Exhibitor products

NX series RFID safety switch with lock is the world's smallest device in its category. > Maximum technology in the minimum volume Its dimensions of just 30x30x94.5 mm, and its volume of only 85 cm3 make the NX series safety switch, the smallest in the world in its category. > High safety standards guaranteed This switch offers all the well-established features of the Pizzato brand, such as the RFID technology installed in the actuator and the highest guaranteed safety levels PL e and SIL 3. > Metal head and technopolymer body The housing of this device is made of two different materials: the metal head ensures maximum impact and strength when the door is locked, and the technopolymer body ensures the lightweight and flexible construction of the device. > Fast diagnosis of operational state thanks to the RGB LEDs The illuminated cap positioned on the head of the device allows a quick diagnostic of inputs and outputs functional states. > Bistable operating principle This new operating method activates the internal solenoid by means of short electrical impulses that stabilise its position in either the unlocked or locked state. The most significant advantage resulting from this is the considerable reduction in energy consumption and warming up of the switch. > Straightforward mounting Mounting is carried out using just two M5 screws on the front with a hole spacing of 20 mm, whereby it plays no role whether the doors open to the right or left or if they are sliding or hinged doors. This is achieved by the presence of three entry openings for the actuator, which eliminate the need to rotate the head or the switch. > Recent updates for this device: - Three auxiliary releases in a single device, one corresponding to each actuator input - Various connection options: with an integrated M12 connector connection, cable wiring with variable cable length (up to 10 metres) or cable wiring with cable length up to 3 metres and M12 connector at the end.

The new P-KUBE Lite safety handle joins the P-KUBE family, for an even wider range of devices. This new model, made of a strong technical plastic, is ergonomic and functional whilst maintaining the distinctive modern design of the P-KUBE family. The handle is compatible with FG and FY series safety locking switches. The sliding grip enables easy and immediate activation of the switch. With the actuator fixed directly to the handle, its removal is impossible, ensuring a greater level of security. The symmetrical design of the P-KUBE Lite safety handle makes it unique on the market and enables installation from multiple sides, regardless of its configuration. It can be installed on hinged or sliding doors, both on the left or right side. The strong centring pin on the handle has a dual purpose: It means the actuator must be correctly inserted into the switch, preventing misalignment of the doors and consequent failed activation of the switch. It prevents direct collision between the switch and actuator in the event that the door is closed with force. The use of snap-on protection caps prevents tampering with fixing screws on the handle and enables free installation with standard screws instead of tamper-proof screws. Integration options - Block button; - Key lock; - Device for locking the handle in the open position; - Lock-out system; - Internal lever for emergency escape.

The new P-KUBE Lite safety handle joins the P-KUBE family, for an even wider range of devices. This new model, made of a strong technical plastic, is ergonomic and functional whilst maintaining the distinctive modern design of the P-KUBE family. The handle is compatible with FG and FY series safety locking switches. The sliding grip enables easy and immediate activation of the switch. With the actuator fixed directly to the handle, its removal is impossible, ensuring a greater level of security. The symmetrical design of the P-KUBE Lite safety handle makes it unique on the market and enables installation from multiple sides, regardless of its configuration. It can be installed on hinged or sliding doors, both on the left or right side. The strong centring pin on the handle has a dual purpose: It means the actuator must be correctly inserted into the switch, preventing misalignment of the doors and consequent failed activation of the switch. It prevents direct collision between the switch and actuator in the event that the door is closed with force. The use of snap-on protection caps prevents tampering with fixing screws on the handle and enables free installation with standard screws instead of tamper-proof screws. Integration options: • Block button on the grip, which is automatically triggered when the door opens and guarantees that this one remains securely open; • Key lock: a tubular or standard (coded) key lock, securely locking the handle in the open position; • Four holes on the handle enable operators to enter the guard in complete safety, attaching up to four padlocks and thus preventing accidental closing of the door by third parties; • Lock-out system on the switch support bracket, preventing accidental closing of the guard; • Internal lever for emergency escape, allowing operators to escape if they become trapped in the danger zone.

