DOC5002C RM400 Manual 2010 !! Friendly Robotics Robomow EN

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Page Count: 59

Operating & Safety Manual

RM400

& Base Station

www.robomow.eu / www.robomow.com

DOC5002C

The products are manufactured by F. Robotics Acquisitions (Friendly Robotics).

Friendly Robotics products are CE approved.

Friendly Robotics products comply with the requirements of the RoHS

(Restrictions on Hazardous Substances) Directive 2002/95/EC and the

WEEE (Waste Electrical and Electronic Equipment) Directive 2002/96/EC.

reproduced, electronically or translated without the prior written consent of Friendly Robotics.

Product, product specifications and this document are subject to change without notice. All other

trademarks are property of their respective owners.

Welcome to the world of home robotics with the Friendly Robotics Robomow!

Thank you for purchasing our product. We know that you will enjoy the extra free time you will have while

using Robomow to mow your lawn. When set up and used properly, Robomow will operate safely on your

lawn and provide you with a quality of cut matched by a few mowers of any kind. You will be impressed

with your lawn’s appearance and best of all, Robomow did it for you.

IMPORTANT!

The following pages contain important safety and operating instructions.

Please read and follow all instructions in this manual. Carefully read and

review all safety instructions, warnings and cautions contained in this manual.

Failure to read and follow these instructions, warnings and cautionary statements

may result in severe injury or death to persons and pets or damage to personal property.

Table of Contents

Safety Warnings & Precautions………………………………………………………….………….. 4

Warnings Decal Definitions…………………………………………………………………………... 6

Robomow

Safety Features…………………………………………………………………………. 7

How It Works……………………………………………………………………………………………. 9

What’s in the Box………………………………………………………………………………………. 10

Chapter 1 - Base Station & Perimeter Wire Setup……………………………………………….. 11

1.1 Preparations………………………………………………………………………………… 11

1.2 Planning the Setup………………………………………………………………………… 11

1.3 Location of the Base Station………………………………………………………………. 16

1.4 Perimeter Wire Setup………………………………………………………………………. 17

1.5 Robomow Preparation and Settings……………………………………………………… 21

1.6 Testing The Base Station and Perimeter Wire Position………………………………… 24

1.7 Setup in None-Base Zone…………………………………………………………………. 25

Chapter 2 – Menu……………………………………………………………………………………….. 28

2.1 Zones Setup…………………………………………………………………………………. 29

2.1.1 Set Zone: Base…………………………………………………………….……………. 29

2.1.2 Set Zone: A or (B)…………………………………………………………….………… 34

2.2 Settings………………………………………………………………………………………. 35

2.3 Information…………………………………………………………………………………… 37

Chapter 3 – Operation…………………………………………………………………………………. 39

3.1 Edge Mowing ……………………………………………………………………………….. 39

3.2 Scanning (Mowing of the inner area)……………………………………………………... 39

3.3 Skipping Edge Mowing …………………………………………………………………….. 39

3.4 Operation in Base Zone – Automatic Start ……………………………………………… 39

3.5 Operation in Base Zone – Manual Start …………………………………………………. 40

3.6 Returning to the Base Station …………………………………………………………….. 40

3.7 Operation in None-Base Zone ……………………………………………………………. 40

3.8 Completing the Operation …………………………………………………………………. 40

3.9 Charging …………………………………………………………………………………….. 41

Chapter 4 – Text Messages and Troubleshooting………………………………………………... 42

4.1 Messaging…………………………………………………………………………………… 42

4.2 Other Operational or Fault Problems……………………………………………………... 47

Chapter 5 – Maintenance and Storage……………………………………………………………… 49

5.1 Recommended Maintenance Schedule ………………………………………………….. 49

5.2 Cleaning……………………………………………………………………………………… 49

5.3 Battery………………………………………………………………………………………... 49

5.4 Base Station…………………………………………………………………………………. 50

5.5 Replacing the Blade ………………………………………………………………………... 50

5.6 Splicing the Perimeter Wire ……………………………………………………………….. 51

5.7 Winter Storage……………………………………………………………………………….

5.8 Batteries Replacement……………………………………………………………………..

Chapter 6 – Specifications…………………………………………………………………………... 53

Chapter 7 – Accessories…………………………………………………………………………….… 54

Tips for maintaining your lawn………………………………………………………………………. 55

Friendly Robotics RM Series Limited Warranty…………………………………………………... 56

EU Declaration of Conformity…………………………………………………………………….….. 57

Safety Warnings & Precautions

Training and Instructions

1. Read this manual carefully before operating Robomow



. Be familiar with the controls and the

proper use of Robomow



and follow all safety and warning instructions.

2. Do not use Robomow



for any purpose other than for which it is intended.

3. Never allow children or people unfamiliar with these instructions to operate Robomow.

4. Never mow while people, especially children, or pets are nearby.

5. The user is responsible for accidents or hazards occurring to other people or their property.

6. It is strongly recommended to use the ‘Child Guard’ or ‘Anti theft’ menu option in order to

prevent operation by children or other who are not familiar with the safe operation of the mower

7. The appliance is not to be used by children or persons with reduced physical, sensory or mental

capabilities, or lack of experience and knowledge, unless they have been given supervision or

instruction. Children should be supervised to ensure they do not play with the appliance.

8. Warning! When there is a risk of lightning storm, disconnect the perimeter wire from the Base

Station/ Perimeter Switch and the Power Supply 230V/120V plug from the mains socket

Preparation

9. Make sure to layout and set up the perimeter wire according to the instructions.

10. While mowing using a Remote Control always wear substantial footwear and long trousers.

11. Periodically inspect the area mowed by Robomow



, and remove stones, sticks, wires, bones and

other objects. Objects struck by the blade may be thrown and cause severe injuries to people.

12. Only use accessories and attachments designed for this product.

Operation

13. Never let Robomow operate without supervision.

14. When using the Remote Control mow only in daylight or in a good artificial light.

15. Do not operate Robomow



using the Remote Control when barefoot or wearing open sandals.

Always wear substantial footwear and long trousers.

16. Avoid operating Robomow



on wet grass. Do not use it in rain.

17. When using Remote Control always be sure of your footing on slopes.

18. Do not operate the mower on slopes greater than 18 degrees.

19. Keep all guards, shields, safety devices, and sensors in place. Repair or replace damaged parts,

including decals. Do not operate Robomow



if any parts are damaged or worn.

20. Do not operate Robomow



if any safety feature or device is damaged or inoperable.

21. Do not attempt to disable or defeat any safety feature or device.

22. When using the Remote Control always switch on the motor according to instructions and with

feet well away from the blade.

23. This machine has sharp rotating blade! Never operate the mower if unattended; keep bystanders,

children and pets away from mower when in operation.

24. Never allow anyone to ride or sit on mower.

25. Keep hands and feet away from the cutting blade and other moving parts.

26. Never pick up or carry this appliance while the motors are running.

27. Never attempt to service or adjust the mower while it is in operation.

28. Never raise the mower or attempt to inspect the blade while the mower is operating.

29. Always remove the fuse before lifting the mower or attempting any adjustments.

Bumper

Base Station

30. Never let Robomow operate without supervision.

31. When programming the automatic start times and days, insure these windows of operation are

programmed when children, pets and other bystanders are not on the lawn.

32. Do not place metal objects in the area of the Base Station contacts.

33. After removing the fuse from the mower always reset the current time and date. Failure to do so

may result in non-intentional operation of the Robomow, which may cause sever bodily injuries.

34. Do not spray water directly into the Base Station area.

Transport

To safely move from or within the working area:

35. Use the Remote Control (available as an accessory) to

drive it from place to place (See section 2.4).

36. In case of different height level or stairs, turn off the mower

by pressing the Main Switch button, lift the bumper door,

located at the top of the Robomow, and carry the mower by

the carrying handle, while the rear bottom side is laying on

your thigh, as shown in the right figure.

37. In case of long transportation by car it is required to remove

the fuse and use the original packaging.

Maintenance and storage

38. Maintain, service, and store Robomow



according to the instructions (refer to chapter 5).

39. Remove the battery fuse before working on or lifting Robomow. Remove the battery fuse before

any maintenance is done.

40. Keep all nuts, bolts, and screws tight to assure safe condition of this appliance.

41. Replace worn or damaged parts for safety.

42. Use heavy gloves when inspecting, servicing or replacing the blade.

43. Use only the original equipment, batteries and power supply/charger with this mower. Incorrect

use may result in electric shock, overheating or leakage of corrosive liquid from the battery.

44. Do not open or mutilate the battery. Released electrolyte is corrosive and may damage the eyes

or skin.

45. Wear eye protection and use gloves when setting the perimeter wire and driving the wire

stakes/pegs. Firmly drive all pegs in order to keep the wire from becoming a tripping hazard.

46. Do not use the power supply/charger if the cord has damaged.

47. A spark may be created when inserting the fuse to the robot. Therefore it is forbidden to perform

these tasks close to flammable materials. It is also forbidden to use spray or any other cleaning

materials for cleaning electronic contacts, due to this risk of inflammation when inserting the

power pack or fuse.

Product end of use

48. Robomow and its accessories should be collected separately at the end of their life to prevent

waste electrical and electronic equipment from ending up in landfill sites, to promote the reuse,

treatment and recovery of electrical and electronic equipment in purpose to preserve, protect and

improve the quality of the environment, protect human health and utilize natural resources

prudently and rationally.

49. Do not dispose Robomow or any other part of it (including the Charger, Base Station and

Perimeter Switch) as unsorted municipal waste – it should be collected separately.

50. Ask your local distributor/dealer about return and collection systems available.

51. Do not dispose of the batteries in a fire and do not place used batteries in your household trash.

The batteries must be collected, recycled, or disposed of in an environmentally sound manner.

1 2 3 4 5 6 7

Warnings Decal Definitions

These are the symbols on Robomow







; Read them carefully before operating Robomow







DANGER! Sharp rotating blade. Keep hands and feet away.

Serious injury can occur. Caution – Do not touch rotating blade

1. Safety alerts symbol – WARNING - this is a dangerous power tool. Use care when operating

and follow all safety instructions and warnings.

2. Read operator’s manual – Read user instructions before operating your Robomow







3. Hazard of Thrown or flying objects - Whole body exposure, take caution.

4. Keep a safe distance from the machine when operating

Keep people in particular children, pets and bystanders away from the area in which

Robomow is being used.

5. Severing of toes or fingers - Rotary mower blade

Risk of injury from rotating cutting blade. Keep hands and feet away and do not attempt to

lift Robomow from this area.

6. Remove the disabling device before working on or lifting Robomow



. Remove the Power Pack

before working on or lifting Robomow







7. Do not ride on Robomow







Disposal of old Electrical & Electronic Equipment

Do not dispose Robomow



or any other part

of it as unsorted municipal waste – instead it shall be handed

over to the applicable collection point for the recycling of

electrical and electronic equipment.

EC Conformity

This product conforms to the applicable EU Directives

Robomow

Safety Features

1. Child Guard / Safety Guard (Level I)

This menu option offers a safety feature to help prevent children or others not familiar with the safe

operation of the mower to operate it freely.

2. Anti-Theft / Safety Guard (level II)

The anti-theft system provides the user a disabling function that will prevent anyone from

using or driving the Robomow unless they have the valid code to enter. You will be prompted

to enter a four-digit code of your choice to use as your personal security code.

3. Lift Sensor

There is a Hall-Effect Sensor (Magnetic Position Sensor) located in the front side of

Robomow. In case the front of the mower is raised approximately 1-inch from its resting

position on the ground during blade operation, the blade will immediately stop rotating (< 1

second).

4. Tilt Sensor

There is an optical sensor located in the front side of Robomow. In case the front of the mower

is lifted up towards a vertically position, the blade will stop immediately and Robomow will

warn about it and instruct the user to remove the fuse before lifting Robomow.

5. Bumper Sensor

The bumper is equipped with Hall Effect sensor activates when the mower strikes a solid,

fixed object and when the bumper cover is open. When the bumper sensor is activated, the

mower will stop the rotation of the blade immediately (<1 second), will stop movement in that

direction and reverse itself away from the obstacle.

6. Emergency Stop Button

Located on the control panel, red in color. Pressing this button at any time during operation

will stop all mower movement and stop the rotation of the blade immediately (<1 second).

7. Batteries Fuse

Located below the bumper cover, on the left side of Robomow. Removing the battery fuse will

prevent any operation of the Robomow. It is required to remove the fuse before lifting

Robomow and before any maintenance is done.

8. Two-Step Operator Presence Control

While in manual mode using the remote control, it requires two independent finger actions in

order to engage the mower blade. Once engaged, the mower blade button must remain

depressed to continue blade operation. Once released, the two-step engagement process

must be repeated.

9. Electronically Controlled Charging System

Robomow is equipped with an on-board charge control system. This allows you to keep the

charger connected at all times, even after the battery is fully charged. The control system will

prevent an overcharge to the battery and keep it fully charged and maintained for the next

use.

10. Sealed Batteries

The batteries that operate the Robomow are completely sealed and will not leak any type of

fluids, regardless of position. In addition, the batteries contain a one-time-use fuse in the

event of a short-circuit or power malfunction.

WARNING!

This warning symbol will be found at several

points throughout the pages of this manual.

It is intended to highlight an important safety,

warning or cautionary message.

Please pay particular attention to these

areas and be sure you fully understand

the message before proceeding.

11. Base Station/Perimeter Switch and Perimeter Wire

Robomow cannot operate without a perimeter wire installed and activated through the Base

Station/Perimeter Switch. In the event the Base Station/Perimeter Switch is turned off or

otherwise fails to function, Robomow will stop operating. Likewise, should a break in the

perimeter wire occur Robomow will again stop operation. A break in the perimeter wire prior

to operation will prevent Robomow from operating. It can only operate within the boundary of

the perimeter wire.

12. Automatic warning alert before operation

When the mower is scheduled to start the automatic operation from the Base Station per a

scheduled time, a warning buzzer and the operating lamp will activate 5 minutes prior to

operation. This is a warning notification to clear and inspect the area.

13. Over-heat Monitoring Protection

The blade motor and each of the two wheel drive motors are monitored continuously during

operation for any situation that may cause these motors to over-heat. In such event,

Robomow will stop operation of at least that motor and possibly the mower itself and indicate

that the motor is cooling down. While unusual, this may happen when the mower is on grass

that is severely overgrown; the underside of the mower is clogged from poor cleaning

maintenance; the mower has encountered an obstacle that is unable to activate the bumper

sensor preventing it from moving; or a problem landscape area has caused the mower to get

stuck and is preventing it from moving.

How It Works

 A one-time setup is required before operating the Robomow; a small wire, called the perimeter

wire, is place around the edge of the lawn and any other areas where you do not want the mower to

enter.

 Small pegs are supplied with the Robomow and they are used to fasten and hold the perimeter wire

to the ground, below grass level; the wire will soon disappear under the growth of new grass and will

not visible.

 The Base Station is placed along the perimeter wire and it has two main functions:

- To generate a small signal along the perimeter wire (very low voltage);

- To charge the Robomow batteries.

 After completing the one-time set-up of wire around the lawn including the Base Station, set the

weekly program and forget about mowing for the entire season!

 Robomow will leave the Base Station on the day and time scheduled in the automatic weekly

program; it will mow the lawn and will drive back for charging in the Base Station to be ready for the

next operation.

 When Robomow leaves the Base Station it automatically starts the signal carried through the Base

Station; the signal creates a virtual wall, which is visible only to the Robomow, keeping the

Robomow inside the lawn preventing it to cross over area where you do not want it to enter.

Tree with hole or flowers around;

require placing a wire around it

Base Station generates

a signal along the wire

and use to charge

Robomow batteries

Perimeter Wire as

a virtual wall,

visible only to

Robomow

Robomow detects

the signal and

changes direction as

it reaches the wire

Trees large enough

to allow Robomow to

bump into; do not

require a perimeter

wire around it

Robomow

Base Station

Stakes

Power Supply

Wire

Pegs

Plot

Connector

Wire

Connector

RoboRuler

What’s in the Box

Open the box and lift the Robomow from its carrying handle; Robomow and the Base Station are bound

together with two strips; cut the strips and pull back the Robomow from the Base Station.

