• Four control modes: Automatic Voltage Regulation (AVR), Manual or Field Current Regulation (FCR), Power Factor (PF) Regulation, and Reactive Power (Var) Regulation
• Programmable stability settings
• Soft start control with an adjustable time setting in AVR Control Mode
• Overexcitation limiting (OEL) in AVR, Var, and PF Control Modes
• Underfrequency (Volts/Hertz) compensation or engine unloading feature
• Crowbar circuitry provides field protection
• Overtemperature protection
• Three-phase or single-phase generator voltage (RMS) sensing in AVR Mode
• Field current and field voltage sensing
• Four contact sensing inputs for system interface
• One common output relay for alarm indication and trip functions
• Six protection functions: overexcitation shutdown, generator overvoltage shutdown, BE2000E overtemperature shutdown, loss of generator sensing shutdown, overexcitation limiting, and crowbar shutdown

• Generator paralleling with reactive droop compensation and reactive differential compensation
• Front-panel human-machine interface (HMI) indicates system and BE2000E status and offers the ability to adjust settings at the front panel.
• Rear RS-232 communication port for personal computer communication using BESTCOMS™- BE2000E Windows® based software for fast, userfriendly, setup and control.

• Voltage regulation performance is constant over the entire operating-temperature range without derating or degradation. Performance concerns about temperature fluctuation are eliminated because the AVC always performs.
• Potted design allows installation in harsh environments.
• Reduce or eliminate expensive service calls because of the reliable, rugged construction.
• Volts-per-hertz limiting, overexcitation shutdown, and provisions for external voltage adjustments make the AVC line a good fit for most applications. It’s the “universal” regulator that reduces inventory to one device on the shelf.
• Small size for easy installation in virtually any generator terminal box.
• Eliminate settings errors with simple adjustments.

• Voltage regulation performance is constant over the entire operating-temperature range without derating or degradation. Performance concerns about temperature fluctuation are eliminated because the AVC always performs.
• Potted design allows installation in harsh environments.
• Reduce or eliminate expensive service calls because of the reliable, rugged construction.
• The AVC63-4A offers a full-wave power stage for improved transient performance and voltage stability.
• Volts per Hertz limiting, overexcitation shutdown, and provisions for external voltage adjustments make the AVC line a good fit for most applications. It’s the “universal” regulator that reduces inventory to one device on the shelf.
• Small size for easy installation in virtually any generator terminal box.
• Eliminate settings errors with simple adjustments.

• Voltage regulation performance is constant over the entire operating temperature range without derating or degradation. Performance concerns about temperature fluctuation are eliminated because the AVC always performs.
• Potted design allows installation in harsh environments.
• Reduce or eliminate expensive service calls because of the reliable, rugged construction.
• Integrated paralleling provides exceptional reactive-load sharing with simple setup for quick commissioning.
• Volts-per-hertz limiting, overexcitation shutdown, provisions for external voltage adjustments, integrated paralleling provisions, and potted construction make the AVC line a good fit for most applications. It’s the “universal” regulator that reduces inventory to one device on the shelf.
• Small size for easy installation in virtually any generator terminal box.

• Sensing Voltage: 100/120Vac, 200/240Vac
• Sensing Frequency: 400Hz, 50/60Hz

Benefits

• CT Secondary: 1 Amp, 5 Amp
• Controls: Power System Stabilizer
• Protection: Standard Generator Protection
• USB Mounting: Front Mounted, Rear Mounted
• Mounting Orientation: Vartical
• Load Sharing: Ethernet Load Sharing
• Communication Protocol: Modbus TCP
• Autotracking: Internal autotracking only, Internal/external autotracking
• Power Output: Standard

Benefits

• Power Supply: 120 Vac/125 Vdc, 24/48 Vac/Vdc,
• PSS: Power system stabilizer
• Input Power Frequency: ⚠High Voltage, 480 Vac at 50/60 Hz, High, 61 to 420 Hz, Low, 50/60 Hz
• Terminals: ⚠Compression type, ⚠Spring type
• Synchronizer: Auto synchronizer
• 1st Communication Protocol: 100 Base-F Ethernet, 100 Base-T Ethernet
• 2nd Communication Protocol: PROFIBUS

