Following the conditioning/amplifier stage, multi-pole Bessel or Butterworth analog filters are provided on each channel of the 6000 Series Analog I/O Modules. Program control sets or bypasses these filters individually. Some of these 6000 Series Analog I/O Modules also include a high level analog output. This provides a conditioned/filtered output to a redundant, external A/D system as a result. Additionally, a 16-bit successive approximation A/D also follows the analog filter stage. Finally, some modules also use a single A/D with sample and hold while others have an A/D per channel.
Sample rates are also programmable per channel. This easily accommodates high and low speed measurements into a single data stream. Furthermore, programmable hardware based warnings and alarms also come with the channel-by-channel architecture. The digital output modules detect these warnings in the system. This then provides an ultra-low latency control capability directly from the data acquisition system.
6000 Series Analog I/O Modules & Data Redundancy
To top things off, a Data Redundancy option is also available. To achieve this, a 2.5″ HD (Module 6095) mounts on the USB controller board in each 6005U enclosure establishing a redundant recording point for the DAS as a result. Furthermore, in the unlikely event the operators workstation or DAS software fails, data continues to record in each enclosure. Users can then recover data from the system post-test.
| Model | Image | Features | Spec Sheet |
|---|---|---|---|
| Model 6013, 8-Channel Instrumentation Amplifier-Filter-Digitizer |  | The 6013 input module has eight channels. Each of these channels have a programmable gain instrumentation amplifier, low pass filter and sample and hold. The high level outputs are multiplexed and digitized to 16 bits then output to the 6000 data bus. Additionally, a ninth reference temperature channel conditions the output of the temperature sensor in the Model 6084 thermocouple reference junction box. Finally, the 6013 provides regulated DC power for transducers with integral electronics. Each channel also has a wideband analog output. This unit also uses voltage, thermocouple and current transducers and provides ±12/15 Volt power for transducers with integral electronics. | Download Spec Sheet |
| Model 6014, 8-Channel Accelerometer Amplifier-Filter-Digitizer |  | The 6014 input module has eight channels. Each channel has an AC or DC coupled programmable gain instrumentation amplifier, a low pass filter and sample and hold. This unit also comes with multiplex high level outputs. Once digitized to 16 bits, these outputs are then output to a 6000 data bus. Finally, each channel has a 2-20 mA current source. As a result, this powers low impedance, voltage mode charge transducers. This unit is compatible with low impedance, piezoelectric transducers and low or high-level voltage signals. Users can also couple the input with AC to amplify dynamic signals without the DC signal component. Finally change jumpers and be combined with this unit to create a DC-coupled instrumentation amplifier. | Download Spec Sheet |
| Model 6017 32-Channel Voltage/Thermocouple Amplifier-Digitizer |  | The 6017 has thirty-two input channels in four eight-channel groups. Each eight channel group has unergone multiplexing to a programmable gain differential amplifier. These groups also have 16-bit digitized resolution that outputs to a Series 6000 data bus. In addition to this, each channel is also capable of digitizing at up to 2,000 samples per second. Finally, the differential inputs have 50 Megohm input impedance and can safely reach up to ±25 Volts. The 6017 also digitizes low and high-level signals. This includes thermocouples or signal conditioning amplifier outputs. Additionally, the architecture, which limits the multiplexer to eight channels per amplifier also provides low channel-to-channel crosstalk and high accuracy. | Download Spec Sheet |
| Model 6018 8-Channel RTD/Potentiometer Amplifier-Filter-Digitizer |  | The 6018 input module has eight channels. Each channel has programmable constant current excitation, a programmable gain instrumentation amplifier, low pass filter and sample and hold. The high level outputs undergo multiplexing and digitization to 16 bits. Once this is completed the unit sends them to the the 6000 data bus. The 6018 is also compatible with RTDs, potentiometers and low-level voltages. Each channel has a highly-stability constant current transducer excitation supply that is programmable from 0.5 to 5mA. A four wire input also provides individual signal and excitation leads for high-accuracy measurements. This unit also includes resistance substitution for calibration of RTDs and other resistive transducers. | Model 6018, 8-Channel RTD:Potentiometer Amplifier-Filter-Digitizer Spec Sheet">Download Spec Sheet |
| Model 6028 8-Channel Voltage Digitizer with Filter |  | The 6028 input module has eight channels. Each of these channels have a differential input, unity gain instrumentation amplifier, low pass filter and 16-bit analog to digital converter. Each channel is also capable of digitizing high-frequency signals at up to 100,000 samples per second. In addition to this, each channel also has a continuous, wideband analog output. | Download Spec Sheet |