Chapter 1 - Base Station & Perimeter Wire Setup

1.1 Preparations

 Read carefully the Operating and Safety Manual prior to setup.

 It is recommended to mow your lawn using a conventional lawn mower and water the ground

before starting the setup for easier driving of the pegs.

 Confirm all parts for the setup are included (refer to ‘What’s in the Box’ page 10).

 During the setup you will also need the following tools:

1.2 Planning The Setup

1.2.1 Base Station Location

 Set it in the biggest plot or zone;

 It should be placed along the outer edge (if setup on the lawn area) or outside the lawn (refer

to paragraph 1.3.2 for external setup of the Base Station);

 In the back yard, where it is not visible to the street;

 In a shady spot (better for a longer battery lifetime);

 On a relatively level ground;

 Close to a wall socket (230V / 120V) – the length of the low voltage cable is 15m (50ft)

(Note: the length of the low voltage cable must not be changed).

Hammer Combination

Pliers

Small flat and

Philips screwdrivers

Figure 1.1

– Tools required for the setup

IMORTANT INFORMATION!

Before starting the setup, it is necessary to first

read this chapter in order to be aware of all setup rules and instructions so you are

able to determine the best location for the Base Station and the perimeter wire layout.

Wires leading to the next plot

are parallel and touching.

The gap between them

is for illustration only.

Base Station

location

Distance between

wires greater

than 1m (3ft)

Base Zone

Zone A

Figure 1.2

Base Station Location

 Note: The power supply is suitable for outdoor use, yet it is required placing it in a sheltered

place, dry location, which is well ventilated and not exposed to direct sunlight.

 Place the Base Station at least one-meter from corners;

 Position the Base Station with its fence facing to the inside of the lawn;

 Robomow is impervious to water and rain, however it is recommended to place the Base Station

away from sprinkler heads for maximum protection.

1.2.2 Multiple Zones/Areas And Narrow Passages

Your home may require more than one zone to be set up in order for the Robomow to work in all

of your lawn effectively. Where grass areas are not contiguous, or are separated by fences,

sidewalks or other objects, it is required to make each of these a separate zone.

When setting separated zones there are two options to lay the wire:

Option A: All zones are looped together and connected to the Base Station. Perimeter wire can

be as long as 500 meters (1650ft) in one loop when connected to the Base Station (Figure 1.4).

Option B: There are separated zones that connected to the Base Station and the Perimeter

Switch (available as an accessory- see Chapter 7). The Perimeter Switch can be moved between

different zones (Figure 1.5).

To mow other areas, simply drive or carry Robomow to the area you want to mow and operate it.

In this way, if one zone needs a shorter operating time than another, it can easily be set (Chapter

2.1.2). When this area is completed, drive the mower back to the station for re-charging.

WARNING!

Serious Injury Can Occur! When placing the

power cord leading to the Base Station,

insure it is fastened securely to the ground

and does not present a tripping hazard.

Do not cross over surfaces such as

sidewalks and driveways where it cannot be

fastened securely.

Figure 1.3

Base Station distance from wall socket

The Fence

should be

inside lawn

Min 1m (3ft)

from a corner

Max 15m (50ft)

Low voltage

cable

While the picture shows

two wires separate, they

should be adjacent

Maximum length of wire

connected to the Base Station

in one loop is 500m (1650ft)

Base Station

Base Zone

Zone A

Zone B

Figure 1.4 (Option A)

Three zones are looped

together and connected

to the Base Station

Figure 1.5 (Option B)

Separated zones, where grass

areas are not contiguous

Distance between

wires is larger

than 1m (3ft) Distance greater

than 1m (3ft)

Base Station

Base Zone

Zone A

Zone B

Where grass areas are contiguous, Robomow will automatically mow all zones and drive back for

recharging in the Base Station at the end of each operation.

The area that connects two attached big areas is called a narrow pass.

There are two types of narrow passes (Figure 1.6):

Type A: At least 1m (3ft) between the wires so Robomow can effectively navigate through in order to

move between the areas during the operation.

Type B: Distance of 26cm (10 inches) between the wires (the shorter measurement of the RoboRuler),

so Robomow can follow the Perimeter Wire in order to start the operation in the required area,

but it reduces the chance that the mower will cross between the area while in scanning (mowing

of the inner area). When setting narrow pass type B, it is required to set different entry points in

order to start mowing in the different areas (to set ‘Entry points’ refer to Paragraph 2.1.1.2).

Setup of Narrow Pass Type B, should be 26cm (10 inches) wide all along the pass, but should be set as

a broken line to reduce the chance that the mower will cross between the areas during the operation.

Figure 1.6

Multiple areas with narrow passes

Base Station

Narrow Pass

Type B

Distance of 26 cm / 10”

the shorter distance of the

RoboRuler).

Robomow will drive between

areas while following the

Perimeter Wire, but it reduces

the chance that it will cross

while in scanning (mowing of

the inner area)

Narrow Pass

Type A

At least 1m (3ft) between

wires so Robomow can

effectively navigate

through in order to move

between the two areas

while mowing the lawn.

Base Zone

Figure 1.7

Narrow Pass Type B setup

Narrow pass width is 26cm,

but it is setup as a broken

line to prevent Robomow

crossing between the areas

during operation. When the

narrow pass length is

longer than 2m, it is

recommended break the

line in 2 points, as shown at

the right.

Base Zone

26cm /10in width - the

shorter

distance of the RoboRuler

Pegs

Perimeter Wire

RoboRuler

1.2.3 Defining Obstacles-Perimeter Islands

 Obstacles that are relatively rigid and higher than 15cm (6 inches), such as trees, phone

poles and power poles can be left in the lawn without any consideration during the wire setup.

The Robomow will turn when it collides with this type of obstacle.

 Other obstacles such as, flowerbeds, fountains and small trees, must be protected from the

Robomow using the perimeter wire. This is done as part of the setup process and is commonly

referred to as a perimeter island. However, for the most gentle and silent operation, it is

preferable to demarcate all fixed objects in the working area.

To create a perimeter island (Figure 1.8):

 Take the wire from the perimeter section closest to the obstacle;

 Peg it around the obstacle, using the RoboRuler short distance;

 Returning back to the same spot of the edge you started from;

 The wires leading to the perimeter island and coming back to the edge should be parallel and

touching BUT they cannot be crossed. The wires to and from the perimeter island can be

secured with the same pegs. The mower will not recognize these two wires and mow over

them as if they do not exist. The single wire around the perimeter island will be recognized and

prevent the mower from entering this area.

 Areas with obstacles grouped closely together should be covered by a single perimeter island

or if they are close to the edge of the lawn, leave them out of the designated area.

1.2.4 Slopes

The max slope allowed for the Perimeter Wire to be laid on is 15% (see area marked as 'A' in Figure 1.9).

The Perimeter Wire should not be laid across a slope that is steeper than 15cm (6in) per distance of 1

meter/3.3ft (15%). There is a risk that Robomow will find it difficult to turn and might cross the wire outside,

especially in damp weather conditions, as the wheels can slip on the wet grass.

However, the perimeter wire can be laid across a slope steeper than 15% if there is an obstacle (fence, wall

or dense hedge) that can prevent Robomow from slipping out of the area.

The maximum slope limit Robomow can mow inside the working area is 33%, roughly equals to 33cm

(1ft) of rise per 1 meter (3ft). In any event, a slope that causes the front of the mower to raise from the

ground while climbing is too steep and should not be included as part of the cutting area (see area

marked as 'B' in Figure x). Sloping area greater than 33% cannot be included in the working area.

Figure 1.8

Perimeter Islands Setup

Perimeter Wire

Perimeter Switch

Min distance of 1m (3ft) between

two adjacent wires of perimeter

islands otherwise demarcate them

together as one perimeter island

Direction of set-up

followed around obstacle

While the picture

shows two wires

separate, they

should be adjacent

and placed under the

same pegs

34cm / 14inch

Long distance

of RoboRuler

100 cm

0-15 cm

This area should be

left out of the

working area

as the perimeter wire

cannot be laid in slope

greater than 15%

(15cm height per

distance of 1m)

Robomow can mow

areas inside the

working area with

slope up to 33 cm

per distance of

1 meter (33%)

Slope

0-15%

Slope

0-33%

1.3 Location of the Base Station

There are two options to set the Base Station:

1.3.1 Internal (inside the lawn)

 Choose a place where you want to setup the Base Station in your lawn, based on the

inputs given in paragraph 2.1.

 Place the Base Station concomitantly to the lawn edge on the lawn where the fence faces

towards the inner side of the lawn (Figure 1.13).

1.3.2 External (outside the lawn)

 Choose a place outside the lawn where you want Robomow to be docked and charged.

 Confirm the pass between the lawn and the outside area is smooth with no height

difference, so Robomow will not get stuck and will follow the wire smoothly.

 The surface between the lawn and the Base Station should be hard (such as a sidewalk or

rigid ground) and not sandy or stoney, so Robomow will not slip or get stuck on it.

 The area between the lawn and the Base Station should be clear of obstacles and objects.

Figure 1.10

–

External Base Station Setup

Smooth pass between the lawn

and the area around with no

height difference

Hard surface clean from

obstacles so Robomow can

drive on without slipping

 The setup of the entering to the narrow pass leads to the Base Station should include

triangles to reduce the chance that Robomow will enter towards the station while mowing

the inner area (scanning); to perform the triangle setup refer to Figure 1.7.

 The distance between the wires lead to the Base Station and back to the lawn is 26cm (10

inches).

 The Base Station should be placed on the right wire of the narrow pass (when standing

inside the lawn).

Important: as the two wires are very close and affect the wire sensors readings, the Base

Station should not be aligned with the central lines marked on the Base Station; it should

be placed with a shift of 10-20cm (4-8 inches) to the right.

 It is reccomneded to placed the Base Station at least 25cm (10 inches) before the end of

the external pass to allow the mower smooth entrance to the Base Station.

1.4 Perimeter Wire Setup

Now, knowing the location of the Base Station and the planning of the wire layout, you can begin to

setup the Perimeter Wire in the Base zone.

1.4.1 Starting Point

 Place the Base Station according to your plan

with the fence towards the inner side of the

lawn, as shown in Figure 1.11 or 1.13;

 Puncture the plastic covering of the perimeter

wire and pull the wire ends with the plot

connector out of the plastic covering; The

connector should be connected to the wire in

the polarity show in Figure 1.12;

 The plastic covering is designed as a dispenser

for the wire; so do not remove the wire spool

from the covering;

 Peg the beginning of the wire to the ground

where the Base Station will be located; be sure

to leave 30cm (12 inches) to close the loop at

the end of the setup (Figure 1.13);

 Start laying the wire to the counterclockwise direction when standing inside the lawn, as show in

Figure 1.13.

 Begin pulling the perimeter wire out of the plastic covering and lay it loosely as you walk along

the area of the lawn to the direction shown in Figure 1.13;

Figure 1.1

–

Pull out the wire from the

plastic covering – do not remove the

covering; it is designed as a dispenser.

Figure 1.11

–

External Base Station Setup

26cm /10“

Triangle as done in

narrow pass type B

(refer to Figure 1.7)

Recommended

(up to 3m /10ft)

Base Station is placed with a right

shift of 10-20cm (4-8“)

(not aligned with the wire)

Recommended to continue

the wire for at least 25cm

(10”) after the Base Station

26cm /10“

Triangle as done in

narrow pass type B

(refer to Figure 1.7)

Recommended

(up to 3m /10ft)

Base Station is placed with a right

shift of 10-20cm (4-8“)

(not aligned with the wire)

Recommended to continue

the wire for at least 25cm

(10”) after the Base Station

1.4.2 Laying Out The Perimeter Wire

 Start setting the perimeter wire by placing pegs every few meters and at the lawn corners according

to your plan; do not forget obstacles that need to be demarcated while laying the wire.

 After removing enough wire within a given section, use the RoboRuler provided to set the correct

distance from the lawn edge. The RoboRuler is used to help position the perimeter wire along walls,

fences, sidewalk, driveways, flowerbeds and other perimeter zones.

There are two basic measurements that are used on the RoboRuler (Figure 1.14).

The shorter distance is used along perimeter edges where the area outside the immediate

perimeter is free of obstacles and is the same relative height as the perimeter edge or lower

(sidewalk on the same level or flowerbeds).

The longer distance is used along perimeter edges where the area outside the immediate

perimeter has obstacles or differences in the height along the perimeter edge (walls and fences).

Figure 1.14

–

Using the RoboRuler

Figure 1.1

–

Direction of Perimeter Wire

layout from the Base Station

Leave 30cm (12 inches) at

the starting point, where the

Base Station is located

The Fence should be

inside lawn

Direction of wire layout

from the Base Station

Perimeter Wire –

do not remove the

plastic covering

Short distance of

RoboRuler - where the

area outside the

immediate perimeter is

free of obstacles and is the

same relative height as the

perimeter edge or lower

Long distance of

RoboRuler – where the

area outside the

immediate perimeter has

obstacles or differences in

the height along the

perimeter edge

Add pegs in to pull

the perimeter wire down

to the ground surface,

below the grass tips.

Add pegs in to pull

the perimeter wire down

to the ground surface,

below the grass tips.

Important

If the lawn's edge borders with a pond, swimming pool or watercourse or where the grass

level is higher than 70cm (2ft) from the edge around it, then it is required to keep a

distance of at least 1.2m (4ft) between the wire and the water (or chasm) otherwise

supplement a fence or the same along the lawn's edge, so Robomow can detect it. The

height must then be at least 15cm (6 inch). This will prevent Robomow, under any

circumstances, from crossing the wire outside the working area

1.4.3

Fastening The Wire To The Ground

 It is not necessary to bury the perimeter wire, though you may do so if you wish, up to 10 cm

(4 inches) deep.

 Small pegs or stakes are supplied with the Robomow and they are used to fasten and hold the

perimeter wire to the ground, below grass level.

 Initially place a minimum number of pegs to fasten the wire down. Remember that you will want to

test the wire set up before you fill in additional pegs and you may find some areas where you will

need to move the wire position slightly.

 Upon hammering the peg to its final depth in the ground, pull the wire tight. It is a lot easier to insert

pegs into wet soil. If the soil is dry, water the yard before perimeter wire set up.

 Pegs should be driven at distances between one

another that will keep the wire down below the

grass level and prevent it from becoming a tripping

hazard (Figure 1.15).

 When properly fastened to the ground, the wire and

pegs will soon disappear under the growth of new

grass and will not be visible.

 If additional wire is required in order to complete

the set-up, use the wire connectors provided, which

are water-proof, to connect between the two wire

ends, as explained in chapter 5.6.

1.4.4 Completing The Perimeter Wire Setup

 Once the perimeter wire is completed and pegged to the ground, the last step to complete is

attaching the perimeter wire ends to the Base Station board and testing the setup.

 There are two loose wire ends where the perimeter wire set up was started (Figure 1.16).

 Use the same peg to fasten these two perimeter wire ends down to the ground and twist them.

 Cut the wire end without the connector so they are of equal length - removing any excess wire.

 Strip back 6 mm of insulation from the wire end (Figure 1.17).

 Insert the free perimeter wire into hole of connector using a small flat screwdriver; tighten the

screw to secure the perimeter wire into the connector (Figure 1.18).

WARNING!

Damage to the eye is possible. Use proper eye protection and wear

appropriate work gloves when hammering the pegs. Hard or dry ground

may cause pegs to break when driving them in. In extreme cases,

watering the lawn where the pegs will be driven can be beneficial.

IMPORTANT INFORMATION!

