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Anderson Power™ Enhances its Euro Battery Connector Series with Future-Proof Features
Anderson Power announces functional enhancements to its Euro Battery (DIN) Connector series, adding upgrades that better fit industrial applications of the future, including an elevated, chemical-resistant housing and visual designations for lithium-ion battery compatibility with a blue key. All materials chosen are RoHS compliant and selected to ensure years of reliability in adverse industrial environments.
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Shaping the Future of Datacenters: DC Power and Sustainability Trends
As the world’s reliance on datacenters expands, it is clear datacenters need to prepare for the future by investing in more efficient technologies.
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What It’s Like to Work with Anderson Power: An Interview with Senior Design Engineer Jia Li
Interview with Senior Designer Jia Li discussing all things Anderson Power including our Flat Wiping technology she helped innovate.
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Lessons Learned From Japan, China, and India
Battery-powered equipment is on the rise, and places as varied as Japan, India and Europe are each seeing their own unique electrification booms. This article will examine electric equipment from across the world, shedding light on new global innovations and emphasizing the crucial power and signaling capabilities that companies should keep in mind.
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How Engineers Are Preparing for the Electrification of Everything
The world is going electric. We asked some of our customers and sales managers to weigh in on this trend.
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Connector Safety Standards
Electrical connectors are used in a broad array of global applications. In addition to the performance criteria used for selecting a connector, manufacturers rely on industry or regulatory standards to show that their products meet the safety requirements of markets around the world.
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Saf-D-Grid®: Best Practices for Adding Protection
Saf-D-Grid builds on the proven contact technology used in SB and Powerpole® connectors by offering features required in 380-400VDC power distribution systems.
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New: 6 Pole Mini Spec Pak®
Anderson Power, a leader in high-performance electrical connectors, launches its 6 Pole Mini SPEC® Pak Connector, a game-changing solution specifically designed to revolutionize battery-powered e-mobility and lawn & garden equipment.
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Demystifying Battery Power Webinar Series
The “Demystifying Battery Power” series features industry trends equipment engineers should be watching and advice for the shift to battery power.
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SBS® Mini DC Power Connector
“Anderson Power Products® Introduces SBS™ Mini DC Power Connector Anderson Power Products® is excited to introduce the SBS™ Mini, our smallest ever DC power connector in the legendary SB® product group. Since 1953, the SB® has set a proven record of performance using the innovative flatwiping contact technology. New features were added over time with the launches of the SBS™, SBE®, & SBX® connectors. SBS™ Mini securely holds two (2) crimp and poke contacts with sacrificial tips to enable hot swap capabilities on DC circuits. The low resistance contacts accept 20 to 10 AWG (0.75 to 4.0 mm²) wires allowing up to 52 amps of UL rated performance per position… “
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Gearticks 2023
The 2023 GearTicks team reached the finals in the Robot Game and went to the State Championship in Andover.
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Researchers Flip the Switch to Test Energy Saving in Data Centers Using DC Power Directly
“Researchers Flip the Switch to Test Energy Saving in Data Centers Using DC Power Directly (From the California Institute for Telecommunications and Information Technology) San Diego, Aug. 24, 2010 — A consortium of researchers from the public and private sectors have embarked on a real-world experiment to gauge whether large computing facilities can operate on less power if they cut alternating current (AC) out of the equation. At the University of California, San Diego today, engineers switched a set of servers in a campus data center to operate continuously on 380-volt direct current (DC) – as part of a project that allows researchers to track in great detail the energy savings that servers and data centers can hope to achieve through a variety of architectural and procedural efficiencies, including the use of DC power…”