On-Demand Videos

Introducing Basler’s new BE1-FLEX protective relay platform. New technology inside and out makes this the most sophisticated protection product on the market. Go beyond protection with flexible control and communication schemes that are easy to set up and even easier to use.

Short overview highlighting the key features of Basler’s BE1-FLEX protective relay platform.

This introductory video addresses how easy it is for designers to specify a BE1-FLEX for their applications. An overview of the BE1-FLEX, along with demonstration of the tools available to configure a unit, is presented.

Learn about protective elements 59N and 3V0 and how they are applied in Basler’s BE1-FLEX.

Learn about the 60FL fuse loss algorithm as presented in Basler’s BE1-FLEX protective relay.

Programming the Basler Electric BE1-FLEX protective relay using the HMI editor. This video demonstrates some advanced features and techniques for successfully customizing your BE1-FLEX to your specific application.

Learn about the advanced settings and capabilities in Basler’s BE1-FLEX protective relay.

Quickly learn how to configure your BE1-FLEX utilizing Basler’s online tools.

Learn how to set up a bus differential with Basler’s BE1-FLEX protective relay.

Quick video demonstrating the ease of configuring your BE1-FLEX protective relay.

Learn how to configure the Basler Electric BE1-FLEX relay to utilize the IEC61850 protocol. This video walks you through the initial steps of configuring your software.

Learn to quickly and easily retrieve fault information from Basler’s BE1-FLEX protective relay.

Introduction on interacting with the logic scheme in Basler’s BE1-FLEX.

Programming the Basler Electric BE1-FLEX protective relay using the editor.

Get started with the Basler Electric BE1-FLEX protection relay. This video demonstrates how to get the FLEX operating with simple instructions.

Learn how easy it is to view real time data in a variety of ways in Basler’s BE1-FLEX.

Learn how to create and edit protocol maps in Basler’s BE1-FLEX protective relay.

Accidents happen, and damage can render a touchscreen like those on the BE1-FLEX inoperable. Basler designed the BE1-FLEX protective relay to be easily modifiable in the field and that includes a quick and easy replacement of the HMI/touchscreen if necessary. This video demonstrates how you can be up and running with a new HMI in no time.

Learn how to set up a sync check relay in Basler’s BE1-FLEX protective relay.

Learn how to quickly set an Autosynchronizer function (25A) in Basler’s BE1-FLEX protective relay.

Easily see what is happening inside Basler’s BE1-FLEX protective relay with live logic viewing.

View live one-line diagrams clearly and simply in Basler’s BE1-FLEX.

Quick start demonstration for Basler’s BE1-FLEX protective relay.

With Basler’s BE1-FLEX, it is quick and easy to replace a circuit board if one becomes damaged. This short video demonstrates the painless process of swapping a circuit board like-for-like. Protective relays and controls have never been easier to maintain.

Learn about self-testing analog instances in Basler’s BE1-FLEX protective relay.

Learn how to modify targets, alarms, communication maps and a wide variety of other data points in Basler’s BE1-FLEX.

Learn how to wire and set up a trip circuit monitor in Basler’s BE1-FLEX.

Basler’s BE1-FLEX Virtual Circuits sum physical measurements to allow you to see and protect across multiple points simultaneously. A common application for this function is cumulative load of a facility or bus that is fed from multiple sources. Because the Virtual Circuit is more than simple math, any protection and metering function is available just as if it were a measured value.

Learn about instances within Basler’s BE1-FLEX.

This video will show you how to install, activate, connect and explore your new BE1-11 relay. It’s designed to show a first time user how to download BESTCOMSPlus® and get started using it with your BE1-11.

The BESTspace™ tool ─ part of Basler’s BESTCOMSPlus® software ─ is used to configure, commission, and monitor a variety of Basler products.

BESTspace™ allows you to create your own personalized computer screen layout for single or dual screen views to help you simplify the commissioning process.

This video shows how to extract different types of data from a BE1-11 protection system using BESTCOMSPlus®

The frequency response in BESTCOMS™Pro injects a test signal into the system with varying frequencies in order to generate a phase shift and a gain value on a Bode plot.<br /><br />The frequency response can reduce the commissioning time for a DECS-2100 by providing the Bode plot that shows the reactivity of the AVR, Automatic Voltage Regulator.

The Offline Logic Simulator in Basler’s BESTCOMSPlus® provides the ability to test logic before installing it in many of Basler’s protection, genset control, and regulation products.