Screw terminals or twisted cables, insulated with insulation tape is not a satisfactory splice. Soil

moisture will cause the stripped wire ends to oxidize and after a while result in broken circuit.

Figure 1.15

Pegging the Perimeter Wire

Figure 1.17

Strip 6mm of insulation

from the wire end

Figure 1.16

Two loose wire ends

at the starting point

Figure 1.

Tighten the screw to secure the

perimeter wire into the connector

1.4.5 Placing and Connecting the Base Station

 Connect the Perimeter Wire connector to the Base

Station board (Figure 1.19).

 Before securing the Power Supply cord to the Base

Station, carefully lay the length of the cord out,

beginning from the Base Station and leading to the

main power supply and insure it is fastened securely to

the ground and does not present a tripping hazard.

 Do not cross it over surfaces where it cannot be

fastened, such as sidewalks or driveways. For ultimate

protection, consider an underground placement within a

protective conduit.

 Connect the Power Supply cord to the Base Station

board. See Figure 1.20.

 Route the Power Supply cord into the Base Station

cover as shown in Figure 1.21.

 Close the cover of the Base Station; confirm it is locked

well in its place (Figure 1.22).

 Align the Base Station on the Perimeter Wire, so the wire is aligned with the two central lines

marked at the front and rear side of the Base Station, as shown in Figure 1.23. Do not fasten the

Base Station yet, as you will want to check its final position first.

 Connect the power supply to a regular household receptacle 230 Volts AC.

 A small flashing green light in the Base Station cover indicates the system is on and functioning

properly. Continuous beeps indicate a disconnected/broken perimeter wire. Discontinuous beeps

indicate poor splicing of perimeter wires or perimeter wire, which is too long (the max allowed in

one loop is 500 meters).

Figure 1.21

Routing the Power Supply

cord out of the cover

Figure 1.22

Closing the Base Station cover

Figure 1.23

Base Station alignment

Figure 1.19

Perimeter Wire connection

to the Base Station

gure 1.20

Power Supply cord connection

1.5 Robomow Preparation and Settings

1.5.1 Setting the Cutting Height

 Lift the Bumper Cover from the front side of the Robomow (figure 1.25).

 To change the cutting height, rotate the cutting height adjustment knob, as shown in figure 1.26.

1.5.2 Inserting Batteries Fuse

 Your Robomow is shipped with the batteries fuse

removed and it will not operate without it. The fuse is

assembled inside its rubber cover, located under the

Bumper Cover (Figure 1.27).

 Lift the Bumper Cover, remove the partition and insert

the fuse. The fuse can be inserted in either direction.

See figure 1.27

 Robomow will now power up (wake up). The Batteries

are charged at the factory and have plenty of power to

perform the initial setup and test run. However, after the

initial set-up process is completed the batteries need to

be charged 16 hours in the Base Station before the first

operation.

Figure 1.24

Base Station

Operating Panel

Flashing light

dicates the system

Discontinuous beeps indicate

poor splicing of perimeter wires

or perimeter wire, which is too

Continuous beeps indicate a

disconnected/broken wire

Figure 1.25

Lifting the Bumper Cover

Figure 1.27

Inserting batteries fuse

Cutting height

adjustment

knob

Mowing

motor

Carrying

handle

Winter Charger

location

Fuse location

Control Panel

Figure 1.26

RM400 General View

STOP

Operating Lamp

arrow

DOWN

arrow

Rain

sensor

LCD display

window

GO / START

utton

Main Switch

button

STOP button

Language

Press GO

00:00 dd/mm/yy

next digit

Time and Date

Press GO

English (US)

Confirm

Press ‘GO’

Scroll ‘UP’ or ‘DOWN’

to choose your language

and press GO to confirm

Press ‘GO’

Scroll to set the time and date

and press ‘GO’ for the next digit

(‘STOP’ is used to go back)

15:23 16/04/07

Confirm

Please note that there are

‘English’ and ‘English (US)’ under

the ‘Language’ menu, as the language

defines also the ‘Time and date’ format.

Press ‘GO’ to confirm and continue

with the instructions at the next

subparagraph (‘weekly program’ setting)

Language

Press GO

Language

Press GO

00:00 dd/mm/yy

next digit

00:00 dd/mm/yy

next digit

Time and Date

Press GO

Time and Date

Press GO

English (US)

Confirm

English (US)

Confirm

English (US)

Confirm

Press ‘GO’

Scroll ‘UP’ or ‘DOWN’

to choose your language

and press GO to confirm

Press ‘GO’

Scroll to set the time and date

and press ‘GO’ for the next digit

(‘STOP’ is used to go back)

15:23 16/04/07

Confirm

Please note that there are

‘English’ and ‘English (US)’ under

the ‘Language’ menu, as the language

defines also the ‘Time and date’ format.

Press ‘GO’ to confirm and continue

with the instructions at the next

subparagraph (‘weekly program’ setting)

1.5.3 Robomow Settings



Control Panel



On the top of the rear side of Robomow there is a control panel. The control panel consists of a

display, keypad and operating lamp (figure 1.28).



The

‘GO’

button is used as a means to select or confirm different menu options or settings;



‘Up ⇑

⇑⇑

⇑ / Down ⇓

⇓⇓

⇓’

arrow keys will allow you to scroll through the menu items;



The

‘STOP’

button has two different functions: when pressing during automatic operation it will

stop Robomow and blade operation immediately and when pressing at any time during the

menu selection process it will bring you one step back in the menu.



‘Main Switch’

button is used to switch off the Robomow. It is required to switch off the

Robomow when carrying it between zones.

IMPORTANT INFORMATION!

Follow the instructions on the LCD display - Robomow will

friendly instruct you, step by step, how to complete the setup



Language, Time and Date settings



‘

Language

’ is the first setting you are asked to set, as Robomow wakes up. Follow the

instructions below, as shown in figure 1.29.

Figure 1.29

Language, Time

and Date setting

Figure

1.28

Control Panel

Base position

Press GO to test

Program On

Confirm

Press ‘GO’

Press ‘GO’ to set an automatic

weekly program by area or

scroll to change it to ‘Off’.

Base zone area

Press GO

Press ‘GO’ to confirm

Weekly program

Press GO

Follow the instructions

at the next subparagraph

(‘Base position’ testing)

150 – 200 m²

Confirm

200 – 250 m²

Confirm

Scroll ‘UP’ to choose the

lawn area connected to

the Base Station

Press ‘GO’

Program Off

Confirm

Choose ‘Off’ if you do not

want to use automatic

scheduled operations.

Base position

Press GO to test

Base position

Press GO to test

Program On

Confirm

Program On

Confirm

Program On

Confirm

Press ‘GO’

Press ‘GO’ to set an automatic

weekly program by area or

scroll to change it to ‘Off’.

Base zone area

Press GO

Press ‘GO’ to confirm

Weekly program

Press GO

Weekly program

Press GO

Follow the instructions

at the next subparagraph

(‘Base position’ testing)

150 – 200 m²

Confirm

200 – 250 m²

Confirm

Scroll ‘UP’ to choose the

lawn area connected to

the Base Station

Press ‘GO’

Program Off

Confirm

Program Off

Confirm

Program Off

Confirm

Choose ‘Off’ if you do not

want to use automatic

scheduled operations.



Weekly Program



The ‘Weekly program’ menu allows you to set an automatic weekly program by the size of the

area connected to the Base Station (follow the steps shown in figure 1.30 below).



By setting the area of the zone connected to the Base Station, Robomow will automatically

determine the most suitable weekly program to your lawn.



Robomow will start mowing at 13:00 on the active days and will drive back for charging in the

Base Station at the end of the operation.

Figure 1.30

Weekly program setting

Never let Robomow operate without supervision. Serious injury can

occur. If the current date and time are not set correctly or are failed to

be set when prompted, the times scheduled for automatic departure

will not be correct. Incorrect departure times can be dangerous if

children, pets or bystanders are present in the mowing area.

WARNING!

Figure 1.34

Placement of stakes

Figure 1.34

Placement of stakes

Base position

Press GO to test

Press ‘GO’ to test

the Base Station position

Searching base

Peg base

then press GO

If Robomow fails

to enter the Base

Station, it will stop

Follow the Robomow and

confirm that it docks properly

into the Base Station

Reposition Base

Press GO

Slightly move the Base Station, so that Robomow

enters the Base Station as centered as possible;

Reposition Robomow and press ‘GO’ for retesting

Fasten the base in place

using the 2 stakes (figure

1.34) and press ‘GO’

Wire position

Press GO to test

Press ‘GO’ to test

wire position

Wire position

Robomow collides

with obstacle, drives

back and stops

Adjust wire

then press GO

Adjust the wire and press ‘GO’ to

continue testing the wire position

Walk along the side of the

Robomow while it is following

the edge until completing one

lope of the perimeter without

striking any object (it will stay

in the Base Station).

Robomow enters successfully;

drives back from the Base

Station and stops;

Base position

Press GO to test

Base position

Press GO to test

Press ‘GO’ to test

the Base Station position

Searching base

Peg base

then press GO

Peg base

then press GO

If Robomow fails

to enter the Base

Station, it will stop

Follow the Robomow and

confirm that it docks properly

into the Base Station

Reposition Base

Press GO

Slightly move the Base Station, so that Robomow

enters the Base Station as centered as possible;

Reposition Robomow and press ‘GO’ for retesting

Fasten the base in place

using the 2 stakes (figure

1.34) and press ‘GO’

Wire position

Press GO to test

Wire position

Press GO to test

Press ‘GO’ to test

wire position

Wire positionWire position

Robomow collides

with obstacle, drives

back and stops

Adjust wire

then press GO

Adjust wire

then press GO

Adjust the wire and press ‘GO’ to

continue testing the wire position

Walk along the side of the

Robomow while it is following

the edge until completing one

lope of the perimeter without

striking any object (it will stay

in the Base Station).

Robomow enters successfully;

drives back from the Base

Station and stops;

1.6 Testing the Base Station and Perimeter Wire Position



It is required to test the position of the Base Station and the Perimeter Wire to determine if any

small adjustments need to be made.



Position the Robomow inside the lawn towards the perimeter wire, at least 2 meters from the

Base Station (figure 1.31) and press the ‘GO’ button.



In a case you forgot to connect the Power Supply to a regular household receptacle 230 Volts

(120V), ‘

No wire signal’

message will be displayed on the LCD upon pressing GO, reminding

you to connect the Power Supply (Figure 1.32).



In a case you connected the Perimeter Wire in the opposite direction, ‘

Change wires in plot

connector’

message will be displayed upon pressing GO, instructing you to switch between the

two wires connected to the Plot connector (Figure 1.33).



Follow the instructions, as shown in figure 1.35 to complete the test of the Base Station position:

Figure 1.31

Testing the Base Station position

Figure 1.35

Testing the Base Station and

Perimeter Wire Position

No wire signal

Press GO

No wire signal

Press GO

Figure 1.32

‘No wire signal’

messag

Change wires in

Plot connector

Change wires in

Plot connector

Figure 1.33

If the following

message is

displayed –

switch between the

2 wires connected to

the Plot connector

Completing the Wire Fastening



Once complete, walk back along the perimeter and add in wire pegs to those areas of the wire

where it is not pulled down below the level of the grass tips and close to ground level. Wherever

the wire is raised or loose, it should be tightened and pegged down with extra wire pegs (distance

between pegs should be 0.5 to 1 meter (1.5-3 ft) in straight line and more when curved).

1.7 Setup in None-Base Zone

Note: Setup in a non-Base zone, which is not connected to the Base Station, requires a Perimeter

Switch (available as an accessory - see Chapter 7 - Accessories).

1.7.1 Perimeter Switch Location



Find a convenient spot outside the perimeter of the non-Base zone, but a location that is

relatively easy for you to access.



The Perimeter Switch must be mounted vertically in order to maintain its’ water resistance and

preferably in a dry and sheltered location.



Close to a wall socket (230V/120V) – the Perimeter Switch is supplied with an indoor power

supply (Figure 1.36).

1.7.2 Placing the Perimeter Switch



The Perimeter Switch connector is designed for quick and easy disconnection that allows you to

easily move the perimeter switch between plots.



The Perimeter Switch also comes with a large stake that fastens to its back, making transfer from

one plot to another easier by allowing you to disconnect the switch and move it with the stake still

attached (Figure 1.37).



Another option is to mount the Perimeter Switch onto a vertical surface, such as a wall or deck

railing. There are three small bosses on the back of the switch cover in order to mount it this way.

(Figure 1.38).

Figure 1.37

Perimeter Switch

with stake

attached

Squeeze the tabs

on both sides to

remove cover

Mounting the Perimeter Switch using

three mounting bosses on back cover

Figure 1.38

Figure 1.36

Perimeter Switch

Location

The Perimeter Switch MUST be

mounted

vertically

in order

to maintain its’ water resistance

Indoor Power

Supply

2 meters

low voltage

cable

Wires leading from the perimeter to the

Perimeter Switch are adjacent and touching.

Figure 1.40

Inserting and Fastening

Perimeter Wire to Connector

Figure 1.41

Plug the plot connector into

the Perimeter Switch

Using a small flat

blade screwdriver,

tighten the screw

to secure the perimeter

wire into the connector

1.7.3 Laying Out The Perimeter Wire



Now, knowing the Perimeter Switch location, you can begin the setup of the Perimeter Wire, as

was explained in articles 1.2 and 1.3. The perimeter wire setup in a Base and non-Base zone is

identical in terms of placement and fastening;



At the location of the perimeter switch, strip back

5 mm (0.2 inches) of insulation from the wire end.



Insert the wire end to the left side of the plot connector, as shown in figure 1.39 and tighten the

screw.



Peg/fix the beginning of the wire where the Perimeter Switch will be located;



Lay the wire from the Perimeter Switch to the lawn; be sure to leave enough wire at the beginning

to close the loop;



Start laying the wire to the counterclockwise direction when standing inside the lawn, as show in

Figure 1.39.

1.7.4 Completing And Testing The Setup



Once the perimeter wire is completed and pegged to the ground, the last step to complete is

attaching the Perimeter Switch to the perimeter wires and testing the setup.



Pull the two loose perimeter wire leads taut and peg them down to the ground (figure 1.36),

adjacent to one another, as you move away from the perimeter and towards the Perimeter Switch

location (use the same pegs to attach the two wires from the lawn to the Perimeter Switch

location).



At the location of the perimeter switch, cut the loose perimeter wire so both wires are of equal

length, removing any excess wire. Strip back

5 mm (0.2 in) of insulation from the wire end. Insert

the wire end to the free hole in the connector and tighten the screws as shown in figure 1.40.



Plug the perimeter wire connector into the Perimeter Switch (see figure 1.41)

Figure 1.39

Connecting the wire end to the

left side of the connector and

perimeter wire layout direction

Perimeter wire layout

in clockwise direction (as view from

the inner side of the lawn)

Connect the wire end to

the left side of the plot

connector (when looking

towards the screws)

Wire position

Press GO to test

Zones setup

Press GO

Main display -

Press ‘GO’

Settings

Press GO

Press ‘GO’

Mow zone: Base

Press GO

Press ‘GO’ and follow

Robomow while following

the Perimeter Wire

Child guard

Press GO

Wire position

Press GO

Scroll down until

‘Settings’ is displayed

Scroll up until ’Wire

position’ is displayed

Press ‘GO’

Wire position

Press GO to test

Wire position

Press GO to test

Zones setup

Press GO

Zones setup

Press GO

Zones setup

Press GO

Main display -

Press ‘GO’

Settings

Press GO

Press ‘GO’

Mow zone: Base

Press GO

Mow zone: Base

Press GO

Press ‘GO’ and follow

Robomow while following

the Perimeter Wire

Child guard

Press GO

Wire position

Press GO

Scroll down until

‘Settings’ is displayed

Scroll up until ’Wire

position’ is displayed

Press ‘GO’



Take the Perimeter Switch and squeeze the

tabs on both sides of the Perimeter Switch,

(as shown in figure 1.42A) and remove the

back cover from the Perimeter Switch.



