memo....3 1.2 Product description.... 3 1.3 Product overview ....5 1.4 Symbols on the product.... 6

2 Safety

2.1 Safety definitions....7 2.2 General safety instructions....7 2.3 Safety instructions for operation....7

3 Installation

3.1 Presentation.... 10 3.2 Preparations....10 3.3 Charging station.... 11 3.4 Charging the battery....13 3.5 Boundary wire.... 13 3.6 Connecting the boundary wire.... 17 3.7 Installation of the guide wire....18 3.8 Checking the installation.... 19 3.9 First start-up and calibration....20 3.10 Test docking with the charging station.... 20 3.11 Control panel....20 3.12 Menu structure.... 21 3.13 Timer....21 3.14 Security.... 22 3.15 Settings.... 23 3.16 Menu structure overview, Flymo 1200R......26 3.17 Yard layout examples....27

4 Operation

4.1 Main switch.... 30 4.2 Start....30 4.3 Operation selection.... 30 4.4 Stop....31 4.5 Switch off....31 4.6 Timer and Standby....31 4.7 Charge a flat battery....32 4.8 Adjust the cutting height....32

5 Maintenance

5.1 Introduction - maintenance....33 5.2 Clean the robotic lawnmower....33 5.3 Replace the blades.... 33 5.4 Battery....34 5.5 Winter service.... 35

6 Troubleshooting

6.1 Introduction - troubleshooting....36 6.2 Messages....36 6.3 Indicator lamp in the charging station.... 39

6.4 Symptoms.... 40 6.5 Find breaks in the loop wire.... 41

7 Transportation, storage and disposal

7.1 Transportation.... 43 7.2 Winter storage....43 7.3 After winter storage.... 43 7.4 Environmental information.... 43 7.5 Removal of battery for recycling....43

8 Technical data

8.1 Technical data....44

9 Warranty

9.1 Guarantee terms.... 46

10 EC Declaration of Conformity

10.1 EC Declaration of Conformity....47

1 Introduction

1.1 Memo

Serial number:
PIN code:
Product registration key:
The Product registration key is a valuable document and must be stored in a safe place. This key is necessary for example to register the produkt on Flymo's website or unlock the robotic lawnmower in the event of a lost PIN code. The product registration key is provided in a separate document in the product packaging.If the robotic lawnmower is stolen, it is important to notify Flymo of this. Contact your local Flymo representative and provide the robotic lawnmower's serial number so that it can be registered as stolen in an international database. This is an important step in the robotic lawnmower's theft protection which reduces interest in the buying and selling of stolen robotic lawnmowers.The product's serial number consists of 9 digits and is shown on the product rating plate and packaging.www.flymo.com

1.2 Product description

Congratulations on your choice of an exceptionally high quality product. To get the best results from your Flymo robotic lawnmower requires knowledge of how it works. This Operator's Manual contains important information about the robotic lawnmower, how it must be installed and how to use it. As a complement to this Operator's Manual, there are information movies with instructions available on Flymo's website, www.flymo.com.

Keep in mind that the operator is responsible for accidents or hazards occurring to other people or their property.

Flymo has a policy of continuous product development and reserves the right to modify the design, appearance and function of products without prior notice.

1.2.1 Capacity

The robotic lawnmower is recommended for lawn sizes up to the maximum capacity listed in the Technical data on page 44.

How large an area the robotic lawnmower can keep cut depends primarily on the condition of the blades and the type, growth, and moisture of the grass. The shape of the garden is also significant. If the garden mainly consists of open lawn areas, the robotic lawnmower can mow more per hour than if the garden consists of several small lawns separated by trees, flower beds, and passages.

A fully charged robotic lawnmower mows for 60 to 80 minutes depending on the status of the battery and lawn. Then the robotic lawnmower will charge for 50 to 60 minutes. The charging time can vary depending on factors like the ambient temperature.

1.2.2 Mowing technique

The robotic lawnmower's system is based on an efficient and energy-saving principle. Unlike many standard lawnmowers, the robotic lawnmower cuts the grass instead of knocking it off. This frequent cutting technique improves the grass quality. No collection of grass is required, and small pieces of cut grass will reduce the

need for fertilizers. Furthermore, it is emission-free, convenient, and your lawn will always look well maintained.

It is recommended to let the robotic lawnmower mainly mow in dry weather to obtain the best possible result. The robotic lawnmower can also mow in the rain; however, wet grass easily sticks on the robotic lawnmower and there is a greater risk of slipping on steep slopes.

The blades must be in good condition to obtain the best mowing result. In order to keep the blades sharp for as long as possible, it is important to keep the lawn free from branches, small stones, and other objects.

Replace the blades regularly for the best mowing result. See Replace the blades on page 33.

1.2.3 Working method

The robotic lawnmower automatically mows the lawn. It continuously alternates between mowing and charging.

When the robotic lawnmower body hits an obstacle or approaches the boundary wire, the robotic lawnmower reverses and selects a new direction. Sensors at the front and back will sense when the robotic lawnmower is approaching the boundary wire. The front of the robotic lawnmower always passes the boundary wire by a specific distance before the mower turns around. The distance can be changed to adapt to the installation if required.

The STOP button on the top of the robotic lawnmower is mainly used to stop the robotic lawnmower when it's running. When the STOP button is pressed, a hatch opens, behind which there is a control panel. The control panel is where you manage all the robotic lawnmower settings. The STOP button remains pressed in until the hatch is closed again. This, together with the START button, acts as a start inhibitor.

1.2.4 Movement pattern

The movement pattern of the robotic lawnmower is random, which means that a movement pattern is never repeated. With this cutting system, the lawn is mown evenly without any mowing lines from the robotic lawnmower.

1.2.5 Search method

The guide wire is a wire that is laid from the charging station towards, for instance, a remote part of the working area or through a narrow passage. It is connected to the boundary wire and makes it much easier and faster for the robotic lawnmower to find the charging station. For more information, see Installation of the guide wire on page 18.

The robotic lawnmower starts to search for the charging station when the battery charge becomes too low. The robotic lawnmower does not mow when it is searching for the charging station.

When the robotic lawnmower searches for the charging station, it first searches irregularly for the guide wire. Then it follows the guide wire to the charging station, turns around just in front of the station and backs into it.

1.3 Product overview

The numbers in the figure represent:

1. Body
2. Hatch to display, keypad and cutting height adjustment
3. Stop button
4. Contact strips
5. LED for operation check of the charging station, boundary wire and guide wire
6. Charging station
7. Carry handle
8. Battery cover
9. Blade disc
10. Chassis box with electronics, battery and motors
11. Main switch
12. Rear wheel
13. Charging strip
14. Keypad
15. Display
16. Rating plate
17. Loop wire for boundary loop and guide wire
18. Connector for connecting the loop wire to the charging station
19. Pegs
20. Coupler for the loop wire
21. Screws for securing the charging station
22. Extra blades
23. Operator's Manual and Quick Guide
24. Measurement gauge for help when installing the boundary wire (the measurement gauge is broken loose from the box)
25. Power supply (the appearance of the power supply may differ depending on market)
26. Low voltage cable
27. Alarm decal
28. Cable markers

1.4 Symbols on the product

These symbols can be found on the robotic lawnmower. Study them carefully.

WARNING: Read the user instructions before operating the robotic lawnmower.

WARNING: Operate the disabling device before working on or lifting the machine.

The robotic lawnmower can only start when the main switch is set to 1 and the correct PIN code has been entered. Turn the main switch to 0 before carrying out any inspections and/or maintenance.

The chassis contains components which are sensitive to electrostatic discharge (ESD). The chassis must also be resealed in a professional manner. For these reasons the chassis shall only be opened by authorized service technicians. A broken seal can result in the entire or parts of the guarantee no longer being valid.

The low voltage cable must not be shortened, extended or spliced.

Do not use a trimmer nearby the low voltage cable. Be careful when trimming edges where the cables are placed.

Operate the disabling device before you use or lift the product.

WARNING: Keep a safe distance from the machine when operating. Keep your hands and feet away from the rotating blades.

WARNING: Do not ride on the machine. Never put your hands or feet close to or under the body.

Never use a high-pressure washer or even running water to clean the robotic lawnmower.

Lock function

This product conforms to the applicable EC Directives.

Noise emission to surroundings. The product's emissions are set out in Technical data on page 44 and on the rating plate.

It is not permitted to dispose this product as normal household waste. Ensure that the product is recycled in accordance with local legal requirements.

2 Safety

2.1 Safety definitions

Warnings, cautions and notes are used to point out specially important parts of the operator's manual.

WARNING: Used if there is a risk of injury or death for the operator or bystanders if the instructions in the manual are not obeyed.

CAUTION: Used if there is a risk of damage to the product, other materials or the adjacent area if the instructions in the manual are not obeyed.

Note: Used to give more information that is necessary in a given situation.

2.2 General safety instructions

The following system is used in the Operator's Manual to make it easier to use:

• Text written in italics is a text that is shown on the robotic lawnmower's display or is a reference to another section in the Operator's Manual.
• Text written in bold is one of the buttons on the robotic lawnmower's keypad.
• Text written in UPPERCASE and italics refer to the position of the main switch and the different operating modes available in the robotic lawnmower.

2.2.1 IMPORTANT. READ CAREFULLY BEFORE USE. KEEP FOR FUTURE REFERENCE

The operator is responsible for accidents or hazards occurring to other people or property.

This appliance is not intended for use by persons (including children) with reduced physical, sensory or mental capabilities, or lack of experience and knowledge, unless they have been given supervision or instruction concerning use of the appliance by a person responsible for their safety. Children should be supervised to ensure that they do not play with the appliance.

This appliance can be used by children aged from 8 years and above and persons with reduced physical, sensory or mental capabilities or lack of experience and knowledge if they have been given supervision or instruction concerning use of the appliance in a safe way and understand the hazards involved. Local regulations may restrict the age of the operator. Clearing and maintenance shall not be made by children without supervision.

Never connect the power supply to an outlet if plug or cord is damaged. Worn or damaged cord increase the risk of electric shock.

Only charge the battery in the included charging station. Incorrect use may result in electric shock, overheating or leaking of corrosive liquid from the battery. In the event of leakage of electrolyte flush with water/neutralizing agent, seek medical help if it comes in contact with the eyes.

Use only original batteries recommended by the manufacturer. Product safety cannot be guaranteed with other than original batteries. Do not use non-rechargeable batteries.

The appliance must be disconnected from the supply mains when removing the battery.

