Exhibitor products

With dimensions of 119.5 x 40 x 20 mm, the AZM40 is an extremely compact electronic solenoid interlock. This makes it especially suitable for small safety doors and flaps. Thanks to the 180° angle flexibility of the actuator, it can approach the AZM40 on a stepless basis, making the interlock also suitable for flaps which do not close at 90° or those that open upwards to a 45° angle. This means the angle flexibility helps the interlock easily fit into compact spaces and those which are difficult to access. The AZM40 can also be fitted to standard 40 mm profiles without projecting. “The solenoid interlock meets the requirements of many users looking for space-saving solutions, as space required is a decisive cost factor in production,” explains Stephan Frick, Product Manager at Schmersal. Despite its compact size, the AZM40 has an amazing 2000 Newton interlocking force. “An interlock must be selected to withstand the anticipated forces. With interlocking force of 2000 Newtons, users are on the safe side with respect to the recommendations in the standard,” explains Stephan Frick. Thee integrated RFID technology allows a coding level of “high”. This means the interlock offers increased tamper protection in accordance with the requirements of DIN ISO 14119. The AZM40 works on the bistable principle: In the event of a power cut, it retains the current position. This ensures safe operation, whatever the status of the machine. Even if there are hazardous run-on movements, the safety door remains safely locked in the event of a power failure. Another advantage of the bistable principle is the consistently low energy consumption, as the interlock only requires power when the door is to be locked or unlocked.

Our ball screws HSB-kgt® are specifically optimized for handling and automation applications, with a clear focus on smooth running performance, high dynamics, long service life, and compact dimensions for easy integration. We combine precision-rolled ball screw spindles from renowned manufacturers – some produced exclusively to our specifications – with ball screw nuts manufactured in-house from premium materials in line with the latest production standards. A consistent design across each nominal diameter ensures maximum interchangeability and simplifies maintenance and replacement.

Ball transfer units by Dr. TRETTER – smooth-running, low-noise, dirt-resistant and long service life Ball transfer units are established design elements for conveyor systems, feeders, presses and assembly stations. They are useful little helpers – in the industry and everyday life we cannot imagine things without them. The ball transfers are applied in the following areas: Robotics Ball transfer tables at the airport Assembly lines Lifting platforms So-called airport or air cargo ball transfers are a further application.

Ballscrews, also known as ball bearing screws or recirculating ballscrews, are used in a wide range of applications across virtually all areas of industry. They convert rotary motion into linear motion. Between the shaft, more precisely the threaded shaft, and the nut, the balls roll infinitely via a ball recirculation system, guaranteeing frictionless motion for your application. HIWIN offers a huge selection of spindle drives / drive spindles along with matching accessories.

Users often face a dilemma when selecting sensors: Either they opt for inexpensive products that compromise on quality and handling – leading to frequent retrofits, machine downtime, and high personnel costs. Or they choose expensive components with numerous, often unnecessary features that increase the investment and require expert installation knowledge. With Balluffs Entry Line products, theres no "or" but rather an "and": You get precisely the functions you need for standard applications – in proven Balluff quality, without unnecessary frills, and at an unbeatable price-performance ratio.

Belt Bunkers for Efficient Material Feeding and Increased Autonomy in Automated Systems. Belt hoppers increase the autonomy of automated systems and loading stations through metered material feeding. These systems ensure a continuous and efficient supply of materials and improve productivity through a constant material flow. Our belt hoppers are available both as fully integrated solutions in specially developed handling and assembly machines and as individual retrofit solutions for existing systems. Features and benefits of the belt hoppers: Metered feeding: The belt hopper feeds material efficiently and evenly, enabling high autonomy and continuous production processes. Front panels for material metering: Ensure precise and controlled material dispensing. Height adjustable: The belt hopper can be easily adjusted to the desired height. Space-saving drive: The drive is compactly mounted under the belt hopper, saving space. Quick-discharge rear flap: Enables rapid emptying of the belt hopper. Mounting plate for 80x80 aluminum strut profile: Provides stable and secure material support. Optional features: Level monitoring: Monitors the material level in the conveyor hopper and ensures consistent feeding. Removable or hinged Makrolon lid: Provides easy access for maintenance. Chute with PU lining: Reduces friction and protects the material from damage. Hopper trough with PU lining: Protects the trough from abrasion and contributes to the system's longevity. Filling volumes: 20 l, 30 l, 60 l, 80 l. Other filling volumes are available upon request to meet your specific requirements.

Monitoring of battery energy storage systems (BESS) The battery symmetry monitor UH 9830 from the VARIMETER series monitors battery energy storage systems (BESS) that are used in particular in the area of emergency power supply or power generation. The device monitors the battery symmetry with a centre tap. By splitting into two strings with the same number of battery blocks, voltage differences and thus the failure of a single battery cell or a single block are recognised directly and reported as a fault. With four switchable DC measuring ranges, the UH 9830 can be adapted to a wide range of applications for battery voltages up to DC 1000 V. - Configurable for common battery / accumulator voltages - Wide auxiliary voltage and temperature application range - Large battery voltage ranges up to DC 1000 V

• Understanding and exploiting the full potential of IO-Link devices • Visualization of functions from different sensor manufacturers • Easy-to-use PC software with clear design and helpful additional information

• Reference distance : - Diffuse reflective type : 30 / 65 / 100 / 300 / 600 mm - Regular reflective type : 30 / 65 / 100 mm • Maximum resolution : 1 ㎛ (vary by model) • Various calculation functions supported (addition, subtraction, average) • Various filter functions for stable measurement (movement average, differential, median) - BD-A1 Series : Laser Displacement Sensors (Amplifier Unit) - BD-C Series : Laser Displacement Sensors (Communication Converter)

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