Connect the power supply plug to the

Perimeter Switch board (see figure 1.42B)

and reassemble the Perimeter Switch.



Connect the power supply to a regular

household receptacle 230 Volts AC;



The Power Supply is for indoor use only, thus

place it in a dry location, which is well

ventilated (do not cover it with plastic bag); be

sure the power supply and the connection to

the low voltage cable are in a dry place and

not exposed to water and rain.



Press the

‘ON’

button. A small flashing green light next to the

‘ON’

button indicates that the

system is on and functioning properly. The Perimeter Switch also has indicators for a

disconnected/broken perimeter wire and for

poor wire splicing

. Figure 1.43



The Perimeter Switch has an automatic shutoff feature, eliminating the need for you to turn it off

after each use. It will shut itself off after 12 hours of operation. You may manually turn the

perimeter switch off by pressing the ‘

’ button continuously for 3 seconds. A beep will be heard

after the three seconds, indicating you may release the button and the switch is off.



Test the perimeter wire setup by choosing the ‘

Wire position’

menu as shown in figure 1.44.

Robomow will follow the wire, while the mowing motor is switched off to prevent any damage to

the perimeter wire after the initial setup; Walk along the side of the Robomow while it is following

the edge until completing one loop of the perimeter without striking any object; If Robomow

collides in obstacle, it stops and drives back to allow you adjusting the wire position.

Figure 1.43

Perimeter Switch

Operating Panel

Flashing light indicates

the system is on

Indicates poor splicing of

perimeter wires or perimeter

wire, which is too long

Indicates a

disconnected/broken wire

ON button

Figure 1.44

Testing the Perimeter

Wire position

Figure

1.42A

Figure 1.42B

Connect the power supply plug

to the Perimeter Switch board

Figure 2.1

Robomow menu options

Operation

Battery

Temperatures

Configuration

Last stop cause

Child guard

Anti theft

Time and date

Rain sensor

Language

Eco mode

Signal type

Blade replaced

Wire position

Delay operation

User options

Set Zone: Base

Set Zone: A

Set Zone: B

Service

Zones setup

Settings

Information

Password required

2.1

2.2

2.3

2.1.1

2.1.2

2.2.1

2.2.2

2.2.3

2.2.4

2.2.5

2.2.6

2.2.7

2.3.1

2.3.2

2.3.3

2.3.4

2.3.5

2.4 2.2.8

2.2.9

2.2.10

Operation

Battery

Temperatures

Configuration

Last stop cause

Child guard

Anti theft

Time and date

Rain sensor

Language

Eco mode

Signal type

Blade replaced

Wire position

Delay operation

User options

Set Zone: Base

Set Zone: A

Set Zone: B

Service

Zones setup

Settings

Information

Service

Zones setup

Settings

Information

Password requiredPassword required

2.1

2.2

2.3

2.1.1

2.1.2

2.2.1

2.2.2

2.2.3

2.2.4

2.2.5

2.2.6

2.2.7

2.3.1

2.3.2

2.3.3

2.3.4

2.3.5

2.4 2.2.8

2.2.9

2.2.10

Chapter 2 - Menu

Chapter 2 introduces Robomow menu functions. To use the control panel read the instructions in

paragraph 1.5.3.

The main menu consists of four options: 2.1 Zones setup

2.2 Settings

2.3 Information

2.4 Service (password is required)

Note: the numbers 2.1-2.3 refer to the headings on the coming pages.

To browse through the main menu and the submenus, use the ‘

’ button as a means to select or

confirm different menu options or settings. Pressing the ‘

’ button will generally select or confirm the

text message shown on the second line of the LCD. There are several settings, which the user can make

changes to and features that can be enabled/disabled. Pressing the ‘STOP’ button at any time during the

menu selection process will bring you one step back in the menu. To scroll between the submenus use

the ‘

UP’/’DOWN’

arrow keys.

To see the main menu functions (options 2.1 to 2.4 - Figure 2.1), follow one of the following options:

1. When the mower is out of the Base Station scroll down to the ‘User options’ display and press

‘GO’

;

2. When the mower is in the Base Station, simply scroll down to the menu you want.

Figure number 2.1 shows the main menu and the submenus available under each of the options. There

are more submenus in the next level of the menu tree that are explained in the next pages of this chapter.

Press GO to receive

options 2.1 to 2.3

Scroll UP/DOWN

using the arrow keys

to the menu you want

and press GO to see

the options below the

chosen menu

Figure 2.2

Weekly program menu

Figure 2.3

Weekly program set by area

Set Zone: Base

Set Zone: A

Set Zone: B

Weekly program

Entry points

Skip next start

Islands on/off

Work time

External Base

Update program

Program type

Program on/off

Display program

2.1.1

2.1.2

2.1.1.1

2.1.1.2

2.1.1.3

2.1.1.4

2.1.1.5

2.1.1.6

Set Zone: Base

Set Zone: A

Set Zone: B

Weekly program

Entry points

Skip next start

Islands on/off

Work time

External Base

Update program

Program type

Program on/off

Display program

2.1.1

2.1.2

2.1.1.1

2.1.1.2

2.1.1.3

2.1.1.4

2.1.1.5

2.1.1.6

Set by area

Set by days

Advanced

Base zone area

Press GO

100 – 150 m²

Confirm

200 – 250 m²

Confirm

Start: 13:00

Next digit

Start: 14:00

Confirm

Press ‘GO’ to confirm

Scroll ‘UP’ to choose the

lawn area connected to

the Base Station

Press ‘GO’

Scroll to set the start time

and press ‘GO’ to confirm

(the ‘Start time’ is the

same for all days)

Set by area

Set by days

Advanced

Base zone area

Press GO

100 – 150 m²

Confirm

200 – 250 m²

Confirm

Start: 13:00

Next digit

Start: 14:00

Confirm

Press ‘GO’ to confirm

Scroll ‘UP’ to choose the

lawn area connected to

the Base Station

Press ‘GO’

Scroll to set the start time

and press ‘GO’ to confirm

(the ‘Start time’ is the

same for all days)

2.1 Zones setup

The ‘

Zones setup’

menu allows user to set the parameters that are specific per zone.

It is possible to set up to three different zones: zone Base, zone A and B, when the main zone is

Base Zone, the area where the Base Station is located (for multi zones setup refer to paragraph

1.2.2).

2.1.1 Set Zone: Base

Enables to set all the parameters that are specific to Zone Base (paragraphs 2.1.1.1 to 2.1.1.6).

2.1.1.1 Weekly program

The ‘

Weekly program’

menu consists of four options (figure 2.2):

a. Update program – allows updating the program and changing the settings.

b. Program type – allows setting the program type, when every type gives a different level of

the parameter the user can set (more details will follow).

c. Program on/off - Allows user to shut off the weekly program when setting the ‘

Program

’ to

‘off’

. A shortcut to shut off the weekly program is by pressing the main switch while Robomow

is in the Base Station. It will set the program to 'off' but will allow manual start by pressing the

GO button as well as charging.

d. Display program - the weekly program display is used to show the active days and additional

information about the last week operations (more details will follow).



Program type

There are three types of weekly programs that can be set by the user:

Set by area:

Define the area size of the zone connected to the Base Station and the start time, at

which you wish Robomow to start mowing; Robomow will determine the most efficient

weekly program to your lawn based on the area given. Follow the screens and the

instructions below (figure 2.3) to set weekly program by area:

Set by area

Set by days

Advanced

M+ T- W- T- F- S- S-

Next day

Start: 13:00

Next digit

Start: 14:00

Confirm

Press ‘GO’ to confirm

Scroll UP/DOWN to set

the work time and press

‘GO’ to confirm

The cursor indicates the day

to be set; Use the

UP/DOWN arrows to

change the day status, when

‘+’ is for active day; Press

‘GO’ to move to the next day

Scroll to set the start time

and press ‘GO’ to confirm

(the ‘Start time’ is the

same for all days)

M+ T- W+ T- F+ S- S-

Next day

M+ T- W+ T- F+ S- S-

Confirm

Work time

Press GO

Zone: Base Max

Confirm

Zone: Base 1:30

Confirm

Press ‘GO’ to set the

working time

Set by area

Set by days

Advanced

M+ T- W- T- F- S- S-

Next day

Start: 13:00

Next digit

Start: 14:00

Confirm

Press ‘GO’ to confirm

Scroll UP/DOWN to set

the work time and press

‘GO’ to confirm

The cursor indicates the day

to be set; Use the

UP/DOWN arrows to

change the day status, when

‘+’ is for active day; Press

‘GO’ to move to the next day

Scroll to set the start time

and press ‘GO’ to confirm

(the ‘Start time’ is the

same for all days)

M+ T- W+ T- F+ S- S-

Next day

M+ T- W+ T- F+ S- S-

Confirm

Work time

Press GO

Zone: Base Max

Confirm

Zone: Base 1:30

Confirm

Press ‘GO’ to set the

working time

Figure 2.4

Weekly program set by days

Figure 2.5

Advanced weekly

program

Set by days:

Select the days in which you wish Robomow to operate. Define the start time and the

work time, which are common to all active days; Follow the screens and the instructions

below (figure 2.4) to set weekly program by days:

Advanced:

The advanced program should be used in multiple zones, as it allows the user to set all

parameters differently per day (entry point, start time, work time and operation mode);

Follow the screens and the instructions below (figure 2.5) to set the advanced weekly

program:

Set by area

Set by days

Advanced

M- T- W- T- F- S- S-

Select day

Start: 13:00

Next digit

Start: 14:00

Confirm

Scroll UP/DOWN to set the work

time and press ‘GO’ to confirm

The cursor indicates the day to be set; Use

the UP/DOWN arrows to move between the

days and press ‘GO’ to program the day

Scroll to set the start time and press

‘GO’ to confirm (the ‘Start time’ is the

same for all days)

M+ T- W+ T- F+ S- S-

Select day

Work time: Max

Confirm

Mode: Edge+Mow

Confirm

Entry: 1

Confirm

This screen is displayed if entry points

were defined (refer to 2.1.1.2); allows

setting a specific entry point per day

Scroll to the required operation mode and

press ‘GO’ to confirm (‘Edge+Mow’ or

‘Mow’ only – ‘None’ use to cancel active day)

M+ T- W- T- F- S- S-

Select day

Scroll to the next day you want to

program and press ‘GO’

Set by area

Set by days

Advanced

M- T- W- T- F- S- S-

Select day

Start: 13:00

Next digit

Start: 14:00

Confirm

Scroll UP/DOWN to set the work

time and press ‘GO’ to confirm

The cursor indicates the day to be set; Use

the UP/DOWN arrows to move between the

days and press ‘GO’ to program the day

Scroll to set the start time and press

‘GO’ to confirm (the ‘Start time’ is the

same for all days)

M+ T- W+ T- F+ S- S-

Select day

Work time: Max

Confirm

Mode: Edge+Mow

Confirm

Entry: 1

Confirm

This screen is displayed if entry points

were defined (refer to 2.1.1.2); allows

setting a specific entry point per day

Scroll to the required operation mode and

press ‘GO’ to confirm (‘Edge+Mow’ or

‘Mow’ only – ‘None’ use to cancel active day)

M+ T- W- T- F- S- S-

Select day

Scroll to the next day you want to

program and press ‘GO’

M+ T+ W+ T- F+ S- S-

R m

M+ T+ W+ T- F+ S- S-

R m

Figure 2.7

Weekly program display

Figure 2.6

Advanced weekly program

Example for using the advanced program (Figure 2.6)

The lawn in figure 2.6 has two areas with narrow pass between them;

The large area is 250m² where the small area is 50m², thus different work times are required to

each of the areas;

The mower cannot cross between the areas while working inside the lawn, but only when following

the perimeter wire, thus an additional entry point is required to start the operation in the smaller

area of 50m² (to set entry points refer to paragraph 2.1.1.2);

Robomow mows about 130m² per full operation, thus 2 operations are required to mow the bigger

area and one operation of 1:30 hours is enough to cover the smaller area;

The table in figure 2.6 shows an example of advanced weekly program for the given lawn:

•

On Monday and Tuesday, Robomow mows the large area of 250m² (entry point is the Base

Station); it starts at 13:00 for ‘

MAX

’ operating time, where on Monday it mows the edge before

entering to mow the inner area (Mode: E+M, means edge + mowing of the inner area);

•

On Wednesday, Robomow mows the small area of 50m² (entry point is Entry 1); It starts at

15:30 for 1:30 hours; Robomow follows the wire towards entry point 1 without mowing the edge,

as the edge was mowed on Monday (there is no need to mow the edge more than twice a

week);

•

Thursday to Saturday contain the same mowing cycle as defined on Monday to Wednesday in

order to mow all the area twice a week, which is required during the fast growing season.



Display program

The weekly program display (figure 2.7) is

used to show additional information about

the last week operations except of the ‘+’

for the active days.

Base Station

Entry

Entry 1

50m²

250m²

Day Mon Tue Wed Thu Fri Sat Sun

Start 13:00 13:00 15:30 13:00 13:00 12:00

Time MAX MAX 1:30 MAX MAX 1:30

Entry Base Base 1 Base Base 1

Mode E+M M M E+M M M

540ft²

2,700ft²

Base Station

Entry

Entry 1

50m²

250m²

Day Mon Tue Wed Thu Fri Sat Sun

Start 13:00 13:00 15:30 13:00 13:00 12:00

Time MAX MAX 1:30 MAX MAX 1:30

Entry Base Base 1 Base Base 1

Mode E+M M M E+M M M

Base Station

Entry

Entry 1

50m²50m²

250m²250m²

Day Mon Tue Wed Thu Fri Sat Sun

Start 13:00 13:00 15:30 13:00 13:00 12:00

Time MAX MAX 1:30 MAX MAX 1:30

Entry Base Base 1 Base Base 1

Mode E+M M M E+M M M

540ft²

2,700ft²

Shortcut buttons

To display the program, press the

‘UP’

arrow while Robomow is in the Base Station.

The program is displayed for 10 seconds before changing back to the main display.

To update the program, press the

‘GO’

button within the 10 seconds that the program is

displayed.

The following characters may appear under each of the active days:

Character

Meaning

+ Active day

Skipped due to low battery voltage;

(Robomow did not depart from the Base Station at the scheduled time due to

low battery voltage)

Docked before time due to low battery voltage;

(Robomow did not complete the operation and drove back to the Base Station

due to low battery voltage – relevant only when

‘Work time’

different from

‘Max’

is set)

Robomow did not return to the Base Station because of Drive over current

(

'Start elsewhere'

) or

'Drive problem'

; Robomow returned to the Base Station

before time due to drive overheat.

M Skipped due to mow over current detected in the Base Station before

Robomow has started the operation.

m Robomow returned to the Base Station before time due to mow problem (over

current or over heat)

O Skipped because the mower was out of the Base Station at the scheduled start

time

P Skipped due to power problem (there is no charging voltage at departure time)

Skipped due to rain;

(Robomow did not depart from the Base Station at the scheduled time due to

rain detection)

Docked before time due to rain;

(Robomow did not complete the operation and drove back to the Base Station

due to rain detection during the operation)

Skipped due to signal problem (it may happened because of problem with wire

sensors, cut perimeter wire, poor splicing of perimeter wire or perimeter wire

which was too long).

s Robomow returned to the base because of no signal for more than 1 hr

U Skipped due to user choice/interference (usually

‘skip next start’

or when the

‘

Program

’ set to

‘off’

)

u Robomow did not return automatically to the Base Station because of user

interference

How to cancel an active day?

In weekly program set by days, simply change the ‘+’ to ‘-‘ in the main display of the days; in

the ‘

Advanced

’ weekly program, choose the

‘None’

option under weekly program menu in

the ‘

Mode

’ display.