Benefits

• Power Supply: 120 Vac/125 Vdc, 24/48 Vac/Vdc
• PSS: Power system stabilizer
• Autotracking: Internal autotracking only, Internal/external autotracking
• Terminals: ⚠Compression type, ⚠Spring type
• Synchronizer: Auto synchronizer
• 1st Communication Protocol: 100 Base-F Ethernet, 100 Base-T Ethernet
• 2nd Communication Protocol: PROFIBUS

Benefits

• The SGC-250 is programmed using BESTCOMSPlus®. BESTCOMSPlus® provides easy and intuitive logic diagrams to add flexibility to help create custom logic schemes designed to meet specific requirements.
• An automatic tuning feature is integrated to provide excellent system performance while creating fast and easy generator commissioning. This can greatly reduce the time needed to commission the system.
• Real time monitoring and event recording provide efficient response to any event that may happen in the system.
• Prewired for easy installation.
• Dual control power allows for redundancy to prevent an inadvertent shutdown.
• CT shorting terminals for added arc flash safety.
• Our system approach minimizes the need for system-level design time.
• The Offline Simulator, provided in BESTlogic™Plus, helps identify and troubleshoot the logic without the physical hardware.

• Reduce your setup time with Basler’s intuitive BESTCOMSPlus® software that simplifies complex setup with simple drag-and-drop programmable logic, visual real-time strip chart capabilities, innovative auto PID selection capabilities, and configurable protection.
• The revolutionary auto tuning function automatically establishes optimum gain settings, taking the guesswork out of system setup, reducing commissioning time and cost while maximizing overall system performance.
• A wide variety of redundancy options increases system reliability.
• An available suite of limiters coordinates with protective functions to help maintain safe operating parameters and avoid system downtime.
• Avoid system damage by utilizing various protection functions integrated into the controller.
• Maximize excitation system performance with dual gain settings based on load conditions.
• Improve system reliability and stability by coordinating dual settings groups for limiters and protection to match generation system conditions.
• Prevents undesired overshoots using the soft-start feature to maintain generator voltage control during system startup.
• Time-synchronizing provisions facilitate event analysis with a common chronological reference to aid in coordination efforts when comparing oscillography files from other devices.
• Simplify system testing and commissioning with real-time monitoring and built-in test provisions.
• Entering settings with confidence is easy with BESTCOMSPlus®. Software provides intuitive settings with graphs, built-in error checking, and summary screens.
• The Offline Simulator in BESTlogic™Plus helps test and troubleshoot logic without the need for expensive hardware.
• Sequence of Events and Oscillography Recording provisions collect valuable system data triggered by disturbances for event analysis.
• Avoid costly generator damage and improve overall system stability with Basler Electric’s integrated Power System Stabilizer (optional) that utilizes the “integral of accelerating power” to safely dampen local mode, inter-area and inter-unit power oscillations, white noise generator, and phase plot compensation.
• Basler’s in-house engineering, fabrication, manufacturing, and test capabilities provide maximum control of processes and product design, resulting in the highest quality and maximum reliability while offering shorter lead times.

• A wide variety of redundancy options increases system reliability.
• An available suite of limiters coordinates with protective functions to help maintain safe operating parameters and avoid system downtime.
• Various protection functions are integrated into the controller to avoid system damage.
• Dual gain settings can maximize excitation system performance based on load conditions.
• Improve system reliability and stability by coordinating dual settings groups for limiters and protection to match generation system conditions.
• A soft start feature maintains generator voltage control during system startup to prevent undesired overshoots.
• Time synchronizing provisions facilitate event analysis with a common chronological reference to aid in coordination efforts when comparing oscillography files from other devices.
• Real-time monitoring and built-in test provisions simplify system testing and reduce commissioning time.
• Entering settings with confidence is easy with BESTCOMS™Pro. Software provides intuitive settings with graphs, built-in error checking, and summary screens.
• Power Drawers allow for simple online and offline maintenance of complete rectifier bridges that can reduce or eliminate exciter down time.
• Sequence of Events and Oscillography Recording provisions collect valuable system data triggered by disturbances for event analysis.
• Avoid costly generator damage and improve overall system stability with Basler Electric’s integrated Power System Stabilizer (optional) that utilizes the “integral of accelerating power” to safely dampen local mode, inter-area and inter-unit power oscillations.
• Basler’s in-house engineering, fabrication, manufacturing, and test capabilities provide maximum control of processes and product design, resulting in the highest quality and maximum reliability while offering shorter lead times.
• Optional supervisory channel increases system security by avoiding inadvertent tripping with two-out-of-three controller comparison technique.