WARNING: The robotic lawnmower can be dangerous if used incorrectly.

WARNING: Never use the robotic lawnmower when persons, especially children or pets, are in the cutting area.

WARNING: Keep your hands and feet away from the rotating blades. Never put your hands or feet close to or under the body when the motor is running.

2.3 Safety instructions for operation

2.3.1 Use

- This robotic lawnmower is designed to mow grass in open and level ground areas. It may only be used with the equipment recommended by the manufacturer. All other types of use are incorrect. The manufacturer's instructions with regard to operation/maintenance and repair must be followed precisely.

- Warning signs shall be placed around the working area of the robotic lawnmower if it is used in public areas. The signs shall have the following text: Warning! Automatic lawnmower! Keep away from the machine! Supervise children!

• Use the HOME function or switch off the main switch when persons, especially children or pets, are in the cutting area. It is recommended to program the lawnmower for use during hours when the area is free from activity, e.g. at night. See Timer on page 21.
• The robotic lawnmower may only be operated, maintained and repaired by persons that are fully conversant with its special characteristics and safety regulations. Please read the Operator's Manual carefully and make sure you understand the instructions before using the robotic lawnmower.
• It is not permitted to modify the original design of the robotic lawnmower. All modifications are made at your own risk.
• Check that there are no stones, branches, tools, toys or other objects on the lawn that can damage the blades. Objects on the lawn can also lead to the robotic lawnmower getting stuck in them and help may be required to remove the object before the mower can continue mowing. Always set the main switch in position O before clearing a blockage.

• Start the robotic lawnmower according to the instructions. When the main switch is set to 1; make sure to keep your hands and feet away from the rotating blades. Never put your hands and feet under the robotic lawnmower.
• Never touch moving hazardous parts, such as the blade disc, before it has come to a complete stop.
• Never lift up the robotic lawnmower or carry it around when the main switch is in position 1.
• Do not let persons who do not know how the robotic lawnmower works and behaves use it.

- The robotic lawnmower must never be allowed to collide with persons or other living creatures. If a person or other living creature comes in the lawnmower's way it shall be stopped immediately. See Stop on page 31.

- Do not put anything on top of the robotic lawnmower or its charging station.

- Do not allow the robotic lawnmower to be used with a defective guard, blade disc or body. Neither should it be used with defective blades, screws, nuts or cables. Never connect a damaged cable, or touch a damaged cable before it is disconnected from the supply.

- Do not use the robotic lawnmower if the main switch does not work.

- Always switch off the robotic lawnmower using the main switch when the robotic lawnmower is not in use. The robotic lawnmower can only start when the main switch is set to 1 and the correct PIN code has been entered.

- The robotic lawnmower must never be used at the same time as a sprinkler. Use the timer function (see Timer on page 21) so the mower and sprinkler never run simultaneously.

- Flymo does not guarantee full compatibility between the robotic lawnmower and other types of wireless systems such as remote controls, radio transmitters, hearing loops, underground electric animal fencing or similar.

- The built-in alarm is very loud. Be careful, especially if the robotic lawnmower is handled indoors.

- Metal objects in the ground (for example reinforced concrete or anti-mole nets) can result in a stoppage. The metal objects can cause interference with the loop signal which then can lead to a stoppage.

- The robotic lawnmower must never be used in temperatures below 0 °C or above 50 °C. This might cause damage to the product.

2.3.2 How to lift and move the robotic lawnmower

To safely move from or within the working area:

1. Press the STOP button to stop the robotic lawnmower. If security is set to the medium or high level (see Security on page 22) the PIN code has to be entered. The PIN code contains four digits and is selected when you start the robotic lawnmower for the first time. See First start-up and calibration on page 20.

1. Set the main switch in position 0.

1. Carry the robotic lawnmower by the handle under the robotic lawnmower with the blade disc away from the body.

CAUTION: Do not lift the robotic lawnmower when it is parked in the charging station. It can damage the charging station and/or the robotic lawnmower. Press STOP and pull the robotic lawnmower out of the charging station before lifting it.

2.3.3 Maintenance

WARNING: When the robotic lawnmower is turned upside down the main switch must always be in the O position.

The main switch should be set in the O position during all work on the mower's chassis, such as cleaning or replacing the blades.

CAUTION: Never use a high-pressure washer or even running water to clean the robotic lawnmower. Never use solvents for cleaning.

Inspect the robotic lawnmower each week and replace any damaged or worn parts. See Maintenance on page 33.

2.3.4 In the event of a thunderstorm

To reduce the risk of damage to electrical components in the robotic lawnmower and its charging station, we recommend that all connections to the charging station are disconnected (power supply, boundary wire and guide wires) if there is a risk of a thunderstorm.

1. Make sure the wires are marked with the supplied markers to simplify reconnecting. The charging station's connections are marked R, L and GUIDE.
2. Disconnect all connected wires and the power supply.
3. Connect all the wires and the power supply if there is no longer a risk of thunder. It is important that each wire is connected to the right place.

3 Installation

3.1 Presentation

This chapter contains information that is important to be aware of when planning the installation.

Before starting the installation make yourself familiar with what is included in the carton.

Flymo 1200R
Robotic lawnmower √
Charging station √
Power supply √
Loop wire, m 150
Low voltage cable √
Pegs, pcs 200
Connectors, pcs 5
Charging station screws, pcs 3
Allen key √
Measurement gauge √
Couplers, pcs 3
Operator's manual and Quick guide √
Extra blades, pcs 9
Alarm decal √

3.1.1 Main components for installation

The installation of the robotic lawnmower involves 4 main components:

1. A robotic lawnmower that mows the lawn by essentially operating in a random pattern.

1. A charging station, to where the robotic lawnmower returns when the battery level becomes too low.

1. A power supply, which is connected to the charging station and a 100-240V wall socket. The power supply is connected to the wall socket and to the charging station using a 10 m long low voltage cable. Low voltage cables with 3 m and 20 m length

are available as optional accessories. No parts of the power supply must be changed or tampered with. For example the low voltage cable must not be shortened or extended.

1. Loop wire, which is laid around the edges of the lawn and around objects and plants that the robotic lawnmower must not run into. The loop wire is used both as a boundary wire and a guide wire. The maximum permitted length for the boundary loop is 400 m.

3.2 Preparations

Read through this entire chapter before beginning the installation. How the installation is done also affects how well the robotic lawnmower works. It is therefore important to plan the installation carefully.

Planning is simplified if you make a sketch of the working area, including all obstacles. This makes it easier to see the ideal positions for the charging station, the boundary wire and the guide wire. Draw on the sketch where the boundary and guide wires should be routed.

Visit www.flymo.com for further descriptions and tips regarding installation.

1. If the lawn in the working area is longer than 10 cm mow it using a standard lawnmower. Collect the grass.
2. Fill in holes and hollows to stop rainwater forming pools of water. The product may be damaged if it is operated in pools of water. See Guarantee terms on page 46.

1. Read carefully through all the steps before the installation.
2. Check that all parts for the installation are included. See Product overview on page 5.
3. Robotic lawnmower
4. Charging station
5. Loop wire for boundary loop and guide wire
6. Power supply
7. Low voltage cable
8. Pegs
9. Connectors for the loop wire • Screws for the charging station • Measurement gauge • Couplers for the loop wire
10. Cable markers

3.2.1 Installation tools

During installation you will also need:

• Hammer/plastic mallet (to simplify putting the pegs in the ground).
• Combination pliers for cutting the boundary wire and pressing the connectors together. • Polygrip (for pressing the couplers together).
• Edge cutter/straight spade if the boundary wire must be buried.

3.3 Charging station

The charging station has 3 functions:

• To send control signals along the boundary wire. • To send control signals in the guide wire so that the robotic lawnmower can find the charging station. • To charge the robotic lawnmower battery.

3.3.1 Best charging station location

Take the following aspects into consideration when identifying the best location for the charging station:

• Allow minimum 3 m of free space in front of the charging station.
• It must be possible to lay minimum 1.5 m of boundary wire straight out to the right and left of the charging station. Any other location can mean that the robotic lawnmower enters the charging station sideways and will have difficulty docking.
• It must be close to a wall socket. The supplied low voltage cable is 10 m long.
• A level surface free from sharp objects to place the charging station on.
• Protection from water spray for instance from irrigation. • Protection from direct sunlight.
• Place it in the lower part of a working area that has a major slope.

• Possible requirement to keep the charging station out of sight for outsiders.

The charging station must be positioned with free space in front of it (minimum 3 m). It should also be centrally placed in the working area to make it easier for the robotic lawnmower to reach all areas in the working area.

Do not put the charging station in confined spaces or in a corner. This can make it difficult for the robotic mower to find the charging station.

The charging station must be positioned on relatively level ground. The front end of the charging station cannot be positioned higher or lower than the back end according to picture below.

The charging station must not be positioned in a way that can bend its base plate.

If the installation is done in a working area with a steep slope, the charging station should be placed at the bottom of the slope. This makes it easier for the robotic lawnmower to follow the guide wire to the charging station.

The charging station should not be placed on an island as this limits the laying of the guide wire in an optimal way. If the charging station has to be installed on an island, the guide wire also has to be connected to the island. Read more about islands in the Boundaries within the working area on page 15.

3.3.2 Connecting the power supply

Consider the following when planning where to place the power supply:

• Close to the charging station
• Protection from rain • Protection from direct sunlight

The power supply must be placed where it is well ventilated and must be placed under a roof. If the power supply is connected to an electrical socket outdoors, this must be approved for outdoor use. It is recommended to use an earth fault-breaker (RCD) when connecting the power supply to the wall socket.

WARNING: Applicable to USA/Canada. If power supply is installed outdoors: Risk of Electric Shock. Install only to a covered Class A GFCI receptacle (RCD) that has an enclosure that is weatherproof with the attachment plug cap inserted or removed.

No parts of the power supply must be changed or tampered with. For example the low voltage cable must

not be shortened or extended. Low voltage cables with 3 m or 20 m length are available as optional accessories.

It is possible to let the low voltage cable cross the working area if it is stapled down or buried. The cutting height should be such that the blades can never come in contact with the low voltage cable.

The low voltage cable must never be stored in a coil or under the charging station's base plate as this can interfere with the signals from the charging station.

WARNING: Do not under any circumstances mount the power supply at a height where there is a risk it can be submerged in water (minimum 30 cm from the ground). It is not permitted to place the power supply on the ground.

WARNING: No parts of the power supply must under any circumstances be changed or tampered with. The low voltage cable must not be shortened or extended.

