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SKU:
6970135030460
Ecovacs Winbot W1 Pro Smart Window Cleaner – 2700Pa, 70min Runtime
Cross Nozzle Spray, WIN-SLAM 3.0 Navigation, Ultra-Safe, Edge Detection Sensor, Powerful 2,800Pa Suction Power, App Support
Available: Only 5 left in stock (Cape Town)
R7,999
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Winbot W1 PRO is one of the most intelligent & safe robotic window cleaner that features constant wetness and delivers a supreme cleaning experience.
KEY FEATURES & BENEFITS:
– The first Cross Nozzle Auto-spray model WINBOT from ECOVACS, with a powerful Steady-climbing System, upgraded WIN-SLAM 3.0 technology, and 8-tier All-round Protection.
– The smooth and efficient cleaning experience that guarantees a polished result.
– All-round cleaning with an upgraded algorithm for smarter path planning.
– Trust WINBOT anytime with its ultra-safe cleaning performance
– A smart and friendly robot that can be remotely controlled from anywhere.
MAIN FEATURES:
– Effortless And Uninterrupted Cleaning:
With a highly efficient spray system, the new WINBOT W1 PRO can tackle any type of window.
The cross nozzle spraying design reaches wide angles and ensures ideal wet cleaning.
On top of that, this smart cleaning robot remembers its position, making sure it finishes its job every time – for sparkling clean windows at the touch of a button.
– Tailored To Your Needs And Circumstances:
WINBOT W1 PRO automatically cleans in a back-and-forth motion path for a complete and thorough glass cleaning process in three adaptive modes: fast, deep, and spot clean mode.
It intelligently and efficiently creates a systematic cleaning path that ensures dazzling, clean windows for a smooth polished result.
– 8-tier All-round Saftey – Safety is our top priority:
From an industry-leading anti-slip driving system for smooth movement, to superfast air pressure detection and compensation, floating cleaning cloth plate and power outage protection, we have your safety covered.
Safety simply is our top priority, so to ensure the highest safety standard possible, WINBOT W1 PRO has a powerful 2,800 Pa suction power rating and a highly innovative anti-slip, high grip driving system. This ensures smooth movements and proper cleaning with a firm grip even on a slippery surface or possible power outages.
– Tether Ensures Additional Safety In Event Of A Fall:
Even if it detaches from the glass, the WINBOT W1 PRO arrests fall with a safety carabiner and tether that is made of highly elastic and durable rubber.
– Dual Nozzle Direction Cross Auto-spray Technology:
The unique cross spraying design works on windows of all sizes and ensures all dirt is removed by dissolving stains for easy wipe-off.
With the 60 ml reservoir, WINBOT W1 PRO guarantees an efficient wet cleaning performance thanks to its dual direction spray that reduces the frequency of cloth changes or the need to refill reservoir during cleaning.
The wide angle range of the spraying nozzle keeps the cleaning area wet, offering the ultimate high-quality cleaning performance.
– Innovative Anti-Slip Drive System:
The use of high-quality materials and precise gravity settings ensures WINBOT W1 PRO moves stably on windows.
Embedded with a high friction, anti-slip material on the driving tracks increase grip, stability, and no slip while wet cleaning the windows.
– WIN-SLAM 3.0 Navigation Path Planning:
WINBOT W1 PRO offers all-round cleaning with an upgraded algorithm and smarter path planning, it automatically cleans in a back-and-forth motion for a complete and thorough glass cleaning process in three adaptive modes: fast clean, deep clean and spot clean.
– Edge Detection Sensor Technology:
The high-precision coupler sensor detects edges and smartly adjusts the cleaning route in just 0.02 seconds, allowing WINBOT W1 PRO to easily clean frameless windows with zero hassle.
– 2,800 Pa Suction Power:
Strong suction power ensures WINBOT W1 PRO has a firm grip on the window at all times.
