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Whitepaper explores role of batteries in the digitalisation of logistics
U E
ltralife Corporation, a global manufacturer of batteries, has produced a whitepaper examining the digitalisation trend in logistics, which highlights the battery requirements of popular modern logistics technologies.
According to Ultralife, interest in logistics digitalisation has grown significantly following the COVID-19 pandemic, with labour shortages, elevated demand and component shortages putting strain on operations. Among the principal technologies gaining traction are intralogistics pick-and-place robotics, automated guided vehicles (AGVs) in warehouses and asset tracking tags. Batteries and uninterruptible power supplies (UPSs) are essential in modern
logistics devices. However, the requirements of these components are constantly evolving, which engineers must be aware of to ensure reliable and consistent performance. Ultralife’s whitepaper aims to demystify the requirements of batteries for logistics applications, outlining the most beneficial technical specifications and chemistries for each.
“New and advancing technologies are proving invaluable in helping the global logistics industry to overcome demand pressures,” explained Robert Brown, marketing executive at Ultralife Corporation. “These technologies are designed to improve efficiency and effectiveness, but this can only be achieved with a reliable source of power. Unfortunately, the evolving state
of technology means that the battery requirements continue to change, so many design engineers may not be aware of the best characteristics.
“In the whitepaper, Ultralife explores the context behind logistics digitalisation — why it is happening, what challenges are being encountered and how that is affecting robot and device design. This background ties
directly into the performance requirements of applications, such as RFID asset tagging, and in turn the battery properties that are best suited.”
Design, automation and maintenance engineers that are involved in the logistics, intralogistics or warehousing sectors can download the whitepaper at: https://www.
ultralifecorporation.com/
New 172mm axial AC cabinet cooling fans slash energy consumption by >30% Advanced Interconnection_CIE 210x130 ad template 13/10/2021 11:31 Page 1
AO has introduced a new series of energy efficient electronically commutated (EC) axial fans. The latest additions to the Sanyo Denki San Ace family of equipment cooling fans, the San Ace 172AD and 172ADW measure just 99mm by 250mm but deliver the cooling performance and low noise requirements demanded by high static pressure cooling applications such as FFU (fan filter units), air purifiers, cooling inverters and high-density telecom cabinets. The new San Ace 172A axial cooling fans are 172mm by 51mm side-cut fitting devices
that provide a maximum static pressure of 195 pascals (Pa) and a maximum airflow of 6.7 m3/min, which equates to 236 CFM (cubic feet\minute). Standard high performance cooling applications are served by the 172AD, while the 172ADW is an IP56 splash-proof version that delivers reliability in dusty or damp environments. There’s a choice of two power connections: a built in 300mm flying lead with connector or a
terminal version that itself offers an optional plug-in wiring cord with connector. Both fans feature a wide 90 VAC to 260 VAC operating voltage (50/60Hz), enabling a single product family to suit applications worldwide.
Robert Davies, marketing manager with Sanki Denki’s UK representative EAO, said: “The new 172AD and 172ADW fans typically consume only 17W of power and reduce running costs by over
30% (avg.). The fan speed is managed by a built-in PWM controller, which is also able to bring the fan to a complete stop when no cooling is needed. The built-in pulse sensor (tacho) connections can be used to monitor the fan speed and to assist in fault diagnosis.” Engineered with a black aluminium frame and a fire-retardant impeller, the San Ace 172AD and 172ADW fans feature motor and locked rotor burnout protection. The bearings are L10 rated (continuous operation survival rate of 90% in free air at 60°C), ensuring trouble-free long-term operation.
6 December/January 2022
Components in Electronics
www.cieonline.co.uk
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