2.1.1.2 Entry points

‘

Entry points’

are defined as the points, where the mower leaves the Edge and turns into the lawn

to mow the inner area. The default of the

‘Entry points’

is set to

‘off’

in the factory; it means that

all operations of the inner area will start from the Base Station.

The

‘Entry points’

menu consists of two options (figure 2.8):

Set entry points – Allows setting up to four different entry points to your lawn in addition to the Base

Station, which is defined as an entry point by default. It is recommended to

‘Set entry points’

where there are narrow passes in order to insure the mower will cover all areas effectively.

To set the entry points, choose this option when the mower is in the Base Station; Robomow will

start to follow the perimeter wire; follow the mower and press

‘GO’

at the point you want to set;

press

‘GO’

for other points or press

‘STOP’

to end the process.

Figure 2.8

Entry points

Skip next on

Confirm

Skip next on

Confirm

Skip next on

Confirm

Figure 2.10

Skip next start

Figure 2.9

Set Zone: Base options

Notes:

Set entry points

Entry points on/off

Set Zone: Base

Set Zone: A

Set Zone: B

Weekly program

Entry points

Skip next start

Islands

Work time

External base

2.1.1

2.1.2

2.1.1.1

2.1.1.2

2.1.1.3

2.1.1.4

2.1.1.5

2.1.1.6

Set zone: Base

Set zone: A

Set zone: B

Weekly program

Entry points

Skip next start

Islands

Work time

External base

2.1.1

2.1.2

2.1.1.1

2.1.1.2

2.1.1.3

2.1.1.4

2.1.1.5

2.1.1.6

Entry points on/off – Allows user not to use the entry points. When setting the

‘Entry points’

‘off’

the mower will always start the mowing the inner area from the Base Station.

When using weekly program by area or by days, the entry points are used in a cyclic mode i.e.

Robomow will start at a different entry point every operation, in a cyclic mode.

When using the advanced weekly program, the user has the option to set any entry point he wants

per day.

1. It is not necessary to set all 4 points, if you find that 2 or 3 points are enough to your

lawn, you can stop the mower at any time during the process.

2. There is no need to wait until the mower will complete the drive back to the Base

Station; you can stop the mower at any time you want during the

‘Set entry points’

process by pressing the

‘STOP’

button.

3. Manual start - Upon pressing the

‘GO’

button for manual start, you will be asked to

select the entry point, if you have set them previously.

2.1.1.3 Skip next start

The

‘Skip next start’

option allows user to skip the next scheduled operation (figure 2.9).

There are two options to activate this option:

1. Shortcut – when the mower is in the Base

Station press the ‘

STOP

’ key first to

display the right display (figure 2.10).

Then press ‘

’ to confirm the skip.

2. Under ‘

Set Zone: Base’

menu scroll to ‘

Skip next start’

option and press ‘

’ to set

the option (see figure 2.9).

After setting the ‘

Skip next start’

option to ‘

’ the mower will display the next start time after the

one skipped.

2.1.1.4 Island

Setting this option to

‘off’

allows the mower to acquire the Perimeter Wire immediately as starting

to search for the Base Station with no need to converge to the end of the lawn (figure 2.9).

2.1.1.5 Work time



Allows the user the option of setting the operating time from the ‘

MAX’

default setting to times

ranging from 15 minutes up to 2:00 hours (figure 2.11).



This menu is used when operating the mower in Manual Start from the Base Station, as when

the mower departes automatic from the Base Station, the

‘Work time’

it used is as defined in

the weekly program.

Zone: Base Max

Confirm

Zone: Base 1:30

Confirm

Work time

Press GO

Scroll to select different

operating time.

Press ‘GO’ to confirm

Press ‘GO’ to set ‘Work time’

Zone: Base Max

Confirm

Zone: Base Max

Confirm

Zone: Base Max

Confirm

Zone: Base 1:30

Confirm

Zone: Base 1:30

Confirm

Zone: Base 1:30

Confirm

Work time

Press GO

Work time

Press GO

Work time

Press GO

Scroll to select different

operating time.

Press ‘GO’ to confirm

Press ‘GO’ to set ‘Work time’

Figure 2.11

Setting the

‘Work time’

Figure 2.13

Non-Base Station

zones setup options

Set zone: Base

Set zone: A

Set zone: B Work time

Learn edge

Set default edge

2.1.1

2.1.2 2.1.2.1

2.1.2.2

2.1.2.3

Set zone: Base

Set zone: A

Set zone: B Work time

Learn edge

Set default edge

2.1.1

2.1.2 2.1.2.1

2.1.2.2

2.1.2.3



The

‘Work time’

is set per zone, allowing you to set different operating time for several

different zones that are of varying sizes.



The

‘Advanced’

weekly program allows to set different work time per operation (refer to

‘Advanced weekly program’

in paragraph 2.1.1.1).

2.1.1.6 External Base



Allows the option to setup the Base Station outside the lawn; recommended

when you want to conceal the mower from people eyes while not mowing.



The default set by the producer is set to ‘off’; if you setup Robomow outside

the lawn it is required to change the setting of ‘External base’ to ‘on’.



The mower follows the wire for 5m (15ft) from the Base Station before it

enters to mow the inner area, thus it is recommended to set the Base Station

at maximum 3-4m (10-13ft) from the lawn; however if you want to set the

mower in a bigger distance from the lawn, you have to increase the ‘Distance’

setting (in the ‘External base’ menu) respectively.



To perform external setup of the Base Station refer to paragraph 1.3.2.

2.1.2 Set zone: A (or B)

Allows user to set the parameters that are specific per non-Base Station zone (figure 2.13):

2.1.2.1 Work time

Allows the user the option of setting the operating time from 15 minutes up to 2:00 hours and

‘

MAX’

which is generally 2 to 3 hours, depending on grass type and condition.

2.1.2.2 Learn Edge

This menu option is used in a non-Base zone only. The default distance for edge mowing is

approximately 1 to 2 rounds around the perimeter. This feature allows the user to define a specific

distance in each operating zone in order to have the mower cut the edge at a specific distance. It

will remain as a learned distance until the edge is re-learned or the

‘Set default edge’

is selected.

To learn edge distance follow the instructions below (figure 2.14):

2.1.2.3 Set Default Edge

Selecting Default Edge restores the factory default edge distance to the specific zone selected.

Figure 2.14

Learn edge

Set zone: A

Press GO

Scroll DOWN once to

‘Learn edge’ option

Scroll to the zone of which

you want to learn the edge

distance and press ‘GO’

Press ‘GO’ to start

the learning process

Work time

Press GO

Learn edge

Press GO

Learning edge

STOP to set

While driving around the perimeter.

Follow the mower and press the

‘STOP’ button when the desired

distance has been reached.

Set zone: A

Press GO

Set zone: A

Press GO

Scroll DOWN once to

‘Learn edge’ option

Scroll to the zone of which

you want to learn the edge

distance and press ‘GO’

Press ‘GO’ to start

the learning process

Work time

Press GO

Work time

Press GO

Work time

Press GO

Learn edge

Press GO

Learn edge

Press GO

Learn edge

Press GO

Learning edge

STOP to set

Learning edge

STOP to set

Learning edge

STOP to set

While driving around the perimeter.

Follow the mower and press the

‘STOP’ button when the desired

distance has been reached.

Figure 2.16

Rain sensor menu

Time and date

Press GO

Press ‘GO’

Scroll UP/DOWN to set the

clock and the date and

press ‘GO’ for the next digit

00:00 dd/mm/yy

Next digit

10:37 23/04/07

Confirm

Press ‘GO’ to confirm

Time and date

Press GO

Time and date

Press GO

Press ‘GO’

Scroll UP/DOWN to set the

clock and the date and

press ‘GO’ for the next digit

00:00 dd/mm/yy

Next digit

00:00 dd/mm/yy

Next digit

10:37 23/04/07

Confirm

10:37 23/04/07

Confirm

Press ‘GO’ to confirm

Figure 2.15

Time and date

Set sensitivity

Press GO

Rain sensor

Press GO

Delay after rain

Press GO

Reading (29) 25

Confirm

Rain sensor on

Press GO

Rain sensor off

Confirm

Set sensitivity

Press GO

Rain sensor

Press GO

Rain sensor

Press GO

Delay after rain

Press GO

Reading (29) 25

Confirm

Reading (29) 25

Confirm

Reading (29) 25

Confirm

Rain sensor on

Press GO

Rain sensor on

Press GO

Rain sensor off

Confirm

Rain sensor off

Confirm

2.2 Settings

The

‘Settings’

menu allows the user to set the

options that refer to the Robomow

itself

and are

common to all zones (figure 2.1).

2.2.1 Child Guard

Child guard is a feature that when activated will help deter use by young children and other

unauthorized people. It will prevent operation to those not familiar with the mower. The key

sequence to unlock the guard for operation is pressing the

‘UP’

arrow key and then the

‘STOP’

key to unlock the controls. Two minutes of inactivity will re-lock the keys.

It is strongly recommended to use the “Child Guard” menu option in order to prevent

operation by children or others who are not familiar with the safe operation of the

Robomow.

2.2.2 Anti-Theft

The anti-theft system provides the user a disabling function that will prevent anyone from using or

driving the Robomow unless they have the valid code to enter. You will be prompted to enter a

four-digit code of your choice to use as your personal security code. Use the scroll arrows in

order to change each digit position to a different number and then press

‘GO’

to move to the next

digit to select. You will find a place to record your personal security code in Chapter 8 of this

manual. Be sure to record your code for future reference.

To change the password, choose the

‘Change code’

option under the

‘Anti theft’

menu. You will

be promoted to enter your old password before setting the new one.

2.2.3 Time And Date

Allows setting time and date (figure 2.15):

2.2.4 Rain Sensor

The Rain sensor feature enables the mower to detect rain and skip or stop the operation as it is

detected. There are three options under the

‘Rain sensor’

menu, as shown in Figure 2.16:



Set sensitivity

– Enables to set the sensitivity of the rain sensor in which the mower will detect rain

below the threshold set. The default sensitivity set in the factory is 25, it means that in any reading

below 25 the mower will detect rain and will not operate. The number in the brackets shows the

actual reading of the rain sensor.



Rain sensor on/off

- Allows turning the rain sensor feature off to enable operation in rain and wet

grass conditions.



Delay after rain

– Enables to set time delay, in case that rain is detected by the mower before the

start time, in order to let the grass dry before the mowing is starting.

For example

, if the

scheduled start time is 13:00, the

‘delay after rain’

was set to 5 hours and the rain has stopped 2

hours before the scheduled start time (11:00), then the Robomow will delay the start time of the

operation and will start at 16:00 (5 hours after the rain was stopped, which is 3 hours after the

scheduled start time). The default ‘delay after rain’ set in the factory is 0 hours.

Signal type

Press GO

Type: A

Confirm

Signal type

Press GO

Signal type

Press GO

Type: A

Confirm

Type: A

Confirm

Eco mode

Press GO

Eco mode off

Press GO

Eco mode on

Confirm

2.2.5 Language

Allows the user the option of viewing the LCD text in several different language versions.

2.2.6 ECO Mode

The ECO (Economic) mode feature enables operating Robomow using minimum energy

required to cut the grass and maintain the lawn. The ECO mode default is set to 'off'.

Operation in ECO mode reduces Robomow noise level during operation and allows longer

operation time. It is recommended to use the ECO mode only in zones with Base Station,

where mowing is more frequent and a shorter part of the grass is cut. If Robomow detects

high grass it will automatically increase the power of the mowing motor to enable cutting

higher grass

2.2.7 Signal type

The 'Signal type' option enables operating Robomow in a different frequency of the wire signal.

The default 'Signal type' is 'A'. When changing the 'Signal type' to 'B' in the menu, it is

required to remove the signal jumper from the Base Station/ Perimeter Switch board, as

shown in the following picture:

Removing the signal jumper

Menu setting Signal jumper

Signal A

Signal type: A Installed

Signal B

Signal type: B Not installed

Keep the signal jumper in case you will need to use it in the future.

In some circumstances there may be interference to the wire signal caused by other wire

signal activated in adjacent lawn (neighbor that use robotic lawnmower) or by any other

appliance using similar frequency. In case of signal interference, you may see one of the

following symptoms (usually close to the neighbor lawn):

a. Robomow is widely swinging when driving along the wire;

b. Robomow changes direction without reaching the wire;

c. Robomow crosses the wire outside the designated area;

d. 'Start inside' message is displayed although Robomow is inside the designated area and

the perimeter wire is connected in the right polarity;

Operation

Press GO

Total time

253h47m

First operation

Date: 13/03/08

Operation

Press GO

Operation

Press GO

Operation

Press GO

Total time

253h47m

Total time

253h47m

Total time

253h47m

First operation

Date: 13/03/08

First operation

Date: 13/03/08

First operation

Date: 13/03/08

Figure 2.17

Operation menu

Battery

Press GO

Battery voltage

12.8 25.5 12.7

Last run times

Press GO

1) 2h34m 25.8V

25/05/08

2) 2h32m 25.7V

24/05/08

10) 2h27m 25.7V

18/05/08

Battery

Press GO

Battery

Press GO

Battery

Press GO

Battery voltage

12.8 25.5 12.7

Last run times

Press GO

Last run times

Press GO

Last run times

Press GO

1) 2h34m 25.8V

25/05/08

2) 2h32m 25.7V

24/05/08

10) 2h27m 25.7V

18/05/08

1) 2h34m 25.8V

25/05/08

2) 2h32m 25.7V

24/05/08

10) 2h27m 25.7V

18/05/08

Figure 2.18

Battery menu

2.2.8 Blade Replaced

Choose this option after replacing the blade to restart the reminder counter. A reminder to replace

the blade again will be displayed after the next 200 hours of operation. Blade is easy to replace,

refer to section 5.5.

2.2.9 Wire Position

Allows user to test the wire position in

‘Edge’

mode while the mowing motors are switched off to

prevent any damage to the perimeter wire after the initial setup of the wire is completed.

2.2.10 Delay operation

This option allows the user to press GO but delay the operation starting time. It is useful when you

want to start the operation later in the day when the grass is dry and not early in the morning

when the grass is wet (and you have to leave for work).

To use this option, follow the steps below:

Set the ‘Delay operation’ to X hours (choose between 1,2,3…or up to 8 hours);

Switch on the Perimeter Switch (It is operated for 12 hours) and place the mower inside the

lawn towards the perimeter wire;

Pressing ‘STOP’ then ‘GO’ (while holding the ‘STOP’ button) will change the display to ‘Press

GO again to skip edge’ and at the end of the warming up process, the mower will stay in place

with a message ‘Operation delayed – wait…’

The mower will start the operation after X hours (as set in the ‘Delay operation’ menu) from the

‘GO’ pressing.

2.3 Information

The

‘Information’

display (refer to figure 2.1) is used for information only, it allows the option to

scroll between the following menus:

2.3.1 Operation

Total time - Indicates the total number of hours the mower has been in operation.

First operation – Indicates the date, in which the mower was first operated.

2.3.2 Battery

Battery voltage – Displays the current voltage of the batteries.

Last run times – Indicates the last battery run time in the last 10 operations, the voltage at the

beginning of the operation and the operation date.

Temperatures

Press GO

Drive temp.

Press GO

Mow temp.

+24 C +75 F

Main board

+35 C +95 F

Left drive

+26 C +78 F

Right drive

+26 C +78 F

Temperatures

Press GO

Temperatures

Press GO

Temperatures

Press GO

Drive temp.

Press GO

Mow temp.

