Signal Conditioning System - Precision Filters, Inc. Precision 28000 model by Bestech Australia

Signal Conditioning System

It provides great flexibility in managing test measurements, with hundreds of channels and a mix of programmable transducers. These transducers include bridge, charge, IEPE w/TEDS, voltage, strain, thermocouple, RTD/potentiometer, frequency and others. The precision 28000 can be used for high-speed transient applications, static applications, or a combination of both.

Examples of such applications include shock and vibration testing, acoustics tests, dynamic strain and wind tunnel flow measurements. The applications are virtually limitless. Intelligent gain and system scaling algorithms do all the work, and the 28000 signal conditioning system has a variety of high performance filter characteristics available for high-pass, low-pass and band-pass precision filtering.

The 28000-4-TEST test subsystem, together with the 28000-BIF1-FT card, provides a complete suite of tests that may be run on the instrument “in-place” without removing the system from the equipment rack. The tests monitor all critical system specifications, and are the same manufacturing tests that are run at the factory.

Accessories are available for specialist uses. Also, it is possible to upgrade and expand as equipment and requirements change. There are different conditioner and amplifier cards that can be used for different applications.

The PF Graphical User Interface (GUI) control software provides a spreadsheet-style environment for easy control of all system functions. Up to eight systems can be controlled with the one PC controller.

Depending on the model, the chassis may only require 5.25 inches of rack space, making the Precision 28000 Signal Conditional System space efficient in spite of its many features.

This signal conditioning system is available in Australia and New Zealand from

Bestech Australia Pty Ltd.

Read more...

To contact Bestech Australia about Signal Conditioning System - Precision Filters, Inc. Precision 28000 model by Bestech Australia use Get A Quote.

It provides great flexibility in managing test measurements, with hundreds of channels and a mix of programmable transducers. These transducers include bridge, charge, IEPE w/TEDS, voltage, strain, thermocouple, RTD/potentiometer, frequency and others. The precision 28000 can be used for high-speed transient applications, static applications, or a combination of both.

Examples of such applications include shock and vibration testing, acoustics tests, dynamic strain and wind tunnel flow measurements. The applications are virtually limitless. Intelligent gain and system scaling algorithms do all the work, and the 28000 signal conditioning system has a variety of high performance filter characteristics available for high-pass, low-pass and band-pass precision filtering.

The 28000-4-TEST test subsystem, together with the 28000-BIF1-FT card, provides a complete suite of tests that may be run on the instrument “in-place” without removing the system from the equipment rack. The tests monitor all critical system specifications, and are the same manufacturing tests that are run at the factory.

Accessories are available for specialist uses. Also, it is possible to upgrade and expand as equipment and requirements change. There are different conditioner and amplifier cards that can be used for different applications.

The PF Graphical User Interface (GUI) control software provides a spreadsheet-style environment for easy control of all system functions. Up to eight systems can be controlled with the one PC controller.

Depending on the model, the chassis may only require 5.25 inches of rack space, making the Precision 28000 Signal Conditional System space efficient in spite of its many features.

This signal conditioning system is available in Australia and New Zealand from

Bestech Australia Pty Ltd.

Read less...

To contact Bestech Australia about Signal Conditioning System - Precision Filters, Inc. Precision 28000 model by Bestech Australia use Get A Quote.