Skip to main content

PHOENIX Robotics Lifting Column Universal Robots Version

The PHOENIX Robotics UR Version is our lifting column equipped with specialized software for UR robot applications. It has been tested together with our partner Universal Robots and is officially approved for collaborative use.

The lifting column extends the working range of UR cobots by adding a precise vertical axis. It offers maximum stability, easy integration, and high flexibility for collaborative robot applications.

The PHR lifting column is a modular, vertically movable lift system consisting of three telescopic profile columns. These are used for linear height adjustment of equipment or loads in industrial environments, ideally for use with cobot robots.

Order number UR Version 70 kg: 192115166, compatible with UR robots: UR3e, UR15

Order number UR Version 70 kg: 192115167, compatible with UR robots: UR7e, UR12e, UR16e

Order number UR Version 130 kg: 192115169, compatible with UR robots: UR20, UR30

Need Assistance?

Not sure if this is the right product for your application, or need a custom solution? Contact us today for help from an expert.

Features & Benefits

The drive is powered by an integrated electric servo motor, which drives a fixed spindle via a gearbox. When the spindle is actuated, the first profile column moves upward. At the same time, a second, mechanically coupled movable spindle unit is synchronously guided, extending the third profile column. This creates a multi-stage telescopicmovement.

Technical Functions:

Load capacity: up to 130 kg

Speed: up to 170 mm/s

Maximum stability: minimal deflection at maximum height under lateral load

UR Software: Fully compatible with UR thanks to a dedicated software application. Download here: Software Downloads

Plug & Play Integration:  Automatic detection by the robot controller enables seamless operation via a single interface.

Very high positioning and repeat accuracy

Duty cycle: 40% at maximum load and speed (higher duty cycle possible at lower values)

Safety features: safe shutdown with redundant wiring

Documents

Brochures & Catalogues

PHOENIX Robotics – The lifting column for smart cobot applications

DSC06640.jpg

 

The customer was looking for a solution to make material flow in packaging more efficient. 

The challenge was to automatically transport packages of different sizes from one station to the next without manual intervention. An operator packs the package, places it down, and sends a signal with the push of a button. 

The cobot moves into position on a linear axis, while the Phoenix Robotics lifting column handles the vertical movement. A 3D camera system detects the package size and adjusts the gripper arm accordingly. After picking up the package, it transports it to the next station. If the detected object does not match the expected part, an integrated pattern recognition system identifies this and adjusts the process accordingly. 

By using the lifting column, a cost-effective solution was implemented without major mechanical changes to the conveyor system. The lifting column performs the lift that a large robot arm could also achieve, but this option was not feasible due to the narrow conveyor layout. 

Who is the lifting column particularly suitable for?

System integrators

Expand your cobot cells without major modifications

Production managers

Optimize cycle times and automation levels

Cobot manufacturers

Offer certified accessories for vertical applications

Motor and Encoder

Condition Value
Voltage 48 V DC

Performance Data

Condition Value
Speed 125 mm/s (at payload 130 kg)
170 mm/s (at payload 70 kg)
Lift 800 mm
Duty cycle < 40 % / 10 min
Accuracy +/- 1 mm
(repeatability up to 0,5 mm)

Dimensions and Weight

  PHR70-800 PHR130-800
Weight approx. 50 kg
Base plate dimensions 200 x 200 mm
Lift 800 mm
Retracted height 859 mm
Extended height 1659 mm
Adapter plate for cobot depends on Cobot

Environmental Conditions

Condition Value
Ambient temperature 5 - 45 °C
Relative humidity 75 %
95 % for operation under  month

Drawings

Zeichnung 1.jpg Zeichnung 2.jpg Zeichnung 3.jpg