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Each one of us can be defenders of the planet, just like former National Hockey League defenseman Andrew Ference, who highlights the power of recycling in our featured video, What’s One Can. After viewing the video, you CAN explore how recycling saves energy, investigate your impact on the environment, and examine the properties and structures of aluminum. Designed to reinforce the importance of recycling, empower students to make a positive difference, and introduce the unique properties of aluminum, Life of a Can offers standards-aligned digital learning tools for every classroom. In this student-centered, teacher-led lesson, students are challenged to examine how we recycle materials like aluminum, what we can do with recycled products, and why it’s so important to recycle.

With state-of-the-art can sheet production lines and recycling centers in North America, South America, Europe and Asia, Novelis serves the most recognizable brands including Coca-Cola, Crown, Ball Corporation, Ardagh Group and ABInBev. Beverage cans are, and will remain, the core of Novelis’ product portfolio. Working alongside our customers, we innovate to meet the ever-evolving preferences of consumers, whether for new shapes and sizes, alternative coatings or more. For example, Novelis is working closely with customers to develop and produce distinctive aluminum bottles, which offer the same portability, light weight and recyclability as aluminum cans, but with the added benefit of being re-closeable. In addition, Novelis is also working on technology to support our customers seeking to meet consumer demand for sustainable packaging for new beverage categories.

In recent years, a groundswell of negative publicity and consumer backlash has emerged against disposable plastic products, particularly bottles. Images of bottles overflowing landfills and adversely impacting ecosystems have soured consumers and drawn the ire of environmental organizations and activists worldwide. As a result, many are calling for increased government and industry intervention to address the growing problem. According to the Ocean Conservancy, a nonprofit environmental advocacy group, plastic drink bottles are the third most common type of waste item found on shorelines – behind cigarette butts and food wrappers. As the plastics and beverage industries work to address the issue by investing in new recycling technologies and waste management infrastructure, there is also an opportunity to reinforce the benefits of infinitely recyclable aluminum and to promote it as the model of sustainable packaging for bottled water and other beverages.

Aluminum valve cups (sometimes also referred to as aluminum valve caps) are a mission-critical component for the dispensing solutions industry, represented primarily by aerosol cans. This specialized packaging is used across diverse markets including personal care, food, industrial, household and pharmaceutical. Novelis is a key global supplier to valve-cup manufacturers, ultimately supplying thousands of brands with high-quality and innovative dispensing solutions. Our basic objective is to ensure that our aluminum-valve-cup customers remain the preferred providers of innovative packaging, dispensing systems and solutions, consistently contributing to the success of their customers globally. Currently, Novelis products in coil form, like 5745 (H42) and 5052, with gauges (0.41 mm to 0.39 mm) and diverse widths, and coatings are helping them achieve their mission.

Durability, cleanliness, product protection – plastic pallets for food and beverage applications need to meet high standards and requirements. ORBIS Europe plastic pallets are designed to convey aluminum and steel cans, glass and plastic bottles, can ends and other rigid packages on many palletizers and conveyor systems. - Compatible with existing supply chains in different geographies - Easy to clean all-plastic design - Reusable with a long service life - Tapered 4-way entry - Options available (e.g. hot stamp, grommets) We offer a variety of footprints and designs that fit into existing processes and systems: 1180 x 1265 1120 x 1300 1120 x 1420 1000 x 1200 From Wood to Plastic for the Environment Switching from wooden pallets to plastic pallets improves workplace safety and cleanliness in your operations. ORBIS plastic pallets are durable and make a tremendous number of trips before being recycled.

I/O modules are a fundamental component in industrial automation. They act as an interface between the control unit and the operational devices of the production line, facilitating precise control of complex processes. Our products have a CAN interface, so we support the CANopen, CANopen FD and J1939 protocols

Round, 17-litre, steel waste basket with integrated 2-litre ashtray. Includes 1.5 kg sand. • 17-litre waste basket made of brushed stainless steel with an integrated 2-litre ashtray • Round waste basket with removable inside container and wire insert for easy cleaning • Complete with 1.5 kg sand filling for the ashtray • Ideal for use in smoking zones and entrances • Dimensions of removable ashtray: 60 x 240 mm (H x Ø) • Dimensions of the paper opening: 190 x 125 mm (W x H) • Inner container measurements: 380 x 220 mm (H x Ø)

CAN FD (CAN flexible data rate) is an expasion of the “classical” CAN bus (CAN classic) and is defined by the standard ISO 11898-1:2015. CAN FD facilitates not only sending of larger data volumes (payload): the limit of 8 bytes with CAN classic has been increased to 64 bytes with CAN FD. Also, it provides the possibility of a higher bit rate within the data phase, even going beyond the previous limit of 1 MBit/s.

CAN specifications of Bosch form the basis of all CAN implementations and comprise both 2.0A (standard frames) and 2.0B (extended frames) standards. (PDF formate, 189 KByte, in English). You will find a choice of valuable information at www.bosch-semiconductors.com CAN on the internet For more information on CAN please visit the following websites: CAN in Automation e.V. The manufacturer and user organization CAN in Automation offers a wide range of information on CAN. In particular, you will find an overview of higher layer protocols here (e.g. CANopen).

