Below is a list of common questions and answers for the Standard Bots system
No, the robot can run on a local network or simply with a single ethernet cable connected between the robot and a PC or tablet. If the robot is not online it will still operate without issue, however remote diagnostics and automatic updates will not be available.
No, the Ipad is only needed for setting the Network setting for the robot. Once the robot is connected to the network, you can use the Ipad to control the robot or a computer using Google Chrome or by using the 24V External Control Interface.
The robot can be connected to the network by going to the robot menu in the Ipad application and selecting the network icon. From there you can select the network you want to connect to and enter the password.
If the robot is on the internet: You can access the robot from a computer by entering the robot name into the address bar of Google Chrome. You will then be prompted to enter the password for the robot. This will be cbXXXX.sb.app where XXXX is the last 4 digits of the controller serial number. This number can be found inside of the controller door.
If the robot is not on the internet: Use the Ipad application to find the ip address of the robot. Then, in the broswer of a computer on the same local network of the robot type in the robot ip address port 3000 as shwon in the ipad application. Example: 192.168.110.20:3000.
To access the network settings of the robot, for example if you want to set a static IP address, use the Standard Bots application on the tablet. If you are already logged into the robot: In the User Interface on the tablet go to the Move Robot view. Go to the robot name menu in the bottom left and select “Logout”. You will now be back to the tablet application main screen. On the left side you can select your robot. Once selected, the network settings will be on the right side.
You will need an ethernet cable to go between the robot ethernet port and your pc or tablet. You may also need a usb c to ethernet or similar adapter.
If you are simply using a wire, there will not be a router to give both devices an IP address. This means you will need to set the address manually, and set them on the same subnet.
Using the Standard Bots application on the tablet, set an IP address on the wired port of the robot under the network settings in the application. Then set a static address on the pc or tablet. Generally the address follows the format of 192.168.x.y. x would be the subnet, and both the robot and pc or tablet need to have the same number for x. Y would be unique for each device. Ex, the robot could be 192.168.110.5 and the pc or tablet could be 192.168.11.6.
Then on the pc or tablet go to the robot address you assigned in a browser tab. The format is generally 192.168.x.y:3000.
When the robot has one or more joints that are at their limit, this can prevent the robot from moving in a certain direction in the XYZ plane. The robot does not need to be fully extended in one direction to cause this. It is simple to fix, go to your move joints tab, then rotate the joint that is at it’s motion limit (the joint that is maxed out in the positive or negative direction). Once done the robot should be able to move with more freedom.
You can setup a simple local network for the robot using a standard wireless router. You will need to purchase a wireless router. Ensure it is not just an access point, as an access point will not assign IP addresses.
Setup a standard wireless network on the router. Do not connect the router to your LAN or internet. Connect the tablet to the wireless network. Use the iPad application to connect the robot to the new wireless network. In the tablet, check the network status for the robot Ip address, which will be in the format xxx.xxx.xxx.xxx:3000. Any device on your new wireless network can access the robot using this address. The cbxxxx.sb.app link will not work if the robot is not online.
The following tools are supported directly in the Standard Bots interface:
DH Robotics AG-105-145 Linkage Tool
DH Robotics PGC-300-60
Onrobot 2FG7 Parallel Tool
Onrobot 3FG15 2 Finger Centric Tool
Onrobot Dual Changer
Schunk EGU
Standard Bots also supports any tools that are discrete IO driven, including Onrobot tools that are not listed above through the use of the OnRobot Compute Box.
Currently, Robotiq tools are not supported as they cannot be controlled over discrete IO.
To change which tool is on the robot, go to the robot menu (has the robot name in an oval) and go to equipment. You can then add or delete tools.
Currently, the RO1 supports 24V discrete IO and Modbus TCP. There is also a REST API, a python SDK and typescript API.
The control box requires 90 ~ 264VAC, 47-63Hz. The robot draws less than 15 amps at 120V.
Please start the included iPad, open the Standard Bots application, and follow the instructions.
Depending on speeds and move types, the RO1 can carry up to 18 kg.
The RO1 joints can move up to 435 degrees / second.
1.3 Meters
ISO 50mm pattern. The pattern follows the standard and has 4 m6 bolts on a 50mm circle.
Open the routine you would like to copy in the first robot. Select the … menu, and select “schema”. Copy the text in the window. Open up the second robot and create a routine. Again select the … menu and “schema”. Copy the text into the window, rename the routine and select “create routine”.
To import a model, go to the Move Robot view and go to the space area. The icon is in the bottom right of the view and looks like a square. In this view select the “+” to add an item, and select “Object”. The UI will tell you which file formats are supported.
The developer API token and setting can be found in the robot menu. Go to the Move Robot page, click on the robot name, settings, Configure developer API.