WARNING: Use the plug to disconnect the charging station, for instance before cleaning the charging station or repairing the loop wire.

CAUTION: Place the low voltage cable and adjust the cutting height so that the blades can never come in contact with it.

3.3.3 Installing and connecting the charging station

1. Position the charging station in a suitable spot.
2. Connect the low voltage cable to the charging station.

1. Connect the power supply's power cable to a 100-240V wall socket. If the power supply is connected to an electrical socket outdoors, this must be approved for outdoor use. See Connecting the power supply on page 12.
2. Attach the charging station to the ground using the supplied screws. Ensure the screws are screwed all the way down in the countersink.

CAUTION: It is not permitted to make new holes in the base plate. Only the existing holes may be used to secure it to the ground.

CAUTION: Do not tread or walk on the charging station's base plate.

3.4 Charging the battery

When the charging station is connected, it is possible to charge the robotic lawnmower. Set the main switch to position 1.

Place the robotic lawnmower in the charging station while the boundary and guide wires are being laid.

If the battery is flat, it takes around 80 to 100 minutes to fully charge it.

WARNING: Only charge the robotic lawnmower using a charging station which is intended for it. Incorrect use may result in electric shock, overheating or leakage of corrosive liquid from the battery. In the event of leakage of electrolyte flush with water and seek medical help if it comes in contact with the eyes etc.

Note: The robotic lawnmower cannot be used before the installation is complete.

3.5 Boundary wire

The boundary wire can be installed in the following ways:

- Secure the wire to the ground with pegs.

Staple down the boundary wire if you want to make adjustments to the boundary loop during the first few weeks of operation. After a few weeks the grass will have grown over the wire making it no longer visible. Use a hammer/plastic mallet and pegs.

- Bury the wire.

Bury the boundary wire if you want to dethatch or aerate the lawn. If necessary, both methods can be combined so one part of the boundary wire is stapled down and the other is buried. The wire can be buried for instance using an edge cutter or a straight spade. Make sure to lay the boundary wire at least 1 cm and a maximum of 20 cm in the ground.

3.5.1 Plan where to lay the boundary wire

The boundary wire must be laid so that:

• The wire forms a loop around the working area. Use original boundary wire. It is specially designed to resist dampness from the soil. • The robotic lawnmower is never more than 15 m from the wire at any point in the working area. • The wire is no more than 400 m long.

- About 20 cm of extra wire is available to which the guide wire will be connected later. See Laying the boundary wire on page 16.

The illustration below shows how the boundary wire must be laid around the working area and around obstacles. Use the supplied measurement gauge to obtain the correct distance. See Product overview on page 5.

3.5.2 Working area boundaries

Depending on what the working area is adjacent to, the boundary wire must be laid at different distances from obstacles.

If a high obstacle (5 cm or more), for example a wall or fence, borders the working area, the boundary wire should be laid 30 cm from the obstacle. This will prevent the robotic lawnmower from colliding with the obstacle and reduce body wear. About 20 cm of the lawn around the fixed obstacle will not be mown.

If the working area borders a small ditch, a flower bed or a small elevation, for example a low kerbstone (1-5 cm), the boundary wire should be laid 20 cm inside the working area. This prevents the wheels from driving into the ditch or up onto the kerbstone which might be lead to excessive wear on the robotic lawnmower. About 12 cm of the lawn along the ditch/kerbstone will not be mown.

If the working area borders on a paving stone path or similar that is level with the lawn (+/- 1 cm), it is possible to allow the robotic lawnmower to run a little over the path. The boundary wire should then be laid 5 cm from the edge of the path. All the grass along the side of the paving stone path will be cut.

When the working area is divided by a paving stone path that is level with the lawn, it is possible to allow the robotic lawnmower to run over the path. It can be an advantage to lay the boundary wire under the paving stones. The boundary wire can also be laid in the joint between the paving stones. Ensure that the tiles are level with the lawn to avoid excessive wear on the robotic lawnmower.

CAUTION: The robotic lawnmower must never run over gravel, mulch or similar material which can damage the blades.

CAUTION: If the working area is adjacent to water bodies, slopes, precipices or a public road, the boundary wire must be supplemented with an edging or the like. It must then be at least 15 cm in height. This will prevent the robotic lawnmower from ending up outside the working area under any circumstance.

3.5.3 Boundaries within the working area

Use the boundary wire to isolate areas inside the working area by creating islands around obstacles which cannot withstand a collision, for example flowerbeds, bushes and fountains. Lay the wire up to and around the area to be isolated, and then return it back along the same route. If pegs are used, the wire should be laid under the same pegs on the return route. When the boundary wires to and from the island are laid close together, the robotic lawnmower can drive over the wire.

CAUTION: The boundary wire may not be crossed on its way to and from an island.

Obstacles that can withstand a collision, for example, trees or bushes taller than 15 cm, do not need to be isolated with the boundary wire. The robotic lawnmower will turn around when it collides with this type of obstacle.

However, to achieve careful and silent operation, it is recommended to isolate all fixed objects in and around the working area.

Obstacles that slope slightly, for example stones or large trees with raised roots, must be isolated or removed. Otherwise the robotic lawnmower can slide up onto this kind of obstacle causing the blades to be damaged.

3.5.3.1 Secondary areas

If the working area consists of two areas which the robotic lawnmower has difficulty travelling between, it is recommended to set up a secondary area. Instances of this are 25% slopes or a passage that is narrower than 150 cm. Lay the boundary wire then around the secondary area so that it forms an island outside of the main area. The robotic lawnmower must be moved manually between the main and secondary area when the lawn in the secondary area has to be cut.

The MAN operating mode must be used as the robotic lawnmower cannot travel on its own from the secondary area to the charging station. See Operation selection on page 30. In this mode, the robotic lawnmower will never look for the charging station but will mow until the battery runs out. When the battery is flat, the robotic lawnmower will stop and the Needs manual charging message will appear in the display. Place the robotic lawnmower in the charging station to charge the battery. If the main area has to be cut straight after charging, the

START button must be pressed and the AUTO operating mode selected before closing the hatch.

3.5.3.2 Passages when mowing

Long and narrow passages and areas narrower than 1.5 - 2 m should be avoided. It is then a risk that the robotic lawnmower travels around in the passage or area for a period of time. The lawn will then look flattened.

3.5.3.3 Slopes

The robotic lawnmower can operate in slopes. The maximum gradient is defined as percentage units (%) and is calculated as difference in elevation in centimetres for every metre.

The boundary wire can be laid across a slope that slants less than 15%.

The boundary wire should not be laid across a slope that is steeper than 15%. There is a risk that the robotic lawnmower will find it difficult to turn there. The robotic lawnmower will then stop and the Outside working area fault message is displayed. The risk is at its greatest in damp weather conditions, as the wheels can slip on the wet grass.

However, the boundary wire can be laid across a slope steeper than 15% if there is an obstacle that the robotic lawnmower is allowed to collide with, for example, a fence or a dense hedge.

Inside the working area the robotic lawnmower can mow areas which slope up to 25%. Areas that slope more must be isolated with the boundary wire.

When a part of the working area's outer edge slopes more than 15%, the boundary wire must be laid about 20 cm in on the flat ground before the beginning of the slope.

3.5.4 Laying the boundary wire

If you intend to staple down the boundary wire:

• Cut the grass very low with a standard lawnmower or a trimmer where the wire is to be laid. It will then be easier to lay the wire close to the ground and the risk of the robotic lawnmower cutting the wire or damaging the insulation of the wire is reduced.
• Make sure to lay the boundary wire close to the ground and secure the pegs close together. The cable must lie close to the ground so as not to be cut before the grass roots have grown over it. Mowing the grass too low right after the installation can damage wire insulation. Damage to the insulation may not cause disruptions until several weeks or months later. To avoid this, always select the maximum cutting height the first weeks after installation and then lower the height one step at a time every second week until the desired cutting height has been reached.

- Use a hammer to knock the pegs into the ground. Exercise care when knocking in the pegs and make sure the wire is not under strain. Avoid sharp bends in the wire.

If the boundary wire is to be buried:

- Make sure to lay the boundary wire at least 1 cm and a maximum of 20 cm in the ground. The wire can be buried for instance using an edge cutter or a straight spade.

Note: Extra wire must not be placed in coils outside the boundary wire. This can disrupt the robotic lawnmower.

3.5.4.1 Eyelet for connecting the guide wire

To facilitate the connection of the guide wire to the boundary wire, it is recommended to create an eyelet with about 20 cm of extra boundary wire at the point where the guide wire will later be connected. It is a good idea to plan where the guide wire will be placed before laying out the boundary wire. See Laying the boundary wire on page 16.

3.5.4.2 Splicing the boundary wire

CAUTION: Twinned cables, or a screw terminal block that is insulated with insulation tape are not satisfactory splices. Soil moisture will cause the wire to oxidise and after a time result in a broken circuit.

Use an original coupler if the boundary wire is not long enough and needs to be spliced. It is waterproof and gives a reliable electrical connection.

Insert both wire ends in the coupler. Check that the wires are fully inserted into the coupler so that the ends are visible through the transparent area on the other side of the coupler. Now press down the button on top of

the coupler fully. Use a polygrip to completely press down the button on the coupler.

3.6 Connecting the boundary wire

CAUTION: The boundary wire must not be crossed when connecting it to the charging station. The right hand wire end must be connected to the right hand pin on the charging station and the left hand wire end to the left pin.

Connect the boundary wire to the charging station:

1. Open the connector and place the wire in the connector grip.

1. Press the connectors together using a pair of pliers. Press until you hear a click.

1. Cut off any excess boundary wire 1 or 2 centimetres above each connector.

1. Press the connector onto the metal pin, Press the connector onto the contact pin, marked L (left) and R (right), on the charging station. Carefully check that the connector is properly fitted.

3.7 Installation of the guide wire

The guide wire is used by the robotic lawnmower to find its way back to the charging station but also to guide the robotic lawnmower to remote areas of the garden.

The same cable roll is used for both the boundary and guide wires. The guide wire, as the boundary wire, can be stapled to or buried in the ground.

The robotic lawnmower runs at varying distances from the guide wire to reduce the risk of tracks forming. The area beside the wire which the robotic lawnmower then uses is called the Corridor. The wider the corridor allowed by the installation, the less the risk of tracks forming.

The robotic lawnmower always runs to the left of the guide wire as seen facing the charging station. Thus the corridor is to the left of the guide wire. When installing, it is therefore important to create as much free space as possible to the left of the guide wire, as seen facing the charging station.

