RMX800 - Robot mower Texas - Free user manual and instructions

USER MANUAL RMX800 Texas

TEXAS EQUIPMENT

RMX 500 / RMX 800 RMX 1600 / RMX 2000

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DK - Originale instruktioner

Top-down view of a black robotic vacuum cleaner with red control panel and indicator lights (no visible text or symbols)

Robotplæneklipper

Top-down view of a vehicle chassis with mounting brackets and structural panels (no visible text or symbols)

Ladestation

Skruer for ladestation (x6)

Ekstra knife (x6)

Afgrænsningskabel

130m (RMX 500) 170m (RMX 800) 200m (RMX 1600) 220m (RMX 2000)

Plastpløkker

x180 (RMX 500) x230 (RMX 800) x270 (RMX 1600) x300 (RMX 2000)

Strømforsyning

24. Beizengesgevölting 25. Use mask 26. Beizengesgevölting 27. Manual d'abatoren TEXAS RIMX 100 / RIMX 900 RIMX 1000 / RIMX 2000 RimX 1000 / RIMX 900 RimX 1000 / RIMX 2000 RimX 1000 / RIMX 900 RimX 1000 / RIMX 2000 RimX 1000 / RIMX 900 RimX 1000 / RIMX 2000

3D rendered mechanical component with a central shaft and mounting holes (no visible text or symbols)

Tommestok

Technical line drawing of a mechanical assembly with angular annotations (0°), no readable text or symbols present.

Illustration of a robot-like device with eyes, wheels, and fragments scattered on a surface (no text or symbols)

Illustration of a roller coaster with a cross symbol indicating failure or hazard (no text or labels present)

Simple line drawing of a boat with eyes and a cross symbol (no text or labels)

Illustration of a flooded landscape with rain, a lightning bolt, and a red cross symbol (no text or labels)

Technical diagram of a device with labeled components including B2, OUT, MINM, and grid layout

Exterior view of a modern robotic device with a large lid, placed on grassy ground next to an electrical outlet (no visible text or symbols)

Pure mechanical diagram of a vertical rod with a circular head and lever mechanism (no text or symbols)

Diagram showing a gavel striking down a surface with three droplets approaching it (no text or symbols present)

TIP

>90 ✓ >90

Forhindringer i haven

Silhouette of a tree with broad canopy and visible trunk (no text or symbols)

Technical line drawing of a robotic car with visible wheel and gear components (no text or symbols)

Line drawing of a robotic lawn mower on a curved path (no text or symbols)

Blomsterbede

2 A < 5 mm

3 ≥80cm <5mm

Havebassin og swimmingpools.

Line drawing of scissors and a spool on a cutting board, with no text or symbols present.

Close-up of two blue plastic electrical connectors with black wires, no visible text or symbols

Diagram showing a device with an inset close-up of its internal components, no text or symbols present.

Green light on

Green light flashing

Red light flashing

QR code image containing encoded data, no visible human-readable text

QR code image containing encoded data, no visible human-readable text

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1. Opret login
   

Register Choose error your password OK Cancel password Cancel error password Cancel password your password Password found in the ID/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10/10 Already have an account? login here User Agreement | Privacy Policy

1. Tilføj enhed
   

TOMAS Devices No devices yet, please add Add devices

1. Scan QR på robot
   

Add devices Photo Please check whether this device is formed you please use your device to access it. User can use the WiFi or print device. Manually passing Bluetooth displays

1. Vent på forbindelse
   

Connecting Bluetooth Connecting now, please wait! Please check whether the robot is turned on; whether your phone's Bluetooth is turned off; whether the 95-01 signal assist

1. Tast 0000 i password
   

Add devices Serial Number 2103168000100000000 The placement of robotic lawn shower 0000 Please place whether the room is turned on, whether any phone's Bluetooth is turned on, whether the 30-5 signal commands. Next

Connect to Wi-Fi Configure Wi-Fi, you can control your devices anywhere SRR Guest passwords Please enter Pledue power Wi-Fi: SRR and password, click Connect to their Configuring the network type. Only compatible with E-ADCy networks Connection

Devices Texas robot

Devices Sharing devices Stop sharing Connecting Bluetooth Delete

Indstillinger Start punkt Søg efter opdatering Bekræft opdatering Settings Starting Point Turn on Starting point 1 Starting point 2 Starting point 3 Starting point 4 Delete device Firmware update Current version 23008 Automatic updates New version available Latest version 23004 Update content: 1. Added function if the return hits an obstacle, it will detour and continues blurring. 2. Improved OTA speed and success rate 3. Optimize the fluency of downhit work 4. Fix some known issues Update now? Bluetooth upgrade takes a long time, it is recommended to connect to wifi to upgrade Cancel Confirm Checking for update

Ændre sprog

11.25 Texas robot

18. Robottens funktioner

Top-down view of a car with red buttons placed on a grid background, no text or symbols visible.

Line drawing of a robotic car with a hand pressing the button, showing mechanical components and a control panel (no text or symbols)

Line drawing of a hand pressing down on a mechanical component with a spherical housing (no text or symbols)

35 40 30 45 25 20 50 20-60 MM 55 09

Line drawing of a robotic arm with a hand pressing a button on the wheel (no text or symbols)

Line drawing of a grass lawn mower with a brush and spray gun, showing internal components and motion lines (no text or symbols)

Technical line drawing of a mechanical assembly with a hand operating a tool (no text or symbols present)

Technical line drawing of a mechanical assembly with a central circular component and mounting brackets (no text or symbols)

Technical line drawing of a mechanical component with threaded shaft and flange (no text or symbols)

Battery cover

Battery bracket 2

Battery Pack

Technical line drawing of a mechanical assembly with a screwdriver inserted into a housing (no text or symbols)

USB

24. Tilbehør

GB - Original instructions

1. Contents of the package....46
2. Safety symbols ......47
3. Safety regulations ....48
4. Preparation before installation ....50
5. Installation and placement of charging station....51
6. Laying boundary wire....54
7. Connect boundary wire to charging station....62
8. Power the charging station 64
9. Booting and testing the installation 65
10. Setting....66
11. PIN code setting ....66
12. Changing the start time and cutting time....67
13. Description of display....68
14. Installing App ....69
15. Preparation before connecting to robot....69
16. Setting up the App ....70
17. Using the App ....72
18. Functions of the robot ....76
19. Rain sensor....78
20. Handling the robot lawn mower ....78
21. Cleaning and replacement of parts....79
22. Winter storage 81
23. Replacing the battery....82
24. Accessories 83
25. Error codes ....84
26. Technical data 86
27. EC declaration of conformity....87

The user instructions are updated continuously.

Always find the latest manual version on www.texas.dk

(scan the QR code on the back of the robot)

Compare the version number on the frontpage

1. Contents of the package

Top-down view of a black robotic vacuum cleaner with a red control knob and 'LAVS' button (no text or symbols on the device itself)

Robot lawn mower

Top-down view of a vehicle chassis with mounting brackets and structural elements (no text or symbols visible)

Charging station

Screws/pegs for charging station (x6)

Extra blades (x6)

Boundary wire

130m (RMX 500)

170m (RMX 800)

200m (RMX 1600)

220m (RMX 2000)

Wire pegs

x180 (RMX 500)

x230 (RMX 800)

x270 (RMX 1600)

x300 (RMX 2000)

Power supply

D4: Beizungszuschweizung 10: Ums-satzwerk 16: Meisterngasverkaufwand 17: Mendeine d'abatoren TEXAS RIMX 500 / RIMX 900 RIMX 1000 / RIMX 2000 RIMX 2000 RIMX 2000 RIMX 2000 RIMX 2000 RIMX 2000 RIMX 2000 RIMX 2000 RIMX 2000 RIMX 2000 RIMX 2000 RIMX 2000 RINCHENZER RINCHENZER RINCHENZER RINCHENZER RINCHENZER RINCHENZER RINCHENZER RINCHENZER RINCHENZER RINCHENZER RINCHENZER RINCHENZER RINCHENZER RINCHENZER RINCHENZER SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNG SAMSUNUT SAMSUNUT SAMSUNUT SAMSUNUT SAMSUNUT SAMSUNUT SAMSUNUT SAMSUNUT SAMSUNUT SAMSUNUT SAMSUNUT SAMSUNUT SAMSUNUT SAMSUNUT SAMSUNUT SAMSUNUT SAMSUNUT SAMSUNUT SAMSUNUT SAMSUNUT SAMSUNUST SAMSUNUST SAMSUNUST SAMSUNUST SAMSUNUST SAMSUNUST SAMSUNUST SAMSUNUST SAMSUNUST SAMSUNUST SAMSUNUST SAMSUNUST SAMSUNUST SAMSUNUST SAMSUNUST SAMSUNUST SAMSUNUST SAMSUNUST SAMSUNUST SAMSUNUST SAMSUNST. SAMSUNST. SAMSUNST. SAMSUNST. SAMSUNST. SAMSUNST. SAMSUNST. SAMSUNST. SAMSUNST. SAMSUNST. SAMSUNST. SAMSUNST. SAMSUNST. SAMSUNST. SAMSUNST. SAMSUNST. SAMSUNST. SAMSUNST. SAMSUNST. TAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/ATAXUS/

User manual

From own workshop

Bite plier

Crimping plier

Hammer

Close-up of a metallic mechanical component with a ruler placed between it (no visible text or symbols)

Folding ruler

2. Safety symbols

WARNING SYMBOLS ON THE ROBOT
	Read the instructions before use
	Keep your distance from the robot mower when it is in action.Keep hands and feet away from rotating blades. Never put hands or feet close to or under the machine when the robotic lawn mower is in action.
	Make sure the machine is OFF and that the power button is set to OFF before starting maintenance or inspection of the machine.
	Never sit on the machine.
	CE approval mark
	Robot mowers or charging stations must not be disposed of with ordinary household waste, as the products contain electronic components.The product must be delivered to recycling stations or other facilities that can handle the recycling of electronics.
	Guaranteed noise level.
	The boundary wire (low volt) must not be extended or split. Care should be taken when trimming, cutting edges or removing weeds near the boundary wire so that it is not damaged.
WARNING SYSTEMS ON BATTERY
	The battery should never come into direct contact with water.
	Never expose the battery to fire or other heat source (max 40°C)
	Recycling label. The materials in the battery can be recycled.
	The battery in the robot lawn mower is of the Li-ion type. The battery must not be disposed of via ordinary household waste. The battery must be disposed of via recycling stations.
WARNING SYMBOLS AT CHARGING STATION
	SMPS (Switch mode power supply)
	Double insulated.
	SMPS (Switch mode power supply) with a short circuit-proof safety insulating power supply.

3. Safety regulations

WARNING: Read all safety warnings and instructions.

When working with the robot mower, safety instructions should be strictly followed. Read the instructions carefully before starting your machine. Make sure you can stop the machine immediately in the event of an accident. Failure to follow warnings and safety instructions can contribute to electric shock, fire and serious personal injury.

The warnings, precautions and instructions described in this instruction manual cannot cover all conditions or situations that may arise. The user must therefore apply common sense and exercise caution when using the machine.

Security

• Read the instructions carefully and be sure that you as a consumer understand all instructions.
• Do not allow people who are not familiar with the use of the robotic mower, nor children, to operate it.
• The operator of the machine is responsible for other persons in the work area and their belongings.

Using the machine

• Make sure the boundary wire is mounted as directed in the manual.
• Regularly inspect the area where the machine will be used and remove all stones, sticks and other debris that could damage the robotic mower.
• Check the blades and screws every 2 months: Check if the knives are worn or damaged and if the screws are intact (the blades slowly cut into the screws and will eventually destroy them). Replace worn or damaged blades and screws if necessary, to maintain balance. The blades can be turned over so that they can be used 2 times. Always replace all screws and knives simultaneously! It is recommended to change them every year.
• The machine must not be used for other use, than the use described in the instructions.
• Only use genuine accessories and spare parts. Installation of unapproved parts may lead to increased risk and is therefore not legal. All liability is excluded in the event of an accident or other damage caused by the installation of non-original parts
• Do not use force when using the tool. Use the right tool for the job.

