| Nominal Response Library | |
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| Element | datalogger |
Below is some manufacturer-specific information to help you locate your instrument response.
DAQ Systems
DAQ Systems is the vendor for NetDAS dataloggers. These dataloggers have been relocated under NetDAS at the manufacturer's request.
DTCC
DTCC is the manufacturer of SmartSolo nodal seismographs.
Eentec
Eentec was formerly Sprengnether.
EQMet
EQMet was formerly Metrozet and is now a Kinemetrics brand.
NetDAS
NetDAS manufacturers DAQ24USB datalogger models. These dataloggers were previously listed under the vendor DAQ Systems. Collapse
NEW
Datalogger Manufacturers
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Agecodagis
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CNSN
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DAQSystems
The following datalogger models previously listed under DAQ Systems have been moved to NetDAS. DAQ Systems is a vender of these dataloggers, whereas NetDAS is the manufacturer:
DAQ24USB4 DAQ24USB4CH DAQ24USB5V DAQ24USBXR -
DiGOSOmnirecs
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DTCC
Below is some model-specific information to help you locate your instrument response.
SmartSolo-IGU-16
The SmartSolo-IGU-16 datalogger records a single channel at preamplifier gains of 0, 6, 12, 18, 24,30 or 36 dB (gain factors 1, 2, 4, 8, 16, 32 or 64) and a sample rate of 1000, 2000 or 4000 Hz. Its onboard sensor may be either the 5 Hz or 10 Hz DT-Solo geophone. Configurations common to the IGU-16, IGU-16HR and IGU-16HR3C have identical responses.
SmartSolo-IGU-16HR
The SmartSolo-IGU-16HR datalogger records a single channel at a preamplifier gain of 0, 6, 12, 18, 24, 30 or 36 dB (gain factors 1, 2, 4, 8, 16, 32 or 64) and sample rate of 250, 500, 1000, 2000 or 4000 Hz. Its onboard sensor may be either the 5 Hz or 10 Hz DT-Solo geophone. Configurations common to the IGU-16, IGU-16HR and IGU-16HR3C have identical responses.
SmartSolo-IGU-16HR3C
The SmartSolo-IGU-16HR3C datalogger records three channels at a preamplifier gain of 0, 6, 12, 18, 24, 30 or 36 dB (gain factors 1, 2, 4, 8, 16, 32 or 64) and sample rate of 250, 500, 1000, 2000 or 4000 Hz. Its onboard sensor may be either the three-component 5 Hz or 10 Hz DT-Solo geophone. Configurations common to the IGU-16, IGU-16HR and IGU-16HR3C have identical responses.
SmartSolo-IGU-BD3C-5
The SmartSolo-IGU-BD3C-5 datalogger records three channels at a preamplifier gain of 0 or 6 dB (gain factors 1 or 2) and a sample rate of 50, 100, 125, 250, 500, 1000, 2000 or 4000 Hz. Amplitudes are output from the datalogger in counts and scaled to milliVolts by downloading software - responses are available for both output unit types. Its onboard sensor is the three-component 5 second DT-Solo sensor.
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EarthData
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Eentec
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EQMet
Below is some model-specific information to help you locate your instrument response.
SMA
The EQMet SMA is the datalogger component of the TSA-SMA digital accelerometer.
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ESG
Below is some model-specific information to help you locate your instrument response.
LSPaladin5
The LS Paladin5 datalogger records at sample rates of 100, 200 or 250 Hz.
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GenericUnity
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GEObit
Below is some configuration-specific information to help you locate your instrument response.
GEO-A200 Datalogger
These GEO-A200 datalogger responses describe the digitization of signal from the GEO-A200 digital accelerometer. They should always be paired with an appropriate GEO-A200 sensor response.
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GeoDevice
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GeoSIG
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Geotech
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Guralp
Below is some model-specific information to help you locate your instrument response.
Certimus
Certimus dataloggers supply instrument responses to the user that are customized to each individual datalogger. Because this is preferable to using a nominal response, Certimus datalogger responses are not included in the Nominal Response Library
CMG-6TD
Nominal responses given here are valid for the CMG-6TD beginning in 2005.
CMG-CD24
These responses describe the standalone version of the CMG-CD24 datalogger. CD24s that are integrated sensor-digitizer packages have different ADC sensitivities. To describe an integrated CD24, use the responses for the standalone, but edit the ADC sensitivity according to th ecalibration sheet that accompanied your instrument.
CMG-DM24-Mk1
The Mk1 was manufactured using a Crystal CS5322 chip and has a firmware version beginning with "V.0", but is less than V.090. Because they use th esam chip, Mk1 dataloggers have the same FIR filter cascade and tap table lookups as the Mk2 dataloggers. Their ADC sensitivity matches that of the Mk2 wired for single-ended output
CMG-DM24-Mk2-SE
The Mk2 was manufactured using a Crystal CS5322 chip and has a firmware version greater than V.090. The Mk2 wired for single-ended output (SE) has a bit weight of 1.27 microV/count.