Beyond safety, the powerful suction offers a firmer wipe and better clean for your windows.
– User-friendly App:
You can adjust the settings and control the WINBOT W1 PRO quickly and easily by simply making a few clicks on the ECOVACS App.
– Automatic Start:
Once connected to the app, the WINBOT W1 PRO will automatically start cleaning, making it easy and convenient to use.
– Vocalizes Real Time Updates:
WINBOT W1 PRO doesn’t need your visual attention as it is able to vocalize its real time updates on top of the visual cues.
Freeing you up to do other tasks while your windows get a sparkling clean.
– Expandable Lenghts:
Additional 1.5m power cable extensions can be purchased.
SPECIFICATIONS:
– Noise Level: 70 dB
– Power Cable Lengh: 4.7.m
– Battery Charging Time: 2 hrs
– Battery Type: Lithium 650mAh
– Runtime: 1 hour and 10 minutes
– Max Working Area (full reservoir): 20 m²
– Cleaning Modes: fast, deep, spot clean mode
– Min Windows Size: 30*40 cm
– Weight of the robot: 1,7 kg
– Dimension of the robot: 270*270*78 mm
– Weight incl. product packaging: 3.9 kg
– Dimension of product packaging: (L x W x H) 455*114*310 mm
– Weight incl. outer packaging: 4.2 kg
– Dimension of product outer packaging: (L x W x H) 470*126*320 mm
Video
Tutorial Video
FAQ
Too much moisture in the mopping pad will affect the window cleaning effect, may leaving water marks or water stains or even causing WINBOT to slip or get damaged. It’s suggested to manually wet the WINBOT mopping pad, wring it dry as much as possible, attach it to the bottom of the robot and smooth it out before beginning cleaning.
Both the front and back of the mopping pad have ultra-fine fibers attached to them and therefore can be used for cleaning. You do not need to differentiate between the front and back.
1. The mopping pad might be too wet. Please make sure that you wring the mopping pad dry after it gets wet.
2. If you clean the window with a low frequency (quarterly or semi-annually), more dust will accumulate on the glass and the mopping pad will get dirty easily.
You will need to wash the mopping pad in time and clean the window a few more times to achieve a better cleaning effect.
2. If you clean the window with a low frequency (quarterly or semi-annually), more dust will accumulate on the glass and the mopping pad will get dirty easily.
You will need to wash the mopping pad in time and clean the window a few more times to achieve a better cleaning effect.
1. The user will be reminded to fill in cleaning solution when the robot is turned on. Both the voice prompt and the app notification will be played only once.
2. If you want to perform a waterless cleaning, you can turn off the “Auto Spray” function in the app.
2. If you want to perform a waterless cleaning, you can turn off the “Auto Spray” function in the app.
W1 PRO WINBOT have a smart climbing system that enables the robot to stick to the glass, so do not need to remove the dust beforehand.
The safety tether is attached to the robot for safety purposes, ensuring that the robot will not directly fall off when it fails to hold due to uncontrollable factors, thus minimizing the damage.
1. When WINBOT walks in a back and forth pattern, the water spray coverage on both sides of the robot can reach the upper edge of the robot and 10 cm below the robot. Please note that water will be sprayed only upwards and not downwards when the robot walks vertically.
2. Water is sprayed at an 8-second interval.
2. Water is sprayed at an 8-second interval.
1) Slight slippage is normal and does not affect the normal operation.
2) Check whether the mopping pad is overly wet.
3) If the robot is tainted with stains, such as oil, please follow the instruction manual to clean the driving threads.
2) Check whether the mopping pad is overly wet.
3) If the robot is tainted with stains, such as oil, please follow the instruction manual to clean the driving threads.
1) Slight slippage is normal and does not affect the normal operation.
2) Check whether the mopping pad is overly wet.
3) If the robot is tainted with stains, such as oil, please follow the instruction manual to clean the driving threads.