Generelt

• Do not use the robot lawn mower without the plasticcover being properly attached to the machine.
• Do not hold hands and feet near rotating parts.
• Do not hold or lift the robot lawn mower if a wheel or mowing motor is running.
• First, press the STOP button.
  • Turn off the robot lawn mower completely(hold down the OFF button) before:
  ■ Removing all types of dirt, or blocking objects.
• Maintain, clean or overhaul the robot lawn mower.
• Start the robotic lawn mower according to the instructions. When the robot is turned on (display is on), remember to keep your hands and feet away from rotating blades.
• Never lift or carry around the robot lawn mower with the main power button on.
• Don't let people who don't know how the robotic lawn mower works use it.
• Do not put anything on top of the robot lawn mower or on the charging station.
• Do not use the robotic lawn mower with damaged blades, plastic screens, bolts, screws, etc. It is an advantage to only let the robot cut the grass when it is dry. It gives a nicer mowing result and avoids wet grass settling on the underside of the robot (reducing the need for cleaning).
• When the mower is set to automatic mowing cycle, make sure that there is no play or activity on the robot's mowing area during the defined mowing period.

Personal safety

• If the ON/OFF button is broken or does not work properly (cannot be switched off), do not use the robot lawn mower.
• Always be aware of what you are doing and use common sense when using the robot lawn mower.
• Minors must not use the machine.
• The machinery must only be operated by persons who are rested and healthy. Persons under the influence of alcohol, drugs or euphoric substances are not allowed to operate the robot.

4. Preparation before installation

It is recommended to make a sketch of one's lawn with the obstacles that you as a user want to protect. It provides a good overview of the work with cable laying, as well as the best location for the charging station.

Draw the boundary wire from the charging station around the garden and around any obstacles you want to protect, such as flower beds, small trees, etc.

>20cm >1m >20cm >20cm >20cm <5mm Charging base Charging base >20cm >20cm >20cm

The following chapter explains how to install the robotic lawn mower. Therefore, read this chapter carefully before planning and installing the boundary wire.

Also check the expected need for boundary wire (length). Plenty of cable is included to surround lawns up to the capacity limit, but if you have many flower beds (islands) inside the lawn where the cable will go around, it can consume many meters of extra cable. Here it may be necessary to purchase additional boundary cable and extend it.

5. Installation and placement of charging station

Location of the charging station requires that there is a 230V power outlet nearby.

Alternatively, an extension cable must be pulled out to the desired position of the charging station. The flat entrance of the station shall point to the right.

Make sure there is good Wi-Fi coverage, where you place charging station (close to the Wi-Fi router)

The charging station can be located in 2 ways:

• Along one of the sides (A)
• In a corner (B)

A ≥100CM >20CM

B <1cm ≥20CM ≥100CM

If a corner is chosen, it must be ensured that the boundary wire can go behind the charging station as close to the rear plate as possible (<1 cm) and into the connector, see illustration (B). In this case, there will be a small area behind the charging station, which cannot be cut. The area may be covered with tiles or stones instead of grass.

Note: It is recommended to have 1-2 m of additional cable in excess, if possible. See section 7 "Connect boundary wire to charging station".

Technical line drawing of a mechanical assembly with angular annotations (0°) and no readable text or symbols

The charging station must be placed on a completely flat surface and must have a completely straight stretch of at least 1 meter in front of the charging station, to ensure that the robot lawn mower gets the right driveway to the charging station. It is important that this is observed.

Incorrect setup:

Illustration of a robot-like device with eyes, wheels, and fragments scattered on a surface (no text or symbols)

Illustration of a roller coaster with a cross symbol indicating failure or hazard (no text or labels present)

Simple line drawing of a boat with eyes and a cross symbol (no text or labels)

If your lawn/soil in front of the charging station is soft or started to be run up in connection with the robot's entry and exit from the charging station, it is recommended that a plastic plate or rubber mat is placed in front of the driveway to the charging station.

Lightning Strike Protection

To protect the robot lawn mower from lightning, it is recommended not to place the charging station under or near a tall tree. Likewise, no extension cord may be pulled to the charging station around tall trees.

It is recommended that the robot lawn mower does not run when there is a thunderstorm due to damage to electronic components by lightning. Likewise, in the event of a thunderstorm, it is recommended to completely take the power from the charging station and, if possible, to disconnect the boundary wire in the charging station.

Illustration of a flooded landscape with a lightning bolt, tree, and a red cross symbol (no text or labels)

Secure the charging station with the 6 supplied screws/pegs.

Technical diagram of a device with labeled components including B2, OUT, MINM, and grid layout

Make sure the "OUT" area points out towards the edge of the lawn

Once you have found the correct location and the charging station is set up, do NOT connect the power yet. First, the boundary wire must be laid out and connected to the charging station. After that, the power can be connected.

TIP

The charging station and the robot mower can stand under the open sky. But it is recommended to build a roof / garage for the charging station, as it will protect the robot from the weather and extend its lifetime. You can also buy an original garage roof, which fits on the charging station. See more info in section 24 "Accessories".

Exterior view of a modern robotic device with a large lid, placed on grassy ground next to an electrical outlet (no visible text or symbols)

Read the entire section before starting work!

The laying of the boundary wire is the most important thing during installation, since proper cable laying gives a more satisfactory result.

The robot lawn mower cannot cut all the way to the edge due to safety requirements (distance from the cutting deck to the blades). You should therefore be aware, that an edge of grass is left all the way around the lawn, which cannot be cut by the robot lawn mower. Here you have to cut the grass with a grass trimmer or a regular lawn mower, when needed. Alternatively, you can lay a wide tile edge (at least 12 cm) all the way around the lawn at the same level as the grass, which the robot can drive on. Then you avoid a grass edge that cannot be cut. See section "Cutting along tiles"

Ideally, you want this uncut grass edge as small as possible, and therefore the boundary wire should be placed as close to the edge as possible.

Under optimal conditions, a distance of 20 cm will be ideal, but it requires some conditions to be met:

• The lawn must be flat along the edges so that the robot cannot slip in wet conditions
  ■ Flowers, plants, and branches should not hang low over the lawn
  ■ The wheels must not enter the soil bed while driving
• Wheels and cutting deck must not come into contact with any obstacles

This means that the robot must be able to drive all the way around the boundary wire unhindered without coming into contact with anything and not drive into the soil bed with the wheels.

If the above cannot be met, it may be necessary to increase the distance. It depends on the specific garden layout. It is recommended to have at least 1 cm extra distance, as the boundary wire may shift slightly after some time when the grassroots grows.

If you make a change using the boundary wire (e.g., around a flower bed in the middle of the lawn or an inground swimming pool / trampoline), then it is recommended to increase the distance to 25-30 cm so that it does not risk falling.

Preparation:

First, find the cable reel and find the loose end. Next, find the wire pegs. Prepare a folding ruler or a homemade distance ruler as a measuring stick of e.g., 20 cm long, so you can easily make a consistent and correct distance to the grass edge / obstacles. In addition, a hammer, a crimping pliers and a scissor / wire-cutter must be used to cut the wire (this is not included).

Remember the grass must not be higher than 60 mm before starting work, otherwise it must first be mowed with a regular lawn mower (with collection) first. It is recommended that you cut the grass down to 35-40 mm before installing the robot.

Laying the boundary wire

Start the cable laying at the charging station and put a long part under the charging station, which reaches about 50 cm further back, so there is plenty of cable to work with when connecting the wire into the connectors on the charging station.

Roll out the boundary wire and move clockwise around and place it on the grass and fix it with the wire pegs. It is not necessary to dig the cable into the ground. Within a few months, the grass will grow over the cable, and it will not be visible. (If you want to dig it down, put it about 2 cm below the surface of the grass)

REMEMBER: Keep at least 20 cm distance from the edge of the grass/obstacles. Use a folding ruler or a homemade distance ruler. If there are hedges, flowers/plants hanging low over the lawn, the distance should be increased here. It is important that the robot can pass freely without hitting branches, etc.

NOTE: The maximum allowable length of the boundary wire is 300m.

The boundary wire is now laid around the garden according to your garden sketch. Put a wire peg for every about 80 cm at straight stretches and closer to corners or curves.

The closer to the ground the cable is laid, the less risk there is of falling over the cable or it being cut by the robot lawn mower. The current inside the boundary wire is only 20V and therefore no danger to neither humans or animals.

Make sure that the cable is fixed correctly in the wire peg (see photo) before hammering it into the ground.

Pure mechanical diagram showing a lever and pin assembly without any text or symbols

Be sure to place wire pegs at the lowest points on the lawn so that the cable is held tightly down against the lawn everywhere. Closer distance than 80 ~cm may be required.

Diagram showing a gavel striking down a surface with three droplets approaching it (no text or symbols present)

TIP

You can initially lay the wire with a longer distance between the wire pegs (e.g., with a distance of 160/240 cm) but close enough so that it lies reasonably tight everywhere and cannot be hit by the blades. When completed, you can do a test where the robot drives out along the edge and home along the edge to see if it runs freely and unhindered back and forth. It is easier to adjust the location of the boundary wire if there are fewer wire pegs to pull up. Any test drive must be done with the highest cutting height, and it is recommended to remove the blades first, so that there is no risk of cutting the wire!

Corners

When you come to a corner in your garden, it is important that the wire turns in a soft curve and does not follow a corner at a 90^ angle. Use several wire pegs here to get the optimal curve. Any point along the wire should have least 20 cm distance from the edge.

<90

>90 ✓ >90

Obstacles in the garden

Fixed obstacles in the garden that are higher than 100 mm such as walls, fences, garden furniture, posts, etc., do not need to be protected with the boundary cable, as the robot's obstacle sensors will detect a collision with the obstacle and then stop, turn around and find a new direction.

Trees

Most trees in the garden will simply be seen by the robot lawn mower as an ordinary "fixed" obstacle and therefore do not need to be protected. However, certain trees which are cone-shaped at ground in the form of exposed roots lower than 100 mm must be protected with boundary wire.

This is to prevent the robot from going up on the roots and getting stuck or damaging the blades or cutting deck.

Remove fallen fruit and branches

If there is fallen fruit and branches, this can stop the robot lawn mower. Always clear the lawn of these things so that downtime can be avoided.

Silhouette of a tree with broad canopy and visible trunk (no text or symbols)

Especially in September-October, many apples fall down from apple trees.

These can cause the robot to stop. If the area under apple trees is included in the robot's cutting area, you must be prepared to remove the apples before the robot runs.

Alternatively, the area under apple trees should be omitted when laying the boundary wire.

Stones

If there are stones in the robot's cutting area, it is important to assess whether the edge of the stone is higher or lower than 100 mm, and whether the stone should be protected or removed to avoid damage to the robot.

Technical line drawing of a robotic car with visible wheel and gear components (no text or symbols)

For obstacles/areas that need to be left out of the cutting area by the wire, it is important to follow the direction from which you have started. (See picture)

graph TD
    A["Outer Ring"] --> B{Inner Ring}
    B --> C["Center Node"]
    C --> D["Outer Ring"]
    D --> E["Outer Ring"]
    E --> F["Outer Ring"]
    F --> G["Outer Ring"]
    G --> H["Outer Ring"]
    H --> I["Outer Ring"]
    I --> J["Outer Ring"]
    J --> K["Outer Ring"]
    K --> L["Outer Ring"]
    L --> M["Outer Ring"]
    M --> N["Outer Ring"]
    N --> O["Outer Ring"]
    O --> P["Outer Ring"]
    P --> Q["Outer Ring"]
    Q --> R["Outer Ring"]
    R --> S["Outer Ring"]
    S --> T["Outer Ring"]
    T --> U["Outer Ring"]
    U --> V["Outer Ring"]
    V --> W["Outer Ring"]
    W --> X["Outer Ring"]
    X --> Y["Outer Ring"]
    Y --> Z["Outer Ring"]

Slopes

The robot lawn mower can drive up and down slopes with a maximum gradient of 20^ .

