
FAST MOVING TECHNOLOGY Staubu Productivity for all industrial sectors
Open the catalog to page 1ROBOTIC TOOL CHANGER Perfect solutions for your automated production Stäubli‘s robotic tool changing systems are based on a modular product concept. All transfer Base units technologies can be flexibly combined to create customised solutions for any robot. Benefit from optimised functionality and easy integration into your production processes. Broad technology portfolio Maximum safety Versatile and flexible drive technologies Safety technology certified to Performance Level d, Category 3 for comprehensive protection Quick and easy to configure tool changing Local technical support around the...
Open the catalog to page 2SYSTEM STRUCTURE TOOL STAND TECHNOLOGY Simple integration thanks to open product system Optimal system integration for maximum efficiency Robot Flange ISO 9409-1 Tool stand upper part Tool hanger module Guiding System Depending on the payload size, Base unit robot side Mounting on robot flange ISO 9409 Sensor Optional: Integrated status indication Rail adapter via inductive proximity switches Floating bearing Mounting kit robot side Tool support Base unit tool side Application specific transfer modules Tool stand base Signal, media and power supply of the tool through transfer modules Baseplate...
Open the catalog to page 3ROBOTIC TOOL CHANGER TECHNOLOGY ©Base unit robot side • RFID and tool coding • ultrasonic applications • analogue camera signals • RFID and tool coding signals and data ultrasonic applications analogue camera signals ©Base unit tool side vacuum passthrough ports Pneumatic connection for locking vacuum pass-through ports Connection threads status indication passthrough ports Tool hanger module 6 Robotic tool changing systems for payloads up to 55 kg Robotic tool changing systems for payloads up to 55 kg 7
Open the catalog to page 4SOLUTION COMPETENCE Tool changing systems for all robot manufacturers Quality and efficient locking technology The powerful locking system in combination with the crosswise acting Optional: Space-saving, integrated proximity guiding surfaces ensures accurate positioning and repeatability. switches for status indication. The powerful base units of the Stäubli tool changing systems Highest precision ensure a high-precision connection between the robot and This results in precise repeatability of the tool changing system the tool. The intelligent design ensures absolute precision (± 0.0015 mm in...
Open the catalog to page 5SOLUTION COMPETENCE Multifunctionality broad technology portfolio S ATIC UM E PN Easy configuration with a wide range of technologies CONNECTION DIVERSITY The variety and flexibility of the available transfer technol- The functionality of the robotic tool changing systems can be flex- The right transfer technology in the right place: the easy con- ogies are critical to the high efficiency of the robotic tool ibly extended at any time with a wide range of modules for media, figuration system for our robotic tool changing systems, of- changing system. signals, data and power transfer. fers you...
Open the catalog to page 6SOLUTION COMPETENCE Expert knowledge at your location worldwide Customised solutions for your individual needs Stäubli‘s broad international presence enables the efficient In addition, Stäubli offers worldwide training courses on all as- Our passion for innovation and extensive expertise is particu- Customised transfer modules are available for almost all product implementation of robotic tool changing systems in your pects of our robotic tool changing systems. Participants will learn larly evident in the customised solutions we develop for our production processes worldwide. Our training programme...
Open the catalog to page 7SYSTEM COMPARISON www.staubli.com Base unit CONFIGURATION PAGE 22 CONFIGURATION PAGE 23 CONFIGURATION PAGE 24 * Due to their potentially high acceleration, robots can generate dynamic moments that are several times higher than static moments. The dynamic moments can occur in an emergency stop situation of the robot. Since they occur only very rarely during the robot‘s lifetime a static proof of strength is usually sufficient for this purpose. Select base unit:According to robot load data: The maximum permissible torques of the tool changing system exceed the torques of the robot. The application...
Open the catalog to page 8CONFIGURATION GUIDE Take advantage of the maximum flexibility of Staubli‘s modular product concept. Configure your perfect tool changing system in just a few steps. When using two E-modules on consecutive module locations the cable outlets may not face each other. Select the appropriate base unit for your tool side. Transfer the module order codes of the transfer modules corresponding to the robot side. M P S 0 1 5 T O Base unit tool side Select your transfer modules. Place the modules at the module positions 1 to 4 by entering the module order code. Please note: • For electrical modules, mark...
Open the catalog to page 9PRODUCT SELECTION Module order code Gewindetoleranz / thread tolerance: 6H/6g, 2xP/0 Tolerierung / tolerancing: ISO 8015+ISO 2768-mK Gewindetoleranz / thread tolerance: 6H/6g, 2xP/0 Anzugsmomente / torque: VDI 2230 K81557770 MPS 035 Modular - unbestückt Roboterseite Tecorder code Systems GmbH – D-95448 Bayreuth MPS025RO 3xhttp://www.staubli.com PNP/ 3x M8 MPS025RC M TecMPS025TO Systems GmbH D-95448 Bayreuth M http://www.staubli.com 2x Push0.45- Small MPS - Illustrationen Broschüre Anzugsmomente / torque: Payload VDI 2230 In AD-Ø 8 M5 1.0 MPa 4 mm Seite 1 3x NPN/ 3x M8 MPS025RG Bending moment...
Open the catalog to page 10CONFIGURATION GUIDE The configuration of MPS 035L/035/055 Take advantage of the maximum flexibility of Stäubli‘s modular product concept. Configure your perfect tool changing system in just a few steps. When using electrical modules, the module locations at the system corners of the cable outlets may not be occupied. Also cable outlets of two electrical modules facing each other are not possible. Select the appropriate base unit for your tool side. Transfer the module order codes of the transfer modules corresponding to the robot side. M P S 0 3 5 T 0 Module slots at the corners of the Base unit...
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