Input protection and optical ±1000 V ISOLATION (SIRIUSi)
Highest measurement dynamics using DUAL CORE 24 bit ADCs up to 160 dB!
NO over range!
Sampling rate 200 kS/s each channel (synchronous)
Anti aliasing filters
Programmable analog outputs
Smart real time counters (synchronous)
Predefined modules or customized modules with any channel configuration any input connector!One Synchronous CAN bus per SIRIUS-Module -> 4 Channels per S-Box
Choose your system: 8, 16, 24, 32 or customized channels/chassis
Combine 32 channel systems to clusters up to 1000 channels.
Select stand-alone Systems with build-in I7 CPU and SSD or external USB connected systems.
Small foot print: 32 channels: 210x160x240 mm
Passed all shock and vibration test according EN 60068-2-6:2008, EN 60721-3-2: 1997 (Class 2M2), EN 60068-2-27:2009 and MIL-STD-810D.
HIGH DYNAMIC - dual core ADC
This new technology solves the often faced problem that the signal is just much higher than expected and therefore clipped. Dewesoft DUAL CORE ADC technology always gives you the full possible measuring range, because the signal is measured with a high and a low gain at the same time! The user doesn´t need to care about the range anymore. High dynamic range up to 160 dB!
SIRIUS-HD: 1x24 BIT ADC, 200 KS/S; HÖCHSTE KANALDICHTE ! (Siehe weiter unten)
Die Sirius HIGH-DENSITY Serie bietet die höchst mögliche Kanaldichte bei 24Bit Auflösung mit bis zu 200 kS/sec Abtastrate pro Kanal.
High speed - high bandwidth
This series combines high bandwidth with alias-free acquisition with 16 bit with up to 1 MS/sec acquisition rate. The analogue anti-aliasing filter (100 kHz, 5th order bessel) is combined with free programmable digital IIR filter block inside the FPGA. For bandwith requirements of up to 500 kHz the complete filter chain can be by-passed.
New Real-time counter / digital inputs
There are 2 typical counter functions: the gated measurement (high frequency range typ. > 100 Hz) or pulse width measurement (low frequency range typ. < 100 Hz). Many applications need both: the counter information and the analogue data. Traditional systems do not offer the counter information synchronized to the A/D converters, because they get the counter information only either after the gate time or after the pulse time measured. In comparison to standard counting with software interpolation (value 1.5 in the example image) Dewesoft real-time counting uses an additional counter to get the exact time of the rising edge of the signal. This unique feature allows the calculation of the exact counter value at the A/D sample point (value 1.87 in the example).
Multiple analogue outputs
24 bit analogue output, or function generator, programmable voltage and current supply. In addition to the programmable voltage or current power supply for all sensors on the market, the SIRIUS MULTI module also offers the analogue output function of the conditioned input signal, or even additional mathematic functions, often used for redundant data acquisition systems. These functions can also be used as a function generator to drive a shake for the structural analysis function (FRF)
Model variations:
8 channel USB chassis
8-channel modules can be combined to a 32 channel system with an external sync. and power box. Each of these 8 channel systems can be used as individual measurement systems or as a single fully synchronized 32 channel system.
32 channel USB chassis
We also offer a single 16/24/32 channel USB SIRIUS system. This only requires ONE USB interface on your PC/laptop.
SIRIUS fanless
The fanless option covers all the harsh applications with dust, etc... due to the dust sealed enclosure. It is also silent - recommended for acoustic applications in combination with the new SBOX fanless.
S-BOX (embedded PC) with up to 4 SIRIUS chassis in one enclosure
With the S-BOX Dewesoft SIRIUS becomes an up to 32 channel system including an i7 embedded PC running DEWESoft™ Software. It can be set to hold 1 to 4 SIRIUS chassis to get 8, 16, 24 or 32 channels. Each input channel can be chosen from the standard range of SIRIUS modules.
The standard configuration of the PC is an i7 processor, 4 GB RAM and a 64 GB removable solid state disk. The operating system is stored on an internal 8 GB flashdisk, so removing the hard drive with valuable information is easy. The GByte-LAN and WLAN modules provide good connectivity between instruments while seven USB and one VGA connector complete the system. If you need more channels simply connect multiple systems via GBit-LAN and sync to get a system of up to 1000 channels and more. Each system can be used independently or can be combined for bigger measurement tasks. When using the DEWE-NET option, each 32 channel PC has more than enough power for most demanding math operation since the load of calculation is distributed among the computers. With this system configuration performance problems belong to the past! S-BOX includes also a 1 Hz (100 Hz as an option) GPS receiver with real time Kinematic option for down to 2 cm accuracy.
List of different SIRIUS Input/Output Modules:
ACC module for voltage, IEPE
ACC+ module for voltage, IEPE, additional Counter-Encoder input
CHG module for voltage, IEPE and charge
CHG+ module for voltage, IEPE and charge, additional Counter-Encoder input
Multi module for voltage, strain, counter, digital I/O and alalog output
STG module for voltage, strain, potentiometer, RTD
STG+ module for voltage, strain, potentiometer, RTD, additional Counter-Encoder input
HV module for high voltages up to ±1200V (±1600V @ High-Speed Version)
LV module for voltages up to ±50V with sensor power supply (±15V/50mA) for current clamps, etc.
