Catalogs >
Advance Instrument Inc. >
6411 Four Channels Strain Gage Conditioning Amplifier

6411 Four Channels Strain Gage Conditioning Amplifier
2Pages

Catalog excerpts

6411 Four Channels Strain Gage Conditioning Amplifier - 1

• Dynamic Material Test • Strain/Stress Analysis Dynamic Material Elasticity Testing • Differential signal amplifier with high bandwidth • Fully calibrated gain from 1 to 5,000 • Accepts foil type strain gage, piezoresistive, • Selectable bridge step excitation (16bits): • Plug-in amplifier • Automatic bridge balance, with EEROM to preserve balance without power • Built-in with all bridge completion including 120 • Built-in with shunt calibration circuits • Built-in with four-pole Bessel low-pass filter with • Others filter type and cut-off frequency is • Front-panel monitoring: Automatic balance • Load Cell Signal Conditioning • Foil Strain Gage Signal Conditioning • Semiconductor Strain Gage Signal Conditioning 6411 Signal Conditioning System is designed with and incorporates all the features necessary for dynamic precise conditioning of strain gage and transducer inputs in the most severe operating environments. 6411 Signal Conditioning and amplifier's low-level signals to high-level outputs for multiple channels can be simultaneously and dynamically recorded and displayed on external devices.

Open the catalog to page 1

6411 Four Channels Strain Gage Conditioning Amplifier - 2

■ Strain gages: Quarter, half or full bridge ■ Built-in 120 Q and 350 Q dummy gages; ■ Transducers: Foil or piezoresistive strain gage types DCDT displacement transducers; • Regulation ( 0-100 mA ± 10% line change ) sense points. ( Local sense: -5 mV, typical, 100 mA, measured at ■ Remote sense error: 0.0005% per Q of lead ■ Level: Normally symmetrical about ground; Either side may be grounded with no effect on • Bridge Balance ■ Ranges (Auto ranging ): ± 13000 u zz ■ Balance time: 8 seconds ■ Manual vernier balance range: 0.1 V/Step, ■ Common mode rejection: @ Gain = 1,000 ■ Frequency...

Open the catalog to page 2