If companies want to decide on a future-proof bus technology, comprehensive advice will be needed in the early stages of the development process. We mostly start with a MicroControl workshop or webinar which will then be followed by support and advice in the research and development stage. If the decision has been made for CANopen classic or FD, the MicroControl experts will work in close liaison with the customer to realise hardware and software for the desired application. In a following step, a prototype will be developed and manufactured – either by the customer or MicroControl. In the conceptual stage, the required technical specifications of the customer’s application are checked continually. With more than 25 years of experience in project management in a variety of industries, we will be your reliable partner for future solutions.

CAN (Controller Area Network) is a network concept that has been developed for the automotive industry originally. Today, CAN is especially used in networking industrial control systems, sensors and actuators based on the field bus technology. In our CAN-bus training you will learn about the physical properties of a CAN-bus system as well as protocol structure. The participants will look into the theory of hardware and software design and improve their knowledge in practical units. This CAN-bus training course forms the basis for our advanced-level workshops on CANopen and J1939. Target group CAN-bus training The target group of the CAN-bus workshop is development engineers who are looking for a quick start into the ISO standard 11898-1:2015 (Road vehicles – Controller Area Network). Also, we address decision makers and product managers to enable them to assess the suitability of the CAN-bus standard for their applications.

The cable transmitter µCAN.1.ti-TRS is designed for the acquisition of one temperature signal and its digitization for being processed via CAN bus. The TRS module is integrated directly in the measurement line at a short distance from the source to avoid interference effectively.

The cable transmitter µCAN.1.sg-TRS is the universal data acquisition module for standard analogue full bridge strain gauge signals. The bridge is powered via the transmitter. The TRS family is ideally suited for being integrated directly in the measuring lines at a short distance from the sensor.

The µCAN.4.ti-F1 is the universal measurement module for mobile acquisition of temperature data. Depending on the module type, resistance sensors as well as any kind of thermocouple can be polled at an overall sample rate of 4 kHz.

The µCAN.4.sg-F1 is the universal measurement module for the acquisition of analogue standard signals. The module is equipped to measure strain gauge full brigde signals in four-wire technology at an adjustable sample rate of up to 1 kHz per input (4 kHz overall sample rate). The bridge is excited directly from the module with a ratiometric measurement.4-wire technology.

The µCAN.4.ai-F1 is the versatile universal measuring module for analogue standard signals. The module is designed to measure +/- 40 V or -20…+20 mA signals at an overall sampling rate of 4 kHz.

Equipped with CAN or CANopen interfaces and a 19″ slide-in casing, the MicroControl µLAB is particulary suitable for measuring electric, thermal and mechanic signals in engine or components testing facilities. The signal wires are connected to the module by plug-in connectors in the front plate.

Equipped with CAN or CANopen interfaces and a 19″ slide-in casing, the MicroControl µLAB is particulary suitable for measuring electric, thermal and mechanic signals in engine or components testing facilities The signal wires are connected to the module by plug-in connectors in the front plate.

Equipped with CAN or CANopen interfaces and a 19″ slide-in casing, the MicroControl µLAB is particulary suitable for measuring electric, thermal and mechanic signals in engine or components testing facilities. The signal wires are connected to the module by plug-in connectors in the front plate.

The transducer unit µCAN.8.ti-SNAP is equipped with 8 inputs for thermocouples or Pt100 sensors. The integrated CAN interface supports CANopen and J1939 protocols. Bit rate and node-ID may be set via DIP switches inside the device or via LSS.

The module µCAN.1.ti-SNAP is designed to acquire temperature signals via Pt100 or J, K and L type thermocouples.

The module µCAN.1.sg-SNAP is designed to acquire strain gauge measurement signals such as forces, torques, sequences and voltages and transfers them via CAN.

The measurement data acquisition module µCAN.1.ai-SNAP acquires analogue measurement signals and links them to the digital CAN world.

The µCAN.4.ci-BOX is equipped with 4 fast counters of up to 100 kHz. The CAN module acquires and processes the binary pulses and transmits them to a higher-level system.

The 8 terminals of the µCAN.8.dio-BOX may individually be set to act as digital inputs or digital outputs. The module preprocesses and filters the digital signals. Its CAN interface supports the protocols CANopen, CANopen FD and J1939.

The µCAN.4.sg-BOX is a decentralized measurement data acquisition module for the acquisition of four strain gauges or resistance bridges. The resistance bridge data is acquired at a total sampling rate of 400 Hz.

The decentralized module µCAN.4.ao-BOX features four analogue outputs which optionally provide a voltage signal (+/- 10 V) or a current signal (0…20 mA). The CAN interface supports the protocols protocols CANopen and J1939.

The µCAN.1.ti-BOX is the single channel solution for the acquisition of temperature signals. Resistance sensors as well as thermocouples may be connected to the module. The CAN interface supports the protocol CANopen.

The µCAN.1.sg-BOX is a decentralized CAN module for the acquisition of strain gauge or resistance bridge signals. The CAN interface supports the protocol CANopen.