Slope height 36cm Max 20° (36%) Slope 100cm Length

If there is a direct descent towards the boundary wire, the slope must not exceed 10^ to prevent the robot from driving over the wire, if there is low friction in the grass.

Boundary wire Max slope 10°

If the robot drives down towards the boundary wire from a gradient of more than 10^ , there must be a minimum of 2 meters from the edge of the slope to the boundary cable.

min. 2m Boundary wire Slope >10°

Horizontal distance in cm	Vertical distance in cm	Tilt in degrees
100	18	190

Paths, driveways and tiles

If there is a walking corridor or car driving area in the robot's mowing area that is at a different level than the lawn, it should be avoided that the robot tries to drive over this area to get to the grass on the other side. Instead, a boundary cable should be laid at least 20 cm apart from the area/edge.

If the lawn and the walking corridor/ car driving area are in same height level, you can let the robot drive over the area with the help of the boundary wire (see picture).

Boundary wire Boundary wire

Cutting along tiles

If the tile area is flat and in level with the lawn, you can let the robot drive a little out into the tile area with one wheel and thereby cutting over the edge of the lawn. Lay here the boundary wire with 8 cm distance to the edge.

>20CM 10.1

8CM 10 1-

Uneven lawn surface

If the lawn has an uneven surface, there will be risk of damaging the blades, as they risk hitting the ground. This should be avoided to ensure the durability of the robot mower. Level the cutting area, fill holes with soil. If it is not possible to level the surface, this area should be excluded from the cutting area with a boundary wire.

Line drawing of a robotic lawn mower with motion lines (no text or symbols)

Flower beds

If the cutting area contains flower beds that need to be protected with a boundary wire, there are two options for this, as follows:

1. Use wire as a wall

If you want the robot lawn mower to follow the wire around the flower bed, the parallel wires must be at least 10 cm apart and with at least 20 cm distance to the flower bed (see picture 1). There must be at least 80 cm distance from the edge of lawn to the flower bed (see picture 3). The total length of the "island" must be a maximum of 28 m measured from the edge/long side.

1 >20cm >10cm

2 A < 5 mm

3 ≥80CM <5mm

2. Use wire as hidden wall

If you want the robot to run over the 2 parallel wires, they must be completely close with a distance of max 5 mm (and not cross). Here it will be necessary to put an obstacle (e.g., stone, pole) on position A (see picture 2) to ensure that the robot does not just drive around in circles. There must be at least 80 cm distance from the edge to the flower bed (see picture 3).

Note: Position A must be a flat area and must not be on a slope. Around position A there should be a minimum of 0.5x0.5 meters of flat area.

TIP

Remember, when laying the boundary wire around the flower beds, it is important to consider how flowers and plants change throughout the year so that at any time of the year there is space for the robot lawn mower to pass the bed without damaging the plants (some plants / flowers can hang over the lawn). Also be aware that if you use the boundary wire around several flower beds, it may result in not being enough cable length to reach all the way around. Check this when sketching the garden. Additional boundary cable can be purchased. See section 24 "Accessories".

Garden pool and swimming pools.

Obviously, the robot lawn mower cannot withstand getting under water. If the garden pool or swimming pool does not have a high edge as in the picture (at least 10 cm), you must

make an island around them using the boundary wire, or alternatively put a fence around the pool.

If you use the boundary wire to protect these, it is important that the distance to the water's edge is increased from the normal >20 cm to 1 meter, to prevent the robot from slipping over the edge in wet weather conditions.

Pool > 10 cm

Note

Do not lay the boundary wire over a regular power cable. The electric field in the power cable can interfere with the signal in the boundary cable! When obstacles are to be avoided using the boundary wire, it is important that the cable does not cross itself, as the robot lawn mower will not be able to follow the right direction if it is crossed.

If the mowing area has a narrow corridor, there are certain minimum dimensions that must be followed for the robot to run optimally. The length should be a maximum of 8 meters if the width is only 0.8 - 1 ~m . And in general, the corridor should not be narrower than 0.8 ~m anywhere. Driving in narrow corridors consumes more power, as it must turn many times.

>0.8m <8.0m

If the corridor is narrower than 0.8 meters, the robot cannot maneuver properly around there, and the area must be removed from the cutting area using the boundary wire.

REMEMBER: The boundary wire must NOT cross itself at any time.

Now that you have laid out the boundary wire, strictly observed all distance measurements are followed, and you are satisfied with the way the cable is laid in your garden, then it is time to fix the wire pegs.

Take your hammer and now firmly punch the wire pegs into the ground. Make sure to keep the wire completely tight when the pegs are fixed so that the cable is completely straight.

When you have reached the charging station, pull out about 1 meter of extra cable again, so there is plenty of wire to work with when connecting it to charging station or if you need to correct the wiring somewhere along the lawn.

7. Connect boundary wire to charging station

Now the boundary wire must be connected to the charging station.

REMEMBER: There must be a minimum of 1 meter of cable in a straight line in front of the charging station's running plate.

It is important to lay the wire from the front under the running plate and pull it out at the rear of the charging station (for red cable input).

Customize the length of the cable, cut away excess wire.

Make sure there is at least 1-meter extra wire in total, if possible, before cutting excess wire.

De-isolate the wire (peel the plastic off the wire) 10 mm of the ends. Use a crimping pliers, or a knife. Watch your fingers! Twist the inside metal wires so that the wire end becomes tight.

Line drawing of scissors cutting a circular component with a spool inset (no text or symbols)

Now the boundary wire is ready for assembly.

Insert the boundary wire that goes under the running plate into the red connector and the cable that enters from behind into the black connector. If you get the error code "E1" on the robot, then the two wire ends are connected to wrong connectors (switch them around).

BLACK RED BLACK RED OUT IN

Important: Avoid that there is more than 2 meters of coiled wiring nearby the charging station, as this may interfere with the signal. Initially, it is recommended to have about 1-2 m extra cable in excess behind the charging station, which is moved slightly away from the charging station (obliquely backward, away from the cutting area), so that there is extra wire to pull from, if you later need to repair the boundary wire (in case of breakage) or if minor adjustments need to be made to the placement of the wire, which may require extra length.

Test whether the placement of the excess wire interferes with the robot (does it return to the charging station without problems?). If problem, then move the location of the excess wire.

When you are sure that the robot runs without problems and the location of the boundary wire is perfect, you can reduce the excess wire length to about 20-30 cm.

Connecting sleeve when using or extending cable

In case of breakage of the boundary wire that needs to be repaired - or when extending the cable - it is important that a waterproof connector sleeve (silicone sleeve) is used. De-isolate approximately 7-10 mm of the wire before inserting it into the silicone sleeve (insulated wire must not be exposed outside the junction sleeve). Then press the blue piece down, which seals the silicone sleeve. A bit of silicone will come out of the assembly sleeve. The sleeves should be put down into the lawn, so that the blades cannot hit it.

Silicone sleeves are not included. If such are needed, a set can be purchased at www.texas.dk. See section 24 "Accessories".

Close-up of two blue plastic electrical connectors with black wires, no text or symbols visible

8. Power the charging station

Now the 230V power supply can be connected to the charging station.

Diagram showing a device with a close-up view of its internal components connected to a power outlet (no text or symbols present)

A small LED diode lights up. If the diode lights up green, everything is OK and there is a connection through the boundary wire.

Green light on

Green light flashing

Red light flashing

If there is no light in the diode, first check if the 230V power supply is connected correctly and turned on. If the LED does not constantly light up or flash green, and there are no problems with the 230V power supply, check the following troubleshooting scheme:

LED diode DESCRIPTION
1	Green light The boundary wire is mounted correctly and the robot is fully charged.
2	No light There is a lack of power. Check that the power supply is fitted correctly to the charging station and in the wall socket.
3	Green gfit flashing The robot mower is char ging
3	Red light flashing The boundary wire is not fitted correctly in the red/black connector or there is breakage on the boundary wire. Check the wire connecting points if necessary.

Note: A faint buzz may be heard at the charging station's power supply. This is normal. Model RMX1600/2000 also has a green LED diode for Wi-Fi and Super-Link.

9. Booting and testing the installation

When the LED diode is constantly lightning green, it's time to test the robot lawn mower:

1. Adjust the cutting height to maximum height (60 mm)

2. If necessary, remove knives to avoid cutting the boundary wire if it is not laid completely flat / tight on the lawn

3. Put the robot inside the lawn area, at least 2 m away from the charging station

4. Press the ON/OFF button until the robot turns on.

Press in the PIN. The code will be 0000, which is set from the factory (later a personal PIN code can be set, read the chapter "PIN code setting"). Use the up/down arrows to set each of the 4 pin numbers and press OK to move on. The display will then show "IdLE", which means that the robot is ready.

88 88 1 2 3 4 5

1. Press START, and then press OK to start the lawn cutting. Now, the robot will start driving. Let it run for few minutes.

2. Press the big STOP button.

3. Move the robot so that it points towards the area behind the charging station (approximately 1 m distance from the cable).

4. Press HOME and then OK and see if the robot finds it way back to the charging station by driving out to the boundary wire and following it counterclockwise home.

graph TD
    A["Top: Device"] --> B["Left: Vehicle with directional arrows"]
    B --> C["Right: Control Unit with directional arrows"]
    C --> D["Bottom: Vehicle with directional arrows"]
    D --> E["Left: Vehicle with directional arrows"]
    E --> F["Right: Control Unit with directional arrows"]

Important: This is where you can check if your wire laying is optimal. Follow the robot as it returns to the charging station along the boundary wire and check that it does not come into contact with obstacles along the way (high edges, branches, plants, etc.)

and that the wheels stay inside the lawn at all time. If the robot hits/touches an obstacle, the boundary wire must be moved further away from the edge and the test must be carried out again. If there are several centimeters of safety distance to the nearest obstacle / soil bed, then the boundary wire can be moved closer to the edge. Repeat the test and see if OK. However, it is recommended to have at least 1 cm safety distance all around the edge.

1. At the charging station, the robot will start charging the battery completely. Should it happen that the robot cannot go into charging station, the position of the charging station (or the boundary wire in front of it) will probably need to be adjusted. Also check that the surface is flat and solid.

NOTE: The robot will automatically switch off if it does not receive any input within 30 seconds after being turned on.

10. Setting

TIP

Setting the year, date and time can also be done by connecting the robot to the App rather than doing via the display of the robot. When connecting to the App, the time and date are set automatically. See section 16 "Setting Up App".

Start by setting the year, date, and time, as it is the basis of programming

The setting starts with year, date, and finally time. To enable setting the year, date and time keep pressing START for 5 sec until the icon 📊 and a number is blinking on the display. Use START or HOME to select the year you want. The press OK to confirm each number until the year is set correctly. Same method are used for date and time.

Note, that the date setting always starts with month indication and then month day. In the image examples below is the date therefore August 25 (08.25). When the year, date and time settings are saved, the display will show to LE.

20 20 START HOME OK

08:25 START HOME OK

13:25 START HOME OK

11. PIN code setting

To change the PIN code, keep pressing START and HOME down at the same time for 3 seconds, after which the icon will blink and "PIN 1" will appear on the display. now the old PIN code must be entered, this is done by using START or HOME and OK to confirm each individual number until the old PIN is fully entered. Then "PIN 2" will appear on the display and the new PIN code can be entered in the same way as the old PIN code (in the image example below, new PIN code is set to 1234).

Once the new PIN is entered, the display will show ID and the new PIN code is saved.

P17 START HOME OK 0--- START HOME OK 12 34 START HOME OK 16 18 START HOME OK

12. Changing the start time and cutting time

TIP

Setting start times and cutting time is easier to do via the App, rather than via the display on the robot. See section 17 "Use of App".

