Products > Integrated Conditioning Acquisition & Control Systems > Integrated Conditioning Acquisition & Control System I/O Modules > 6000 Series Analog I/O Modules > Model 6060GV  
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Model 6060GV, 2-Channel Transducer Amplifier-Filter-Digitizer, Galvanic 300CMV



Features

  • Galvanically isolated excitation & input with 300 Volts common mode
  • Plug-in channel configuration & calibration card
  • Voltage & current excitation with remote sensing
  • Automatic zero & balance
  • Voltage substitution, DAC or 2/4 step shunt calibration
  • Gains 1 to 5,000 with 50 kHz or 100 kHz bandwidth
  • Four six-pole low-pass filters, optional programmable filter
  • Up to 200 kS/s per channel with 16-bit resolution
  • Dual buffered 10 Volt analog outputs

Description

The 6060GV is a two-channel Galvanically isolated signal conditioning amplifier-digitizer module with 50 kHz or 100 kHz bandwidth and both digitized and analog outputs. The bridge input is ten-wire shielded with programmable constant voltage or constant current excitation and programmable completion for quarter, half and full bridge transducers. Automatic bridge balancing accommodates large imbalances without limiting dynamic range.

The input and excitation are isolated from the outputs, power and control interface. This gives the user complete freedom to ground the input without creating ground loops that introduce noise and offset errors.

The differential instrumentation amplifier has programmable gains from 1 to 5,000 and automatic zero. The standard filter is a six-pole Bessel with four programmable bandwidths. An optional four-pole Bessel filter has continuously programmable bandwidth. The filter output is digitized to 16 bits at up to 200 kS/s.

A “features card” provides shunt calibration using dedicated inputs. Two-step, resistive shunt calibration is standard. Four-step shunt calibration and simulated shunt using a DAC with 16-bit resolution are also available. Voltage substitution using an external source is provided for traceable gain calibration.






Overview  · Input  · Bridge Input  · Voltage Excitation / Transducer Power  · Constant Current Excitation / Transducer Power  · Amplifier  · Filter  · Digitizer  · Calibration  · Mechanical  · Ordering Information 

Overview

Measurement Type

Bridge
ICP/IEPE

RTD

Strain Gage

Analog Bandwidth

50 kHz
100
kHz

Excitation/Transducer Power

Current
ICP

Voltage

Filter

6-Pole

Sample Rate

Up to 200 kS/s

Analog Output

Buffered Analog Output


Input

Configuration

Input configuration based on installed Features Cards. Features cards available for Bridge, IEPE and RTD. Other features cards available upon request.


Bridge Input

Bridge Configuration

2 channels, 2 to 10 wire inputs. Programmable bridge completion for full and half bridges and 120 Ohm and 350 Ohm quarter bridges.

Bridge Balance

Automatic by program control. Balance accuracy ±0.05% of range, ±1 mV RTO. Stability ±0.02% for 8 hours, ±0.005%/ºC. Supplied range is 2 mV/V (350 Ohm bridge).


Voltage Excitation / Transducer Power

Voltage Excitation

Programmable from 0.1 to 20 Volts with 0.5 mV resolution. Calibrated 2-Volt steps ±0.1%. 50 mA limited to 70 mA maximum.

Voltage Excitation Regulation

Each channel individually regulated. ±0.01% over input voltage range and no-load to full-load.

Voltage Excitation Stability

±0.01% for 30 days. Temperature coefficient less than ±0.005%/ºC.

Voltage Excitation Noise

200 µV peak-to-peak, DC to 10 kHz

Voltage Monitor

Excitation voltage or current is read by a program instruction. Accuracy is ±0.2%.


Constant Current Excitation / Transducer Power

Current Excitation

Programmable 0.1 mA to 51.2 mA with 1 µA resolution. Calibrated 5 mA steps ±0.1%.

Minimum Compliance

0.1 to 20 V

Current Regulation

±0.01% or ±0.1 µA for 10% line change.

Current Stability

±0.01% or ±2 µA for 30 days. Temperature coefficient is less than ±0.005% or ±1 µA/ºC.

Current Excitation Noise

2 µA or 5 µV peak-to-peak DC to 10 kHz.

Current Monitor

Excitation voltage or current is read by a program instruction. Accuracy is ±0.2%.


Amplifier

Input Range

±2 mV to ±10 Volts full scale, DC or AC coupled.

Gain

Programmable from 1 to 5,000 in 1, 2, 3, 5 steps with ±0.05% accuracy.