+24 C +75 F

Main board

+35 C +95 F

Left drive

+26 C +78 F

Right drive

+26 C +78 F

Figure 2.19

Temperatures menu

Figure 2.20

Configuration menu

Figure 2.21

Last stop causes menu

Configuration

Press GO

Main board

ESB5000E

Software

5.4v 21/10/07

Base

ESB5002C v1.27

Configuration

Press GO

Configuration

Press GO

Configuration

Press GO

Main board

ESB5000E

Software

5.4v 21/10/07

Base

ESB5002C v1.27

Last stop causes

Press GO

1) 11 [ 3]

10:35 25/05/08

2) 20 [ 2]

11:24 24/05/08

10) 7 [ 6]

10:58 19/04/08

Last stop causes

Press GO

Last stop causes

Press GO

Last stop causes

Press GO

1) 11 [ 3]

10:35 25/05/08

2) 20 [ 2]

11:24 24/05/08

10) 7 [ 6]

10:58 19/04/08

2.3.3 Temperatures

Displays the temperatures on the drive motors, mowing motor and on the Main Board.

2.3.4 Configuration

Displays the configuration of the Robomow: Main Board part number, software version and Base

Station Board part number (figure 2.20):

2.3.5 Last stop causes

Displays the last ten stop causes number and the date of the stop.

WARNING!

Never let Robomow operate without supervision. Serious injury can

occur. Insure that the scheduled operating times that you program in

for automatic start and mowing are times when the mowing area will

be free of children and pets. Do not program times unless you are

certain the area will be free of children, pets and bystanders.

Chapter 3 – Operation and Charging

3.1 Edge Mowing

The first mowing chore for Robomow is mowing the edge. Edge is the outer perimeter of the active

zone Robomow is working within. This is essential where you placed your perimeter wire in the wire

set-up.

Edge mowing provides a clean even cut around the perimeter and helps to minimize the amount of

trimming along walls and other obstacles.

Edge in Base Station Zone –

Robomow leaves the Base Station (at the scheduled time or when pressing the

‘GO’

button once) to

mow the edge of the lawn. It will mke exactly one turn until it reaches the Base Station contacts;

It will reverse out and move back to continue mowing the inner area of your lawn (see paragraph

3.2).

Edge in None-Base Zone –

Place Robomow inside the lawn, switch on the Perimeter Switch on and press the

‘GO’

button once;

Robomow will automatically find the edge (perimeter). It will now begin mowing the edge, completing

one to two complete passes around the perimeter and then turn into the lawn to mow the inner area

of the lawn;

It will then drive into the lawn and begin what is called the scanning process (see paragraph 3.2).

3.2 Scanning (Mowing of the inner area)

The scanning process is simply a process whereby Robomow is moving across your lawn while it is

mowing.

Robomow’s movement pattern is irregular with combination of parallel lines in narrow passes. Keep in

mind that the Robomow will not mow all the grass on its first pass; in fact it will leave uncut grass in

between many of the passes it makes. This is expected and is entirely normal. These uncut areas will

be cut on subsequent passes of the Robomow across the lawn. Just like a dishwasher, wait until the

job is finished before you can appreciate the results.

Robomow will continue to run for the amount of time selected or for the default

‘MAX’

time, which is

generally 2.5 hours, depending on grass type and condition.

3.3 Skipping Edge Mowing

Robomow provides a means that will allow you to skip the edge mowing process and start directly with

the scanning (mowing) process. In order to do this, simply press the

‘GO’

button twice at the initial

startup of the mower. Pressing

‘GO’

the second time immediately following the first press will tell the

mower to skip mowing the edge.

To skip the edge mowing in the

‘Advanced weekly program’

set the operation mode to

‘M’

(where

‘M’ is for ‘mowing’ the inner area only and

‘E+M’

is for ‘edge + mowing’ of the inner area).

3.4 Operation in Base Zone – Automatic Start



Automatic Start mode is used as a fully automatic solution to maintain your lawn.



This mode enables you to set a weekly program, and the mower will automatically start to mow and

drive back for charging at the Base Station when finished.



To set the weekly program refer to Chapter 2.1.1,

‘Set Zone: Base’

3.5 Operation in Base Zone – Manual Start

Manual Depart mode can be used in cases such as the following:

- Mowing the lawn at times other than when programmed.

- When the lawn is occupied and the yard must be cleared of debris, objects, pets or people first.



For initiating a manual start for mowing, press the

‘GO’

button

once

to start the sequence:

1. If entry points were set (see 2.1.1.2), you will be asked to select the entry point for the current

operation.

2. Robomow will depart from the Base Station and will mow the edge until it reaches the Base

Station. It will reverse out and move back to continue mowing of the inner area.

3. Robomow will follow the perimeter wire towards the entry point. A

‘

Searching entry

’

message is

displayed on the display while it is searching for the entry point into the lawn.



To skip the edge mowing process, press the

‘GO’

button

twice

when initiating manual start and

mowing.

3.6 Returning to the Base Station



Automatic Return

Robomow automatically returns to the Base Station at the end of every operation. It will recharge

and stay ready for the next scheduled start time that was scheduled.



‘

Go to base’

option

You can manually send the mower to the Base Station from any point in the lawn by pressing the

upper scroll arrow once for the

‘

Go to base’

message option - then press

‘GO’

. The Robomow will

find the perimeter wire and will follow it until reaching the Base Station –

‘Searching base’

message is displayed during this sequence.

3.7 Operation In None-Base Zone

Non-Base Zone is defined as a separated area, where the user must drive the mower manually from

the Base Station or carry it by hand, to the area in order to mow it. It can be operated either by the

Perimeter Switch or the Base Station.

Important!

When mowing in non-Base zone, it is required first to define the non-Base zone (refer to

section 2.1.2

‘Set Zone: Base’



Zone activation

Connected to the Base Station - the zone is activated automatically as the mower is taken out from

the Base Station. If an intermittent beeping is heard shortly after turning the switch on, there is a

problem of cut wire or poor wire splicing (refer to chapter 4 – Text messages and Troubleshooting

for further help). Listen to the beeps to identify the problem (refer to figure 1.24). You must correct

the problem before Robomow can operate automatically.

Connected to Perimeter Switch - Robomow cannot operate unless the Perimeter Switch is turned

on. Press the

on/off

button to turn on the switch. To verify switch operation, there is a green LED

located next to the button that will flash when operating properly. If an intermittent beeping is heard

shortly after turning the switch on, there is a problem of cut wire or poor wire splicing (refer to

chapter 4 – Text messages and Troubleshooting for further help). Look to see which of the red

LEDs is flashing to identify the problem (refer to figure 1.43). You must correct the problem before

Robomow can operate automatically.



Place the mower inside the active perimeter.



Press the

‘Down’

scroll arrow to receive the display of the zone to be mowed (Zone A or

B) and

press the

‘GO’

button. In a case where you have forgotten to turn on the Perimeter Switch, a ‘No

wire signal’ message will be displayed, reminding you to turn the switch on.

3.8 Completing the Operation

Base Station Zone –

When Robomow has operated the allotted time, it will switch off the mowing motor and will start

moving in lines towards one of the lawn edges, then it will follow the perimeter wire back to the Base

Station, to be charged and get ready for the next operation.

Mon 15:34

Next: Tue 13:00

Current Day and Time

Next Scheduled Start

(Day and Time)

Battery icon

Mon 15:34

Next: Tue 13:00

Mon 15:34

Next: Tue 13:00

Mon 15:34

Next: Tue 13:00

Current Day and Time

Next Scheduled Start

(Day and Time)

Battery icon

Mow Zone: Base

Press GO

Mow Zone: Base

Press GO

Mow Zone: Base

Press GO

Displayed when there is no weekly

program or when it is set to ‘off’

Displayed when a program is set

Figure 3.1

Charging in the

Base Station

ChargingChargingCharging

Ready

keep charging

Ready

keep charging

Figure 3.2

LCD display during

charging process

Figure 3.3

LCD display during while

battery if fully charged

Non-Base Station Zone –



When Robomow has operated the allotted time, it will simply stop in the lawn, waiting for you to

drive it back to the Base Station. The LCD will display a ‘

Recharge battery’

message if the

mowing time is set to ‘

MAX

’ or ‘

Time completed’

if the mowing time has been set to any time other

than ‘

MAX

’.



If Robomow has completed its mowing and it is more than 15 minutes before you arrive to move it,

the LCD screen will be blank. Robomow will shut itself down into a sleep mode after 15 minutes of

inactivity at all times. This is an energy saving feature. Pressing the

‘GO’

button will wake it up and

display the message that was on the LCD when it went into sleep mode.

3.9 Charging

Robomow is supplied with two power supplies:

Base Station Charger –

It is connected between the Base Station and a 230V/120V wall socket. It is connected to the

wall socket via an integrated power cord and to the Base Station via a 15m / 50ft long low

voltage cable (the length of the low voltage cable must not be lengthened).

It is approved for outdoor use.

The charging time is approximately 20 hours, depending on conditions.

When the mower is in the Base Station the battery is charged and one of the following screens

is displayed:

The charging system and battery are designed to remain plugged in at all times of non-use,

throughout the mowing season, without concern to over charging, over heating or damaging the

battery.

2. Winter Charger

During long period, such as winter, when Robomow is not in use, it is recommended to clean

Robomow and connect it to charging using the winter charger to all the period it is not in use

(refer to paragraph 5.7 – Winter Storage).

The winter Charger is an integrated part of the Robomow and it

is designed for

indoor dry use

only.

Do not charge Robomow where wet contact is likely.

Never connect the winter charger while Robomow is still in the Base Station.

The charging time is approximately 48 hours when using the winter charger.

When connecting the charger the following message (figure 3.2) will be displayed and the

battery icon will continually move from empty to full to show the charging.

Once the battery is fully charged, the message will change to that as shown in Figure 3.3,

reminding you to keep it connected to the charger until the next use.

Chapter 4 - Text Messages and Troubleshooting

4.1 Messaging

Robomow is equipped with an LCD panel that will notify you in the form of a text message when common

operational faults occur to instruct the user to perform a certain function or action.

If the LCD screen is blank, pressing the ‘

GO’

button one time will wake the mower up and the last fault or

message displayed prior to stopping will now be displayed. If a specific problem re-occurs, it is

recommended to identify the fault code prior to calling for service. Pressing the

‘UP’

arrow once, while the

message is displayed, is a shortcut button to display the

‘

Last stop cause’

(refer to paragraph 2.3.5).

Message

Displayed Probable Cause/Event Corrective/User Action

Adjust wire

then press GO

Robomow detects an obstacle along the

edge while operated in ‘

Wire position test’

mode.

Adjust the wire in the place where it

collides in the obstacle or remove the

obstacle and then press ‘

’ to

continue in the wire position test.

Alarm will be

soon activated

The ‘Theft guard’ system is activated, but the

4 digits code was not entered; the mower will

start the alarm soon.

Enter the correct 4-digits code.

Base problem

Robomow fails to enter the Base Station 3

times continuously

Adjust the Base Station position.

Clean the contacts with a brush or

piece of cloth.

Confirm a good connection of the

cables to the Base Station contacts.

Confirm the Base Station is leveled with

the ground before the Base, so there is

no step that causes Robomow to slips.

Bumper pressed

Bumper is constantly being pressed

Move mower away from object pressing

against bumper.

Change wires in

plot connector

This message appeared at the first time the

‘

GO’

button is pressed after completing the

setup in case the perimeter wire is

connected to the plot connector in the wrong

polarity.

Change between the two wires ends

that connected to the plot connector

(the green connector that connected to

the Base Station).

Charging failure

The charging process is not active

Contact service provider

Check mow height

Mowing motor has faced over-current for too

long because of high grass or some obstacle

is stuck or wrapped around the blade.

Something is preventing a blade from

rotating freely. Severe grass accumulation

under the mowing deck; rope or similar

object wrapped around mowing blade.

Object jammed under mower preventing

blade from rotating.

CAUTION – Remove fuse before lifting

the mower.

Inspect blades for foreign material or

debris preventing rotation.

Clean out accumulated grass clippings

using a wooden stick.

Check power

(Base Station)

Power supply is not plugged properly into the

main power supply

The charging process has stopped due to a

temporary power loss.

Confirm power supply is plugged into

the main power receptacle.

No power to receptacle or main power is

shut off

Turn power on to the main receptacle.

Check the mains supply using another

appliance

The mower or Charging Station contacts are

dirty

Clean the contacts with a brush or

piece of cloth

Charging is not detected, although there is

physical contact between the mower and the

Base Station contacts.

Confirm a good connection of the

power supply to the Base Station.

Confirm a good connection of the Base

Station board cables (green and red) to

the Base Station contacts pins (screws

are tightened).

Message

Displayed Probable Cause/Event Corrective/User Action

Check power

(Winter charger)

Power supply cable is not plugged properly

into the mains supply.

Confirm power supply is plugged into

the main power receptacle.

No power to receptacle or main power is

shut off

Turn power on to the main receptacle.

Check the mains supply using another

appliance

Check signal

Press GO

There is no fitting between the 'Signal type'

setting in the menu and the signal jumper on

the Perimeter Switch;

Automatic operation is initiated while

Robomow is placed out of the perimeter wire

lope.

The perimeter wire is connected to the plot

connector in the wrong polarity.

Robomow detects signal interferences from

adjacent activated lawn or from other

appliance activated near the zone;

Set the 'Signal type' menu to 'A' and

confirm the signal jumper is installed on

the Perimeter Switch board; or

alternatively set it to 'B' and remove the

signal jumper from the board;

Place the mower inside the lawn and

press the ‘GO’ button.

Change between the two wires ends

that connected to the plot connector

(the green connector that connected to

the Base Station).

In case of signal interference call the

service for help;

Check wire

Poor connection of perimeter wire - twisted

cables, or a screw terminal, insulated with

insulation tape is not a satisfactory splice.

Soil moisture will cause the conductors to

oxidize and after a while result in broken

circuit.

Too long perimeter wire

Check and repair all loose/poor or

corroded connections.

Use only the connectors supplied in the

box. It is waterproof and gives a reliable

electrical connection.

The maximum length of wire allowed in

one lope is 500m – if the wire is longer

than 500m, split the area into 2

separated zones.

Close cover

The bumper cover is not in its place because

one of the following reasons:

1.The cover has popped out during

operation while Robomow has collided in

obstacle.

2. The bumper cover was not placed

properly by the user in its place.

1. In case of short / slanted obstacles, it

must be protected from the

Robomow using the perimeter wire

around it.

2. Press the bumper cover downwards

and confirm it is clicked well.

Cross wire

The perimeter wire is too close to the edge

The lawn slope is too big

Robomow does not succeed to turn in place

at the edge and it causes the mower to slip

out of the area.

Too low cutting height for the lawn and grass

conditions.

Remove the wire towards the inner side

of the lawn and do not include area with

too big slopes.

Fill any holes and pits in the ground.

Increase the cutting height

Drive overheat

cooling, wait…

The drive motors have been working under a

severe load for too long.

There is no need to do anything

Robomow will renew automatically the

operation, as the drive motor will cool

down.

Enter code

The theft guard system is activated

Enter the correct 4-digit code. ‘

Theft

Guard’

can be deactivated under

‘

Settings’

. Contact your service provider

for assistance in a lost code situation.

Failure: xyz

Internal failure

Press ‘go’ to confirm the message; if

the message is still displayed, remove

the battery fuse for 10 seconds and

retry to operate the mower. If the

message still displayed, contact your

service dealer.

Message

Displayed Probable Cause/Event Corrective/User Action

Frnt wheel prob

The Front Wheel has left the ground for

more than 8 – 10 seconds.

CAUTION – Remove battery fuse before

lifting the mower

The Robomow has driven onto an

obstacle, raising the front end. Remove

or exclude this object from the mowing

area.

The Robomow is being used on a slope

too steep for safe mowing. Exclude this

from the mowing area.

High grass is preventing the front wheel

from fully riding on the ground. Raise

the cutting height.

The ground contains large holes or

indentions where the front wheel can

drop into when passing across. Fill

these areas with dirt and level off.

High temperature

waiting…

Robomow is charged through the Base

Station and the ambience temperature is out

of range (above 158ºF / 70ºC);

Do not do anything, the charging is

stopped and Robomow is waiting for

temperature to change back to the

allowed range; if temperature stays out

of the range for more than 12 hours, the

message is changed to

‘High temp.

