Basler be1-11f manual

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They help us know which pages are the most and least popular and see how visitors move around the site. If you do not wish to allow these cookies, we will not know when you have visited the site. All Protective Relay Systems. All Excitation Systems. Voltage Regulators DECS Digital Excitation Control System The DECS features entire system solutions and total control in one compact package providing precise voltage, var and power factor regulation, and exceptional system response, plus generator protection.

All Voltage Regulators. All Genset Controls. Custom Transformers Class 2 Transformers Basler offers a wide range of agency approved and custom Class 2 transformers for use in low-voltage control circuits. All Custom Transformers. Secondary Services. All Synchronizing Products. All Accessories and Maintenance Products. Industrial Basler products are found in a variery of industrial applications where the availability of power is always mission critical.

Explore your application to see where our products can be used. Marine Whether it is a ship, oil drilling platform, or other marine applications, Basler products are the solution for the control and management of electric power.

Power Generation Since , Basler products have been the trusted solution in power plants, hydro dams, agricultural facilities, refineries, airports and many other applications where power is generated. Power Distribution Factories, refineries, substations, and many other applications have entrusted Basler products to safely and efficiently control and manage the delivery of electricity.

Commercial Commerical applications such as educational facilities, data centers, airports, health care facilities, and many others utlize Basler's wide range of products.

Custom Transformers Our custom transformers are designed to application-specific electrical, mechanical, thermal, and regulatory requirements using cost-effective materials and processes. Explore your application to see where our custom transformers can be used. Check Login. Videos Sign Up Downloads Catalog. Adaptable coordination for difficult applications is made possible by 24 industry-standard timing curves and five user-defined curves. Connection is easy, even when using multiple large wires, with large screw terminals for all terminations.

Get the information you need for system analysis with distance-to-fault, oscillography, demand metering, power quality, breaker monitoring, and other data provided by the BE Customize displayed information to meet different application needs with user-definable indicators and labels. Direct control of internal logic using Select-and-Operate buttons available on the front panel.

Fully configurable analog outputs can be used to drive analog meters. Easily assigned trip points can be scaled by the user to reflect measured parameters. Up to 14 combined alarm and trip temperature monitoring points are possible using an optional RTD module. Reduce installation costs and improve reliability by mounting an optional RTD module near the point of measurement to minimize cable lengths. The BE digital protection system is designed with many features to addresses reliability issues that can arise from programming complexity.

Style conversion chart makes it easy to determine the style you need. This spreadsheet performs the following: a Convert a harmonic series to the summation waveform Inverse Fourier Transform , and b Calculate the harmonic content of the users sample data waveform Fourier Transform. This spreadsheet provides tutorial information on how Fourier analysis calculations are handled. Time current characteristic-curve calculator spreadsheet. Reference for the loss of one or two phases of a radial three-phase system and includes suggested detection and protection methods.

Grounding methods, sources of ground current, ground-current flow in the power system, and how each impacts protective relaying. Application of bus-protective relaying, describing and comparing differences. For effective ground-fault protection, transfer switch must be chosen at project beginning. Experienced-based changes to commissioning tests and revised documentation of settings as a method for commissioning.

Errors in secondary current for these primary current conditions determine when CTs are at risk, and show, using numerical analysis, the output of a saturated CT. Basics of directional overcurrent relaying as applied in modern numeric relays. Event, failure analysis, transformer theory, and relay solutions from loss-of-phase event at generating station.

Deciding whether to apply dedicated breaker failure protection. Principles of ground differential protection within industrial power systems. Explores the basic principles of relay protection design and relay protection commissioning, while reflecting upon lessons learned. Analysis of the conditions in which load shedding may be needed and review of load shed implementation strategies.

Negative-sequence overcurrent sensing to detect faults. Measurement of power quality use of meters for residential and small commercial customers as a tool to track outage issues. Advantages of having numeric multifunction protection in place when distributed generation is added to a radial-distribution circuit. Reliability of numerical multifunction protection systems against predecessor technologies.

Transmission-line impedances, centering on zero-sequence impedances. How to protect distribution system transformers against overexcitation caused by the addition of DER. Understanding and applying the sync check 25 phase angle compensation in Basler Electric numeric relays. Applying negative-sequence overcurrent elements BE A discussion of how system neutral voltages shift during ground faults on high-impedance grounded systems.

An example of how to detect high side fuse operations on a delta-wye transformer with a multifunction numerical relay. Several opportunities are available to use relays for the mitigation of arc-flash hazards.

Helping electric utilities manage NESC Basler Electric cases and dimensions vs.