Gain Stability

±0.01% for 30 days, ±0.004%/ºC.

Gain Linearity

±0.02% for gains <1,000, ±0.025% for gains 1,000 and higher

Impedance

50 Megohms, shunted by 500 pF.

Input Protection

±50 Volts, differential or ±350 Volts common mode without damage.

Common Mode

80 dB plus gain in dB to 120 dB for balance input and 110 dB for a 350 Ohm source unbalanced, ±300 Volts, DC to 60 Hz.

CM Voltage

Common Mode ±300 Volts operating, ±350 Volts without damage.

Zero (Amplifier)

Automatic zero ±1.0 mV. Stability is ±5 µV RTI, ±1 mV RTO, ±1 µV RTI/ºC, ±0.2 mV RTO/ºC. Short term ±2 µV RTI, ±0.4 mV RTO.

Zero Stability

±1 µV/°C RTI, ±0.2 mV/°C RTO or (±1 µV RTI, ±0.2 mV RTO) /°C

Source Current

±25 nA, ±0.05 nA/ºC.

Noise (10 kHz)

2.0 µV RTI plus 0.3 mV RTO, RMS.

Bandwidth

6060: 50 kHz for gains <1,000, 20 kHz for gains greater than 1,000.
6060HF: 100 kHz for gains <1,000, 50 kHz for gains greater than 1,000.

Slew Rate

5 V/µS


Filter

Type

4 Frequency Six-pole, low-pass Bessel or continuously programmable 4-pole Bessel.

Standard Filter

6060: 4-Frequency 6-Pole Bessel with 150 Hz, 625 Hz, 2.5 kHz, 10 kHz and wideband.
6060HF: 4-Frequency 6-Pole Bessel with 300 Hz, 1.25 kHz, 5 kHz, 20 kHz and wideband.

Programmable Filter

6060: 4-Pole Bessel, continuously programmable 4 Hz to 10 kHz.
6060HF: 4-Pole Bessel, continuously programmable 10 Hz to 20 kHz.

Other

Other filter characteristics and cut offs are available.


Digitizer

Sample

±50 ns channel-to-channel time correlation.

Resolution

16 bits, two's complement output.

Rate

6060: Programmable up to 100 kS/s digitizer per channel.
6060HF: Programmable up to 200 kS/s digitizer per channel.

Linearity

±1 1/2 LSB (±0.004%)

Continuity

Monotonic to 15 bits.

Alarms

Two alarms each with upper and lower limits that are programmable from negative to positive full scale. Limits checked on each ADC sample.


Calibration

Voltage Substitution

Voltage substitution, signal from external calibration source is applied to the amplifier input. Programmable attenuator with steps of 1, 0.1 and 0.01, ±0.02% accuracy. Output of the attenuator is provided for calibration.

Shunt Calibration

Shunt Calibration based on capability of Installed Features Card.
FC1: Two steps, single shunt, internal or external.
FC2: Programmable resistive "DAC" shunt, 16-bit resolution.
FC5: Four-step, single shunt, external.
FC11: Four-step, double shunt, external.

Zero Calibration

Amplifier input disconnected and shorted.


Mechanical

Mounting

Occupies one slot in Series 6000 enclosures.

Connectors

15-pin inputs, 9-pin outputs, Type D. Mating connectors supplied.

Operating Temperature

0 to +50 ºC


Ordering Information 

Ordering Information

6060GV-PF4-BE6 - 2-Channel Transducer Amp, 4-Freq 6-Pole Bessel

6060GV-PF4/10K-BE4 - 2-Channel Transducer Amp, 4-Pole PF 4 Hz to 10 kHz 4-Pole Bessel

6060GVHF-PF4-BE6 - 2-Channel Transducer Amp, 4-Freq 6-Pole Bessel

6060GVHF-P10/20K-BE4 - 2-Channel Transducer Amp, 4-Pole PF 10 Hz to 20 kHz 4-Pole Bessel

6060-FC1 - 2-step local / remote shunt.

6060-FC2 - DAC shunt.

6060-FC5 - 4-step single shunt.

6060-FC7 - Fixed AC Coupling.

6060-FC8 - RTD Input.

6060-FC11 - 4-step double shunt.


 DOWNLOADS 

Model 6060GV
(PDF, 114KB)



 Complementary to Model 6060GV 


Model 6029
Model 6029 8-Channel AC/DC-Coupled/IEPE Amplifier-Filter-Digitizer


Model 6036
Model 6036 4-Channel Charge/IEPE Amplifier-Filter-Digitizer

more available ..


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