The robot is set to start at 09:00 am by default. This start time can be changed by pressing and at the same time for 3 seconds. After this, a new start time can be set by using or and to confirm each number until the new start time is set. When a new start time is saved, the display will show and a beep sound will be heard. In the example below, a new start time is set to 13:25 pm.

13:25 START HOME OK 18 LE

The default cutting time is 6 hours per day. Cutting time can be changed to between 1-24 hours. This is done by pressing OK for 3 seconds. After this, a new cutting time can be set by pressing START or HOME and OK to confirm new cutting time (hour number). When new cutting time is set and saved, the display will show OK and a beep sound will be heard. In the example below, new cutting time is set to 6 hours (06H).

06 H START HOME OK 18 LE START HOME OK

In general: When display shows "IDLE", it means that the robot is ready, and everything is OK.

13. Description of display

Times setting icon Password setting icon Trun on/off Start working/ Turn up 88:00 Bluetooth icon Wifi icon Power icon Comfirm Back to station /Turn down STOP

	On/off button: For each long press, the robot either turn on or turn off
	Start Button: The robot lawn mower will start its mowing cycle when this button is pressed (followed by "OK"). This button is also used as arrow up.
	Home Button: The robot lawn mower will drive directly back to the charging station when this button is pressed (followed by "OK"). This button is also used as arrow down.
	OK Button: Used to confirm commands.
	Wi-Fi signal icon
	Time setting icon
	Password setting icon
	Battery icon
	Bluetooth icon

14. Installing App

The robot is an IOT (internet of things) device. To take advantage of all features and keep its software up to date, the associated App must be downloaded, and the robot connected to a smart phone via Wi-Fi 2.4 GHz or Bluetooth 4.0.

Download the app

Download the free robot app "robotic-mower connect" first. It can be used for iPhone (with iOS 11 or higher) or Android phones (version 4.4.2 or higher).

You can also scan the QR code below with your mobile phone's camera and bring you to a website (the camera shows a link, press this), then press the "Install" button on the website that appears. It will bring you to the correct App in the App Store and Google Play respectively:

QR code image containing encoded data, no visible human-readable text

QR code image containing encoded data, no visible human-readable text

15. Preparation before connecting to robot

1. Make sure you have:

• Your Wi-Fi network name and password
• The robot lawn mower serial number (S/N), which can be found on the sticker on the back of the machine. You can also scan the serial number's QR code with your mobile phone's camera. The QR code is placed on the rear label (the most left QR code).

TEXAS 20V Max. n=2800rpm 45Wh Φ18cm 8.0kg ART. NO. 10070211 TEXAS A/S KNULLLEN Z2 DK-52W ODENUE S DENMARK ROBOTIC LAWNMOWER RMX500 RMAS01M20V IPX5 CE FORISOTRG - Rer ikke ved roterende knix CAUTION - Die met touch retasting blade VORIGORT - Roderende Klänge nicht berühren Made in China www.texas.dk 2022 S/N: 2101 1680003 0000001 IPX5 CE FORISOTRG - Rer ikke ved roterende knix CAUTION - Die met touch retasting blade VORIGORT - Roderende Klänge nicht berühren Made in China www.texas.dk 2022 IPX5 CE FORISOTRG - Rer ikke ved roterende knix CAUTION - Die met touch retasting blade VORIGORT - Roderende Klänge nicht berühren Made in China www.texas.dk 2022 IPX5 CE FORISOTRG - Rer ikke ved roterende knix CAUTION - Die met touch retasting blade VORIGORT - Roderende klänge nicht berühren Made in China www.texas.dk 2022 IPX5 CE FORISOTRG - Rer ikke ved roterende knix CAUTION - Die met touch retasting blade VORIGORT - Roderende klänge nicht berühren Made in China www.texas.dk 2022 IPX5 App Store Google play MANUAL LWA 62 dB

2. Check your Wi-Fi settings

• The robotic lawn mower only works with 2.4 GHz.
• Make sure your robot and your phone are on the same Wi-Fi frequency (2.4 GHz). (Many home networks have both a 2.4 GHz and 5 Ghz frequency)
• Make sure the distance between your mower, phone and router is as close as possible during the connection (within 10m should be OK in most cases).

16. Setting up the App

1. Open the App and click "Register"

2. Enter email and press the "Send" button to have a verification code sent to you. Then enter the code (within 30 min) and choose a password, which is entered 2 times.

Finally, press the "Register" button

Setup and connection

Setup can be done in 2 ways. Via QR code or manually

Connection via QR code

1. To add your robot, press the circle with (+) in the middle of the screen.
2. Then scan the QR code on the sticker on the back of the robot (left one). (The robot must be turned on, same with Bluetooth and Wi-Fi on your mobile phone) Allow the App to have access to your camera and location.
3. The App is trying to connect, which may take a few minutes.
4. Serial number now appears. Enter the PIN code for the robot. By default, the code is 0000, but if you have manually selected another PIN code via the robot's display, the new one must be used.
5. Select Wi-Fi network (only 2.4 GHz) and enter password for the network.
6. The robot is now added and appears in the overview "Devices" and a Wi-Fi icon will light up on the robot's display.
7. You can finally name the robot (can also be changed under "Settings")

More robots can be added if you need more than one robot.

1. Register
   

Log in Log in Target password? Don't have an account?register User Agreement | Privacy Policy

1. Create login
   

Register Personal write your email address with a password Password Please write password! Please confirm your password! Password must be 4.0 connection and switch both barriers and passwords?These special characters are allowed to access https://123.com/ Register Already have an account?login here User Agreement | Privacy Policy

1. Add device
   

Devices No devices yet, please add! Add Devices

1. Scan QR on robot
   

Add devices Photos Password: 018-532-0000 (minutes, first time) Password: 018-532-0000 (minutes, first time) (minutes, first time) (minutes, first time) (minutes, first time) (minutes, first time) (minutes, first time) (minutes, first time) (minutes, first time) (minutes, first time) (minutes, first time) (minutes, first time) (minutes, first time) (minutes, first time) (minutes, first time) (minutes, first time) (minutes, first time) (minutes, first time) (minutes, second time) (minutes, second time) (minutes, second time) (minutes, second time) (minutes, second time) (minutes, second time) (minutes, second time) (minutes, second time) (minutes, second time) (minutes, second time) (minutes, second time) (minutes, second time) (minutes, second time) (minutes, second time) (minutes, second time) (minutes, second time) (minutes, second time)

1. Wait for connection
   

Connecting Bluetooth Connecting new, please wait Please check whether the input is turned on; whether your phone's Bluetooth is turned off; whether the 05-07 signal exists

1. Enter 0000 in password
   

Add devices Serial number 2103168000100000000 The password of rostatic web mower 0000 Please check whether this digit is formed on, whether your phone's Bluetooth is formed on, whether the 90-47 signal scheme. Finish

1. Select network and key password
   

Connect to Wi-Fi Configure Wi-Fi, you can control your devices anywhere USB Button Password Password Service People enter Wi-Fi: USB and password, click Comment for start configuring the network type. Only compatible with Z-ADCs networks Connection

1. The robot has been added
   

Devices Robotic: remover REMX Status

Manuel connection (without using QR code)

1. Stand next to the robot while it is turned on.
2. Tap the circle with (+) in the middle of the screen.
3. Then press the "Manually pairing Bluetooth devices" button at the bottom of the screen
4. A list of Bluetooth devices will appear. Select "Mower_XXXXXXX"
5. Serial number now appears. Enter the PIN code for the robot. By default, the code is 0000, but if you have manually selected another PIN code via the robot's display, the new one must be used.
6. Select Wi-Fi network (only 2.4 GHz) and enter password for the network.
7. The robot is now added and appears in the overview "Devices" and a Wi-Fi icon will light up on the robot's display.
8. You can finally name the robot (can also be changed under "Settings")

Control robot in a second mobile phone

If you want another mobile phone to also be able to control the robot, you can do this by sharing the device:

1. First, install the robot App on the second mobile phone.
2. Choose the overview (Devices) on the mobile phone where the robot is connected to
3. Touch and hold the robot's name and swipe left
4. Click on "Sharing Devices". After that, a QR code will appear.
5. Choose the round circle with (+) on the second mobile phone and scan the barcode, after which the robot will be added here as well.
   The original phone (the owner) can stop sharing the robot with others at any time without their approval. In this case, select "Stop sharing" and confirm.

Devices Texas robot

Devices Sharing devices Stop sharing Connecting Bluetooth Delete

NOTE: When the robot lawn mower moves to an area of your lawn with poor or no Wi-Fi signal, commands sent from the App will only be executed when the mower returns to an area with good Wi-Fi signal.

The Bluetooth icon will only light up when the phone is near the robot and connected. The robot can be controlled over Wi-Fi, even if you are away from home, if the coverage is ok.

17. Using the App

Using the App provides extended functions compared to operation via the robot's display. The most important features are reviewed here.

Note: The App is automatically updated with new features, which is not described in this user manual. Check the App for details.

Home

When you are logged in and have selected the robot, you are on the home screen, where you have an overview of the robot, its battery status, whether it has Wi-Fi / Bluetooth connection and whether the robot is in standby mode or working.

Further down there are 4 round buttons: RETURN - WORK - EDGE - STOP

• If the robot is running and you want it to drive home, first press STOP, and then "RETURN".
• If you want to start the robot manually, first press STOP (so that the WORK button turns white) and then "WORK".
• If you want to start the robot with edge cutting mode first, press EDGE. This function only works when robot is parked in the charging station.
• The STOP button must generally be pressed first before you can select RETURN or WORK.

Battery health

Note that the battery state will typically show 9X% (and not 100%) and that it will slowly decrease. This is completely normal and is done to protect the battery and extend its lifetime (it is not optimal for the battery to be charged 100% all the time). The charging station will start charging the battery again once it gets below 90%.

Schedule

Under schedule you can see scheduled cutting times and set when the robot should work.

• Tap "Edit" ☑ to edit the schedule.
• Tap the day of the week you'd like to set the robot to run.
• Then select the start time and end time and press "Confirm".
• Edge cutting: In the top line "edge" (under "Edit") you can put a blue check mark if you want the robot to edge cut the first time it starts. The robot will then follow the boundary wire all the way around and cut along it (note that the robot will still leave an uncut edge with grass, as the knife cannot cut all the way to the edge for safety reasons). If you start the robot manually via START + OK on the display, the robot will not edge cut. To avoid wheel tracks, it is recommended to choose "edge" only a few days a week.
• When a schedule is defined (orange) you can also change the start/end time by pressing "Edit" and holding your finger on the orange area and letting your finger swipe up or down.
• Press "Save" ☑ when the schedule is completed.

Home screen

Robotic mower RMX Offline Battery: 41% 2022.12.16 Fri Schedule Return Working Edge Stop

Schedule overview

17:00 Schedule Edit Mon Tue Wed Thur Fri Sat Sun HEDD 12 16 24 10:00 10:00 10:00 10:00 10:00 10:00 10:00 10:00 10:00 10:00 10:00 10:00 10:00 10:00 10:00 10:00 10:00 10.00 10.00 10.00 10.00 10.00 10.00 10.00 10.00 10.00 10.00 10.00 10.00 10.00 10.00 10.00 10.00 10.00 E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail E-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail F-mail G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL G-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C-MAIL C- 12 16 24

Set edge clipping

17:48 AM Schedule Save Mon Tue Wed Thur Fri Sat Sun 00 12 16 24 Home Sandsafe Settings

Set time

Schedule Save Mon Tue Wed Thur Fri Sat Sun 00 20 12 Cancel Time settings Confirm Starting time one End time one 11 19 18 12 30 19 00 13 45 20 15

If you have a large lawn area, the robot has to work more often than if the lawn is smaller. If your lawn is close to the robot's max capacity ( m^2 ), it will probably have to work every day for extended periods daily. The layout of the lawn also has an impact on how much the robot needs to work to keep the grass down. A single square lawn without obstacles is faster to mow rather than a lawn with narrow passages and many obstacles, since the robot here has to spend more time stopping and changing direction.