The guide wire, as the boundary wire, can be stapled to or buried in the ground.

CAUTION: Make as much space as possible to the left of the guide wire (as seen facing the charging station). Also, it is not allowed to lay the guide wire closer than 30 cm from the boundary wire.

3.7.1 Laying and connecting the guide wire

1. Run the wire through the slot in the bottom of the charger plate.

1. Fit the connector to the guide wire in the same way as for the boundary wire described in Connecting the boundary wire on page 17. Connect it to the contact pin on the charging station that is labelled GUIDE.

1. Run the guide wire at least 2 m straight out from the front edge of the plate.

If the guide wire must be laid in a passage:

- The robotic lawnmower follows the guide wire on the same side of the wire to and from the charging station. This means that the guide wire is to the right of the robotic lawnmower when the mower travels to the charging station, while it is to the left of the mower when the mower travels away from the charging station.

- If the guide wire has to be installed on a steep slope, it is an advantage to lay the wire at an angle to the slope. This makes it easier for the robotic lawnmower to follow the guide wire on the slope.

- Avoid laying the wire at sharp angles. This can make it difficult for the robotic lawnmower to follow the guide wire.

1. Run the guide wire up to the point on the boundary wire where a loop to facilitate the connection of the guide wire was previously added.
2. Cut the loop on the boundary wire using, for instance, a pair of wire cutters.
3. Connect the guide wire to the boundary wire using a coupler:

- Insert the boundary wire in each of the holes in the coupler. It does not matter which holes are

used to connect each boundary wire. Insert the guide wire in the centre hole in the coupler. Check that the wires are fully inserted into the coupler so that the ends are visible through the transparent area on the other side of the coupler.

- Use a polygrip to completely press down the button on the coupler.

1. Staple down/bury the connector in the lawn.

CAUTION: The guide wire may not cross the boundary wire, for instance a boundary wire that is laid out to an island.

CAUTION: Test that the guide wire works before using the robotic lawnmower.

3.8 Checking the installation

Check the loop signal by inspecting the indicator lamp on the charging station.

See Indicator lamp in the charging station on page 39 if the lamp does not indicate a solid or flashing green light.

3.9 First start-up and calibration

When the main switch is set to position 1 for the first time, a start-up sequence in the robotic lawnmower's menu must be carried out as well as an automatic calibration of the guide signal. The calibration is also a good test to see that the installation of the guide wire has been done in such a way that the robotic lawnmower can easily follow the guide wire from the charging station.

1. Open the hatch by pressing the STOP button.
2. Set the main switch to position 1.

A start-up sequence begins when the robotic lawnmower is started for the first time. The following is requested:

• Language.
• Country
• Current time
• Date
• 4 digit PIN code. All combinations except 0000 are permitted.

Note: Use the MEMO page at the beginning of the manual to make a note of the PIN code.

1. Place the robotic lawnmower in the charging station as requested in the display. Press the START button and close the hatch. The robotic lawnmower will now start the guide calibration, by leaving the charging station and following the guide wire to the point where the guide wire is connected to the boundary wire to begin mowing there. Check that the robotic lawnmower can follow the guide wire all the way. If it cannot, this may be due to an incorrectly installed guide wire. In this case, check that the installation is performed as described in Installation of the guide wire on page 18. Then carry out a new calibration. See Calibrate guide, Flymo 1200R on page 24.

3.10 Test docking with the charging station

Before using the robotic lawnmower, check that the robotic lawnmower can follow the guide wire all the way to the charging station and easily docks with the charging station. Perform the test below.

1. Open the panel hatch by pressing the STOP button.
2. Place the robotic lawnmower close to the point where the guide wire is connected to the boundary wire. Place the robotic lawnmower about 2 m from the guide wire, facing the guide wire.
3. Select HOME mode by pressing the house symbol key and pressing OK when the cursor is at Home. Press START and close the hatch.
4. Check that the robotic lawnmower follows the guide wire all the way to the charging station and that it docks with the charging station. The test is approved only if the robotic lawnmower is able to follow the guide wire the entire distance to the charging station and docks at the first attempt. If the robotic lawnmower is unable to dock on the first attempt, it will automatically try again. The installation is not approved if the robotic lawnmower needs two or more attempts to dock with the charging station. In this case, check that the charging station, the boundary wire and the guide wire are installed in accordance with the instructions.
5. The robotic lawnmower will stay in the charging station until AUTO or MAN mode is selected. See Operation selection on page 30.

The guide system must first be calibrated if the above test is to provide a satisfactory result. See First start-up and calibration on page 20.

3.11 Control panel

3.11.1 Instruction - Control panel

All commands and settings for the robotic lawnmower are made via the control panel. All functions are accessed via a number of menus.

The control panel consists of a display and a keypad. All information is shown on the display and all input is done using the buttons.

3.11.2 Keypad

The keypad consists of 4 groups of buttons:

• The START button is used to activate the robotic lawnmower. This is normally the last button to be pressed before closing the hatch.
• The 3 multi-choice buttons offer various functions, depending on where in the menu structure you are. The button function is shown at the bottom of the display.
• The number keys are used for instance to enter the PIN code or time settings.
• The operation selection button is symbolised by a house. When the button has been pressed, the selected operation mode is shown in the display.

3.11.3 Display

When the STOP button has been pressed and the hatch is opened, the operation window appears showing the time, selected operating mode, number of mowing hours, battery status and timer setting.

• The clock shows the current time. - Date shows the current day. - The number of operating hours indicates the number of hours since the day of manufacture that the robotic lawnmower has been in operation. The time that the robotic lawnmower has spent mowing or searching for the charging station is counted as operating time. - AUTO, MAN or HOME show which mode of operation is selected. See Operation selection on page 30. - The battery status shows the remaining battery charge. - The ECO symbol is displayed if the robotic lawnmower is set in ECO mode. - The clock symbol indicates when the timer settings are set. The clock symbol is black when the robotic lawnmower is not allowed to mow due to a timer setting. - The MENU text illustrates that the main menu can be reached by pressing the multi-choice button that is located under the text.

3.11.4 Submenus

There are a number of submenus under each option. You can access all the functions to set the robotic lawnmower settings via the submenus.

Certain submenus contain options that are ticked off to the left. This means that these options are selected. Check or uncheck the box by pressing OK.

3.12 Menu structure

The main menu for the Flymo 1200R offers 3 options:

• Timer
• Security
• Settings

The following section summarizes the menu selections found in the main menu and provides more detailed information about how each function is used and which setting options are available.

3.12.1 Main menu

Timer

The timer function is an ideal tool to control which periods the robotic lawnmower should not mow, for example when children are playing in the garden.

Security

In this menu, settings relating to security and the connection between the robotic lawnmower and the charging station can be made. There are 3 security levels to choose from: Low, Medium, High.

Settings

This selection allows you to make changes to the general robotic lawnmower settings such as date and time. You can also turn on/off ECO mode.

3.13 Timer

TIMER

Work hours 1

Work hours 2

Work days

Reset timer

The lawn should not be cut too often to obtain the best mowing result. When the robotic lawnmower is allowed to mow too much, the lawn may appear flattened. Besides, the robotic lawnmower is subjected to unnecessary wear. If the working area is less than the robotic lawnmower's area capacity, the quality of the grass can be further improved if it is cut every other day instead of a few hours every day. In addition, the grass benefits from resting completely during at least a three-day period once a month.

The timer function is also an ideal way to control which work hours the robotic lawnmower should not mow, for example, when the children are playing in the garden.

The factory setting of the Timer is 07:00-22:00 Mon - Sun. This is normally a suitable setting for a working area corresponding to the maximum capacity. If the working area is less than maximum capacity then the timer should be used to minimize wear on grass and lawnmower. When setting the timer manually, calculate that the robotic lawnmower mows about the listed amount of the number of square meters per hour and day listed in table Work capacity. See To set the timer on page 22.

The table below provides suggestions for different timer settings depending on garden size. The times should be

seen as indicative. They may need to be adjusted to suit the garden and for example grass quality and growth during the season. Use the table as follows:

• Find a work area that closest matches the size of the lawn.
• Select an appropriate amount of work days per week (for some work areas 7 days may be needed).

3.13.1 Timer suggestions

Flymo 1200R
Work area Work days per week	Week Work hours per day Suggested time interval
100 m2	5 4.5 07:00 - 11:30
	7 3 07:00 - 10:00
200 m2	5 8.5 07:00 - 15:30
	7 6 07:00 - 13:00
300 m2	6 10.5 07:00 - 17:30
	7 9 07:00 - 16:00
400 m2	7 12 07:00 - 19:00

3.13.2 To set the timer

• Work hours 1: To set start and stop times for Work hours 1, enter each required time in hours and minutes and press OK to confirm the entered time.
• Work hours 2: To set start and stop times for Work hours 2, enter each required time in hours and minutes and press OK to confirm the entered time. • Work days: To select the days the robotic lawnmower must work, tick off the days the robotic lawnmower will work
• Reset timer: To reset values to the factory settings, select the Reset timer and press OK.

To inactivate Work hours 1 or Work hours 2, enter the time 00:00 - 00:00 to reset the timer to --:-- --:--.

A clock symbol is displayed on the start page when the timer settings are set. The clock symbol is black when the robotic lawnmower is not allowed to mow due to a timer setting.

3.14 Security

Through this selection, settings relating to security and the connection between the mower and the charging station can be made.

3.14.1 Change PIN code

Enter the new PIN code and press OK. Enter the same code again and confirm by pressing OK. When the PIN

• Work hours per day shows how many hours a day the robotic lawnmower will be allowed to work for the selected amount of work days.
• Suggested time interval shows a time interval that corresponds to the required work hours per day.

code is changed, the message PIN code changed appears in the display.

Make a note of the new PIN code on the designated line on the MEMO. See Introduction on page 3

3.14.2 Security level

There are 3 security levels to choose from.

Low and Medium security prohibits access to the robotic lawnmower if the PIN code is unknown. High security also includes a warning that beeps if the correct PIN code is not entered after a designated time period.

If the wrong PIN code is entered 5 times in succession the robotic lawnmower is blocked for a time. The blockage time is extended for every new incorrect attempt.

Function	Low Medium High
Time lock X X X
PIN request X X
Alarm X

3.14.2.1 Time lock

This function means that the robotic lawnmower cannot be started after 30 days without first entering the correct PIN code. When the 30 days has passed the robotic lawnmower will continue to mow as normal, but the Enter PIN code message appears when the hatch is opened. Enter your code again and press OK.