2) Check whether the mopping pad is overly wet.
3) If the robot is tainted with stains, such as oil, please follow the instruction manual to clean the driving threads.
Step 1: Take down the robot.
Use the App to control and guide the robot to a position where it can be manually taken down. Attach the robot to the glass again to start working.
If you are using the robot without having connected to the app, you can connect via the following two ways:
1. It’s recommened to use the App to scan the QR code directly on the robot and follow the connection instructions in the App.
2. You can also select Add manually in the app and select the correct model to complete the connection.
Use the App to control and guide the robot to a position where it can be manually taken down. Attach the robot to the glass again to start working.
If you are using the robot without having connected to the app, you can connect via the following two ways:
1. It’s recommened to use the App to scan the QR code directly on the robot and follow the connection instructions in the App.
2. You can also select Add manually in the app and select the correct model to complete the connection.
Step 2: Check the robot and windows.
1. Check whether the mopping pad is properly fitted, with the wide and narrow sides in the correct position.
2. Check whether there are any gaps on the window. Do not use WINBOT on surfaces with gaps, as they may lead to Insufficient suction power or fails.
3. Check whether there are low obstacles on the window. If so, please cover them before using WINBOT.
The mopping pad can be washed more than 40 times and both sides can be used as per Ecovacs lab data.
Using a glass pane of 1m x 1m as an example, a full reservoir can be used continuously to clean an areas of 20 square meter as per Ecovacs lab data: 1. Approximately 60 minutes of continuous water spray on a 1×1 glass pane
2. Approximately 3 minutes of cleaning on a 1×1 glass pane in Fast Cleaning Mode).
2. Approximately 3 minutes of cleaning on a 1×1 glass pane in Fast Cleaning Mode).
1. Take down the robot. Use the App to control and guide the robot to a position where it can be manually taken down.
2. After taking down the robot:
1) Check whether the driving thread is stuck by foreign objects. Use a tool to remove the foreign objects (if any) and restart WINBOT to begin cleaning.
2) If the problem persists, please contact Ecovacs Customer Service.
2. After taking down the robot:
1) Check whether the driving thread is stuck by foreign objects. Use a tool to remove the foreign objects (if any) and restart WINBOT to begin cleaning.
2) If the problem persists, please contact Ecovacs Customer Service.
The mentioned suction power refers to the value in normal circumstances and under proper working conditions. When the robot is powered off, the suction power can only hold the robot itself and cannot bear any loads. Please operate as per the robot’s instruction manual.
1. Please check whether there is cleaning solution in the water tank. Refill with special WINBOT cleaning solution in necessary.
2. Please check whether “Auto Spray” is turned off in the app.
3. If “Auto Spray” is turned on in the app and the water tank has cleaning solution, but the robot still does not spray water, it may be because water has been used up due to cleaning solution is not added timely when WINBOT works with a low water level.
Please follow the auto water spray guidance in the app for troubleshooting.
2. Please check whether “Auto Spray” is turned off in the app.
3. If “Auto Spray” is turned on in the app and the water tank has cleaning solution, but the robot still does not spray water, it may be because water has been used up due to cleaning solution is not added timely when WINBOT works with a low water level.
Please follow the auto water spray guidance in the app for troubleshooting.
The driving threads do not collect dust easily, and the residual dust will be absorbed by the cleaning brush.
Please try to avoid cleaning the glass immediately after a shower or when there are a lot of water droplets on the glass. It will increase the slippage and cause the falls.
W1 PRO has driving threads self-cleaning feature. The cleaning brush does not need to be replaced after use.
Ecovacs lab data show that the product can be used for more than 300 hours.
Ecovacs lab data show that the product can be used for more than 300 hours.
1. It’s prohibited to use filtered, purified or pure water for this product. This is because the water level in the WINBOT water tank is gauged via capacitance detection, which will fail if filtered, purified or pure water is used.