It is recommended to try it out different time settings and see the result. The robot should not work more than necessary to avoid driving tracks on the lawn.

During the growing season and when it rains quite a bit, the robot needs to work more often. During dry periods, it should work less.

It is also recommended, as far as possible, to let the robot run in when the grass is dry. In some periods, the grass is damp at the beginning of the day and at the end of the day. Afternoon is typically the best time.

Settings

Under settings, there are several important features that should be looked at.

- Starting point:

Instead of the robot starting in the same place every time, you can turn on a function where you individually define 4 points where the robot starts from. If you turn on this function, it will by default switch between 4 places along the boundary wire, where it runs out. This partly helps to ensure that the robot runs in different patterns and covers every area better, but it is especially an advantage if you have several zones that are separated by narrow passages. Here you can ensure that the robot e.g., 1st time first starts in zone 1, 2nd time in zone 2, etc. See picture. If the setting is set to 0%, then the robot will start cutting as soon as it exits the charging station. If set to 25%, then it runs about 25% along the total length of the boundary wire and starts from there. Same for other % settings. The robot itself learns how far the boundary cable is. If edge cutting is enabled, the robot will run all the way around and edge cut for the first time every day before it starts following the selected starting points.

graph TD
    A["Zone 1"] --> B["Zone 2"]
    B --> C["Zone 3"]
    C --> D["Zone 4"]
    D --> E["Zone 1"]
    style A fill:#f9f,stroke:#333
    style B fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style D fill:#f9f,stroke:#333
    style E fill:#f9f,stroke:#333

- Rain delay:

The robot has a rain sensor on the upper deck, which is activated by default. When the rain sensor on the robot detects water, the robot will stop mowing grass and return to the charging station and wait 3 hours (from the last moisture is registered) before continuing - if it is still within the scheduled working time. The waiting time is 3 hours by default but can be adjusted in hours and minutes. If the waiting time is adjusted, this is confirmed by pressing "Save". If 00H 00M is selected or the function is turned off, the robot will cut grass even if it rains.

- Firmware update:

Under this menu item you can update the robot's firmware.

Press the "Checking for update" button. If there is an update, a message will pop up and ask for confirmation before installing. Press "Confirm" to proceed. The update will be downloaded to your phone (takes several minutes) and will be sent to the robot if it is within the Wi-Fi signal range. The App shows when update is completed.

• Device parameters:

Below this menu is the device information (model name and serial number). It is possible to change the name of the robot here.

- Wi-Fi settings:

Here you can connect the robot to a new Wi-Fi network.

Settings Start punkt Check for update Confirm update

Settings Starting Point Main delay OVA upgrade Device parameters WiFi Setting Delete device Starting Point Turn on Starting point 1 Starting point 2 Starting point 3 Starting point 4 Firmware update Current version 23106 Automatic updates Firmware update Current version 23106 Firmware update New version available Latest version 23104 Update content: 1. Added function, if the return hits an obstacle, it will devour and continues trimming. 2. Improved OVA speed and success rate 3. Optimize the fluency of download work 4. Fix some kinds of issues Update now? Bluetooth upgrade takes a long time, it is recommended to connect its wifi to upgrade Cancel Confirm Checking for update

Change language

By default, the language is set to match the mobile phone's language, but if this does not exist, English is the default. It can be changed under the menu ⚙ in the upper right corner under "App Settings" ≡

Sign into the app

In the app's home screen there is a log that records everything the robot does every day. If something unexpected happens, it may be a good idea to see, what is registered here.

11.25 Texas robot

18. Functions of the robot

Basic principles of operation of the robot lawn mower

The robot lawn mower works in what seems to be a randomly pattern. In fact, the working pattern is defined by advanced software, to cover the cutting area in the best way within the scheduled working time. After a week of lawn mowing, it will have covered the entire lawn area within the boundary wire if the working time matches the size of the lawn.

Top-down view of a black rectangular object on a dotted grid background, with a small red-and-white car-like object in the bottom-right corner (no text or symbols visible)

Returning to the charging station

When the battery is discharged, the robot lawn mower will go towards the boundary wire and then automatically following it (without mowing) counterclockwise back to the charging station. Here it will fully charge and continue its cutting cycle.

graph TD
    A["Top: Robot with Control Panel"] --> B["Left: Robot with Control Panel"]
    B --> C["Right: Robot with Control Panel"]
    C --> D["Bottom: Robot with Control Panel"]
    D --> E["Left: Robot with Control Panel"]
    E --> F["Right: Robot with Control Panel"]
    F --> G["Bottom: Robot with Control Panel"]
    G --> H["Left: Robot with Control Panel"]
    H --> I["Right: Robot with Control Panel"]
    I --> J["Bottom: Robot with Control Panel"]
    J --> K["Left: Robot with Control Panel"]
    K --> L["Right: Robot with Control Panel"]

Boundary wire recognition

As the robotic lawn mower approaches the boundary wire, the sensors installed in the front of the cover will sense it. But to ensure the best cutting result, the robot will drive beyond the boundary wire with the front by about 10-12 cm (does not cut here). This is important to keep in mind when you put down the boundary wire along the garden.

Stopping the robot lawn mower

If you want to stop the robot lawn mower while it is mowing the lawn or returning back to the charging station, press the big red STOP button.

Line drawing of a robotic arm with gear and control panel, showing hand pressing a button (no text or symbols)

Setting cutting height

The robot lawn mowers cutting height can be adjusted from 20-60 mm.

If the grass is higher than 60 mm when the robot is being installed, it will be necessary to cut the grass with a regular lawn mower first, otherwise there will be too much load on the robot's blades, which gives a poor cutting result, just as the machine will easily get stuck.

It is recommended to start by setting the cutting height to max (60 mm) the first time and gradually lower the cutting height over a few days until the desired grass height is achieved. Normally a cutting height of 30-40 mm is recommended.

The cutting height is set by pressing the STOP button (if the robot is running). When the robot is stationary, the cutting height can be adjusted by turning the height adjustment knob on top of the robot (see picture).

The robot lawn mower can mow grass when wet, but this will lead to greater accumulation of grass on the underside of the robot, greater friction on the blades, higher noise level and a greater risk of it getting stuck. Clean away the grass with a soft brush. (ALWAYS turn off the robot before working with the blades)

Line drawing of a hand operating a mechanical component with a spherical housing (no text or symbols)

49 35 30 25 45 20 50 95 09 20-60 MM

Cutting limitations for robot lawn mower

If you and your neighbor both have a TEXAS robot lawn mower, it is important that there is a minimum of 1 meter between the boundary wires to avoid interference between the wire signals.

In addition, it is also important that the charging station is set up at least 10 meters from the neighbor's boundary wire.

If your neighbor has a robot lawn mower from another manufacturer, it may be necessary to keep a distance to the neighbor's boundary cable of 2 meters to avoid interference.

19. Rain sensor

The robot has a rain sensor built in. If it registers water, the robot will stop working and return back to the charging station and wait 3 hours. The rain sensor settings can be adjusted inside the App. See Section 17 "App Use."

20. Handling the robot lawn mower

Removing cover

The upper cover can be removed if necessary. Follow this procedure:

1. Press down on the robot's height adjustment button (keep hold it down)
2. Grap the underside of the upper deck in one of the rear corners and pull up until you can feel it release its grip.
3. Then grab the opposite back corner and pull it up so that it released.
4. Repeat with both of the front corners (one at a time)
5. Once the upper cover is free in all corners, it can be removed (there are no cables attached to it)

Push/hold Lift/pull

Attach cover

1. Put the cover on top of the robot lawn mower. Look through the hole above the display and make sure that the holes in both back corners match the 2 sticks on the robot.
2. Press the cover firmly on the 2 sticks (one at a time) by pressing on the cover just above the sticks.
3. Repeat over the 2 sticks in the front of the robot (one at a time)

Transport and moving the robot

1. Use the carrying handle under the rear end to carry the robot with. Never lift it at the edge of the cover, as the upper cover may risk detach, resulting in dropping the robot to the ground.
2. It is recommended to transport the robot lawn mower in the original packaging if it is over longer distances. It is also good to have it for winter storage of the robot.
3. When the robot needs to be moved away from the cutting area or to change settings via the display, the big red STOP button must be activated (see picture).
4. When the STOP button is activated, the robot must be turned off. Hold down the OFF button until the display turns off.

Line drawing of a robotic arm with a hand pressing a button on the wheel (no text or symbols)

21. Cleaning and replacement of parts

It is important to keep your robot lawn mower clean to extend its life.

The robot will be able to handle slopes more easily if the wheels are clean and in order. Likewise, the cutting result becomes better when the blades are sharp and can turn around freely (always turn off the robot completely before touching the blades).

Cleaning the plastic cover

Do not rinse robot with a water hose or pressure washer to protect the electronics and battery in the robot lawn mower.

It is recommended to use a soft brush to remove grass and other dirt.

Possibly a water atomizer or damp cloth to dissolve dirt.

Line drawing of a grass lawn mower with spray gun and tool, no text or symbols present

Grass can also get stuck around the 4 sensor sticks under the upper cover.

Remove the upper cover (see Section 20 "Handling the robot lawn mower") and remove all grass with a soft brush. Move the 4 sensor sticks with your hand to make sure they are ok.

Cleaning the underside

Use work gloves just in case! At least every month it will be necessary to clean the robotic lawn mower on the underside and especially at the blades.

Remember to start by turning off the robot. Place the robot on its side on a soft surface (e.g., the lawn) so as not to scratch it.

Use a soft brush or a plastic scraper to clean grass to ensure a good mowing result. Regular cleaning also reduces cutting noise and vibration.

1. Check that the knife holder can rotate freely.

2. Check that the blades can rotate freely.

3. Check that the front wheel can rotate and rotate freely.

Technical line drawing of a mechanical assembly with a hand operating a tool (no text or symbols present)

Important! Regular cleaning is essential for the robot to work as it should!

Be sure to follow the above cleaning advice - and do it often. Grass settles easily anywhere and can affect sensors and functionality. Especially before winter storage! Problems caused by lack of cleaning are not covered by the warranty.

Cleaning of charging station.

Just as the robot must be cleaned often, it is a good idea to clean the charging station at the same time. Remove grass and soil on the running plate. Cut down grass growing around the charging station. Use a simple grass shear.

Approximately, every 2 months the charging contacts at the charging station and on the robot should be inspected and possibly cleaned. Use some fine sanding paper or steel wool to remove any rust or iring on the charging connectors.

Cutting blades

The blades have two sharp sides. Therefore, they can be turned over when they have become blurry on one side. It is recommended to replace all the blades and screws (at the same time) after each season to ensure a good cutting result. (keep an eye on the blades and replace more often if needed). The cutting blades can be easily changed. Use a Phillips screwdriver (turn off the robot before working with the blades). Unscrew the screw, remove dirt and grass debris on the blade disc. Replace the blades with new ones and at the same time replace the screws. Use the included extra blades and screws. Make sure the blade screws are tightened well. Use gloves to protect the hands.

Note: All 3 blades must be turned or changed at the same time to avoid imbalance.

Technical line drawing of a mechanical assembly with a central circular component and mounting brackets (no text or symbols)

Technical line drawing of a mechanical component with threaded base and flange (no text or symbols)

Important: Inspect the blade screws when turning the blades over. Since the rotations of the blades cut into the screw, it is necessary to change the screws simultaneously with the blades.

Use only original blades. See Section 24" Accessories"

22. Winter storage

• When cutting the grass for the last time of the year, the cutting height should not be set to lower than 40 mm. If the grass is cut lower, the grassroot system weakens and it can cause yellow spots.
• When storing the robot lawn mower during winter, it is recommended that the robot and charging station are taken inside and kept dry and warm and to turn off the main switch (OFF) to protect the battery. Charge the battery in the robot lawn mower fully in the charging station before the robot is taken inside for the winter storage.
• The robot lawn mower's battery is a maintenance-free lithium battery, with an estimated lifetime of up to 3-5 years, depending on the use, surroundings and winter maintenance. The battery must not be exposed to frost!