3.14.2.2 PIN request

This function means that the robotic lawnmower requests a PIN code when the main switch is set to 1 and each time the hatch is opened. The correct PIN code must be entered to use the robotic lawnmower.

If the wrong PIN code is entered 5 times in succession, the robotic lawnmower is blocked for a time. The blockage time is extended for every new incorrect attempt.

3.14.2.3 Alarm

This function means that an alarm sounds if the PIN code is not entered within 10 seconds after the STOP button has been pressed or the robotic lawnmower has been lifted up for any reason. A ticking noise indicates that the PIN code must be entered to prevent triggering the alarm. The alarm can be turned off at any time by entering the correct PIN code.

3.14.3 New loop signal

The loop signal is randomly selected to create a unique link between the robotic lawnmower and the charging station. In rare cases, there may be a need to generate a new signal, for instance if two adjacent installations have a very similar signal.

1. Place the robotic lawnmower in the charging station.
2. Select New loop signal in the menu.
3. Press OK and await confirmation that the loop signal has been generated. This normally takes about 10 seconds.

3.15 Settings

SETTINGS

ECO mode

Time & Date

Language

Country

Backlight

Remote start

Calibrate guide

Reset user settings

About

3.15.1 ECO mode

This function automatically turns off the loop signal in the boundary loop, the guide wires, and the charging station when the robotic lawnmower is not mowing, i.e., when the lawnmower is charging or is not allowed to mow due to timer settings.

ECO mode is suitable to use where there is other wireless equipment not compatible with the robotic lawnmower, e.g., certain hearing loops or garage doors.

When ECO mode is activated, the indicator lamp in the charging station flashes green. ECO mode means that the robotic lawnmower can only be started in the charging station and not out in the working area.

In ECO mode, it is very important to always press the STOP button before removing the robotic lawnmower from the charging station. It is otherwise not possible to start the robotic lawnmower. If the lawnmower has been removed by mistake without first pressing the STOP button, the lawnmower must be placed back in the charging station and the STOP button pressed. Only then can the robotic lawnmower be started inside the working area.

Select RUN ECO mode and press OK to activate ECO mode.

Note: Always press the STOP button before removing the robotic lawnmower from the charging station. In ECO mode, the robotic lawnmower otherwise will not be started inside the working area.

3.15.2 Time & Date

This function allows you to set current time and required time format in the robotic lawnmower.

Time & Date Set time

Set date

Time format

Date format

• Set time: Enter the correct time and press OK to exit.
• Set date: Enter correct date and press OK to exit. • Time format: Place the cursor at the required time format: 12h 24h. Press OK to exit.
• Date format: Place the cursor at the required date format:

YYYY-MM-DD (year-month-day)

MM-DD-YYYY (month-day-year)

DD-MM-YYYY (day-month-year)

Exit by pressing OK.

3.15.3 Language

Set language with this function.

To select language: Place the cursor at the required language and press OK.

3.15.4 Country

With this function you can select in what country the robotic lawnmower will work.

Place the cursor at the required country and press OK.

3.15.5 Backlight, Flymo 1200R

To indicate where the robotic lawnmower is at night in the working area, it is possible to allow the display to remain on when the robotic lawnmower is in operation:

1. Select Backlight in the menu and press OK.
2. Select one of the following options:
3. Auto: The display is lit for 1 minute after the latest key press.
4. ON: The display is lit all the time when the robotic lawnmower operates. The display is not lit when the robotic lawnmower is stopped due for instance to a timer setting or possible disruption.

3.15.6 Remote start, Flymo 1200R

One important function with the guide wire is the capacity to steer the robotic lawnmower to remote garden areas when required. This function is very useful in gardens where, for instance, the front and back are joined by a narrow passage where the charging station cannot be installed.

Remote start Proportion

Proportion - Never

Rarely

Medium

Often

Always

With this function activated (any option other than Never is selected), the robotic lawnmower will follow the guide wire from the charging station to the point where the guide wire connects to the boundary wire. It begins to mow when it reaches this point. How often it must follow the guide wire from the charging station is selected as a proportion of the total number of times it leaves the charging station. At all other times, the robotic lawnmower leaves the charging station in the standard manner and starts to mow.

The following five options can be selected:

1. Never (0%)
2. Rarely (approx. 20%)
3. Medium (approx. 50%)
4. Often (approx. 80%)
5. Always (100%)

Select the percentage that corresponds to the size of the remote area relative to the total working area. If the remote area is, for instance, less than half of the total working area, then Rarely should be selected. If the remote area is, for instance, half of the total working area, Medium should be selected. Compare with the examples in Yard layout examples on page 27.

The default setting is Rarely.

3.15.7 Calibrate guide, Flymo 1200R

The Calibrate guide function allows you to test if the robotic lawnmower can follow the guide wire out from the charging station.

To test the guide wire:

1. Place the robotic lawnmower in the charging station.
2. Select Calibrate guide and press OK. The robotic lawnmower will now leave the charging station, run a calibration process in front of the charging station and then follow the guide wire to the connection point with the boundary wire and then start mowing.
3. Check that the robotic lawnmower can follow the guide wire all the way to the connection point with the boundary wire.

The test has failed if the robotic lawnmower cannot follow the guide wire all the way to the connection point with the boundary wire. It is likely that the installation has not been carried out in accordance with the instructions in Installation of the guide wire on page 18. Common errors are for instance that there is not enough open space to the left of the guide wire as seen facing the charging station or that the guide wire is not laid at an angle on a steep slope. See Laying and connecting the guide wire on page 18.

Rectify the installation and run a new test with Calibrate guide.

3.15.8 Reset user settings

This function allows you to reset the robotic lawnmower to factory default settings.

1. Select Reset user settings in the menu and press OK. Enter the correct PIN code and press OK.

3.15.9 About

The About menu displays information about the robotic lawnmower's serial number and different software versions.

3.16 Menu structure overview, Flymo 1200R

3.17 Yard layout examples

The robotic mower's behaviour is controlled to a certain extent by what settings are made. Adapting the robotic lawnmower's settings according to the shape of the lawn makes it easier for the robotic lawnmower to frequently reach all parts and therefore achieve a perfect mowing result.

Different layouts require different settings. The following pages outline a number of layout examples with installation proposals and settings.

The recommended timer settings in the following examples are applicable to Flymo 1200R unless otherwise stated.

There is more installation help on www.flymo.com. Select country, then enter the supportpages for more information and videos.

Note: The default settings for the robotic lawnmower have been chosen to work in as many different gardens as possible. The settings only need to be adjusted when special installation conditions exist.

3.17.1 Open and level area

Area	150 m2
Timer	07:00 - 17:00Monday, Tuesday,Wednesday, Friday
Remote start - NeverProportion
Remarks The timer	should be used to preventthe grass looking trampled since thearea is less than the maximum ca-pacity of the robotic lawnmower.

3.17.2 Open area

Area	400 m2
Timer	07:00 - 22:00 (factory setting)Monday-Sunday
Remote start - NeverProportion
Remarks The factory settings are suitable for this installation.

3.17.3 A number of islands and a 25% slope

Area 400 m	2
Timer	07:00 - 22:00 (factory setting)Monday-Sunday
Remote start - Rarely Proportion	(factory setting)
Remarks Place the	charging station in the lower part of the working area. Lay the guide wire at an angle over the steep slope. Make sure guide wire is laid according to recommendations in Laying and connecting the guide wire on page 18

3.17.4 L-shaped garden with a couple of islands and the charging station installed in the narrow area

Area	200 m2
Timer	07:00 - 22:00MondayWednesday, Friday
Remote start - OftenProportion
Remarks As most of the working area can easily be reached by the robotic lawn-mower following the guide wire out from the charging station, select Proportion: Often. Make sure guide wire is laid according to recommendations in Laying and connecting the guide wire on page 18

3.17.5 U-shaped garden linked with a narrow passage

Area	200 m2
Timer	07:00 - 22:00Monday, Wednesday, Friday
Remote start - MediumProportion
Remarks The guide wire must be placed along the narrow passage to ensure that the robotic lawnmower can with ease locate the charging station from the left hand side of the working area. The Proportion:Mediumis selected as the left hand area is nearly half of the total area. Make sure guide wire is laid according to recommendations inLaying and connecting the guidewire on page 18

3.17.6 Unsymmetrical working area with a narrow passage and a number of islands

Area 150 m	2
Timer	07:00 - 17:00Monday, Tuesday,Wednesday, Friday
Remote start - Rarely (factory setting)Proportion
Remarks The guide wire must be placed along the narrow passage to ensure that the robotic lawnmower can with ease locate the charging station from the right hand side of the working area. Select Proportion:Rarely as the right hand area is a small fraction of the total area. Make sure guide wire is laid according to recommendations in Laying and connecting the guide wire on page 18

3.17.7 A secondary area

Area	200 + 50 m2
Timer	07:00 - 18:00Monday, Tuesday,Thursday, Friday
Remote start - Rarely (factory setting)Proportion
Remarks The secondary area is cut using the MAN mode on Wednesday and Saturday.

4 Operation

4.1 Main switch

WARNING: Read the safety instructions carefully before you start your robotic lawnmower.

WARNING: Keep your hands and feet away from the rotating blades. Never put your hands or feet close to or under the body when the motor is running.

WARNING: Never use the robotic lawnmower when persons, especially children, or pets, are in the cutting area.

• Set the main switch in the robotic lawnmower. 1 position to start the
• Set the main switch in the O position when the robotic lawnmower is not in use or if any work, inspection or maintenance is being carried out. When the main switch is set in the O position the motors on the robotic lawnmower cannot start.

4.2 Start

1. Press the STOP button to open the hatch.
2. Set the main switch to position 1.
3. Enter the PIN code.
4. Push the START button.

1. Shut the hatch within 10 seconds. If the robotic lawnmower is parked in the charging station, it will only leave the charging station when the battery is fully charged and if the timer is set to allow the mower to operate.

Note: Before the blade disc starts, 5 beeps are heard for 2 seconds.

4.3 Operation selection

The operation selection button is symbolised by a house. When the button has been pressed, the selected operation mode is shown in the display. By consecutively pressing the button many times, one can choose between three different operation modes.

1. HOME: Sends the robotic lawnmower to the charging station. It remains here until another operation mode is selected. The text HOME is shown in the operation window. When the battery is fully charged, the robotic lawnmower will remain parked in the charging station. The robotic lawnmower will not leave the charging station and begin mowing again until the operation selection is altered to AUTO.