CMG-DM24-Mk2-DF
The Mk2 was manufactured using a Crystal CS5322 chip before 2004 and has a firmware version greater than V.090. The Mk2 wired for differential output (DF) has a bit weight of 3.2-3.5 microV/count. Responses in the NRL use a nominal value of 3.2 microV/count (or a scale factor of 3.125e+5 couts/V).
CMG-DM24-Mk3-Fixed
The Mk3 was manufactured using a Crystal CS5376 chip from 2004 on. It is made with either a fixed or variable preamp gain. The fixed gain version has a bit weight of 3.2 microV/count.
CMG-DM24-Mk3-Variable
The Mk3 was manufactured using a Crystal CS5376 chip from 2004 on. It is made with either a fixed or variable preamp gain. The variable gain version has a bit weight of 2.84 microV/count.
Fortimus
Fortimus dataloggers supply instrument responses to the user that are customized to each individual datalogger. Because this is preferable to using a nominal response, Fortimus datalogger responses are not included in the Nominal Response Library.
Minimus
Minimus datalogger supply instrumen tresponses to the user that are customized to each individual datalogger. Because this is preferable to using a nominal response, Minimus datalogger responses are not included in the Nominal Response Library.
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Kinemetrics
Below is some model-specific information to help you locate your instrument response.
Basalt
The Basalt has the same response as the Dolomite, Granite and Obsidian dataloggers, but differs in its available sample rates. It offers 1, 10, 50, 100, 200, 250, 1000 and 2000 Hz sample rates.
Dolomite
The Dolomite has the same response as the Basalt, Granite and Obsidian dataloggers, but differs in its available sample rates. It offers 1, 10, 50, 100, 200, 250 and 1000 Hz sample rates.
Granite
The Granite has the same response as the Basalt, Dolomite and Obsidian dataloggers, but differs in its available sample rates. It offers 1, 10, 20, 50, 100, 200, 250 and 1000 Hz sample rates.
K2
The K2 and Mt. Whitney dataloggers have the same responses and default A/D scale factors. The responses listed here are for the default scale factor of 3.36e+06 counts/V. The K2 can optionally be ordered with a scale factor of 2.4e+05.
MtWhitney
The K2 and MtWhitney dataloggers have tthe same responses and default A/D scale factors.
Obsidian
The Obsidian has the same response as the Basalt, Dolomite and Granite dataloggers, but differs in its available sample rates. It offers 1, 10, 50, 100, 200, 250, 1000, 2000 and 5000 Hz sample rates.
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Lunitek
Below is some model-specific information to help you locate your instrument response.
Sentinel-rev1
The Sentinel (revision 1) datalogger has two built-in sensors: a MEMS accelerometer and a 4.5 Hz geophone. Responses for these sensors are included in the NRL under Lunitek Sentinel sensors. The Sentinel offers a choice of 2.048 or 1.024 Vpp full scale range for the geophone.
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MagseisFairfield
Below is some model-specific information to help you locate your instrument response.
ZlandGen2
Responses listed here describe the generation 2 Zland Node datalogger.
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Nanometrics
Below is some model-specific information to help you locate your instrument response.
Centaur
Centaur digitizer technology is used within the Centaur standalone dataloggers, as well as all-in-one instruments such as the TitanSMA, TitanEA, MeridianCompact and MeridianPosthole. They use the same FIR filters, but offer different input (full-scale) voltage range options.
CentaurHighGain
The High Gain Centaur models have gains 4 times that of standard Centaur models. This is not reflected in the Centaur's user interface, so the operator needs to be aware that when selecting for example 40Vpp range, the High-Gain Centaur is really operating with a 10Vpp range. Centaur digitizer technology is used within the Centaur standalone dataloggers, as well as all-in-one instruments such as the TitanSMA, TitanEA, MeridianCompact and MeridianPosthole. They use the same FIR filters, but offer different input (full-scale) voltage range options.
EuropaT
The Taurus, Trident 305, Trident and EuropaT standalone dataloggers have identical responses with identically configured parameters. The Taurus and Trident 305 have selectable low (43.07 kohms) and high (9.4 Mohms) impedance options, but the Trident and EuropaT have a constant 43.07 kohm (low) input impedance.
HRD-24
The HRD-24 standalone datalogger has identical responses and parameters as the Orion.
MeridianCompact
Centaur digitizer technology is used within the Centaur standalone dataloggers, as well as all-in-one instruments such as the TitanSMA, TitanEA, MeridianCompact and MeridianPosthole. They use the same FIR filters, but offer different input (full-scale) voltage range options.