It is recommended that the charging station is also taken inside in winter. The boundary wire should NOT be taken up!

• It is important to charge the robot lawn mower 1-2 times during winter storage (at least every 3 months) to ensure the health of the battery. Take the robot lawn mower and put it in the charging station and fully charge it for 2-3 hours (can be done indoor). Then take the robot out of the charging station again and leave it in a dry and warm room. If these winter charges are not followed, there will be a risk of the battery losing capacity or collapsing completely (not covered by warranty).
• Check that all bolts, screws and nuts are tightened properly, as it ensures the best working conditions for the robot. Replace worn and broken spare parts.

Preparations for spring

After winter storage, it is a good idea to clean the charging connectors at the charging station and charging plates on the robot lawn mower with a stiff brush. It will improve the power connection when charging.

23. Replacing the battery

WARNING

Before attempting to adjust, repair or replace the battery, blades, or other spare parts, it is IMPORTANT that the robot is completely turned off and that you use safety equipment in the form of protective gloves.

Battery lifetime depends of workload, maintenance, and winter storage.

Under normal conditions, the lifetime will be up to 3-5 years. The battery is easily replaced by following these steps:

1. Turn the robot upside down
2. Remove all grass and dirt around the battery cover before removing it.
3. Unscrew the screws which holds the battery cover. Remove the battery cover
4. Remove the battery bracket on top of the battery.
5. Carefully pull out the old battery. Press the clamp lock and release the connectors.
   NOTE: Do not pull the cables. Hold the connectors and release the clamp lock.
6. Connect a new original battery by plugging in the connectors until they click into place.
7. Insert the battery into the bracket at the bottom of the chamber, put the battery bracket and the battery cover back into its position and tighten the screws.

Battery cover

Battery bracket 2

Battery Pack

There is a USB port under the battery cover. This USB port should normally only be used by an authorized service shop. But it can also be used to pull out a log file from the robot. Make sure that no grass and dirt get on it.

Technical line drawing of a mechanical assembly with a screwdriver inserted into a housing (no text or symbols)

USB

24. Accessories

There are some accessories/spare parts for the robot that can be purchased.

Art. no. Description Photo
90070223 Blade set:9 blade9 screws
90070221 Additional boundary cable:170 m
431756 Extra wire pegs:170 pcs.
90070224 Cable connector packageConsists of 6 silicone (waterproof) connector sleeves
90070215 For RMX500/800____90070216 For RMX1600/2000	Garage roof for charging station:Consists of 2 aluminum legs and a UV protected sunroof (partially transparent) and integrates into the charging station itself.

The list of accessories will be expanded, just as some of the content of the displayed accessories may change.

See the latest list of accessories under the RMX robots on www.texas-garden.com

25. Error codes

Display Notice Solution
E1 Robot outside the work area		Check if the robot is within the work area. If yes:1. Check if the charging station is properly connected to the power supply and outlet.2. Check if the boundary wires are correctly plugged into the charging station connector (red/black).
E11 No boundary wire signal		Check the charging station's LED diode while the robot is within the work area. If it lights up red, it means that there is no signal through the boundary wire.1. Check if the boundary wires are correctly plugged into the charging station connector (red/black).2. Check if there is a breakage along the boundary wire.
E2	Wheel motor blocked (locked/ damaged)	1. Turn off the robot completely (hold down the off button) and carry it to a flat area without obstacles.2. Turn on the robot, enter PIN code, press START and OK3. If the error message still appears, turn off the robot. Turn the robot upside down and check if there is anything preventing the wheels from spinning.4. Remove any obstacle that blocks the wheels, turn the robot back again, turn it on and press START and then OK.
E3	Blade engine blocked	1. Turn off the robot completely (hold down the off button)2. Turn the robot upside down and check if there is anything that prevents the blade disc from rotating3. Remove any obstacle that blocks the blade disc.4. Move the robot to an area with short grass or adjust the cutting height to max (60 mm). Turn it on, press START and then OK.
E4	Obstacle sensor does not work.	The upper cover may not be mounted correctly. Press it firmly down on the machine (onto the 4 sensor sticks)2. Turn off the robot and carry it to a flat area without obstacles.3. Remove the upper cover (see section 20) and check if there are 2 round magnets next to each other on the inside - in front near the inner edge. If the magnets are missing, the top cover must be replaced.4. Turn on the robot, press START and then OK.
E5 The robot has been lifted		1. Turn off the robot and carry it to a flat area without obstacles.2. Turn on robot, enter PIN code, press START and then OK.3. If the error message still appears, turn off the robot, turn it upside down and check if there is anything preventing the front wheel axle from rotating.4. Remove any obstacle that blocks the front wheel, turn the robot over again. Turn it on, enter PIN code and press START and then OK.
E6	Sensor detected that the robot has been tipped over.	Check if slopes are too steep or too wet to drive up, or if the robot hit something that caused it to tip over. If necessary, this area should be avoided when moving the boundary cable.2. Turn the robot over in the correct position, press START and then OK.
E7	Tilt sensor been triggeredSlope may be too steep	If the scope of the lawn is higher than 20°, it can make the robot stop. The area should be removed from the cutting area.Turn off the robot and carry it to a flat area without obstacles.Turn on the robot, enter password, press START and then on OK.
E8 Return to charging station failed		Check that the boundary wire in front of the charging station is straight for 1 m without corners or obstacles to ensure correct connection.The charging station must be placed on a completely flat and solid surface. It must not be placed on a sloping surface.Avoid that there are more than 2 meters of coiled cable nearby to the charging station, as this may interfere with the signal. If necessary, move excess cable and shorten it.Be sure to remove/cut grass that grows up around the charging stationManually lift the robot into the charging station for charging. When the robot is fully charged, turn it on, press START, and then OK.
BP	Battery temperature is too high or low	Check if battery is very hot. If necessary, put the robot in shadow. Wait until the battery is cooled off and restart.A garage/roof protects the robot from weather conditions.Check if the battery's temperature is too low (do not leave the robot outdoor if the temperature drops below 0 degrees).Wait until the battery is in an environment that are above 5 degrees and restart.If that doesn't fix the problem, the battery is probably damaged and needs to be replaced.
EE Error	unknown 1. The upper cover may not be mounted correctly.Press it firmly down on the machine (onto the 4 sensor sticks)Restart the robot. Turn off the robot and wait 10 seconds.Turn the robot back on, enter PIN code, press START and then on OK. If the error code still appears, contact Texas
-	Increased noisePoor cutting result	The blades are wrapped with grass and cannot rotate freely.Unscrew blades, remove grass and reattach.Restart the robot. Turn off the robot and wait 10 seconds.Turn the robot back on, enter password, press START and then on OK. If the error code still appears, contact Texas
- The robot runs in circles around itself		Check if one of the wheels can turn without resistance.If so, the pipe split in that wheel may have broken and need to be changed. Contact Texas.

If the robot has run out of power and cannot be started, manually lift it back into the charging station and charge it before attempting troubleshooting. For other error codes, turn off robot and restart. If none of these solutions solve the issue, contact TEXAS.

Regardless of the problem that occurs, it is always recommended to first try to restart the robot and see if that fixes the problem. Turn off the robot, wait 10 seconds and turn it back on

For further assistance and troubleshooting, contact Texas by phone: [phone].

26. Technical data

Model	RMX 500	RMX 800	RMX 1600	RMX 2000
Art. No. 90070211 90070	212 90070217 90070	218
Engine specifications
Engine model	Battery	Battery	Battery	Battery
Engine type	20V, 2.5 Ah Lithium-Ion	20V, 5.0 Ah Lithium-Ion	20V, 5.0 Ah Lithium-Ion	20V, 5.0 Ah Lithium-Ion
Drive system
Recommended capacity	Up to 500 m^2 Up to	800 m^2 Up to	1600 m^2 Up to	2000 m^2
Max capacity	Up to 600 m^2 Up to	1000 m^2 Up to	1800 m^2 Up to	2200 m^2
Charging time	120-140 min 100-120 min		100-120 min
Instrument
Working width	18 cm	18 cm	22 cm	22 cm
Blade system	3 rotating blades	3 rotating blades	3 rotating blades	3 rotating blades
Working height min-max	20-60 mm	20-60 mm	20-60 mm	20-60 mm
Height settings	9	9	9	9
Height adjustment	Central	Central	Central	Central
Floating upper deck	Plastic	Plastic	Plastic	Plastic
Lifting sensor	Yes	Yes	Yes	Yes
Obstacle sensor	Yes	Yes	Yes	Yes
Overturn sensor	Yes	Yes	Yes	Yes
Tilt sensor	Yes	Yes	Yes	Yes
Rain sensor	Yes	Yes	Yes	Yes
Ultrasonic sensor	No	No	Yes	Yes
Multizone	Yes	Yes	Yes	Yes
Slope	Max 20^ / 36%	Max 20^ / 36%	Max 20^ / 36%	Max 20^ / 36%
Equipment
Bounding cable	130 m	170 m	200 m	220 m
Pegs	180 pcs.	230 pcs.	270 pcs.	300 pcs.
Extra knives	6 pcs.	6 pcs.	6 pcs.	6 pcs.
Charging station	1 pcs. (28W/1.1A)	1 pcs. (76W/3.0A)	1 pcs. (76W/3.0A)	1 pcs. (76W/3.0A)
Dimensions
Length x Width x Height	560 x 350 x 240 mm	560 x 350 x 240 mm	600 x 470 x 250 mm	600 x 470 x 250 mm
Weight	8 kg	8.2 kg	11 kg	11 kg

27. EC declaration of conformity

Hereby, manufacturer, Texas Andreas Petersen A/S, Knullen 22, DK-5260 Odense S, Denmark declares that the following equipment meets the relevant safety and work requirements cf. the EU directives:

1. Product Description: Robotic lawn mower, battery powered Function: Battery operated grass mowing machine

2. Type/Model: Machine type: RMX500 (RMA501M20V), RMX800 (RMA801M20V) RMX1600 (RMA1601M20V), RMX2000 (RMA2001M20V) Charger model: CB03A+CGF251/CB04A+CGF253

3. Serial Number: 23010080001500002300 - 25129980009999999999

4. Current EU directives: Machinery directive 2006/42/EC Low-voltage directive 2014/35/EU EMC directive 2014/30/EU Noise directive (amended by 2005/48EU) RoHS directive 2011/65/EU

5. Met standards: EN 60335-1: 2012+A11: 2014+A13:2017+A1: 2019+A14: 2019, EN 50636-2-107: 2015+A1: 2018+A2: 2020 EN 55014-1: 2017+A11: 2020, EN 55014-2: 2015 EN 300 328 V.2.2.2, EN 303 447 V1.1.1. EN 301 489-1 V2.2.3, EN 301 489-3 V2.1.1 EN 301 489-17 V3.2.4 EN 50665: 2017 EN 62233: 2008, EN 62311: 2008 IEC 62133-2: 2017 EN IEC 61000-3-2: 2019 EN 61000-3-3: 2013+A1: 2019 EN 60335-2-29: 2004 + A2: 2010+A11: 20

6. Responsible for documentation: Johnny Lolk, Knullen 22, DK-5260 Odense S

RMX500/800 Measured sound pressure level L pA 40.8 dB(A) KpA: 3 dB(A) RMX500/800 Guaranteed sound power level LwA 62 dB(A) KpA: 3 dB(A)

RMX1600/2000 Measured sound pressure level L_pA 41 dB(A) K_pA : 3 dB(A) RMX1600/2000 Guaranteed sound power level L_wA 52 dB(A) K_pA : 3 dB(A)