Press GO

’.

Insert fuse

for charging

Robomow is connected to charging without a

battery fuse

Disconnect Robomow from charging,

insert the battery fuse and reconnect to

charging.

Keep charging

if not used

Message is displayed every time the power

supply is disconnected.

Displayed when the mower isn’t in operation

and not connected to the charging for a long

time.

Press any key to change the display

back.

Send the mower back to the Base

Station for charging / connect the power

supply or continue in operation.

Key pressed

One of the operating panel buttons is

constantly pressed.

Press ‘

GO’

to confirm the message and

to continue in operation. The message

is displayed to inform the user about

the problem, but will not prevent the

operation.

Keys locked

Child lock feature has been activated

Press the

⇑

arrow key and then

press the

‘STOP’

button.

Child lock can be deactivated under the

‘

Settings

’ menu.

Low battery

Mower is searching for the Base Station but

the battery voltage is too low to continue the

searching process.

Drive the mower manually using the

remote control or carry it by hand for

charging in the Base Station.

Robomow has skipped the last start time due

to low battery voltage

Confirm there is enough time between

the two adjacent departures so the

battery can be charged prior the

scheduled operation (min 16 hours

between operations)

Low temperature

waiting…

Robomow is charged through the Base

Station and the ambience temperature is out

of range (below 32ºF / 0ºC);

Do not do anything, the charging is

stopped and Robomow is waiting for

temperature to change back to the

allowed range; if temperature stays out

of the range for more than 12 hours, the

message is changed to ‘

Low temp.

Press GO’

Mow overheat

cooling, wait…

The mowing motor has been working under

a severe load for too long of a time.

There is no need to do anything –

Robomow will renew automatically the

operation, as the mowing motor will

cool down.

Message

Displayed Probable Cause/Event Corrective/User Action

No wire signal

Base Station / Perimeter Switch is not turned

on or not connected to the zone intended to

mow.

The perimeter wire is not connected to the

Base Station / Perimeter Switch

The perimeter wire is cut

Make sure the Base Station is

connected to the mains supply

Disconnect the Base Station power

supply from the mains power and

reconnect after 10 seconds.

Check the Perimeter Switch is

connected to the correct zone and is

turned on.

Check the connection of the perimeter

wire to the Base Station / Perimeter

Switch.

Check for cut in the perimeter wire.

Peg base

then press GO

This message is displayed after ‘

Base

position

’ test is completed successfully.

Fasten the base in place using the 2

stakes (figure 1.30).

Rain detected

GO to ignore

Robomow detects rain upon GO pressing

(received when pressing the GO button)

Do not operate Robomow in rainy

weather and wet grass; If you choose to

override, press the ‘

’ button; The

overriding is valid for the current

operation only

Rain detected

Press GO

Robomow has skipped the last depart due to

rain detection

It is not recommended to cut wet or

damp grass, but if you choose to

override the rain sensor, change the

setting of the ‘Rain sensor’ to ‘off’ under

the ‘

Settings

’ menu.

Rain detected

start delayed

The operation is delayed as Robomow

detects rain on the scheduled time it should

start the automatic operation from the Base

Station.

Do not do anything; the message is

displayed until the Robomow will not

detect rain for x hours (as defined in the

‘

Delay after rain’

menu).

Rain sensor

disconnected

Disconnection in the rain sensor wires.

Press ‘GO’ to confirm

Ready

keep charging

The battery is fully charged (displayed when

charging through the standard power supply

and not through the Base Station)

Keep the charger (power supply)

connected and operating

Recharge battery

The maximum operating time has been

reached (displayed in non-Base Station

zone)

Connect the charger to the mower

Remove fuse

before lifting

Robomow was lifted while the battery fuse is

connected.

Remove the fuse before lifting

Robomow.

Remove fuse then

check blade

Some obstacle is stuck or wrapped around

the blade.

Something is preventing a blade from

rotating freely. Severe grass accumulation

under the mowing deck; rope or similar

object wrapped around mowing blade.

Object jammed under mower preventing

blade from rotating.

CAUTION – Remove battery fuse

before lifting the mower.

Inspect blades for foreign material or

debris preventing rotation.

Clean out accumulated grass clippings

using a wooden stick.

Replace blade

every 200 hours

An automatic reminder to replace the blades

is displayed every 200 hours

Replace the blades and restart the

counter of the blades replacement

reminder by choosing the

‘Blades

replaced – Clear reminder’

option

under the

‘Settings’

Reposition base

Robomow fails to enter the Base Station

during ‘Base position’ test

Reposition the Base Station; usually it

should be placed with the marked lines

on the Base aligned with the perimeter

wire. If the Base is placed in narrow

pass, where the distance from the

adjacent wire is less than 3 meters, the

Base Station should be placed in shift

of few cm towards out of the lawn.

Message

Displayed Probable Cause/Event Corrective/User Action

Splice wire

(Confirm the Base

Station beeps

continuously for cut

wire)

Perimeter wire cut

Wire disconnected from the Base Station /

Perimeter Switch

Confirm wire is plugged in and wire

leads are firmly attached.

Walk along perimeter, including islands

and look for obvious cuts or break in

the wire. Repair with Robomow wire

splice connectors.

In case the wire cut is not visible call

you service dealer for more information

how to find the wire cut.

Start elsewhere

An unknown fault has occurred and user

help is required

Manually drive/carry the mower away

from this particular area and restart

operation.

Drive wheel motors have been working

under a severe load during automatic or

manual operation.

Check to insure the mower is not stuck,

allowing the drive wheels to slip.

Check the ground for holes or

indentions, where the mower has

stopped and fill it with dirt and level off.

Check the drive wheels are free to

rotate and nothing block them.

Remove the mower away from this

particular point and restart operation.

Start inside

Automatic operation is initiated while

Robomow is placed out of the perimeter wire

lope.

Place the mower inside the lawn and

press the ‘GO’ button.

Stuck in place

Robomow get stuck in place with no succeed

to continue driving.

Check the ground for holes or

indentions, where the mower has

stopped and fill it with dirt and level off

– especially in the area close to the

perimeter, where the Robomow turns in

place.

Robomow has difficulty to turn in place

because the front wheel has fallen into hole

or indention and it caused the mower to turn

in place without detecting wire or bumper.

Confirm the area is not too sloppy and

make sure to work in dry condition.

Check the perimeter wire is not too

close to the edge – remove if required.

Conform the mowing deck is not set too

low.

There is an option to drive back to the

lawn in reverse before Robomow

perform the turn in place (contact your

service dealer for details).

Switch off

before lifting

The user carries Robomow manually while

the main switch button is on.

Switch off the main switch button before

carrying Robomow.

Switch off

before lifting

(While Robomow is

in the Base Station)

Robomow does not detect the power from

the base Station, there is a charging problem

Check the connection of the Base

Station board cables (red and black) to

the Base Station pins; confirm the

screws are tightened.

Confirm good contact between

Robomow and the Base Station

charging pins.

Make sure the pins are clean and not

corroded.

Time and date

Displayed every time the batteries fuse is

taken out of the mower (reset operation)

Set real time clock (day and hour) and

the date.

Time completed

The operating time set for that zone has

been reached.

Connect to the charger if all mowing has

been completed for the day.

Waiting for

signal…

Robomow has stopped the operation,

because there is no signal detected.

Check the power to the Base Station.

There is electrical power interruption.

There is no need to do anything –

Robomow will renew automatically the

operation if the power will come back

within an hour from the break; if the

power will come back after more than

one hour, Robomow will drive back to

the Base Station for charging, but will

not renew the operation and mowing.

4.2 Other Operational or Fault Problems

Problem

Encountered Probable Cause/Event Corrective/User Action

Robomow operates

at the wrong times

Confirm that the time in the mower is

set correctly (hour and date)

Set the time (See paragraph 2.2.3)

The ‘

’ button was pressed with no

meaning, by someone or by a pet (‘

Last

stop cause

’ under the ‘

Information’

menu should be 805).

To prevent unintended operation you can

activate the ‘

Child guard’

or the ‘

Anti theft’

options, which requires pressing of few

buttons in order to start the operation.

Robomow has

skipped the

scheduled operation

Low battery voltage

Rain detected at the scheduled time

Some obstacle is stuck or wrapped

around the blade prevent it rotating.

Signal problem

In general, whenever Robomow does not

start the operation at the scheduled time,

the cause is recorded under ‘

Program

Display’

(refer to end of 2.1.1.1 for more

details).

User has chosen to skip the next

operation

No action is required

The program was set to ‘

off’

– the main

display shows

‘Mow Zone: Base’

and

not the time and the next start details.

Change the setting of the ‘

Program’

to ‘

on’

'Cut wire’

indicator

flashing on

Perimeter Switch

the Base Station

beeps continuously

for

'Cut wire’

Wire disconnected from perimeter

switch or from the Base Station.

Confirm wire is plugged in and wire leads

are firmly attached.

Perimeter wire cut

Walk along perimeter, including islands and

look for obvious cuts or breaks in the wire.

Repair with Robomow wire splice

connectors.

Poor connections

Check and repair all loose/poor or corroded

connections.

‘Poor connection’

indicator flashing on

Perimeter Switch

the Base Station

beeps intermittently

for poor wire

splicing or too long

wire

Twisted cables, or a screw terminal,

insulated with insulation tape is not a

satisfactory splice. Soil moisture causes

the conductors to oxidize and after a

while result in broken circuit.

Use the connectors supplied in the box. It is

waterproof and gives a reliable electrical

connection.

Perimeter wire too long for one zone

A maximum perimeter wire length of 500 m

is recommended. Areas requiring longer

lengths should be broken into separate

zones.

Robomow will not

operate and nothing

will display on the

LCD screen.

Mower is in deep sleep.

If not connected to the Base

Station/charger at all times when not in

use, the Robomow will conserve power by

entering into a deep sleep mode. Press the

main switch button (on/off) 3 seconds

continuously

to wake Robomow or remove

the fuse for 3 seconds.

Batteries have been discharged from

lack of charge maintenance.

It is required for the charger to remain

connected to Robomow when not in use.

Failure to do so can cause permanent

damage to the batteries. Contact your

service provider.

Robomow does not

complete the edge

in a non-base zone.

Peculiar geometry of perimeter

Perform ‘

Learn Edge’

(refer to 2.1.2.2).

Problem

Encountered Probable Cause/Event Corrective/User Action

The Robomow is

noisy and vibrates

Damaged or unbalanced blade

Check the lawn is free from branches,

stones or other objects that can damage

the blade before operating the Robomow.

Replace the blade

Poor quality of

mowing (grass

clippings are left on

the lawn)

Uneven mowing

results

Grass is too high in relation to the set

cutting height

It is recommended to cut not more than a

1/3 of the green part of the grass.

Set the cutting height to a higher position

Use Robomow more frequently to maintain

your lawn.

Grass is wet

For best cut, operate Robomow when the

grass is dry. It is recommended to mow

grass early afternoon.

Dull blade

Replace blade.

Robomow works too few operations per

week

Update the weekly program for more

operations per week.

Working area is too large

Limit the working area

LCD display is in a

foreign language.

The language setting was changed or

not correctly set.

Place the mower out of the Base Station

and follow the sequence listed;

Press ‘STOP’ button few times to confirm it

is on the main display

Press ‘UP’

⇑

button twice

Press ‘GO’ button once

Press ‘Down’

⇓

arrow button once

Press ‘GO’ button once

Press ‘Down’

⇓

arrow button 4 times

Press ‘GO’ button once

Using the arrow, scroll to the correct

language

Press ‘GO’ to confirm this selection

Short run time,

operates less time

than normal

Important! It is possible to see the last 10 battery run times and the battery voltage at

the beginning of the operation in the ‘

Information

’ menu (refer to paragraph 2.3.2)

Battery is not fully charged at the

beginning of the operation

Confirm the battery icon is fully and not

changed (while charging in the Base

Station) or ‘

Ready keep charging’

message

is displayed (while charging through power

supply) prior the operation.

‘Work Time

‘ for that zone is set to

specific time and not to ‘

MAX’

‘

Work time’

can be changed under ‘

Zones

setup’

Grass is extremely over grown or very

wet.

Raise cutting height.

Always mow the grass frequently enough

to prevent over growth.

CAUTION – Remove battery fuse before

lifting the mower

Inspect blades for foreign material or

debris preventing rotation.

Clean out accumulated grass clippings

using a wooden stick.

Batteries are reaching a normal end of

life state.

Replace batteries.

Before any cleaning

is done remove the

batteries fuse.

Caution!

Serious injury can occur.

Always remove batteries fuse

before any maintenance or

cleaning is done or before lifting

Robomow. Blade is very sharp

and can cause severe cuts or

lacerations. Always wear heavy

work gloves when working with

and around the blade.

WARNING!

Chapter 5 - Maintenance and Storage

5.1 Recommended Maintenance Schedule

Maintenance

Service Interval

Maintenance Procedure

Regularly



Remove the batteries fuse and check any damage on the blade.



Check and remove grass clippings and dirt from the mowing deck if necessary,

particularly when mowing wet and damp grass (refer to section 5.2)



Charge the Robomow batteries after every use.

150 – 200 Hours



Replace the blade; replace it more frequently if the edges dull in rough or sandy

conditions (see Figure 5.1).

Remember to restart the automatic blade replacement reminder whenever the

blade has been replaced (refer to section 2.2.6).

5.2 Cleaning

Robomow and Base Station

Use only a damp cloth and a dry brush to clean the outer surfaces.

A light detergent can be used in a water solution, and then soaking and

wringing dry the cloth for cleaning. Never use harsh or abrasive

cleaning solutions. Never spray with a garden hose or other type of

liquid spray hose.

Mowing Deck

The underside of the mowing deck needs to be inspected, and cleaned if necessary, between

operations. The Robomow is a dedicated mulching mower and may accumulate clippings under the

mowing deck, particularly when mowing wet and damp grass.

Most grass accumulation can be removed using a small wooden stick or similar object. Carefully

scrape the collected grass debris from under the mowing deck. If necessary, remove the blade to gain

better access to the mowing chamber in order to clean it. Do not place the mower upside down,

damage to the bumper can occur. Instead, lean it against another surface to gain access to the

mowing deck area.

NEVER

use a water hose or other type of liquid sprayer to clean the underside of the mower.

Component damage can occur. Use only a damp or wet cloth to wipe the surface clean after

scraping.

5.3 Battery

The batteries are maintenance-free, but have a limited life span of 1-3 years. Battery life depends on

the number of operations per week and the length of the season. The batteries should only be

replaced by a service dealer.

Important!

Do not place used batteries in your household trash. Batteries must be collected, recycled,

or disposed of in an environmentally sound manner. Return the old batteries to an approved sealed

lead (acid) battery recycler.

Figure 5.1

Blade replacement

Blade replacement instructions

Caution!

To prevent the risk of serious injury,

always remove the battery fuse when

replacing the blade.

For your safety, always wear heavy

work gloves when working with or

around the cutting blade.

1. Remove the battery fuse;

2. Wear heavy work gloves;

3. Place Robomow on its rear side

vertically, lay against a wall or turn it

upside down on a soft surface;

4. To remove blade, using both hands,

squeeze the plastic lock tabs at the

base of the blade (step 1);

Squeeze the plastic locks tabs in the

arrow direction as shown in step 2.

5. Then pull blade assembly off, away

from mower (step 3);

6. Holding the replacement blade by its

base, push until it is locked into place.

You will hear a click when it locks.

If you do not hear a click, remove

blade, and repeat the procedure.

5.4 Base Station

Keep the Base Station entrance and area clean from leaves, sticks and twigs and any other debris

that may tend to collect in these areas. Do not spray a water hose directly onto or into the Base

Station. Use a damp rag and brush to clean the outer surface.

Treat any insect mounds, which may appear with a locally recommended insecticide. In the event of

damage to any part of the power cord, stop use of the Base Station, disconnect the power supply and

replace the power cord.

