Net weight 40KG, Gross weight: 50KG(water tank full filling)
Water tank: 10L; sewage tank: 10L
Green color stands for under charging；Blue under remote control；White operation ongoing, stopping, idling or reversing; Red warning.
Ultrasonic sensor, color camera,structured light camera, 2D laser radar, water sensing unit, 3D laser radar(optional)；
2-3 hours would be needed to have a full charge, and power consumption is about 1.07kwh; In washing mode, it could keep operating for 5.5 hours, while 8 hours for a simple cleaning.
Material：Lithium iron phosphate
(Charge voltage：220V home used electricity is accepted)
The docking pile should be set in a dry place, against to the wall，front 1.5m, left and right 0.5m, no obstacles.
ALLYBOT-C2*1, battery*1, charge pile*1, remote control*1, remote control charging cable*1, dust mopping modular*1, scrubbing dryer modular*1
2. User Instruction
It has scrubbing dryer function, floor mopping function, and vacuuming function(optional). First, about scrubbing dryer function, when the water would spray down to wet the floor, the roller brush cleaning the floor at the meantime, and finally the wiper strip will collect the left water back to the sewage tank. Second, floor mopping function, it can mop the dusts and stains up. And the machine is optional to add vacuuming modular, which can be used to vacuum the dusts, hairs etc.
3 modes all can be applied to commercial environment for cleaning, including hospitals, mall, office building and airport etc.
The applicable floors can be tile, self-leveling underlayment, wood floor, PVC floor, epoxy floor and short-haired carpet(under the premise that a vacuuming modular is equipped). Marble floor is suitable, but no washing mode, just mopping mode, while for brick floor, suggested washing mode.
Install an elevator control system could help realize automatic elevator rides.
The longest time is no more than 100s.
Yes, it could work for 24 hours, day and night, bright or dark.
Yes, but suggested using online, because that enables remote control available.
The default version is equipped with a SIM card that could connect to internet, but needs users to pre-paid money in the account.
Detailed instructions see the user manual and demo video.
The cleaning speed ranges from 0-0.8m/s, the average speed is 0.6m/s, and the sweeping width is 44cm.
The narrowest width that robot could get through is 60cm.
It is suggested to use the robot in the environment with obstacles no higher than 1.5cm, and the slope less than 6 degrees.
Yes, it can climb the slope, but suggest climb slope less than 9 degrees in remote control mode, and 6 degrees in automatic cleaning mode.
It can clean small particles garbage, like dust, beverage, water stain, melon seeds fragments, little rice grain etc.
The cleanity could be adjusted by different cleaning modes, for example, we could use the strong mode to run for several times at first，then switch to standard mode to do routine cyclic cleaning.
The cleaning efficiency is related with environment, standard cleaning efficiency ups to 500m²/h in empty square environment.
The function is not available in current version, but has been put in development.
It can do self power charging with a docking pile equipped.
The default set is that when the battery power is lower than 20%, the robot would automatically reverse for recharging. Users could reset the power threshold based on self preference.
In scrubbing mode, the minimum noise would be no more than 70db.
The roller brush material is strictly selected and would not damage the floor. If user has requirements, it could be changed to scouring cloth.
2D solution support 25m obstacle detection, and 3D far to 50m. (The robot general obstacle avoidance is 1.5m distance, while for low-short obstacles, the obstacle distance would range from 5-40cm. The obstacle avoidance distance is related with the speed, so data only used for reference.
The robot has multi sensor around the body, which enable it to detect and smartly avoid high transmissive and reflective glasses, stainless steal, mirror etc.
The robot could effectively avoid obstacles that higher than 4cm, and it has anti-dropping function, enabling to avoid the floor that lower than 5cm.
Allybot-C2 has great practicability, it is the first modular commercial cleaning robot to achieve mass production, with each parts open mould separately, the cost of parts in mass production got largely shorten; Its water tank, sewage tank and battery design are detachable, which simple users maintenance and convenient for after-sales. It has been deployed in more than 40+ countries around the world, and product quality is proved to be quite stable.