Pizzato Elettrica introduces the new P-KUBE Krome series, which combines the characteristics of a robust handle for safety enclosures with an ergonomic, rounded grip and built-in, customisable control button, with various illuminated signalling options. These indicate the state of the guard or other operating conditions. The new P-KUBE safety handles are a built-in and innovative solution which permits to optimise the cost of components by eliminating peripheral control boxes and illuminated signalling columns. Key features: - Internal, 5 mm thick steel fixing plate to ensure locking system robustness and increased service life. - Handle front customisable in satin chrome and illuminated white finishes (this last version will be available in the first quarter of 2019) - High signalling visibility in many different colours - Tamper prevention and high anti bypass coding level thanks to RFID technology actuators - Requires no adaptation for use on hinged or sliding doors, left or right

For the first time, Schmersal launched a safety light grid with a built-in Bluetooth interface. The SLC440/COM with Bluetooth BLE is an active optoelectronic protective device that makes all status and diagnostic data on the operating status of the device available on smartphones or tablets via a Bluetooth interface on a real-time basis. The Bluetooth interface also supports easy start-up using a smartphone or tablet with the integrated setup aid. There is also the excellent option of saving the data, which can then be used, for example, to document a repeat test or for predictive maintenance purposes. The transmission of data to smartphones / tablets (Android, IOS) is facilitated by an app developed by Schmersal. BLE stands for Bluetooth Low Energy, a radio system for near-field data transmission with secure transmission. This innovative technology for optoelectronic safety systems is unique with respect to the range over which the data can be communicated. This means the BLE interface is perfect when the opto-electronic safety system is in a relatively inaccessible position. Bluetooth BLE also offers a greater range of applications. As Bluetooth is an international industrial standard, the 440/COM range of light grids with Bluetooth BLE interface can be used all over the world. The SLC440/COM with Bluetooth BLE enable significantly improved efficiency in production processes. As the status data of the light grids can be accessed easily and in real-time, errors can be resolved more quickly to achieve increased machine availability. This status information and diagnostic data enables processes to be reactivated more quickly, particularly in the event of a system shutdown if a hazard is detected. It also represents a really economical innovation as, compared to classic Bluetooth, BLE is characterised by considerably lower energy consumption and reduced costs at a similarly high communication range.

The software for programming the modules of the Gemnis series is available in the new Gemnis Studio version 12 which has a fully updated graphic layout and new programming functionality. With retractable side panels housing the sensors and function blocks, the field available for working in the programme is now larger and neater, with the option of choosing between light and dark display themes. The advanced menu groups the sensors according to electrical type so as to guide the programmer in choosing the correct sensor for the project. New function blocks with mathematical functions have been introduced which are very useful for applications with frequency inputs for speed control or with current inputs for analogue sensors. Another important new feature is the option of disabling the test pulses of the PNP safety outputs. The electronic safety outputs of the Gemnis modules are always protected and monitored for dangerous faults. In order to perform this monitoring, test impulses (i.e. very short switch-offs of the outputs) are created in the safety outputs while the outputs are active. These test impulses are generally undetectable on passive loads (contactors or similar); in rare cases, however, they can disturb the inputs of digital devices such as PLCs or electronic drives. With Gemnis Studio 12, it is possible to disable the test impulses of the PNP safety outputs in cases where the application requires it. Faults such as short-circuits to the external positive pole are still detectable when the outputs are switched off. The new Gemnis Studio 12 software is completely retro-compatible and capable of programming modules from previous generations equipped with Kernel 10 or 11. The new software incorporates a new remote support management system which allows you to receive help from Pizzato technical support directly from the Gemnis Studio software window with just a few clicks.

The NS series safety switches with solenoid and RFID technology, now come with the new mode 3 for safety output activation. In the versions with mode 1 the OS safety outputs are active when the actuator is both inserted and locked, so that the actuator cannot be extracted with safety outputs activated. Mode 2 allows the actuator to be released while keeping the safety chain enabled. Mode 3 combines the functions of modes 1 and 2: a safety output is active when the actuator is both inserted and locked, while the second safety output is active when the actuator is only inserted. This allows two single-channel independent circuits to be combined in a single device and to emulate traditional electromechanical interlocking devices with guard locking, without complex machine wiring modifications. The management of the two channels also includes the inputs, so that multiple devices can be connected in series.

