KENDRION SOLUTIONS Fail-safe spring-applied brake in a flat and space-saving design PRECISION. SAFETY. MOTION.

Our brakes – perfect for your safe application KENDRION Industrial Brakes – this stands for excellent service and smart innovation, which we consistently use for the benefit of our customers: Strong know-how Our specialists develop pioneering permanent magnet and springapplied brakes. On the one hand, they use the bundled knowhow in the team; on the other hand, they maintain a dialogue with customers in order to always keep trends and requirements in mind. With INTORQ as a new addition to KENDRION, we have once again consistently expanded our range of spring-applied brakes and clutches for you....

- Fail-safe spring-applied brake - Holding brake with emergency stop function - A total of 7 different sizes available - Torque range from 0.27 Nm to 11 Nm - Standard temperature range from -10°C to +100°C Automated Guided Vehicles (AGVs) Medical technology

Brake types The two standard brake versions, Type 500 and Type 502, were specially developed for integration into compact hollowshaft motors. Type 702 is particularly well suited for use in AGV wheel drives. Thanks to its space-saving design, the Servo Slim Line is especially suitable for applications where optimal use of the installation space is essential. We would be happy to discuss your individual requirements and develop a customized solution. Brake type 500 Hub with large outside diameter – Brake can be guided over the hub only on the flange side – Mounting of the brake on the motor bearing...

The hub is the connecting element between the motor shaft and the brake. The hubs of the Servo Slim Line offer various options in terms of hub length, hub diameter, keyway and noise reduction design. The hub type can be selected based on the specific installation conditions. Hub with large outside diameter - Short hub for press-fit connection - Large outside diameter - Short hub with keyway - Large outside diameter Also available with innovative noise reduction function. Get in touch with us. - Long hub for press-fit connection - Small outside diameter - Special version with set screws available...

Maximum safety with minimum space requirements Safety aspects are crucial issues in robot applications. After all, uncontrolled movements caused by control system or power failure must be avoided to prevent harm or damage to people and property. For decades Kendrion has been supplying brakes for industrial robots with loads higher than 20 kg. In order to also serve the rapidly growing market for smaller robots, Kendrion has developed the new flat spring-applied brake referred to as “Servo Slim Line”. Kendrion’s Servo Slim Line flat spring-applied brake is perfectly tailored to the specific requirements...

Ideal for restricted space applications – Designed for integrated installation in robot joints and hollow-shaft motors – Simple and versatile installation options – Variable shaft-hub connection Technical highlights – High power density due to patented air gap adjustment – Guaranteed minimum torque over entire life time – Slim and space-saving design – Flexible cable routing – Fast opening and closing times

Product code / Types Operation mode Standard nominal voltage Protection class Thermal class Transmittable torque range Duty cycle Nominal backlash Ambient temperature Holding brake with emergency stop function (other ratings available on request) IP00 The general information on specification sheets and the relevant operating instructions must be observed. Subject to change without notice. Minimum guaranteed static torque over lifetime (factory grinded-in and torque tested brakes) Identification of the transmittable (static) torque level Without emergency stop Measured with parallel varistor (fast...

2) Press-fit connection on request Can't find the right brake?Contact us! 9

Maximum endurance and precision for AGV wheel drives In the world of automated logistics, the efficient utilization of deployed autonomous transport systems is crucial. The technical limits are being pushed further and further. Safety brakes in wheel drives play a particularly important role in this. An AGV (Automated Guided Vehicle) is a driverless transport vehicle that autonomously moves goods in warehouses, production facilities, or logistics centers. It navigates using sensors and increases efficiency and precision by automating manual transport tasks. In hazardous situations, the AGV must...

Optimal for integration in AGV wheel drives – Designed for integrated installation in AGV wheel drives – Simple and versatile installation options – Engineered for long service life under varying load profiles Technical highlights – Energy-efficient and battery-friendly thanks to voltage reduction – Slim and space-saving design – Optimized torque for dynamic braking operations – Extended service life due to highperformance friction lining – Designed for load profiles with low, medium, and high intensity

Product code / Types Operation mode Standard nominal voltage Protection class Thermal class Transmittable torque range Duty cycle Nominal backlash Ambient temperature Holding brake with emergency stop function 48 VDC (Over excitation voltage) 24 VDC (Holding voltage) (other ratings available on request) The general information on specification sheets and the relevant operating instructions must be observed. Subject to change without notice. Brake Brake Static Dynamic Nominal Max. Max. Maximum size type nominal nominal power rotation emergency switching torque 1) torque 2) speed 3) stop rota-...

Depending on the size and maximum permitted load unpredictable situations can occur over the lifetime of the vehicle in which the vehicle and its load must be stopped safely. Our brakes ensure that the AGV does not get out of control when braking. They are designed in such a way that a maximum dynamic braking torque is not exceeded. In accordance with our specification the user can plan the design of the braking times and distances very precisely. Of course the important holding torques of the brake are designed in such a way that a minimum value is always maintained and the AGV is held securely...