During commissioning, excitation system parameters may not be known. These unknown variables can cause the commissioning process to consume large amounts of time. BESTCOMS™Pro Auto Tuning feature uses a very specific algorithm to perform step response testing to determine preliminary gain values for the DECS-2100.

The BESTspace™ tool ─ part of Basler’s BESTCOMS™Pro software ─ is used to configure, commission, and monitor your DECS-2100 excitation system.

BESTspace™ allows you to create your own personalized computer screen layout for single or dual screen views to help you simplify the commissioning process.

The Real Time Monitoring feature in the easy-to-use BESTCOMS™<em>Pro</em> PC software allows you to view live data in the DECS-2100 Digital Excitation Control System without the use of an external Strip Chart Recorder.

This video is Part 1 of the BESTCOMS™Pro Real Time Monitoring tool and discusses the setting of this feature.

Multiple BE1-FLEX recorded files are used to demonstrate how to overlay analog signals within BESTdata software.

A BE1-FLEX recorded file is used to introduce the general functionality of BESTdata software.

A BE1-FLEX recorded file is used to introduce the Navigation Buttons of BESTdata software.

A BE1-FLEX recorded file is used to demonstrate how to adjust recording timestamps within BESTdata software.

A BE1-FLEX recorded file is used to demonstrate how to adjust recordings to a common time within BESTdata software.

A BE1-FLEX recorded file is used to introduce the virtual channel capabilities for customized and mathematical analog channels within BESTdata software.

A BE1-FLEX recorded file of a Transformer Differential operation is used to analyze events and diagnose wiring errors within BESTdata software via virtual channels.

The Real Time Monitoring feature in the easy-to-use BESTCOMS™Pro PC software allows you to view live data in the DECS-2100 Digital Excitation Control System without the use of an external Strip Chart Recorder.

This video is Part 2 of the BESTCOMS™Pro Real Time Monitoring tool and discusses the testing capabilities of this feature.

Basler Electric resident expert, Denny Raymond, provides insights into the latest trends and developments in microgrid technology.

Discover how our advanced protection relays, control systems, and energy management systems can help ensure the reliable and efficient operation of microgrids, improve energy efficiency, and enhance the integration of renewable energy sources.

Basler Electric’s expert, Greg Baker, provides a brief introduction to limiters implemented in power excitation control equipment. To avoid system failure, these limiters ensure that the synchronous machines operate within their capability for steady state operation and brief overload conditions.

Regulatory agencies have developed new code requirements for machines and energy sources that comprise the utility grid. This discussion will explore some of these grid codes and the required interaction of the voltage regulator or excitation system needed to meet the system requirements.

Over the last several years, the power grid has evolved. Centralized power generation facilities have been decommissioned and replaced by smaller distributed energy resources. These new smaller energy providers have a propensity to disconnect during system disturbances. Without the large generators acting as the backbone of the power grid, these conditions increase the likelihood of large-scale blackouts, so changes were needed.

Join Basler expert Matt Miersch to uncover aspects of being an energy provider in our changing world.

Basler expert, Denny Raymond, describes best management practices for organizations that manage fleets of mobile power generators. Learn how Basler’s genset management products optimize performance and protect the equipment from unexpected upsets.

Manually tuning a digital voltage regulator requires expertise and years of experience to quickly determine the best starting gains for a voltage regulator to be tuned to a generator. A downed machine combined with the cost of testing and fuel consumed can be very expensive. Today, a new feature described called autotuning is offered as a method to help reduce the time required for commissioning.

Join Basler Electric’s autotuning expert, Doug Steinacher, to gain understanding and techniques that will save you time and effort.

Gain expert insights into our DECS product lineup—learn how each model’s specific features address diverse excitation system requirements, while their shared design streamlines engineering integration and control. This webinar covers features, functions, and benefits of DECS-150, DECS-250, DECS-250N, and DECS-250E, as well as digital retrofit options.

Mission critical operations depend on a continuous supply of electricity to stay in business.

Any power disruption is a huge cost to consumers and can create unsafe situations. When losing power is not an option, mission-critical operations need to rely on dependable on-site power that is automated to eliminate delays and operational errors.

Join Basler Electric’s resident expert, Denny Raymond, as he reveals insights on how to build a resilient power system.

Gene Asbury, our resident expert, discusses synchronous motors and exciter controls for power factor control, limiting functions, and advanced protection systems. Discover the latest field application techniques for slip ring motors and brushless exciter motors to help optimize the performance and reliability of your industrial applications.