NG series safety switches with RFID technology are now available with integrated buttons, for control and signalling functions. Buttons can be easily wired inside the switch through terminal blocks with a PUSH-IN spring connection. In order to meet the various needs of its customers, Pizzato Elettrica provides different configurations and combinations of control and signalling devices for the NG safety switch: buttons, signalling lights, emergency buttons, selectors, different contact blocks etc. Buttons can be illuminated in a fast and intuitive way through the internal terminals for wiring the LEDs. NG safety switches with control devices can be combined with the P-KUBE 2 handle to obtain a compact and solid metal body, incorporating an RFID safety switch with a pin for the centering of the door, an anti-panic release, an adjustable handle with a lock-out device to be closed with a padlock and a control console.

Closing the gap between entry-level and high-end HMI

The Kraus & Naimer switch series, which combines proven quality standards with innovative design

A system solution that is both optimized and efficient! The system consists of the SINAMICS S200 servo drive, the SIMOTICS S-1FL2 servo motor, and Motion Connect cables. With a power range of 0.1 to 7 kW and various communication options such as PROFINET IRT and pulse train, the system is designed for a wide range of standard applications.

Design details fulfill specific requirements The Neugart NDF gearbox meets these special requirements with numerous technical details: For example, the gearbox enables extremely fast changes of direction thanks to a low-inertia clamping system at the input stage, which improves the dynamics and thus the cycle time of the robot. At the same time, the torsional backlash is limited to <1 arcmin as a standard feature. The gearbox with the frame size 090 operates with three specially designed planetary gears in the input stage and four in the output stage. This significantly increases the torsional stiffness and the transmittable torque. Four two-stage transmission ratios, each between i=22 and i=55, are available. The output of the NDF has also received special attention in order to optimally meet the specific requirements of a Delta robot: The gear ratio at the output is i=5.5, which allows transmission of very high torques. The flanged output shaft with torque interface has 12 threaded holes (M8 instead of the usual M6), the output flange has 16 holes (instead of the standard eight for each). The gearbox output shaft only rotates back and forth through a limited angle in Delta robots because of their design, making lubrication more difficult. An optimized radial shaft sealing ring in the NDF ensures optimum sealing of the shaft during rapid changes of direction. A food-grade oil lubrication system is available as an option for the NDF. As an additional option, the NDF can be equipped with a stainless steel output shaft and a nickel-plated output flange. These options increase the corrosion resistance of the gearbox. As a result, it also tolerates frequent cleaning with aggressive media, which is essential in the food and pharmaceutical industries.

Compared to conventional vision sensors, the IV4 series AI vision sensor automatically adjusts all image and detection settings using artificial intelligence. The powerful AI enables the sensor to be set up quickly and easily with maximum stability. The IV4 Series can detect parts without using position adjustment, can check if the correct amount of parts are in their proper location, and can read and count targets under tough conditions by using the new AI-OCR tool. Increased brightness, wide-and-narrow field-of-view options, and highly optimized built-in hardware mean that the IV4 is highly stable against environmental concerns like ambient lighting or slight finish changes. Even applications that are difficult for conventional vision sensors can be solved easily with the IV4 and its AI tools.

The planetary gearbox for AGVs. Compact and highliy resilient. Whatever the demands that you make of your AGV drive: we can provide you with the ideal gearbox solution for your vehicle. Every detail counts, so that a gearbox can fulfill application-specific requirements in an optimum way. AGVs are designed to transport heavy loads on a continuous basis. The specific structural and mechanical demands are extremely high. However, we fulfill them in a reliable way with our NGV planetary gearboxes. Because the gearboxes impress with their compact design, efficiency and durability. And we have specifically optimized them for use in AGVs.

NIVOSWITCH vibrating fork level switches with parallel swinging forks are suitable for detecting the level of liquids. Mounted on pipes and tanks, they can control filling/emptying and also generate fail-safe alarms that provide overflow or dry-running protection. The operating principle is based on the fact that the electronic circuit stimulates a vibration in the fork probe. When the medium reaches and covers the fork, its vibration changes. The fork begins to swing freely again when the medium releases it. The electronics detect the change in vibration and give an output signal after a certain delay. The plastic-coated version is recommended for use in aggressive media, the highly polished version for use in abrasive media. The PNP/NPN transistor output versions can be connected directly to a PLC or a relay unit.