Contents 1.0 General information ............4 7.0 Software Installation ..........12 1.1 Information in this manual ..........4 8.0 Software operation ............. 13 1.2 Explanation of symbols and signal words ......4 8.1 LIFTKIT installation ............13 1.3 LIFTKIT designations ............5 8.1.1 Safety I/O setup on UR controller ......13 1.4 Related documents ............5 8.1.2 Communication ............
L I F T K I T- U R 1.0 General information 1.1 Information in this DANGER Indicates a dangerous situation, which manual will lead to death or serious personal injury, if the precautionary measures are ignored. This manual provides important information on how to work with the actuator (also called device or drive) safely and efficiently.
For general information and safety instructions please refer to installation, operation and maintenance manuals available at www.ewellix.com. L I F T K I T – – –...
L I F T K I T- U R 2.0 Safety • The LIFTKIT's SCU controller has to be connected to the This section provides safety aspects supplementary to the Universal Robot (UR) safety I/O connection to operate. Ac- safety aspects described in the relevant operating manuals tivation of the UR emergency stop will trigger a stop of the of the included devices.
2 .0 S afe t y 2.5 Potential risks The following risks during LIFTKIT operation have to be con- sidered in an application specific risk assessment • The pillar does not detect an impact automatically and does not stop movement upon impact. This can lead to: - Crushing of a person or an object in the path of the pillar, causing serious injury or death or property damage.
4 .0 M e c h a n i c a l i n s t a l l a ti o n 4.0 Mechanical installation 4.1 Tools required • Hex key size 5 and 6 • Screw driver 2 mm 4.2 Robot installation on the telescopic pillar Refer to the numbers in 3.1 Scope of delivery, and in the...
L I F T K I T- U R 5.0 Electrical connection 5.1 Electrical connection 8. Attach the emergency stop cables to a safety I/O on the UR controller (14) Refer to 3.1 Scope of delivery, and in the figure 1. NOTE Connect the two DIN8 plugs of the motor cables of the The safety I/O has to be configured in the Safety menu of the...
6 .0 I n i ti a l iz a ti o n of L I F T K I T b efo r e c o n n e c ti o n to r o b o t c o n tr o l l e r 6.0 Initialization of LIFTKIT before connection to robot controller LIFTKIT has to be initialized before its first operation.
L I F T K I T- U R 7.0 Software Installation Make sure the newest URCaps version is used at all times. Download the current version on ewellix.com. The software screencaps shown use the e-Series design. Functionality on the CB-Series is similar but might have a different appearance.
The important selection criteria are the be accessed in the installation tab. The movement of last three digits, i.e. LIFTKIT-UR-601. By selecting a wrong LIFTKIT can then be accessed directly in the Program tab. configuration, a normal operation of LIFTKIT cannot be guaranteed! If the pillar has been initialized correctly, the 8.1 LIFTKIT installation...
L I F T K I T- U R 8.2 Accessing LIFTKIT 8.2.3 Access positions in script The current position of LIFTKIT can be accessed with a positions function call to To access the programmed positions in the UR motion pro- var := get_liftkit_position() gram, a URCaps command must be inserted in the program sequence, then the position can be accessed in this ‘LIFT’...
9.0 Tr o u b l e s h o o ti n g 9.0 Troubleshooting Malfunction Possible cause What to do The pillar does not move Control unit not operational Check main power to control unit Ensure that the RS232 cable is securely connected to the SCU and the UR USB port Ensure that the emergency stop link to the UR controller is securely connected to the SCU and the UR safety IO...
• Vertical lifting of the cobot by up to • Hardware interface compatible with 900 mm (1 400 mm on request) with UR3, UR5, UR10 and UR16 robots Cobots combined with Ewellix LIFTKIT compact retracted height provide a cost-effective solution to up- • Universal Robots+ certified product grade an existing assembly shop, mov- •...
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1 0.0 D a t a s h e e t L I F T K I T- U R Dimensional drawing TLT telescopic pillar Robot attachment plate UR10, UR16 4×M8 UR5 4×M8 UR10, UR16 4×M8 UR3 4×M6 UR5 4×M8 4×M10 TLT Pillar UR3 4×M6...
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