Conformity assessment method for Annex VI - EU Directive 2000/14/EU

Texas Andreas Petersen A/S

Knullen 22 • DK-5260 Odense S

16.12.2022

Henry Tahn

Johnny Lolk

CEO

C E

Top-down view of a black robotic vacuum cleaner with a red control knob and 'LAVS' button (no text or symbols on the device itself)

Mähroboter

Top-down view of a gray electronic device casing with mounting holes and internal compartments (no visible text or symbols)

Ladestation

Close-up of a metallic ruler with measurement markings (no visible text or symbols)

Zollstock

2. Warnsymbole

Technical line drawing of a mechanical assembly with angular annotations (0°) and no readable text or symbols

Illustration of a robot-like device with eyes, wheels, and fragments scattered on a surface (no text or symbols)

Illustration of a treadmill with a cross symbol above it, no text or labels present

Simple line drawing of a boat with eyes and mouth, marked with a cross symbol (no text or labels)

Illustration of a storm scene with lightning, rain, and a red cross symbol (no text or labels)

Technical diagram of a handheld electronic device with labeled components including B2, OUT, and MINM pins

Exterior view of a modern robotic device with a large roof cover, placed on grassy ground next to an electrical outlet (no visible text or symbols)

Pure mechanical diagram showing a lever and pin assembly without any text or symbols

Diagram showing a gavel striking down a surface with three droplets approaching it (no text or symbols present)

TIPP

Silhouette of a tree with broad canopy and visible trunk (no text or symbols)

Technical line drawing of a robotic car with visible wheel and gear components (no text or symbols)

Slope height 36cm Max 20° (36%) Slope 100cm Length

Line drawing of a robotic lawn mower with visible blade and wheel (no text or symbols)

Blumenbeete

2 A < 5 mm

3 ≥80cm <5mm

Line drawing of scissors and a spool with a magnified inset showing the same tool (no text or symbols)

SCHWARZ ROT SCHWARZ ROT OUT IN

Close-up of two blue plastic electrical connectors with black wires, no text or symbols visible

Diagram showing a device with a close-up view of its internal components, including a switch and cable assembly (no text or symbols present)

Green light on

Green light flashing

Red light flashing

graph TD
    A["Top Left: Robot with 'CUTI' label"] --> B["Top Right: Robot with 'BET1' label"]
    B --> C["Bottom Left: Vehicle with arrow pointing to 'Control Point'"]
    C --> D["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    D --> E["Bottom Bottom: Vehicle with arrow pointing to 'Control Point'"]
    E --> F["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    F --> G["Bottom Left: Vehicle with arrow pointing to 'Control Point'"]
    G --> H["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    H --> I["Bottom Bottom: Vehicle with arrow pointing to 'Control Point'"]
    I --> J["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    J --> K["Bottom Left: Vehicle with arrow pointing to 'Control Point'"]
    K --> L["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    L --> M["Bottom Bottom: Vehicle with arrow pointing to 'Control Point'"]
    M --> N["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    N --> O["Bottom Left: Vehicle with arrow pointing to 'Control Point'"]
    O --> P["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    P --> Q["Bottom Bottom: Vehicle with arrow pointing to 'Control Point'"]
    Q --> R["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    R --> S["Bottom Left: Vehicle with arrow pointing to 'Control Point'"]
    S --> T["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    T --> U["Bottom Bottom: Vehicle with arrow pointing to 'Control Point'"]
    U --> V["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    V --> W["Bottom Left: Vehicle with arrow pointing to 'Control Point'"]
    W --> X["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    X --> Y["Bottom Bottom: Vehicle with arrow pointing to 'Control Point'"]
    Y --> Z["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    Z --> AA["Bottom Left: Vehicle with arrow pointing to 'Control Point'"]
    AA --> AB["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    AB --> AC["Bottom Bottom: Vehicle with arrow pointing to 'Control Point'"]
    AC --> AD["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    AD --> AE["Bottom Left: Vehicle with arrow pointing to 'Control Point'"]
    AE --> AF["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    AF --> AG["Bottom Bottom: Vehicle with arrow pointing to 'Control Point'"]
    AG --> AH["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    AH --> AI["Bottom Left: Vehicle with arrow pointing to 'Control Point'"]
    AI --> AJ["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    AJ --> AK["Bottom Bottom: Vehicle with arrow pointing to 'Control Point'"]
    AK --> AL["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    AL --> AM["Bottom Left: Vehicle with arrow pointing to 'Control Point'"]
    AM --> AN["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    AN --> AO["Bottom Bottom: Vehicle with arrow pointing to 'Control Point'"]
    AO --> AP["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    AP --> AQ["Bottom Left: Vehicle with arrow pointing to 'Control Point'"]
    AQ --> AR["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    AR --> AS["Bottom Bottom: Vehicle with arrow pointing to 'Control Point'"]
    AS --> AT["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    AT --> AU["Bottom Left: Vehicle with arrow pointing to 'Control Point'"]
    AU --> AV["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    AV --> AW["Bottom Bottom: Vehicle with arrow pointing to 'Control Point'"]
    AW --> AX["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    AX --> AY["Bottom Left: Vehicle with arrow pointing to 'Control Point'"]
    AY --> AZ["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    AZ --> BA["Bottom Bottom: Vehicle with arrow pointing to 'Control Point'"]
    BA --> BB["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    BB --> BC["Bottom Left: Vehicle with arrow pointing to 'Control Point'"]
    BC --> BD["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    BD --> BE["Bottom Bottom: Vehicle with arrow pointing to 'Control Point'"]
    BE --> BF["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    BF --> BG["Bottom Left: Vehicle with arrow pointing to 'Control Point'"]
    BG --> BH["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    BH --> BI["Bottom Bottom: Vehicle with arrow pointing to 'Control Point'"]
    BI --> BJ["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    BJ --> BK["Bottom Left: Vehicle with arrow pointing to 'Control Point'"]
    BK --> BL["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    BL --> BM["Bottom Bottom: Vehicle with arrow pointing to 'Control Point'"]
    BM --> BN["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    BN --> BO["Bottom Left: Vehicle with arrow pointing to 'Control Point'"]
    BO --> BP["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    BP --> BQ["Bottom Bottom: Vehicle with arrow pointing to 'Control Point'"]
    BQ --> BR["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    BR --> BS["Bottom Left: Vehicle with arrow pointing to 'Control Point'"]
    BS --> BT["Bottom Right: Control Point with arrow pointing to 'Control Point'"]
    BT --> BU["Bottom Bottom: Vehicle with arrow pointing to 'Control Point'"]
    BU --> BV["Bottom Right: Control Point with arrow pointing to 'Control Point'"]

PIN START HOME OK

0- START HOME OK

12:34 START HOME OK

10 LE START HOME OK

QR code image containing encoded data, no visible human-readable text

QR code image containing encoded data, no visible human-readable text

Log in Log in Target password? Don't have an account?middle User Agreement | Privacy Policy

Register Please insert your email analytics we're your password. Password password password. Password screening password password. Password must be 8.0% authentication and installed with password, and please please select password as allowed (SAPR) to access your account. Registration Already have an account?Login here User Agreement: Privacy Policy

Device No details, ref., please add Add Devices

Add devices Photos Please get your website from free Choose a link between the website is burned, you understand your website by Bluetooth. It should not change the website's signal level. Manually pairing Bluetooth devices

Connecting Bluetooth Connecting now, please wait! Please check whether the robot is turned on, whether your phone's Bluetooth is turned on, whether the 9th-F1 signal exists

Add devices Serial Number 2103168000105000000 The password of reliable lawn mower 0000 Please check whether the reader is turned up, whether you attend a Bluetooth is turned up, whether the link to signal errors next

Connect to Wi-Fi Configure Wi-Fi, you can control your devices anywhere SDD Destination Password Missing name Please drive Wi-Fi SDD and password, you'll Connect to start configuring the network type. Only compatible with 2 ASMs networks. Connection

12.23 Devices Roberts: mower RMX Status

Devices Texas robot

Devices Sharing devices Stop sharing Connecting Bluetooth Delete

graph TD
    A["Zone 1"] --> B["Zone 2"]
    B --> C["Zone 3"]
    C --> D["Zone 4"]
    D --> E["Zone 1"]
    E --> F["Zone 2"]
    F --> G["Zone 3"]
    G --> H["Zone 4"]
    H --> I["Zone 1"]
    I --> J["Zone 2"]
    J --> K["Zone 3"]
    K --> L["Zone 4"]
    L --> M["Zone 1"]

- Regenverzögerung:

Settings Starting Point > Rain delay > OTA upgrade > Device parameters > WiFi Setting > Delete device

Starting Point Turn on Starting point 1 70% Starting point 2 50% Starting point 3 60% Starting point A 80% Total

Firmware update Current version 29000 Automatic updates Checking for Update

bestätigen

Firmware update Current version 2104 New version available Latest version 2104 update content: 1. Added function. If the returns hits an obstacle, it will detour and continues trimming 2. Improved OTX speed and sucrose rate 3. Optimize the fluency of downhill work 4. Fix some known issues Update now? Bluetooth upgrade takes a long time. It is recommended to connect to wifi to upgrade Cancel Confirm Clustering by words

Sprache ändern

11.25 Texas robot

Top-down view of a small car with red buttons placed on a dotted grid background, no text or symbols visible.

Line drawing of a robotic arm with a hand pressing a button on the wheel (no text or symbols)

Line drawing of a hand pressing down on a mechanical component with a spherical housing (no text or symbols)

40 35 30 25 45 20 50 20-60 MM 52 09

Line drawing of a robotic arm with a hand adjusting the control panel (no text or symbols present)

Line drawing of a grass lawn mower with spray application and cleaning tool (no text or symbols)

Technical line drawing of a mechanical assembly with a hand operating a tool (no text or symbols present)

Technical line drawing of a mechanical assembly with a central circular component and a tool inserted (no text or symbols)

Technical line drawing of a bolt and nut assembly (no text or symbols)

Battery cover

Battery bracket 2

Battery Pack

Technical line drawing of a mechanical assembly with a screwdriver inserted into a housing (no text or symbols)

USB

Henry Taylor

Johnny Lolk

Geschäftsführer

C€

Indice

Top-down view of a black robotic vacuum cleaner with red control buttons and a 'TAV' logo (no text or symbols on the device itself)

Robot rasaerba

Top-down view of a vehicle chassis with mounting brackets and structural elements (no text or symbols visible)

Technical line drawing of a mechanical assembly with angular annotations (0°) and no readable text or symbols

Illustration of a robot-like device with eyes, wheels, and fragments scattered on a surface, accompanied by a black X symbol (no text or labels)

Illustration of a roller coaster with a cross symbol indicating speed (no text or labels)

Cartoon illustration of a character with eyes and mouth, standing on a platform with a cross symbol nearby

Illustration of a flooded landscape with a lightning bolt, tree, and a red cross symbol (no text or labels)

Technical diagram of a handheld electronic device with labeled components including B2, OUT, MINM, and grid slots

Exterior view of a modern robotic device with a large roof cover, placed on grassy ground next to an electrical outlet (no visible text or symbols)

Pure mechanical diagram showing a lever and pin assembly without any text or symbols

Diagram showing a gavel striking down a surface with three droplets approaching it (no text or symbols present)

CONSIGLIO

>90 ✓ >90

Ostacoli in giardino

Silhouette of a tree with broad canopy and visible trunk (no text or symbols)

Technical line drawing of a robotic car with visible wheel and gear components (no text or symbols)

Line drawing of a robotic lawn mower with motion lines (no text or symbols)

Aiuole

2 A < 5 mm

3 ≥80cm <5mm

Line drawing of scissors cutting a circular component with a spool inset (no text or symbols)

Two blue plastic electrical connectors with black wires, no visible text or symbols

Diagram showing a device with a magnified inset of its internal components, no text or symbols present.