Gausium S1 and PUDU CC1 haven’t been put into mass production yet, few cases for check, the product quality is not stable; PUDU CC1 has a nice design, but its navigation to avoid obstacles performance is poor, production and maintenance cost is high.
Ecovacs TRANSE is a magnified home using sweeping robot, and is not intelligent enough to use in large and complex commercial scenarios.
3. Malfunction Solutions
The basic way to judge is from the light belt color. When the light belt shows red, it means the robot is malfunction, or when the robot occurs any unplanned behaviors, like sewage tank not installed, positioning failure and water tank empty etc, all is the symbol of robot malfunctions.
Users should refilling the water, discharge the sewage water and clean the tank.
The robot has emergency stop function, which has passed the 3C authentication.
Yes, there is a button used for matching the robot with the remote control, which support a quick match.
Robot reversion and docking failure may be considered that the return map is inconsistent with the cleaning map, or the docking pile being moved with no timely updates. In this situation, users could use the remote control to guide the robot back to the docking pile, detailed reason analyse and optimize could be done by the professionals.
The robot has self navigation function, it can automatically avoid obstacles. In special situation, users could press the emergency stop button to stop it by force.
Users can manually push the robot move forward after the power shut down.
Users can check the screen firstly to see if there has an abnormal charge warning, then check the button beside the battery, whether be pressed down or not, if no, the power would not increase.
It may because that the machine was docked on the pile without turning on the power. In this situation, the robot is in abnormal state, and cannot doing any operates, to solve this, users can just reboot the machine.
Suppose it is because that the structural light camera mistakenly triggered the avoidance, to solve it we can re-calibrate the parameter.
In this situation, users need check if set the correct time, whether task is activated, whether the power is sufficient, and whether the power is turned on.
Check if the power is connected, and ensure that there are no obstacles within a range of 1.5m in front of the docking pile and 0.5m on both sides.
4. Robot Maintenance
The whole machine cannot be cleaned directly with water, but structural parts such as sewage tanks and water tanks can be cleaned directly with water, and disinfectant or detergent can be added. If you clean the whole machine, you can use a waterless cloth to wipe.
The system supports some sets, but needs confirm with the project manager and sales.
Under normal circumstances, it is recommended to change the mopping cloth every two days. But if the environment is too dusty, suggesting to change everyday. Note to dryer the cloth before using. For HEPA, it is suggested to change a new one every three months. And for filter bag, suggesting to change once a month, and note the filter bag needs to be cleaned frequently. For roller brush, users could decide when to replace based on the specific situation.
The battery is made with lithium iron phosphate, short time within 3 days docking on the charging pile would do no harm to the battery, but if needs to dock for a long time, suggested to turn down, and do regular maintenance.
The robot design is dust proofing, so no main board burning would happen, but if working in a dusty environment, it’s suggested to do regular cleaning to the sensor and body.
5. APP Using
Users could download in the app store directly.
Each robot has an administrator account, users can contact the administrator for adding.
Remote control can be affected by the network status, if finds the remote control has delays, it’s suggested to change a remote control. If remote control is necessary, users need to use it within security distance 4m.
Click the robot interface “equipment”, just click the robot you want to operate to realize switching.
There are two kinds of remote control：physical remote control and APP remote control. The largest physical remote control distance longs to 80m in no blocking environments, while APP remote has no distance limits, you can use it as long as has a network. But both ways need to operate under the safety premis, and it’s not suggested using APP control when the machine is out of sight.
Move the robot back to the docking pile, reset a cleaning task.
Users can move the docking pile, but suggested not. Because the robot initialization is based on the position of the docking pile, so if charging pile got moved, it may lead to the robot positioning failure or positioning error. If indeed needs to move, it is recommended to contact the management to operate.