The Home setting is also used after a new installation or when changes are made to an existing installation to test if the robotic lawnmower can follow the guide wire and dock with the charging station. See Test docking with the charging station on page 20

1. AUTO: The standard, automatic operation mode where the robotic lawnmower mows and charges automatically.
2. MAN: When mowing secondary areas (see Secondary areas on page 15), the MAN setting must be used.

If MAN is selected the robotic lawnmower will mow until the battery runs out. It will then stop and the Needs manual charging message will appear. The robotic lawnmower must then be moved manually to the charging station and then started manually after charging.

If the robotic lawnmower charges in the MAN mode, it will fully charge, move about 20 cm out of the charging station and then stop. This indicates that it is charged and ready to start mowing.

If the main working area has to be cut after charging, it is appropriate to switch the operation mode to AUTO before placing the robotic lawnmower in the charging station.

Note: Always press the START button before closing the hatch to start the robotic lawnmower. If the START button is not pressed, a message beep is heard and the robotic lawnmower will not start.

4.4 Stop

1. Press the STOP button.

The robotic lawnmower stops, the blade motor stops and the hatch opens.

4.5 Switch off

1. Press the STOP button.
2. Set the main switch to position 0.

Always switch the robotic lawnmower off using the main switch if it requires maintenance or if the robotic lawnmower must be moved outside the working area.

4.6 Timer and Standby

Use the timer function (see Timer on page 21) to avoid a downtrodden lawn.

4.6.1 Standby

The robotic lawnmower has an inbuilt standby period according to the Standby time table. The standby period provides for instance a good opportunity to water or play games on the lawn.

Model	Standby time, minimum hours per day
Flymo 1200R 12

4.6.2 To set the timer

When setting the timer, calculate that the robotic lawnmower mows about the amount of the number of square meters per hour and day listed in table Work capacity.

Model	Approximate work capacity, m2 per hour and day
Flymo 1200R 33

If the working area is for example 360 m² in size, Flymo 1200R must operate for 11 hours a day. The times are approximate and depend for instance on grass quality, blade sharpness and battery age.

WARNING: Use the timer to avoid mowing when there are usually children, pets and

anything else that could be damaged by the rotating blades on the lawn.

The factory setting for the timer is 07:00 - 22:00 and it allows mowing every day of the week. However, the robotic lawnmower will not operate during the built-in standby period.

4.6.3 Example 1

The times used in this example are applicable to Flymo 1200R, but the principle is the same for other models.

Timer setting, Period 1: 07:00 - 22:00

Active period (A): 07:00 - 19:00

The factory setting ensures that the robotic lawnmower begins cutting the lawn at 07:00. However the mower is parked in standby mode in the charging station from 19:00 and rests until it starts cutting again at 07:00.

If the timer setting is divided into 2 work periods, the standby period can be divided into a number of periods. The minimum standby period time must however be according to the Standby time table.

Flymo 1200R
Operation, A = max. hours 12
Charging/Standby, B = min. hours 12

4.6.4 Example 2

The times used in this example are applicable to Flymo 1200R, but the principle is the same for the other models.

Timer setting Period 1 (A): 06:00 - 16:00

Timer setting Period 2 (C): 20:00 - 23:00

Active period (A): 06:00 - 16:00

Active period (C): 20:00 - 22:00

The robotic lawnmower will operate between 06:00 and 16:00. It will begin again at 20:00 but stops running at 23:00 due to standby mode until it starts again at 06:00.

Flymo 1200R

Operation, A + C = max. hours 12
Charging/Standby, B + D = min. hours 12

4.7 Charge a flat battery

When the Flymo robotic lawnmower is new or has been stored for a long period, the battery will be flat and needs to be charged before starting.

WARNING: Only charge the robotic lawnmower using a charging station which is intended for it. Incorrect use may result in electric shock, overheating or leakage of corrosive liquid from the battery.

In the event of leakage of electrolyte flush with water and seek medical help if it comes in contact with the eyes etc.

1. Set the main switch to position 1.
2. Place the robotic lawnmower in the charging station. Open the hatch and slide the robotic lawnmower in as far as possible to ensure proper contact between the robotic lawnmower and the charging station. See contact and charging strips in Product overview on page 5
3. The display shows a message that charging is in progress.

4.8 Adjust the cutting height

The cutting height can be varied from MIN (2 cm) to MAX (5 cm).

To adjust the cutting height:

1. Press the STOP button to stop the robotic lawnmower and open the hatch.
2. Turn the height adjustment knob to the required position. The selected position is indicated by the orange column on the height adjustment indicator.
3. Turn anti-clockwise to raise the cutting height.
4. Turn clockwise to lower the cutting height.

CAUTION: During the first week after a new installation, the cutting height must be set to MAX to avoid damaging the loop wire. After this, the cutting height can be lowered step by step every second week until the desired cutting height has been reached.

5 Maintenance

5.1 Introduction - maintenance

For better operating reliability and longer service life: check and clean the robotic lawnmower regularly and replace worn parts if necessary. All maintenance and servicing must be done according to Flymo's instructions. See Guarantee terms on page 46.

When the robotic lawnmower is first used, the blade disc and blades should be inspected once a week. If the amount of wear during this period has been low, the inspection interval can be increased.

It is important that the blade disc rotates easily. The edges of the blades should not be damaged. The lifetime of the blades varies immensely and depends for instance on:

• Operating time and size of the working area.
• Type of grass and seasonal growth.
• Soil, sand and use of fertilizers.
• The presence of objects such as cones, windfalls, toys, tools, stones, roots and the like.

The normal life is 4 to 7 weeks when used under favorable conditions. See Replace the blades on page 33 on how to replace the blades.

WARNING: Wear protective gloves.

Note: Working with blunt blades gives a poorer mowing result. The grass is not cut cleanly and more energy is needed, resulting in the robotic lawnmower not mowing such a large area.

5.2 Clean the robotic lawnmower

It is important to keep the robotic lawnmower clean. A mower with large amounts of grass stuck to it will not cope as well with slopes. It is recommended to clean using a brush.

CAUTION: Never use a high-pressure washer or even running water to clean the robotic lawnmower. Never use solvents for cleaning.

5.2.1 Chassis and blade disc

1. Set the main switch to position 0.
2. Lift the robotic lawnmower onto its side.
3. Clean the blade disc and chassis using for example a dish brush. At the same time, check that the blade disc rotates freely in relation to the foot guard. Also, check that the blades are intact and can pivot freely. If long grass or other objects find their way in, these may impede the blade disc. Even a slight braking effect leads to a higher consumption of energy and at worst will prevent the robotic lawnmower from being able to mow a large lawn.

5.2.2 Chassis

Clean the underside of the chassis. Brush or wipe with a damp cloth.

5.2.3 Wheels

Clean around the front wheels and rear wheel as well as the rear wheel bracket. Grass on the wheels can impact on how the lawnmower works in slopes.

5.2.4 Body

Use a damp, soft sponge or cloth to clean the body. If the body is very dirty it may be necessary to use a soap solution or washing-up liquid.

5.2.5 Charging station

Clean the charging station regularly from grass, leaves, twigs and other objects that may impede docking.

5.3 Replace the blades

WARNING: Always use blades and screws of the right type. Flymo can only guarantee safety when using original blades. Only replacing the blades and reusing the screw can result in a screw wearing during mowing and shearing. The blades can then be propelled from under the body and cause serious injury.

Replace worn or damaged parts for safety reasons. Even if the blades are intact, they should be replaced on a regular basis for the best mowing result and low energy usage.

There are 3 blades on the robotic lawnmower, which are screwed into the blade disc. All 3 blades and screws must be replaced at the same time to obtain a balanced cutting system.

Use Flymo original blades embossed with the crowned H-mark logotype, see Warranty on page 46.

5.3.1 To replace the blades

1. Set the main switch to position 0.

1. Turn the robotic lawnmower upside down. Place the robotic lawnmower on a soft and clean surface to avoid scratching the body and the hatch.
2. Remove the 3 screws. Use a straight slot or cross-tip screwdriver.

1. Remove each blade and screw.
2. Fasten new blades and screws.
3. Check that the blades can pivot freely.

5.4 Battery

The battery is maintenance-free, but has a limited service life of 2 to 4 years.

Battery service life is dependent on the length of the season and how many hours a day the robotic lawnmower is used. A long season or many hours of use per day means that the battery must be replaced more regularly.

WARNING: Only charge the robotic lawnmower using a charging station which is intended for it. Incorrect use may result in electric shock, overheating or leakage of corrosive liquid from the battery. In the event of leakage of electrolyte flush with water and seek medical help if it comes in contact with the eyes etc.

CAUTION: The battery must be charged fully before winter storage. If the battery is not fully charged it can be damaged and in certain cases be rendered useless.

If the operating times for the robotic lawnmower are shorter than normal between charges, this indicates that the battery is getting old and eventually needs replacing. The battery is fine as long as the robotic lawnmower maintains a well-cut lawn.

5.4.1 Replacing the battery

WARNING: Use only original batteries recommended by the manufacturer. Product safety cannot be guaranteed with other than original batteries. Do not use non-rechargeable batteries.

1. Set the main switch in position 0.
2. Lower the cutting height to its lowest position.
3. Turn the robotic lawnmower upside down. Place the robotic lawnmower on a soft and clean surface to avoid scratching the body and the display cover.
4. Clean around the battery cover.
5. Unscrew the four screws to the battery cover (Torx 20) and remove the battery cover.

1. Unscrew the one screw of the battery retaining bracket and remove the bracket.
2. Pull out the battery by pulling on the strap.
3. Fit a new original battery.

Note: Press on the contact strip to fit the battery in place and not on the battery pack itself.

1. Fit the battery retaining bracket and screw it back in place.
2. Fit the battery cover without clamping the cables. If the seal on the battery cover is visibly damaged, the entire battery cover must be replaced.
3. Screw in place the four screws for the battery cover (Torx 20).
4. Reset the cutting height to the required level.

5.5 Winter service

Take your robotic lawnmower to a local Flymo representative for service prior to winter storage. Regular winter service will maintain the robotic lawnmower in good condition and create the best conditions for a new season without any disruptions.

Service usually includes the following:

• Thorough cleaning of the body, the chassis, the blade disc and all other moving parts.
• Testing of the mower's function and components.
• Checking and if required replacement of wear items such as blades and bearings.
• Testing the mower's battery capacity as well as a recommendation to replace battery if necessary.
• If necessary the local Flymo representative can also update the robotic lawnmower with new software, including new features where applicable.