2. It’s recommended to use the special Ecovacs cleaning solution for WINBOT.
If the cleaning solution has been used up, you can use tap water as a temporary makeshift. However, the special cleaning solution have a better cleaning effect than tap water.
We do not recommend using tap water in the long term.
Do not use tap water if local water quality is poor.
2. It’s recommended to use the special Ecovacs cleaning solution for WINBOT.
If the cleaning solution has been used up, you can use tap water as a temporary makeshift. However, the special cleaning solution have a better cleaning effect than tap water.
We do not recommend using tap water in the long term.
Do not use tap water if local water quality is poor.
To achieve a better spray effect, W1/W1 PRO uses the small-hole cross-spray technology that can cover the width of the robot in the walking direction. It is normal to have a few water droplets.
Do not use WINBOT on the outside of the window on rainy days to avoid the risk of damage or falls.
Fast mode: When the width of the window is more than 2 times that of the robot, WINBOT will complete a Z-shape route (twice in Deep Cleaning mode).
When the width of the window is less than 1.5 times that of the robot, WINBOT will complete an N-shape route (twice in Deep Cleaning mode).
When the width of the window is between 1.5 and 2 times that of the robot, the walking route will be depending on how the robot is placed.
When the width of the window is less than 1.5 times that of the robot, WINBOT will complete an N-shape route (twice in Deep Cleaning mode).
When the width of the window is between 1.5 and 2 times that of the robot, the walking route will be depending on how the robot is placed.
It works well within a distance of 5m as per Ecovacs lab data. Please make sure that your phone is not too far from the robot during actual use.
1. By default, the robot will enter Fast Cleaning Mode when powered on for the first time.
2. During normal use (for non-narrow glass), one cleaning cycle will include one back and forth cleaning session. However, you can choose to perform one or two cleaning cycles in the app.
3. During normal use, cleaning an area of 1 square meter takes approximately 2 minutes and 50 seconds.
2. During normal use (for non-narrow glass), one cleaning cycle will include one back and forth cleaning session. However, you can choose to perform one or two cleaning cycles in the app.
3. During normal use, cleaning an area of 1 square meter takes approximately 2 minutes and 50 seconds.
WINBOT is able to clean glass panes at an angle. The angle between the glass and the horizontal plane should be between 60° and 120°.
If the angle exceeds this range, WINBOT may circle on the spot, get stuck, or give an alarm.
If the angle exceeds this range, WINBOT may circle on the spot, get stuck, or give an alarm.
It means cleaning can be continued after a pause but not after a power outage.
It’s recommended to use the robot within the normal temperature range of 0℃ and 40℃. Otherwise, it may cause damage to the robot or affect the robot’s life.
When the WINBOT switch is in position I (on), a blinking blue standby indicator or back indicator means that WINBOT is charging.
If all the indicators are off, it means the robot has been fully charged and entered Sleep mode.
You can tap Power button to activate WINBOT.
If all the indicators are off, it means the robot has been fully charged and entered Sleep mode.
You can tap Power button to activate WINBOT.
Yes, all the indicators will be off in this case. If you wonder the current charging status, you can power on the WINBOT.
A blinking blue indicator means that WINBOT is charging. A solid blue indicator means that WINBOT is fully charged.
A blinking blue indicator means that WINBOT is charging. A solid blue indicator means that WINBOT is fully charged.
1. After the red main switch at the bottom is turned on, press the start button (for less than 1.5 seconds) to start the fan.
2. After the red main switch at the bottom is turned on, evenly press the WINBOT edge detection sensors to stick the robot to the glass.
2. After the red main switch at the bottom is turned on, evenly press the WINBOT edge detection sensors to stick the robot to the glass.
User Manual
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| Packaged Weight | 4200 g |
|---|---|
| Dimensions | 470 × 126 × 320 mm |
| Brand | |
| SKU | 6970135030460 |
| Warranty | 12 Months |
|---|
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