| Model 6029 8-Channel AC/DC-Coupled/IEPE Amplifier-Filter-Digitizer |  | The 6029 input module hasThe 6029 input module has eight channels. Each channels provides excitation for IEPE transducers, programmable AC or DC-coupled differential instrumentation amplifier, low-pass filter and analog to digital converter. Sample rate is programmable up to 200 kS/s with 16-bit resolution. Finally, each channel has a buffered analog output usable with a wideband or filtered response. Using amplifier/digitizer-per-channel architecture the 6029 provides high bandwidth and digitizing speed with excellent channel-to-channel time correlation. It also offers the highest accuracy and completely eliminates crosstalk between channels. It can also condition and digitize signals from piezoelectric transducers with built-in or in-line charge amplifiers and other AC or DC voltage measurements. Input attenuation and current inputs, including 4-20 mA current loop, are available. | Download Spec Sheet |
| Model 6030 2-Channel Strain/Bridge/IEPE Amplifier-Filter-Digitizer |  | Model 6030 is a two-channel, fully automated, high bandwidth, signal conditioning amplifier, filter and digitizer with dual inputs. The bridge input has voltage and current excitation, automatic balance, shunt calibration and programmable configuration for 1/4, 1/2 and full bridge transducers. The AC-coupled auxiliary input is for ICP/IEPE, dynamic strain and other voltage output transducers. The 6030 also employs an amplifier/digitizer-per-channel architecture, which provides high bandwidth and digitizing speed with excellent channel-to-channel time correlation. It also offers the highest accuracy and completely eliminates crosstalk between channels. | Download Spec Sheet |
| Model 6031 2-Channel Transducer Amplifier-Filter-Digitizer |  | The 6031 is a two-channel, fully programmable signal conditioning amplifier, filter and digitizer. It features a plug-on signal conditioning completion card. This card is available for strain gage, bridge, RTD, potentiometer, voltage-mode charge, voltage and current transducers. Furthermore, each channel has a programmable gain differential instrumentation amplifier, four 8-pole low-pass filters, a 16-bit digitized output and a ±10 Volt analog output. This output is perfect for wideband or filtered response. The signal conditioning in the 6031 includes a completion card. As a result, the 6031 is usable with various types of transducers. In addition to this, its programmable excitation provides either 0 to 10.24 Volts constant voltage with remote sensing or 0 to 50 mA constant current excitation for strain gages, bridges, RTDs, potentiometers and other transducers. This is perfect for units that require a highly stable source of DC power. Finally, a DC supply also provides up to 25 Volts of regulated DC power. It also doubles as the power source for current loops and integrated electronic piezoelectric (IEPE) transducers. Please note that model 6031 may not be regularly available. Please see Model 6030, 6060 or 6068 for similar applications. | Download Spec Sheet |
| Model 6032 4-Channel Strain/Bridge Transducer Amplifier-Filter-Digitizer |  | The 6032 input module has four channels of high performance signal-conditioning amplifier-digitizers for strain gages and bridge transducers. Each channel has programmable excitation with remote sensing, voltage calibration, local or remote shunt calibration, programmable gain instrumentation amplifier and four-pole low pass filter. The high level outputs are multiplexed and digitized to 16 bits then output to the 6000 data bus. In addition to the digitized output, each channel also provides a continuous analog output. The 6032 is compatible with quarter, half and full bridge transducers, potentiometers and low-level voltage signals in demanding applications such as load control. | Download Spec Sheet |
| Model 6033 8-Channel Strain/Bridge Transducer Amplifier-Filter-Digitizer |  | The 6033 input module has eight transducer signal conditioning and digitizer channels. Futhermore, each channel has regulated voltage excitation, programmable gain instrumentation amplifier, four-pole low pass filter and sample and hold amplifier. In addition to this, the high level outputs are multiplexed and digitized to 16 bits then output to the 6000 data bus. In addition to the digitized output, each channel also has a wideband analog output. The 6033 is usable with 1/4, 1/2 and full bridge transducers, potentiometers and low-level voltage signals. This unit is particularly compatible with strain gages where remote sensing is not a requirement. Furthermore, a shielded four-wire input provides signal and excitation connections to the transducer. Excitation is programmable from 0 to 12 Volts for all channels on the module. In addition to this, an individual regulator for each channel also prevents loading or a short on one channel from affecting other channels. Finally, a calibration mode measures excitation voltage or current. Please note that model 6033 may not be regularly available. Please see Model 6035, 6038 or 6039 for similar applications. | Download Spec Sheet |
| Model 6035 8-Channel Strain/Bridge Transducer Amplifier-Filter-Digitizer |  | The 6035 input module has eight channels of programmable transducer signal conditioning amplifiers and digitizer. Each channel has programmable voltage excitation, bridge completion and balance and programmable gain instrumentation amplifier. In addition to this, each channel also contains a four-pole low pass filter and sample and hold amplifier. Furthermore, channel outputs under go multiplexing and digitization to 16 bits. Afterwards they transfer to the 6000 data bus. Finally, each channel also has an analog output that can monitor or record each channel. The 6035 is usable with 1/4, 1/2 and full bridge transducers, potentiometers and low-level voltage signals. It is particularly compatible with strain gages. | Download Spec Sheet |