MeridianPosthole
Centaur digitizer technology is used within the Centaur standalone dataloggers, as well as all-in-one instruments such as the TitanSMA, TitanEA, MeridianCompact and MeridianPosthole. They use the same FIR filters, but offer different input (full-scale) voltage range options.
Orion
The Orion standalone datalogger has identical responses and parameters as the HRD-24.
Taurus
The Taurus, Trident 305, Trident and EuropaT standalone dataloggers have identical responses with identically configured parameters. The Taurus and Trident 305 have selectable low (43.07 kohms) and high (9.4 Mohms) impedance options, but the Trident and EuropaT have a constant 43.07 kohm (low) input impedance.
TitanEA
The dataloggers in the Titan SMA and Titan EA digital accelerometers are Centaur dataloggers with a single preamp gain choice of 1 (40 Vpp). The user may select the maximum full scale measurement range of +/-4g, +/-2g, +/-1g, +/0.5g +/-0.25g or +/-0.125g. This is applied to the internal Titan sensor, and so the Titan sensor response corresponding to the selected clip level should be used in conjunction with one of the digitizer responses below.
TitanSMA
The dataloggers in the Titan SMA and Titan EA digital accelerometers are Centaur dataloggers with a single preamp gain choice of 1 (40 Vpp). The user may select the maximum full scale measurement range of +/-4g, +/-2g, +/-1g, +/0.5g +/-0.25g or +/-0.125g. This is applied to the internal Titan sensor, and so the Titan sensor response corresponding to the selected clip level should be used in conjunction with one of the digitizer responses below.
Trident
The Taurus, Trident 305, Trident and EuropaT standalone dataloggers have identical responses with identically configured parameters. The Taurus and Trident 305 have selectable low (43.07 kohms) and high (9.4 Mohms) impedance options, but the Trident and EuropaT have a constant 43.07 kohm (low) input impedance.
Trident305
The Taurus, Trident 305, Trident and EuropaT standalone dataloggers have identical responses with identically configured parameters. The Taurus and Trident 305 have selectable low (43.07 kohms) and high (9.4 Mohms) impedance options, but the Trident and EuropaT have a constant 43.07 kohm (low) input impedance.
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NetDAS
NetDAS is the manufacturer for DAQ24USB* dataloggers; they have been relocated from DAQ Systems because they were a vendor rather than the manufacturer.
Below is some model-specific information to help you locate your instrument response. NetDAS has four DAQ24USB models. The 4, 4CH and 5V versions use the CS5532 ADC chip, and the XR uses the ADS1255 chip. FIR filters are the same for dataloggers using the CS5532 chip, but sensitivities vary. The 4CH and 5V dataloggers have a Low and High sensitivity mode. Sensitivities are as follows: - 4.194310^5 Counts/V for the DAQ24USB-4, and the DAQ24USB4CH and DAQ24USB5V at Low sensitivity - 2.79620310^6 Counts/V for the DAQ24USB4CH at High sensitivity - 2.843596*10^6 Counts/V for the DAQ24USB5V at High sensitivity
The XR has different sample rates and uses different FIR filters that dataloggers using the CS5532 chip.
DAQ24USB4
This model uses the CS5532 ADC chip and has the same FIR filter response as the DAQ24USB4CH and DAQ24USB-5V dataloggers. Its ADC scale factor is 4.1943e+5 counts/V.
DAQ24USB4CH
This model uses the CS5532 ADC chip and has the same FIR filter response as the DAQ24USB4 and DAQ24USB-5V dataloggers. Its ADC scale factor is 4.1943e+5 counts/V when recording at Low sensitivity and 2.796203e+6 counts/V at High sensitivity.
DAQ24USB5V
This model uses the CS5532 ADC chip and has the same FIR filter response as the DAQ24USB-4 and DAQ24USB-4CH dataloggers. Its ADC scale factor is 4.1943e+5 counts/V when recording at Low sensitivity and 2.843596e+6 counts/V at High sensitivity.
DAQ24USBXR
This model uses the ADS1255 ADC chip, giving it a different response from models using the CS5532 chip. It also had different sample rates available.
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Quanterra
Below is some model-specific information to help you locate your instrument response.
Q330SR
The Q330 Standard Resolution datalogger has three or six channels recorded by a standard resolution (SR) ADC. Its preamp offers gains of 1 or 30.
Q330HR
The Q330 High Resolution datalogger has two sensor ports (QAPs) that are sampled by different ADCs. Port A (channels 1-3) is sampled by a high-resolution (HR) ADC with four times the number of counts/volt as the Q330SR (standard resolution) ADC. Port B (channels 4-6) is sampled by a standard resolution (SR) ADC identical to the ADC in the Q330SR with the same responses. The Q330HR preamp offers gains of 1 or 20.