5.5 Replacing the Blade

The blade replacement is a very easy

operation to perform; follow the instructions in

figure 5.1 below.

The cutting blade of the Robomow should be

examined for damage between operations.

Only use sharp blade.

Replace blade at least once per season or after 200 hours of operation, the first to come. It is

recommended to replace the blade for best performance. Machine sharpening is not recommended,

as a good balance cannot be achieved after machine sharpening.

Robomow has an automatic reminder to replace the blade after every 200 hours of operation.

’Replace blade – every 200 hours’

message appears and pressing the

‘GO’

button will clear the

message and enables the operation of Robomow.

Whenever replacing the blade, it is recommended to restart the counter of the blade replacement

reminder by choosing the

‘Blade replaced’

option under the

‘Settings’

menu and pressing the

‘GO’

button again to clear the reminder.

Wire

Connector

Wire

Connector

Figure 5.2

Wires splicing

1. Strip 1cm (0.5 inch) of each

wire ends together and

twist the stripped ends

together using pliers.

2. Insert the twisted wires into

the splicing connector.

3. Screw the wire connector

on the twisted wires; make

sure is tight.

Figure 5.3

Winter charging

5.6 Splicing the Perimeter Wire

If the perimeter wire needs to be spliced: Use the connectors supplied in the box, as shown in figure

5.2. It is waterproof and gives a reliable electrical connection.

IMPORTANT INFORMATION!

Twisted cables, or a screw terminal, insulated with insulation tape is not a satisfactory splice.

Soil moisture will cause the conductors to oxidize and after a while result in broken circuit.

5.7 Winter Storage

Robomow

Remove the battery fuse and clean the Robomow (refer to sections 5.2). Store Robomow indoors in a

clean a dry place, standing on its wheels; confirm the area around the bumper is free.

Insert the battery fuse and connect the winter charger to the mains supply (figure 5.3)

for the entire

period in which Robomow will not be operating

; confirm ‘

Charging

’ is displayed and ‘

Ready – keep

charging’

when the battery is fully charged.

The charging system and battery are designed such that they can remain plugged in at all times of

non-use without concern to over charging, over heating or damaging the battery.

Base Station / Perimeter Switch

It is recommended to remove the

Base Station for the winter period:

Disconnect the power supply from the mains power;

Open the Base Station / Perimeter Switch cover;

Disconnect all connectors from the board;

You can now remove the Base Station cover/ Perimeter Switch and place it in dry storage;

It is recommended to store the power supply in a dry storage; if not possible, protect the cable

end from moisture to prevent corrosion while not connected to the Base Station.

Disconnect the green plot connector (keep it connected on the board for the next season) from

the perimeter wire ends and protect it from moisture to prevent corrosion of the wires while not

connected to the Base Station; You may place the Friendly Robotics wire nut connector onto both

wire ends for protection in the winter.

Protect the remaining connector using the black rubber cover.

After Winter Storage

Confirm that all connections, charging pins and wire ends are clean prior the first operation; if

required, clean the contacts with a small piece of fine sandpaper, 200 grit or higher or using steel

wool of ‘00’ or higher grade.

Place the Base Station in its place and connect all cables to the board;

Confirm that Robomow displays the correct time and date.

5.8 Batteries Replacement

WARNING! Follow the instructions below.

Complete replacement of one battery before starting to replace the second battery.

Replacing the batteries:

- Lift the bumper and remove the batteries fuse;

- Remove the cutting height adjustment know by lifting it

upwards (figure 5.4)

- Unscrew the five nuts manually at the rear side of the

Chassis cover (figure 5.5). If you find it difficult use a wide

flat screwdriver;

- Lift the rear side of the cover (see figure 5.6) and

disconnect only the two cables from the left battery (figure

5.7);

- Place the new battery and connect the cables to the

battery tabs when the red and the black cables are fitted

to the color on the battery;

- Disconnect the cables from the right battery;

- Place the new battery and connect the cables to the

battery tabs respectively to the color;

- Place the cover back in its position and screw the five

nuts manually, confirm they are tight enough;

- Insert the batteries fuse and confirm the Robomow wakes

up.

Figure 5.4

Figure 5.5

Figure 5.6

Figure 5.7

Theft Guard Code

Fill in the four-digit code you have

selected for the Theft Guard

system as a safe record in the

event you forget the code

selected.

____ ____ ____ ____

Robomow Serial Number

________________________

Chapter 6 - Specifications

Dimensions

64cm (25 inches) Length x 52cm (20 inches) Width x 30cm (12 inches) Height

Weight

17.6kg (38.8 lb)

Noise Level

Measured sound level: 77.2 dB

Guaranteed sound level: 80 dB

Mowing System

Cuts 1cm (0.4in) outside the wheels

Mowing width - 20cm (8 inches)

Cutting height – 20-80mm (0.8-3.2 inches)

Blade motor RPM – 5800

Year of Manufacture

The decal below is found on the left side of the mower's base.

The first 2 digits represent the year of manufactured.

i.e. the label above belongs to a Robomow which was produced in 2007.

PRD5401A RL072502RM

IRL0725020001

RM400

Chapter 7 - Accessories

Perimeter Switch

Convenience of having a switch for each

zone and not moving one switch from zone

to zone. (operated by electricity)

Peg Pack (50)

For larger lawns and additional zones.

erimeter Wire

For larger lawns and additional zones.

Blade

Keep a spare blade on hand. Sharp

blade is important for safety and good

cutting performance.

Wire connector

Used for repairing or splicing wires (as

needed).

Plot connector

Used for connecting the completed

perimeter wire set-up to the perimeter

switch

Remote Control

for convenient transport of Robomow

between plots, as well as mowing very

narrow areas manually

Batteries Pack for RM Peri

meter Switch

Preferable for areas where electricity is

not available or not close enough to the

Perimeter Switch.

Tips for maintaining your lawn

Robomow

- Lawn care has never been so easy

Best time to mow

Mow your lawn when the grass is dry. This prevents the clippings from clumping and leaving piles on the

lawn. Mow it late in the day rather than during the heat of the day.

Mowing frequency

Mow often, producing short, small clippings. During the active growing season the mowing frequency should

be increased to once every 3-5 days, before the grass is too long. Short clippings decompose quickly and will

not cover the grass surface. If the grass gets too high, raise the cutting height, mow, then gradually lower it

over several mowings.

Cutting Height

Follow the "1/3 rule:" mow no more than 1/3 of the length of the grass. Proper

mowing will produce short clippings that will not cover up the grass surface.

You may have to cut the lawn more frequently, or double cut, when the lawn

is growing fast, such as in the spring.

Water

Grasscycling reduces the amount of water needed by lawns since the clippings are about 80 - 85% water.

Grasscycling slows evaporation losses from the soil surface, and conserves water. Most lawns need less

water when Grasscycling.

Watering

Water your lawn between 4 a.m. and 8 a.m. in the morning, so water has time to soak into the soil before the

heat of the sun causes evaporation.

Your lawn needs 1 to 1-1/2" (3-4cm) of water weekly. Deep watering allows grass to develop a deep root

system, enabling the lawn to resist disease and drought.

Do not over water

Too much water is not only wasteful but can also increase turf growth, which requires more frequent mowing.

Let the soil partially dry out between watering. Water when the top two inches of soil have dried out. Use an

object such as a screwdriver to probe your soil and measure the depth of the moisture.

Fertilization

Grasscycling reduces the amount of lawn fertilizer needed because the clippings provide about 1/4 of

a lawn's annual needs.

Blade

Keep your mower blade sharp. Sharp blade provides a clean, safe and efficient cut. Dull mower blade

will tear and shred the tips of the grass, which can provide an entry point for disease organisms and

weaken the grass plant. It is recommended to replace Robomow blade once a year.

Thatch

Clippings and thatch are simply not connected. As mentioned previously, grass clippings are approximately

80-85 percent water with only small amounts of lignin, and decompose rapidly.

When we stop and think about it, golf courses, sports fields, and parks have been mowing grass for years and

recycling with no grass catchers.

A small amount of thatch (approximately 1/2 inch) is actually beneficial to a lawn. Grass clippings

protect your lawn's root system from heat and water loss.

RM Series Limited Warranty

Friendly Robotics warrants to the original purchaser that the RM series ‘Product’ is free from defects in materials and

workmanship when used under normal residential* purposes for a period of 24 months, 12 months for the batteries,

beginning from the date of purchase. Product accessories, including replacement batteries, are warranted for a

period of ninety days from the date of purchase. This warranty provides for the cost of parts and labor to repair

covered defects when performed by an authorized Friendly Robotics service and warranty facility. A valid proof of

purchase is required for warranty repairs.

The limited warranty does not cover transportation costs of any kind. The owner bears all responsibility for

transportation costs to an authorized Friendly Robotics service and warranty facility.

*Normal residential purposes are defined as use of the product on the same lot as your primary home. Use at more

than one location is considered commercial use, and this warranty would not apply.

Items and Conditions Not Covered

This express warranty does not cover the following:

•

Cost of regular maintenance service parts or procedures, such as blade or blade sharpening.

•

Any product or part that has been altered, misused, abused or requires replacement or repair due to accidents or

lack of proper maintenance.

•

Normal wear and tear, including fading of paint or plastic parts.

•

Cost of installation or reinstallation, removal of installation or any costs or damages associated with improper

installation or use of product.

•

Any product that has been opened, repaired, modified or altered by anyone other than a Friendly Robotics

authorized repair facility.

•

Repairs necessary due to improper battery care and/or improper charging process such as charging in wet

conditions, electrical supply irregularities, or failure to properly prepare the mower or battery prior to any period of

non-use.

•

Repairs necessary due to water damage, other than incidental rain exposure, repairs due to lighting or other acts

of God.

Instructions for Obtaining Warranty Service

Should you feel your Friendly Robotics product contains a defect in materials or workmanship, contact the retailer

who sold you the product.

Owner Responsibilities

You must maintain and care for your Friendly Robotics product by following the maintenance and care procedures

described in the owner/operator manual. Routine maintenance, whether performed by a service provider or by you, is

at your expense.

General Conditions

Repair by an authorized Friendly Robotics service and warranty repair facility is your sole remedy under this

warranty. There is no other express or implied warranty. All implied warranties of merchantability and fitness for use

are limited to the duration of this express warranty. Friendly Robotics is not liable for indirect, incidental or

consequential damages in connection with the use of the Friendly Robotics Product covered by this warranty,

including any cost or expense of providing substitute equipment or service during reasonable periods of malfunction

or non-use pending completion of repairs under this warranty. Some states do not allow exclusions of incidental or

consequential damages, or limitations on how long an implied warranty lasts, so the above exclusion and limitations

may not apply to you. This warranty gives you specific legal rights, and you may also have other rights, which vary

from state to state.

Always follow the safety instructions specified in this Manual

EU Declaration of Conformity

Manufacturer: F. Robotics Acquisitions Ltd.

Hatzabar St., Industrial Zone P.O.Box 1412 Pardesiya, 42815 Israel

The products covered by this Declaration

24 Volt Battery operated Automatic Lawn Mower model RM200 (with Perimeter Switch)

24 Volt Battery operated Automatic Lawn Mower model RM400 (with Base Station)

F. Robotics Acquisitions Ltd. declares under sole responsibility that the products identified above

conforms with the protection requirements of the EMC directive and with the principal elements of the safety

objectives of the Low Voltage Equipment directive, and that the following standards have been applied:

- EMC

Robomow (Tested according to EN 55014-1:2006 & EN 55014-2:1997 + A1:2001)

Base Station (Tested according to: EN 55024:98 + A1:2001 + A2:2003 & EN 55022:1998 +

A1:2000+A2:2003)

- Electrical Safety

BS EN 60335-1:2002 *AMD1 15172, 2002 *AMD2 15626, 2005 *AMD4 15051, 2004 *AMD5 15536,

2005 *AMD6 16671, 2007 BS EN 50338: 2006 AMD1 16778, 2006

- Machinery Directive

Essential Health and Safety; Risk Assessment EN 1050

- Noise Directive

To BS EN ISO 3744: 1995 and *ISO 11094: 1991. With reference to Outdoor noise directive 2000/14/EC:

Amended by directive 2005/88/EC and the corrigenda table 1. Article 12: Test code of Annex III Part B

Item 32.

Sound level

Measured sound power level: LwA =77.2 dB

Guaranteed sound power level: LwA =80 dB

- EMF

BS EN 50366: 2003 amd1 16426, 2006

EMC Competent Body All Others Directives Competent Body

QualiTech

30,Hasivim Street

P.O. Box 3083

Petah Tikva 49130

Israel

SGS UNITED KINGDOM LIMITED

Rossmore Business Park

ELLESMERE PORT

CH65 3EN South Wirral Cheshire

United Kingdom

The technical documentation kept by Mr. Dedy Gur, QA director.

Address: Hatzabar St., Industrial Zone P.O.Box 1412 Pardesiya, 42815 Israel.

I hereby declare that the above product conforms to the requirements as specified above.

Shai Abramson – Senior VP R&D

F. Robotics Acquisitions Ltd.

11 December 2008

EC DECLARATION OF CONFORMITY*

)

(Noise Level)

F. Robotics Acquisition Ltd. hereby certifies that equipment described below

0.1.

Type: 24 Volt Battery operated Automatic Lawn Mower

0.2.

Make (Trade name): ROBOMOW

0.2.1.

Model/Type:

RM200 (with Perimeter Switch)

RM400 (with Base Station)

0.3.

Manufactured by:

Name: F. Robotics Acquisitions Ltd.

Address: Hatzabar St., Industrial Zone P.O.Box 1412 Pardesiya, 42815 Israel

0.4. Person who keeps the technical documentation:

Name: Mr. Dedy Gur, QA director.

Address: Hatzabar St., Industrial Zone P.O.Box 1412 Pardesiya, 42815 Israel

0.5 Notified body:

SGS UNITED KINGDOM LIMITED

Rossmore Business Park ELLESMERE PORT

CH65 3EN South Wirral Cheshire

United Kingdom

SGS Reference: ELS111832/4/R/SW/07

0.6 Conformity assessment procedure (Test Specification):

To BS EN ISO 3744: 1995 and *ISO 11094: 1991.

With reference to Outdoor noise directive 2000/14/EC: Amended by directive 2005/88/EC and

the corrigenda table 1. Article 12: Test code of Annex III Part B Item 32.

0.7 Date:6

May 2008 0.8 Place:

SGS UNITED KINGDOM LIMITED

Conforms to the requirements of Directive 2000/14/EC and to the requirements of the Directives

2005/88/EC and the corrigenda table 1. Article 12: Test code of Annex III Part B Item 32:



Machinery Directive



Low Voltage Directive



Directive on Electromagnetic Compatibility

Signature (Full name and position

): Shai Abramson – Senior VP R&D

Brief description of equipment: 24 Volt Battery operated Automatic Lawn Mower

1. Sound level

1.2. Measured sound power level:……………………...LwA =77.2 dB

1.3. Guaranteed sound power level:…………………….LwA =80 dB

2. Sound related parameter:

Cutting Width: 19.5 cm

This

declaration must be made in the same language as the original instructions, and either typewritten or printed. A

translation in the language (s) of the user country must also be provided. These translations are subject to the same

conditions as the original instructions.

**)

e.g. a function empowering the signatory to sign on behalf of the manufacturer (if the manufacturer is a natural person,

this is the manufacturer or his legal representative, and in the case of a legal person or association having no legal

personality, it is the person authorized to represent/manage him by law or by his rules or articles of association).

***)

For combustion-engine driven equipment it should be the nominal engine speed at which noise measurements are recorded. For chain saws:

this should be the nominal engine speed under full load conditions at which noise measurements are recorded.

To register your product on-line, go to

http://robomow.com/register

www.robomow.com

www.robomow.eu

DOC5002C RM400 Manual 2010 !! Friendly Robotics Robomow EN

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