| Model 6036 4-Channel Charge/IEPE Amplifier-Filter-Digitizer |  | The 6036 high-performance charge amplifier can measure dynamic acceleration, pressure, force and strain from piezoelectric transducers. To do this, three charge-to-voltage input ranges optimize performance according to transducer sensitivity. Then, a programmable time constant enables it to make quasi-static measurements. The charge amplifier also has 2X overhead preventing its overload by signals in excess of full scale. A software controlled reset switch discharges the charge capacitor for immediate clearing of an overload signal. Furthermore, the 6036 also provides two modes of charge amplifier calibration. Voltage insertion mode injects dynamic signals in series with the transducer and input cable verifying the integrity of the input circuit. Charge calibration mode injects dynamic signals through a precision capacitor into the charge input simulating the output of a charge transducer. The voltage input for IEPE transducers also has static or dynamic voltage substitution calibration. External sources provide all static and dynamic calibration signals that are easily removed to be sent out for periodic certification. Please note that model 6036 is a four-channel, programmable charge amplifier, filter and digitizer with a second input for piezoelectric sensors with integrated electronics (IEPE). | Download Spec Sheet |
| Model 6037 8-Channel Strain/Bridge Transducer Amplifier-Filter-Digitizer |  | The 6037 has eight channels of strain gage or transducer signal conditioning amplifiers and digitizer. In addition to this, each channel also has programmable voltage excitation, programmable bridge completion and automatic balance. Furthermore channels also come with programmable gain instrumentation amplifier, four-pole low-pass filter and sample and hold amplifier. The amplified channel outputs are multiplexed and digitized to 16 bits then provided to the 6000 data bus. The 6037 is compatible with strain gages employing a 3-wire connection. It's also usable with 1/4, 1/2, and full bridge transducers, potentiometers and low-level voltage signals. Furthermore, excitation is programmable from 0 to 12 Volts for each channel. Individual excitation regulators and careful routing of power traces and grounds result in less than 0.01% effect. This is due to loading or a short on other channels. Finally a calibration mode also provides accurate measurement of excitation voltage. | Download Spec Sheet |
| Model 6038 8-Channel Strain/Bridge Transducer Amplifier - Filter-Digitizer |  | The 6038 input module has eight channels of programmable transducer signal conditioning amplifiers, filters and digitizer. Each channel has programmable voltage excitation, bridge completion and balance, and programmable gain instrumentation amplifier. Each channel also has a four-pole low pass filter. Channel outputs are also multiplexed and digitized to 16 bits then provided to the 6000 data bus. The 6038 is usable with 1/4, 1/2 and full bridge transducers, potentiometers and low-level voltage signals. This unit is especially compatible with strain gages and bridge transducers. Furthermore, a shielded eight-wire input provides excitation, calibration and signal connections to the transducer. Excitation is programmable from 0 to 12 Volts for each channel. Remote sensing also regulates excitation at the transducer eliminating line losses. As a result, the effect of loading or a short on any other channel is less than 0.01%. Finally, a calibration mode measures the excitation voltage applied to the transducer. | Download Spec Sheet |
| Model 6039 8-Channel Strain/Bridge Transducer Amplifier - Filter-Digitizer |  | The 6039 input module has eight channels of high performance signal-conditioning amplifier-digitizers for strain gages and bridge transducers. Each channel also has programmable excitation with remote sensing, voltage and shunt calibration, programmable gain instrumentation amplifier, low pass filter and sample and hold. In addition to this, outputs of the sample & hold undergo digitization to 16 bits and then are provided to the 6000 data bus. The filter is also programmable and provides four low-pass frequencies and wideband. The 6039 is usable with ¼ (120 and 350 Ohm s/w selectable), ½ and full bridge transducers, potentiometers and low-level voltage signals in demanding, dynamic measurement applications. It is especially compatible with strain gages and bridge transducers. A shielded eight-wire input provides independent excitation, sense, calibration and signal connections to the transducer. Excitation is programmable from 0 to 12 Volts with remote sensing providing regulated excitation at the transducer. The input connector also provides access to ±12 or ±15 or 28 Volt DC power. | Download Spec Sheet |
