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Hardy HI 6020 models use two core Hardy technologies: C2 electronic calibration and Integrated Technician (IT). Weighing applications include: batching/blending, filling/dispensing, level-by-weight, inventory management and product inspection.

This free June 6 session will explore emerging trends in material handling and the best ways to ensure that equipment is designed and operates reliably and safely.

Nemaska Lithium is developing the Whabouchi spodumene deposit to meet the growing global demand for lithium batteries to be used in electric vehicles and energy storage systems, as well as in various consumer electronics.

Dual-simultaneous dispensing enables two Nordson ASYMTEK dispensing valves or jets mounted on a single Z-head to simultaneously dispense fluid at two locations to increase throughput. Automatic Dual Simultaneous (ADS) systems automatically adjust the relative positions of the two valves in X, Y, and Z axes.

In the U.S., the plan will add large-robot assembly capabilities to the systems integration and service operations already in place at the Sepro America operation in Pittsburgh, Pennsylvania.

The Puget Sound Electrical JATC team — students Matthew Pulk, Andrew Wissink, Pavel Lutsyuk, and Xerxes Shelly, and advisor Steve Uhrich — used Fluke Connect Wireless Sensors and software to provide the information necessary for re-commissioning a customer's solar photovoltaic system and confirming that the photovoltaic system generated the power anticipated.

This combination from Microchip Technology is designed to give customers the ability to increase their application’s color resolution and display size (up to 12 inches) with MCU-based resources and tools including the MPLAB Integrated Development Environment (IDE) and MPLAB Harmony software framework.

With features like megapixel cameras, integrated electronic access control, and perimeter intrusion detection with real-time central station monitoring, the systems are designed to meet the unique security demands of a manufacturing environment.

NEXCOM has increased the industrial panel PC family with the addition of 15”, 15.6” and 21.5” sizes to meet the need of advanced human machine interface (HMI) terminals in automated manufacturing.

Positioned at the heart of the company’s line scan cameras, this class of sensors enables monochrome, color, and near-infrared (NIR) imaging for document scanning, parcel sorting, glass, and wood inspection

The LNX-2602G-SFP series is industrial-grade equipment that is Ethernet ready to fulfill various markets’ edge-level networking applications in harsh environments, such as, manufacturing automation, security surveillance, power/utility, water wastewater treatment plants, oil/gas/mining, and transportation. This switch is also designed for setting up a dedicated network for optimizing VoIP and video application.

The Ex9S32 Manual Motor Starters are electro-mechanical devices that combine a number of functions in one unit, including disconnect for motor branch circuit, manual motor control, branch-circuit short circuit protection (magnetic protection), overload protection (thermal protection - Trip class 10) and switching (manual).

Up to six ECMs can be mounted on the MMS8010 3U VPX carrier, while the MMS6245 XMC can host up to four ECMs. ECMs can also be mounted on PMCs, such as the MMS5918.

To meet the demands of most industrial environments, the FID-11x series has a standard operating temperature range of -5° to +60°C and 3H pencil hardness.

Leveraging ISA standards during the industrial project design phase can enable companies to achieve sustainable benefits.

Harris, is the winner of the International School of Hydrocarbon Measurement (ISHM) Memorial Award for his technical paper and presentation in 2016 discussing improving field calibration through integrated technologies.

This addition of North Hills Signal Processing to the DDC family expands DDC’s transformer product and technology portfolio with MIL-STD-1553, RF wideband, interface and power magnetic solutions, along with expanded manufacturing capabilities and engineering resources.

ABB’s solar conversion technology is suitable for power ranges from small kW to multi-MW, and is backed up by a comprehensive package of communication, monitoring and control solutions, designed to maximize solar power profits and support across the entire life cycle of a project.

The technology fosters OT & IT collaboration for enterprise-wide protection of critical infrastructures such as power generation and distribution, water and wastewater, transportation systems and infrastructure like trains, bridges and tunnels, intelligent building management, manufacturing, oil and gas, and other applications that rely on high availability industrial automation.

Installed under the spark plug or head bolt for monitoring of engine performance and critical over-temperature conditions, the stem design allows for installation in high temperature areas with limited clearance.