6 Troubleshooting

6.1 Introduction - troubleshooting

This chapter lists a number of messages that may appear on the display if there is a malfunction. For each message, a possible cause and suggested actions are provided. This chapter also presents some symptoms that can help you if the robotic lawnmower does not work as expected. More suggestions for troubleshooting or symptoms can be found at www.flymo.com.

6.2 Messages

Below are a number of messages that may appear on the display of the robotic lawnmower. Contact your local Flymo representative if the same message appears frequently.

Message Cause Action
Wheel motor blocked, left	Grass or other object has wrapped around the drive wheel.	Check the drive wheel and remove the grass or other object.
Wheel motor blocked, right	Grass or other object has wrapped around the drive wheel.	Check the drive wheel and remove the grass or other object.
Cutting system blocked	Grass or other object has wrapped around the blade disc.	Check the blade disc and remove the grass or other object.
	The blade disc lies in a pool of water. Move the	robotic lawnmower and if possible prevent the collection of water in the working area.
No loop signal	The power supply is not connected. Check the	wall socket connection and whether an earth-fault breaker has tripped or not. Check that the low voltage cable is connected to the charging station.
	The boundary wire is not connected to the charging station	Check that the boundary wire connector is fitted properly to the charging station. Replace connectors if damaged. See Connecting the boundary wire on page 17.
	Boundary wire broken. Find out where the break is. Replace the damaged section of the loop with a new loop wire and splice using an original coupler. See Find breaks in the loop wire on page 41.
	The boundary wire is crossed on its way to and from an island.	Check that the boundary wire is laid according to instructions, e.g. in the right direction around the island. See Boundaries within the working area on page 15.
	The connection between the robotic lawnmower and the charging station has been broken.	Place the robotic lawnmower in the charging station and generate a new loop signal via Security -> New loop signal.
	Disturbances from metal objects (fences, reinforcement steel) or buried cables close by.	Try moving the boundary wire.
Trapped	The robotic lawnmower has got caught in something.	Free the robotic lawnmower and rectify the reason for it becoming trapped.
	The robotic lawnmower is stuck behind a number of obstacles.	Check if there are any obstacles which make it hard for the robotic lawnmower to move on from this place.
Outside working area	The boundary wire connections to the charging station are crossed.	Check that the boundary wire is connected correctly.
	The boundary wire is too close to the edge of the working area.	Check that the boundary wire has been laid according to the instructions in Boundary wire on page 13.
	The working area slopes too much.
	The boundary wire is laid in the wrong direction around an island.
	Disturbances from metal objects (fences, reinforcement steel) or buried cables close by.	Try moving the boundary wire.
	The robotic lawnmower finds it hard to distinguish the signal from another robotic lawnmower installation close by.	Place the robotic lawnmower in the charging station and generate a new loop signal via Security -> New loop signal.
Low battery / Empty battery	The robotic lawnmower cannot find the charging station.	Check that the charging station and the guide wire are installed in accordance with the instructions in Installation on page 10.
	The guide wire is broken or not connected. Check that the indicator lamp in the charging station flashes yellow. See the solution in, Indicator lamp in the charging station on page 39.
	The battery is spent. Replace the battery. See Battery on page 34.
	The charging station's antenna is defective. Check if the indicator lamp in the charging station flashes red. See Indicator lamp in the charging station on page 39.
Wrong PIN	Wrong PIN code has been entered. Five attempts are permitted, and the keypad is then blocked for five minutes.	Enter the correct PIN code. Contact your local Flymo representative if you forget the PIN code.
Wheel motor overloaded,right	The robotic lawnmower has got caught in something.	Free the robotic lawnmower and rectify the reason for the lack of drive. If it is due to wet grass, wait until the lawn has dried before using the robotic lawnmower.
Wheel motor overloaded, left
No drive	The robotic lawnmower has got caught in something.	Free the robotic lawnmower and rectify the reason for the lack of drive. If it is due to wet grass, wait until the lawn has dried before using the robotic lawnmower.
	The working area includes a steep slope. Maximum guaranteed slope is 25%. Steeper slopes should be isolated. See Slopes on page 16.
	The guide wire is not laid at an angle on a slope.	If the guide wire is laid on a slope, it must be laid at an angle across the slope. See Slopes on page 16
Charging station blocked	The contact between the charging strips and contact strips may be poor and the robotic lawnmower has made a number of attempts to charge.	Put the robotic lawnmower in the charging station and check that the charging strips and contact strips make good contact.
	An object is obstructing the robotic lawnmower.	Remove the object.
	The charging station is tilted or bent. Confirm that the charging station is placed on a fully flat and horizontal ground. The charging station must not be tilted or bent.
Stuck in charging station	There is an object in the way of the robotic lawnmower preventing it from leaving the charging station.	Remove the object.
Upside down	The robotic lawnmower is leaning too much or has turned over.	Turn the robotic lawnmower the right way up.
Needs manual charging	The robotic lawnmower is set in the MAN operating mode.	Place the robotic lawnmower in the charging station. This behaviour is normal and no action is required.
Next start hh:mm	The timer setting prevents the robotic lawnmower from operating.	Change the timer settings. See Timer on page 21.
	The rest period is in progress. The robotic lawnmower has an inbuilt standby period according to the Standby time table.	This behaviour is normal and no action is required. See Timer and Standby on page 31.
The day's mowing is complete	The rest period is in progress. The robotic lawnmower has an inbuilt standby period according to the Standby time table.	This behaviour is normal and no action is required. See Timer and Standby on page 31.
Lifted	The lift sensor has been activated as the mower has become trapped.	Free the mower.
Collision sensor problem, front/rear	Mower body can not move freely around its chassis.	Check that the mower body can move freely around its chassis.
Wheel drive problem, right/left	Grass or other object is wrapped around the drive wheel.	Clean the wheels and around the wheels.
Alarm! Mower switched off	The alarm was activated because the mower was switched OFF.	Adjust the mower security level in the Security menu.
Alarm! Mower stopped	The alarm was activated because the mower was stopped.
Alarm! Mower lifted	The alarm was activated because the mower was lifted.
Alarm! Mower tilted	The alarm was activated because the mower was tilted.
Temporary battery problem	Temporary battery or software related issue in the mower.	Restart the mower. Disconnect and reconnect the battery.
Charging current too high	Wrong or faulty power supply unit. The message may require action by authorized service technician.

6.3 Indicator lamp in the charging station

For a fully functional installation, the indicator lamp in the charging station must emit a solid green light. If it shows anything else, follow the troubleshooting guide below.

If you still need help with troubleshooting, please contact your local Flymo representative.

Light Cause Action
Solid green light	Everything in order No action required
Green flashing light	The signals are good and ECO mode is activated.	No action required. For more information on ECO mode, see ECO mode on page 23.
Blue flashing light	The boundary loop is not connected to the charging station	Check that the boundary wire connector is fitted properly to the charging station. See Connecting the boundary wire on page 17.
	Break in the boundary loop Find out where the	break is. Replace the damaged section of the boundary wire with a new loop wire and splice using an original coupler. See Find breaks in the loop wire on page 41.
Yellow flashing light	The guide wire is not connected to the charging station	Check that the guide wire connector is properly connected to the charging station. See Laying and connecting the guide wire on page 18
	Break in the guide wire Find out where the break is. Replace the damaged section of the guide wire with a new loop wire and splice using an original coupler.
Red flashing light	Interruption in the charging station's antenna C	Contact your local Flymo representative.
Solid red light	Fault in the circuit board or incorrect power supply in the charging station. The fault should be rectified by an authorized service technician.	Contact your local Flymo representative.

6.4 Symptoms

If your robotic lawnmower does not work as expected, follow the troubleshooting guide below.

There is a FAQ (Frequently Asked Questions) on www.flymo.com that provides more detailed answers to a number of standard questions. Contact your local Flymo representative if you still cannot find the reason for the fault.

Symptoms Cause Action
The robotic lawnmower has difficulty docking.	The boundary wire is not laid in a long straight line that is far enough out from the charging station.	Check that the charging station has been installed according to the instructions in Charging station on page 11
	The guide wire is not inserted in the slot at the bottom of the charging station.	It is absolutely critical for operation that the guide wire is perfectly straight and is in the correct position under the charging station. Therefore make sure that the guide wire is always in its slot in the charging station. See Laying and connecting the guide wire on page 18.
	The charging station is on a slope. Place the charging station on a surface that is entirely level. See Best charging station location on page 11.
Uneven mowing results.	The robotic lawnmower works too few hours per day.	Increase the mowing time. See Timer on page 21.
	The Proportion setting is incorrect in relation to the layout of the working area.	Check that the correct Proportion value is selected.
	Working area too large. Try limiting the working area or extending the working time. See Timer on page 21.
	Dull blades. Replace all the blades and screws so that the rotating parts are balanced. See Replace the blades on page 33.
	Long grass in relation to the set cutting height.	Increase the cutting height and then successively lower.
	Accumulation of grass by the blade disc or around the motor shaft.	Check that the blade disc rotates freely and easily. If not, screw off the blade disc and remove grass and foreign objects. See Clean the robotic lawnmower on page 33.
The robotic lawnmower runs at the wrong time	The robotic lawnmower clock needs to be set.	Set the clock. See Time & Date on page 23.
	The start and stop times for mowing are incorrect.	Reset the start time and stop time settings for mowing. See Timer on page 21.
The robotic lawnmower vibrates.	Damaged blades lead to imbalance in the cutting system.	Inspect the blades and screws and replace them if necessary. See Replace the blades on page 33.
	Many blades in the same position lead to imbalance in the cutting system.	Check that only one blade is fitted at each screw.
The robotic lawnmower runs, but the blade disc does not rotate.	The robotic lawnmower searches for the charging station.	No action. The blade disc does not rotate when the robotic lawnmower is searching for the charging station.
The robotic lawnmower mows for shorter periods than usual between charges.	Grass or other foreign object blocks the blade disc.	Remove and clean the blade disc. See Clean the robotic lawnmower on page 33.
Both the mowing and charging times are shorter than usual.	The battery is spent. Replace the battery. See Battery on page 34.
Symptoms Cause Action
The robotic lawnmower is parked for hours in the charging station.	The robotic lawnmower has an inbuilt standby period according to the Standby time table.See Timer and Standby on page 31.	No action.
	The hatch has been closed without the START button first being pressed.	Open the hatch, press the START button and then close the hatch.