Green light on

Green light flashing

Red light flashing

QR code image containing encoded data, no visible human-readable text

QR code image containing encoded data, no visible human-readable text

Technical line drawing of a mechanical assembly with gears and a central component (no text or symbols)

TEXAS 20V Max. 45Wh 0-18cm 8.0kg ART. NO. P0070211 TEXAS A/S KNULLLEN 22 DK-536 ODENSE S DENMARK ROBOTIC LAWNMOWER RMX500 RMAS01M20V FORISGTIG - Bar ikke ved roterade kniv CAUTION - Do not touch rotating blade VORSICHT - Rotterende Klinge nicht berühren Made in China www.texas.dk 2022 IPX5 CE S/N: 2101 16800003 00000001 APP CODE MANUAL LWA 62 dB

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dispositivo

Devices No devices yet, please add Add devices

Add devices Photos Please use a QR code to access your Bluetooth device. Please click the QR code to add the device's name or address. Manually passing Bluetooth devices

Connecting Bluetooth Connecting now, please wait Please check whether the robot is turned on, whether your Phuning Bluetooth is turned on, whether the 80.01 signal output

Add devices Serial Number 2103168000100000000 The password of sensitive web browser 0000 Please choose whether this reader is bound to us, whether your please a timestamp is bound to us, whether the 90-0 alpha wipi. ADD

Connect to Wi-Fi Configure Wi-Fi, you can control your devices anywhere SWEI Guest password Password Please select (0-9, 1000) and password. Click Connect to start configuring the network Tips. Only compatible with 2-digit emailing. Connection

12.23 V Devices Robotic: master RMX Status

Devices Texas robot

Devices Sharing devices Stop sharing Connecting Bluetooth Delete

Impostazioni Punti d'inizio Ricerca Settings Starting Point Rain delay OTA upgrade Device parameters WiFi Setting Desita device Starting Point Turn on Starting point 1 Sharling point 2 Sharling point 3 Sharling point 4 50% 50% Firmware update Current version 20000 Automatic shutdown Conferma aggiornamento New version available Latest version 20104 update content: 1. Added function. If the return hits an obstacle, it will detour and continues trimming. 2. Improved OTA speed and success rate 3. Optimize the fluency of downhill work 4. Fix some known issues Update now? Bluetooth upgrade takes a long time. It is recommended to connect to wifi to upgrade Cancel Confirm Checking for update 确定 for update

Cambiare lingua

11.25 Texas robot

18. Caratteristiche del robot

Principi di base

Top-down view of a small car with red buttons placed on a dotted grid background, no text or symbols visible.

Line drawing of a robotic arm with a hand pressing a button on the wheel (no text or symbols)

Line drawing of a hand pressing down on a mechanical component with a dome-like structure (no text or symbols)

40 35 30 25 20 45 50 95 09 20-60 MM

Line drawing of a robotic arm with a hand adjusting the control panel (no text or symbols present)

Line drawing of a grass lawn mower with spray and cleaning components (no text or symbols)

Technical line drawing of a mechanical assembly with a hand operating a tool (no text or symbols present)

Technical line drawing of a mechanical assembly with a central circular component and mounting brackets (no text or symbols)

Technical line drawing of a mechanical component with threaded shaft and flange (no text or symbols)

Battery cover

Battery bracket 2

Battery Pack

Technical line drawing of a mechanical assembly with a screwdriver inserted into a housing (no text or symbols)

USB

24. Accessori

Top-down view of a black robotic device with a red control knob and indicator lights (no visible text or symbols)

Robot tondeuse

Top-down view of a vehicle chassis with no visible text or symbols

Station de charge

Technical line drawing of a mechanical assembly with angular annotations (0°) and no readable text or symbols

Illustration of a robot-like device with facial features and scattered geometric blocks, no text or symbols present.

Illustration of a treadmill with a cross symbol above it, no text or labels present

Simple line drawing of a boat with eyes and a cross symbol (no text or labels)

Illustration of a tree crossing a wet road with lightning and a red cross symbol (no text or labels)

Technical line drawing of a mechanical assembly with mounting flanges and housing (no text or symbols)

Rooftop robot with a large roof cover placed on grassy ground next to an electrical outlet (no visible text or symbols)

Pure mechanical diagram showing a lever mechanism without any text or symbols

Diagram showing a hammer striking a surface with three droplets, illustrating a mechanical or biological process (no text or symbols present)

Conseil

>90 ✓ >90

Silhouette of a tree with broad canopy and visible trunk (no text or symbols)

Technical line drawing of a robotic car with visible wheels and gear (no text or symbols)

36cm Max 20° (36%) 100cm

Line drawing of a robotic lawn mower with motion lines indicating speed (no text or symbols)

Lots de fleurs

2 A < 5 mm

3 ≥80CM

Line drawing of scissors and a spool, no text or symbols present

Close-up of two blue plastic electrical connectors with black wires, labeled '25' (no text or symbols on the connectors themselves)

8. Alimenter la station de charge

Diagram showing a device with a magnified view of its internal components, including a cable and power outlet (no text or symbols present)

1. Registre Log in 2. Créer un login Register People create your email address One verification page Product write password Please send the group password Don't have an account?Register Log in Already have an account?Login here 3. Ajouter un dispositif Devices No devices yet, please add Add devices Photos Please check another the robot is saved on register your voice download! Is turned on whether the (e.g.) signal audio Scanner QR sur le robot Manually painten Bluetooth devices

Connecting Bluetooth 5% Connecting now, please wait Please check whether the robot is turned on; whether your plume's Bluetooth is turned on; whether the Wi-Fi signal exists

Add devices Serial Number 2103168000100000000 The password of mutubic given answer 5000 Please check another the robot is turned on, whether your phone's Bluetooth is turned on, whether the Wi-Fi signal error! NEXT

Connect to Wi-Fi Configure Wi-Fi, you can control your devices anywhere SSD Guest Password Status before Please select All-61 SSBQ and password, click Connect to start configuring the network/Tox - Only compatible with 2.40% web网址 Connection

Devices Texas robot Devices Sharing devices Stop sharing Connecting Bluetooth Delete

calendrier Schedule Edit Mon Tue Wed Thur Fri Sat Sun 00 12 18 24 Home Cancel

Définir l'écrêtage

des bords Schedule Save Mon Tues Wed Thur Fri Sat Sun 40 50 10 18 24

Définir

Settings Starting Point > Rain delay > OTA upgrade > Device parameters > WiFi Setting > Delete device

Starting Point Turn on Starting point 1 + - Starting point 2 + - Starting point 3 + - Starting point 4 + - Save

11:16 Firmware update Current version 23000 Automatic update Checking for update

Firmware update Current version 23104 New version available Latest version 23104 update content: 1. Added function: if the return hits an obstacle, it will devour and continued trimming 2. Improved OTA speed and success rate 3. Optimize the fluency of duverhill work 4. Fix some known issues Update now? Bluetooth upgrade takes a long time, it is recommended to connect to will its upgrade Cancel Confirm Checking for update!

Changer de langue

11.25 Texas robot

Top-down view of a small black car with red wheels placed on a dotted grid background, no text or symbols visible.

Line drawing of a robotic arm with a hand pressing a button on the handle (no text or symbols)

Hand operating a mechanical device with a spherical component (no text or symbols visible)

40 35 30 25 20 45 50 55 09 20-60 MM

Line drawing of a robotic car with a hand pressing a button, showing mechanical components and a small inset view (no text or symbols)

Line drawing of a grass lawn mower with spray gun and cleaning tool (no text or symbols)

Technical line drawing of a mechanical assembly with a hand operating a tool (no text or symbols present)

Technical line drawing of a mechanical component with a central circular housing and mounting brackets (no text or symbols)

Technical line drawing of a mechanical component with threaded base and flange (no text or symbols)

Battery cover

Battery bracket 2

Battery Pack

Technical line drawing of a mechanical assembly with a screwdriver inserted into a housing (no text or symbols)

USB

24. Accessoires

Close-up of a metallic ruler with a flat end, showing measurement markings (no visible text or symbols)

Lõiketangid Pressimistangid TollipulKaamer

2. Ohutussümbolid

Technical line drawing of a mechanical assembly with angular annotations (0°), no readable text or symbols present.

Illustration of a robot-like device with eyes, wheels, and fragments scattered on a surface, accompanied by a black X symbol (no text or labels)

Illustration of a treadmill with a cross symbol above it, no text or labels present

Cartoon illustration of a character with eyes and mouth, standing on a platform, with a black cross symbol nearby.

Illustration of a flooded landscape with a lightning bolt, tree, and a red cross symbol (no text or labels)

Technical diagram of a device with labeled components including MAX, OUT, and MINM indicators

Exterior view of a modern robotic device with a large reflective top, placed on grassy ground next to an electrical outlet (no visible text or symbols)

Pure mechanical diagram of a vertical rod with a circular head and lever mechanism (no text or symbols)

Diagram showing a gavel striking down a surface with three droplets approaching it (no text or symbols present)

NÕUANNE

Silhouette of a tree with broad canopy and visible trunk (no text or symbols)

Technical line drawing of a robotic car with visible wheel and gear components (no text or symbols)

Line drawing of a robotic lawn mower with motion lines indicating speed (no text or symbols)

Lillepeenrad

2 A < 5 mm

3 ≥80CM <5mm

Line drawing of scissors cutting a thread, with a spool inset showing the same tool (no text or symbols)

Close-up of two blue plastic electrical connectors with black wires, no visible text or symbols

Diagram showing a device with a magnified inset of its internal components, no text or symbols present.

QR code image containing encoded data, no visible human-readable text

QR code image containing encoded data, no visible human-readable text

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1. Lisage seade. 4. Skaneerige robotilt sisse QR-kood.
   

No devices yet, please add Add devices

Add devices Photos Please click questions this request to make all software your following Bluetooth to create my email: the file at your website. Manually pairing Bluetooth discles

Connecting Bluetooth 8% Connecting now, please ask Please check whether the robot is turned on; whether your alhorns's Bluetooth is turned on; whether the HSC-61 signal avoids

1. Sisestage roboti parool (vaikeparool on 0000).
   

Add devices Serial Number 2103168000100000000 The payment of metabolic law mower 0000 Please check whether this value is bound on, whether you please's Bluesoft is bound on, whether the 80-91 digital email. Next

Connect to Wi-Fi Configure Wi-Fi, you can control your devices anywhere GWR Guest password GWR website Please press Wi-Fi (GWR) and password, click "Connect to start" configuring the network®. Only compatible with 2.4GHz networks Connection

Devices Texas robot

Devices Sharing devices Stop sharing Connecting Bluetooth Delete

Settings Starting Point Rain delay OTA upgrade Device parameters WiFi Setting Delete device

Alguspunkt

T1.47 Starting Point Turn on Starting point 1 + - Starting point 2 + - Starting point 3 + - Starting point 4 + - Start

Firmware update Current version 23008 Automatic updates Checking for Update

Värskendamise kinnitamine

Firmware update Current virtual New version available Latest version 2104 update content:1. Added function: if the return hits an obstacle, it will detour and continues trimming 2. Improved OTA speed and success rate 3. Optimize the frequency of Bluetooth work 4. Fix some known issues Update now? Bluetooth upgrade takes a long time, it is recommended to connect to with to upgrade Cancel Confirm Checking for update

Keele muutmine

11.25 Texas robot

Top-down view of a car with red buttons placed on a grid background, no text or symbols visible.

Line drawing of a robotic arm with gear and control panel, showing hand pressing action (no text or symbols)

Line drawing of a hand pressing down on a mechanical component with a dome-like structure (no text or symbols)

49 35 30 25 45 20 50 95 09 20-60 MM

Line drawing of a robotic arm with a hand pressing a button on the wheel (no text or symbols)

Technical line drawing of a mechanical assembly with a hand operating a tool (no text or symbols present)

Technical line drawing of a mechanical assembly with a central circular component and mounting brackets (no text or symbols)

Technical line drawing of a bolt and nut assembly (no text or symbols)

Technical line drawing of a mechanical assembly with a screwdriver inserted into a housing (no text or symbols)

USB

24. Tarvikud