Q330HRS
The Q330 Ultra High Resolution datalogger has six channels recorded by a high resolution ADC identical to the high resolution (HR) ADC in the Q330HR with the same responses. Its preamp offers gains of 1 or 20.
Q380
The x80 series dataloggers are named by the number of channels available (e.g. 380, 680) and share the same responses.
Q4120
The 4120 series dataloggers are named by the number of channels available (e.g. 4123, 4126) and share the same responses.
Q680
The x80 series dataloggers are named by the number of channels available (e.g. 380, 680) and share the same responses.
QEP
The Quanterra Environmental Processor has three channels. Frank Vernon furnished the response information for this datalogger.
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REFTEK
Below is some model-specific information to help you locate your instrument response.
125
The 125 "Texan" is a 3-channel fix-gain datalogger intended to be paired with a passive sensor.
125A
The 125A "Texan" is a 3-channel variable-gain datalogger intended to be paired with a passive sensor.
130-01
The 130-01 is a 24-bit datalogger.
130-SMA
The 130-SMA is an accelerograph with a 130-01 datalogger and a 131A accelerometer.
130S-01
The 130S-01 is a 24-bit datalogger.
130S-SMHR
The 130S-SMHR is an accelerograph with a 130S-01 datalogger and a 147 accelerometer.
72A06
The 72A06 is a 16-bit datalogger.
72A07
The 72A07 is a 24-bit datalogger.
72A08
The 72A08 is a 6-channel datalogger with several versions. Some had a 24-bit ADC on all channels and other had a 16-bit ADC on channels 1-3. Since the responses and configuration parameter differ according to ADC type, responses have been grouped into submodels 72A08__16bit and 72A08__24bit
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RSensors
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SARA
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SeismicSource
Below is some model-specific information to help you locate your instrument response. The DAQ3-3, Sigma 3 and Sigma 4 datalogger models all use the TI ADS1282 Analog-To-Digital Converter and have the same responses. Each offers preamp gain options of x1 and x16, but digitized values are scaled by the inverse of this setting (and also scaled to output units of Volts) before samples exit the datalogger. Both preamp gain choices are listed below for clarity, but the instrument response does not vary based on preamp gain choice.
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SeismologyResearchCentre
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Sercel
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SolGeo
Below is some model-specific information to help you locate your instrument response.
DYMAS24
The DYMAS24 has a FIR stage immediately following the A/D stage for which coefficients are unavailable but the delay is known and its correction applied to the data. This delay is is is documented in ADC stage.
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STANEO
Below is some model-specific information to help you locate your instrument response.
D3-6-9
The D3-6-9 datalogger offers preamplifier gains of 1, 2, 4, 8, 16, 32 or 64 and sample rates of 1, 2, 4, 5, 8, 10, 16, 20, 25, 40, 50, 80, 100, 125, 200, 250, 500, 1000, and 2000 Hz. This models also offers two choices of output bits (24 and 32). The D3-6-9 shares the same configuration options and responses with the D3-6-9HG with the exception of the ADC scale factor (1.073734e+8 counts/V for the D3-6-9 vs. 8.58994e+8 for the D3-6-9HG).
D3-6-9HR
The D3-6-9HG datalogger offers preamplifier gains of 1, 2, 4, 8, 16, 32 or 64 and sample rates of 1, 2, 4, 5, 8, 10, 16, 20, 25, 40, 50, 80, 100, 125, 200, 250, 500, 1000, and 2000 Hz. This models also offers two choices of output bits (24 and 32). The D3-6-9HG shares the same configuration options and responses with the D3-6-9 with the exception of the ADC scale factor (1.073734e+8 counts/V for the D3-6-9 vs. 8.58994e+8 for the D3-6-9HG).
D24-48
The D24-48 datalogger offers preamplifier gains of 1, 2, 4, 8, 16, 32 or 64 and sample rates of 1, 2, 4, 5, 8, 10, 16, 20, 25, 40, 50, and 80 Hz. The D24-48 shares the same configuration options and responses with the D24-48HG with the exception of the ADC scale factor (4.1943e+5 counts/V for the D24-48 vs. 1.67772e+6 for the D24-48HG).
D24-48HG
The D24-48HG datalogger offers preamplifier gains of 1, 2, 4, 8, 16, 32 or 64 and sample rates of 1, 2, 4, 5, 8, 10, 16, 20, 25, 40, 50, and 80 Hz. The D24-48HG shares the same configuration options and responses with the D24-48 with the exception of the ADC scale factor (4.1943e+5 counts/V for the D24-48 vs. 1.67772e+6 for the D24-48HG).
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WorldSensing