6.5 Find breaks in the loop wire

Breaks in the loop wire are usually the result of unintentional physical damage to the wire, such as when gardening with a shovel. In countries with ground frost, sharp stones that move in the ground can also damage the wire. Breaks can also be due to the wire being stretched excessively during installation.

Mowing the grass too low right after installation can damage the wire insulation. Damage to the insulation may not cause disruptions until several weeks or months later. To avoid this, always select the maximum cutting height for the first weeks after installation, then lower the height one step at a time every second week until the desired cutting height is reached.

A defective splice in the loop wire can also lead to disruptions several weeks after the splice was made. A faulty splice can, for example, be the result of the original coupler not being pressed together hard enough with a pair of pliers, or that a coupler of lower quality than the original has been used. Please first check all known splices before further troubleshooting is done.

A wire break can be located by gradually halving the distance of the loop where the break may have occurred until only a very short section of the wire remains.

The following method does not work if ECO mode is activated. Make sure first that ECO mode is turned off. See ECO mode on page 23.

1. Check that the indicator lamp in the charging station flashes blue, which indicates a break in the boundary loop. See Indicator lamp in the charging station on page 39.

1. Check that the boundary wire connections to the charging station are properly connected and not damaged. Check that the indicator lamp in the charging station is still flashing blue.

1. Switch the connections between the guide wire and the boundary wire in the charging station.

Start by switching connection L and GUIDE.

If the indicator lamp is lit with a solid green light, then the break is somewhere on the boundary wire between L and the point where the guide wire is connected to the boundary wire (thick black line in the illustration).

To rectify the fault you will need boundary wire, connector(s) and coupler(s):

a) If the suspected boundary wire is short then it is easiest to exchange all of the boundary wire between L and the point where the guide wire is connected to the boundary wire (thick black line).

b) If the suspected boundary wire is long (thick black line) then do as follows: Put L and GUIDE back to their original positions. Then disconnect R. Connect a new loop wire to R. Connect the other end of this new loop wire at the middle of the suspected wire section.

If the indicator lamp now is green, then the break is somewhere in the wire between the disconnected end to the point where the new wire is connected (thick black line below). In that case, move the connection for the new wire closer to the disconnected end (roughly at the middle of the suspected wire section) and check again if the indicator lamp is green.

Continue until only a very short section of the wire remains which is the difference between a solid green light and a flashing blue light. Then follow instruction in step 5 below.

green light and a flashing blue light. Then follow the instructions in step 5 below.

1. If the indicator lamp still flashes blue in step 3 above: Put L and GUIDE back in their original positions. Then switch R and GUIDE. If the indicator lamp now lights with a solid green light, then disconnect L and connect a new boundary wire to L. Connect the other end of this new wire at the middle of the suspected wire section. Follow the same approach as in 3a) and 3b) above.
2. When the break is found, the damaged section must be replaced with a new wire. Always use original couplers.

7 Transportation, storage and disposal

7.1 Transportation

The contained lithium-ion batteries are subject to Dangerous Goods Legislation requirements. For commercial transports, e.g., by third parties or forwarding agents, special requirements on packaging and labeling must be observed. Consult an expert for hazardous material for preparation of the item being shipped. Please also observe possibly more detailed national regulations.

Tape off open contacts and pack up the battery in such a manner that it cannot move around in the packaging. Always secure the product when transporting it.

7.2 Winter storage

7.2.1 The robotic lawnmower

The robotic lawnmower must be cleaned carefully before putting it away for the winter. See "Clean the robotic lawnmower" on page 33.

To guarantee battery functionality and service life, it is important to charge the robotic lawnmower before storing it away for the winter. Place the robotic lawnmower in the charging station with the hatch open until the battery icon in the display shows that the battery is fully charged. Then set the main switch to 0.

Check the condition of wear items such as blades and bearings in the rear wheel. Rectify if necessary to make sure the robotic lawnmower is in good condition prior to next season.

Store the robotic lawnmower standing on all wheels and place it in a dry, frost-free environment, preferably in the mower's original packaging. You can also hang the robotic lawnmower on a Flymo original wall hanger. Contact your local Flymo representative for more information about available wall hangers.

CAUTION: The battery must be charged fully before winter storage. If the battery is not fully charged it can be damaged and in certain cases be rendered useless.

7.2.2 The charging station

Store the charging station and power supply indoors. The boundary wire and the guide wire can be left in the ground.

1. Disconnect the charging station power supply.
2. Release the connector lock and pull the connector out.
3. Disconnect the boundary and guide wire contacts from the charging station.

The ends of the wires should be protected from damp by putting them in a container with grease for instance.

CAUTION: If it is not possible to store the charging station indoors, the charging station

must be connected to the mains, the boundary wire and the guide wires the entire winter.

7.3 After winter storage

Check if cleaning is needed, particularly the charging strips on both the robotic lawnmower and the charging station. If the charging strips appear to be burnt or coated, clean them using a fine grade emery cloth. Check also that the robotic lawnmower's time and date are correct.

7.4 Environmental information

The symbol on the Flymo robotic lawnmower indicates that this product cannot be treated as domestic waste. It should instead be left at a suitable recycling centre to recycle its electronic components and batteries. The battery must be removed from the product before it is scrapped.

By ensuring that this product is taken care of correctly, you can help to counteract the potential negative impact on the environment and people that can otherwise result through incorrect waste management of this product.

For more detailed information about recycling this product, contact your municipality, your domestic waste service or the shop from where you purchased the product.

7.5 Removal of battery for recycling

For removal the battery from the robotic lawnmower see Battery on page 34.

8 Technical data

8.1 Technical data

Dimensions Flymo 1200R
Length, cm 58
Width, cm 46
Height, cm 26
Weight, kg 7.4
Electrical system Flymo 1200R
Battery, Lithium-Ion 18 V/2.1 Ah Art.No 586 57 62-01, 586 57 62-02
Power supply, V/28 V DC 100-240
Low voltage cable length, m 10
Mean energy consumption at maximum use 4 kWh/month in a 400 m	2 working area
Charge current, A DC 1.3
Average mowing time, min 65
Average charging time, min 50
Boundary wire antenna Flymo 1200R
Operating Frequency Band, Hz 300-80000
Maximum Radio-frequency power, mW @60m 1	<25
Noise emissions measured in the environment as sound power2	Flymo 1200R
Measured sound power noise level, dB (A) 56
Noise emissions uncertainties KWA, dB (A)	2
Guaranteed sound power noise level, dB (A)	58
Sound pressure noise level at the operator's ear, dB (A) 3	45
Mowing	Flymo 1200R
Cutting system	3 pivoted cutting blades
Blade motor speed, rpm	2900
Power consumption during cutting, W +/- 20 %	20
Cutting height, cm	2-5
Cutting width, cm	17
Narrowest possible passage, cm	90
Maximum angle for cutting area, %	25
Maximum angle for boundary wire, %	15
Maximum length boundary wire, m	400
Maximum length guide wire, m	200
Working capacity, m2+/- 20%	400
IP-classification Flymo 1200R
Robotic lawnmower IPX4
Charging station IPX1
Power supply IPX4

Full compatibility cannot be guaranteed between the robotic lawnmower and other types of wireless systems such as remote controls, radio transmitters, hearing loops, buried electric animal fencing or similar.

9 Warranty

9.1 Guarantee terms

Flymo guarantees this product's functionality for a period of two years (from date of purchase). The guarantee covers serious faults relating to materials or manufacturing faults. Within the guarantee period, we will replace the product or repair it at no charge if the following terms are met:

• The robotic lawnmower and the charging station may only be used in compliance with the instructions in this Operator's Manual. This manufacturer's guarantee does not have an effect on the user's existing warranty claims against the dealer/seller.
• Users or non-authorized third parties must not attempt to repair the product.

Examples of faults which are not included in the guarantee:

• Damage caused by water seepage from underneath the robotic lawnmower. This damage is normally caused by cleaning or irrigation systems or holes/hollows in the working area when pools of water are formed when it rains. • Damage caused by lightning.
• Damage caused by improper battery storage or battery handling.
• Damage caused by using a battery that is not a Flymo original battery.
• Damage caused by not using Flymo original spare parts and accessories, such as blades and installation material. • Damage to the loop wire.
• Damage caused by non-authorized changing or tampering with the product or its power supply.

The blades are seen as disposable and are not covered by the guarantee.

If an error occurs with your Flymo robotic lawnmower, please contact your local Flymo representative for further instructions. Please have the receipt and the robotic lawnmower's serial number at hand when contacting your local Flymo representative.

10 EC Declaration of Conformity

10.1 EC Declaration of Conformity

Husqvarna AB, SE-561 82 Huskvarna, Sweden, tel: [phone], declares that the Robotic lawnmovers Flymo 1200R with serial numbers dating 2017 week 37 and onwards (the year and week is clearly stated on the rating plate, followed by the serial number), comply with the requirements of the COUNCIL'S DIRECTIVE:

- Directive "relating to machinery" 2006/42/EC.

• Particular requirements for robotic battery powered electrical lawnmowers EN 50636-2-107: 2015

• Electromagnetic fields EN 62233: 2008.

- Directive on "restriction of use of certain hazardous substances" 2011/65/EU.

- Directive "relating to noise emissions from outdoor equipment" 2000/14/EC. See also Technical data on page 44 for information regarding noise emissions and the cutting width.

The notified body 0404, SMP Svensk Maskinprovning AB, Fyrisborgsgatan 3, SE-754 50 Uppsala, Sweden, has issued a report regarding the assessment of conformity according to annex VI to the Council's Directive of May 8, 2000 "relating to noise emissions into the environment" 2000/14/EC. The certificate is numbered: 01/901/163.

- Directive "relating to radio equipment" 2014/53/EU. The following standards have been applied:

• Final Draft 303 447 v1.1.1 (2017-06)

Electromagnetic compatibility:

• ETSI EN 301 489-1 v 2.2.0

Huskvarna, 2017-09-01

Lars Roos

Global R&D Director, Electric category

(Authorized representative for Husqvarna AB and responsible for technical documentation.)

Flymo®

Copyright® 2017 Flymo S.A. All rights reserved. Flymo and other product and feature names are registered trademarks of Flymo S.A. The Husqvarna UK policy of continuous improvement and updating means that specifications can be altered without prior notice. All measurements quoted are approximate.

www.flymo.com

Original instructions

1159064-26

2017-09-21