| Model 6052 4-Channel Strain/Bridge Transducer Amplifier - Filter-Digitizer |  | The 6052 input module has four channels of high performance signal-conditioning amplifier-digitizers for strain gages and bridge transducers. Each channel also has programmable excitation with remote sensing, voltage calibration, local or remote shunt calibration, programmable gain instrumentation amplifier and four-pole low pass filter. Furthermore, high level outputs are multiplexed and digitized to 16 bits then output to the 6000 data bus. In addition to the digitized output, each channel also provides a continuous, calibrated analog output. The 6052 is usable with quarter, half and full bridge transducers, potentiometers and low-level voltage signals in demanding applications such as load control. The standard 6052 filter is a four-pole or six-pole filter with programmable cutoff frequency from 4 Hz to 5 kHz in 1 Hz steps and the 6052C is a four-pole filter with programmable cutoff frequency from 10 Hz to 20 kHz. | Download Spec Sheet |
| Model 6053 4-Channel Strain/Bridge Transducer Amplifier-Filter-Analog Outputs |  | The 6053 input module has four channels of high performance signal-conditioning amplifier-digitizers for strain gages and bridge transducers. Each channel also has programmable excitation with remote sensing, voltage calibration, local or remote shunt calibration, programmable gain instrumentation amplifier and six-pole low pass programmable filter. The high level outputs are also multiplexed and digitized to 16 bits then output to the 6000 data bus. In addition to the digitized output, each channel also provides two continuous, calibrated analog outputs. The input and excitation are isolated from the outputs, power, and control interface. As a result, this allows the user to ground the input without creating ground loops that introduce noise and offset errors. The 6053 is usable with quarter, half and full bridge transducers, potentiometers and low-level voltage signals in demanding applications such as load control. The filter is also a six-pole programmable filter with cutoff frequency from 10 Hz to 20 kHz. | Download Spec Sheet |
| Model 6060 2-Channel Transducer Amplifier-Filter-Digitizer, 300CMV |  | The 6060 is a two-channel signal conditioning amplifier-digitizer module with 50 kHz or 100 kHz bandwidth and both digitized and analog outputs. The bridge input is also ten-wire shielded with programmable constant voltage or constant current excitation. In addition to this it also comes with programmable completion for quarter, half and full bridge transducers. Finally, automatic bridge balancing accommodates large imbalances without limiting dynamic range. | Download Spec Sheet |
| Model 6060GV 2-Channel Transducer Amplifier-Filter-Digitizer, Galvanic 300CMV |  | The 6060GV is a two-channel galvanically isolated signal conditioning amplifier-digitizer module. It has 50 kHz or 100 kHz bandwidth and digitized and analog outputs. The bridge input is also ten-wire shielded with programmable constant voltage or constant current excitation. In addition to this the bridge is also programmable completion for quarter, half and full bridge transducers. Finally, automatic bridge balancing accommodates large imbalances without limiting dynamic range. | Download Spec Sheet |
| Model 6062 2-Channel Transducer Amplifier-Filter-Digitizer, 10CMV |  | The 6062 is a two-channel signal conditioning amplifier digitizer module with 50 kHz or 100 kHz bandwidth and both digitized and analog outputs. The bridge input is also ten-wire shielded with programmable constant voltage or constant current excitation. In addition to this, the bridge also comes with programmable completion for quarter, half and full bridge transducers. Finally, automatic bridge balancing accommodates large unbalances without limiting dynamic range. | Download Spec Sheet |
| Model 6065 2-Channel Instrumentation Amplifier-Filter-Digitizer, 300CMV |  | The 6065 is a two-channel instrumentation amplifier-digitizer module. Each channel has isolated input, 100 kHz bandwidth and two outputs for filter or wideband. The input is two-wire shielded and is also 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 isolation also provides for operation with up to ±300 Volts of common mode applied to the input. In addition to the above, the differential instrumentation amplifier has programmable gains from 1 to 5,000 and automatic zero. The standard filter is also a six-pole Bessel with four programmable bandwidths and wideband. Furthermore, an optional four-pole Bessel filter has continuously programmable bandwidth with 1 Hz resolution below 1 kHz and 5 Hz above 1 kHz. Finally, each channel has two buffered, ±10 Volt outputs. | Download Spec Sheet |
| Model 6068 2-Channel Transducer Amplifier-Filter-Digitizer, 300CMV |  | The 6068 is a two-channel signal conditioning amplifier-digitizer module featuring 100 kHz bandwidth and both digitized and analog outputs. The base board contains both constant voltage with remote sensing and constant current programmable excitation supplies, high bandwidth instrumentation amplifier with programmable step and variable gain, 4 Hz to 30 kHz, continuously programmable six-pole, low-pass filter and dual buffered outputs. A plug-on module also configures the base board for multiple types of transducers including voltage, full and partial bridge, voltage output charge (IEPE) and charge output piezoelectric. The input and excitation are also isolated from the outputs, power and control interface. As a result, the user has complete freedom to ground the input without creating ground loops that introduce noise and offset errors. It also provides up to 300 Volt common mode operating voltage. | Download Spec Sheet |
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