LV+ module for voltages up to ±50V with sensor power supply (±15V/50mA) for current clamps, etc., additional Counter-Encoder input
MSI-Adapters for LVDTs, IEPE,-Sensors, RTDs, Thermocouples and Charge Inputs.
Please also ask for customized I/O Modules.
SIRIUS DAQ system - next generation data acquisition:
Additionally offers measurements for Industrial Acoustic, Structural Analysis and Machinery Diagnosis. Industrial Acoustic: Real time narrow band FFT, Real time 1/1, 1/3, 1/12, 1/24 band octave spectrum, Real time A-, B-, C-, D-weighting, Fast- Slow- Impulse-weighting, Leq-Calculation, Sound Level according IEC 60651, 60804, 61672. Structural Analysis: Measurement of transfer functions (FRF) for SISO, SIMO and MIMO configurations with H1, H2 and Hv algorithm. Excitation can be either an impulse (modal hammer) or continuous. In this case internal function generator (OPT-FGEN) or external generator source might be used. Structure geometry can be created or imported from UNV, online measurements of FRF, coherence, phase and amplitude is possible. Machinery Diagnostics: Order Analysis, rotational and torsional vibration, waterfall diagram. Human Body Vibration according to ISO 8041, ISO 2631-1.
20mA current input adapter with internal shunt 50Ohm, 0.05%, screw terminals in housing for cable fixing. Use for sensors with 0/4…20 mA output. Automatic adapter identification.
5A MSI Adapter with TEDS, 0.1Ohm 0.05% Shunt Resistor Small Box with 1m cable and DSUB-9 connector and screw terminals Fits to DEWE-43, Minitaur, SIRIUSi-STG, -STGM, -STGS, -LV
Er verfügt über vier Eingangsbereiche von 1 kpC bis 500 kpC. Wählen sie zusätzlich zur DC-Messung im Kanal-Setup der Dewesoft X3 Software aus vier verschiedenen Hardware-Hochpassfiltern.
Der große Vorteil des DSI-CHG-DC-Adapters ist eine zeitkonstante, praktisch DC-Ladungsmessung mit einem DC-Drift von weniger als 0,1 pC/s für den Eingangsbereich von 500 kpC.
Die Bandbreite des DSI-CHG-DC beträgt 20 kHz für den 500-kpC-Bereich und 200 kHz für den 50-kpC-Bereich. DSI-CHG-DC wird von allen SIRIUS DAQ-Verstärkern mit DSUB9-Eingangsanschlüssen und KRYPTON STG-Verstärkern unterstützt. Die Konfiguration des Host-Verstärkers und die Kalibrierdaten können über TEDS ausgelesen werden.
Thermocouple adapter. High accuracy cold junction reference measurement, 1 m thermo cable with Mini TC connector, automatic adapter identification. Please specify TC-Type J, K, T or C.
200 Volt input adapter. Differential input configuration over BNC connector, bandwidth and ranges are defined by connected amplifier, automatic adapter identification.
DS-16xLVDTr uses a unique ratiometric architecture to eliminate several of the disadvantages associated with traditional approaches to LVDT interfacing. DS-16xLVDTr combines 16 channels of DSI-LVDT adapters in a 19”-rack compatible housing with 1U height.
The main advantage of the new design is the asynchronous excitation signal provided from an external function generator to a BNC front connector (IN connector). When using multiple DS-LVDTr devices the EXC signal can be daisy-chained from the BNC OUT connector to the BNC IN connector on the other device.
There are 16 DSUB-9M male connectors on the front panel for the connection to the Dewesoft data acquisition system. Each connector includes a trimmer for phase adjustment.
On the back panel are 16 DSUB-9F (female) connectors for the LVDT sensor connection. DS-16xLVDTr supports measurements with full-bridge and half-bridge LVDT sensor types.
Battery packs for SIRIUS and SBOX data acquisition systems for stand-alone, in-vehicle or remote test and measurement applications. A clever click mechanism allows the battery to be attached to SIRIUS and/or SBOX instruments.
Battery packs for SIRIUS and SBOX data acquisition systems for stand-alone, in-vehicle or remote test and measurement applications. A clever click mechanism allows the battery to be attached to SIRIUS and/or SBOX instruments.
ECAT sync junction is used to synchronize acquisition from Dewesoft EtherCAT based data acquisition devices like KRYPTON with USB data acquisition devices like SIRIUS USB and DEWE-43A.
The ECAT sync junction is not required with R1DB/R2DB, R4, R8 or MINITAURs DAQ systems when extended with EtherCAT devices, because the sync junction is already built into the systems.
General top mount for SIRIUS data acquisition systems and/or SBOX data loggers. Mount can be used to fit small instruments, such as DS-CAN2, or any accessory that needs to be firmly fixed to the DAQ system.
Top plate with handle and holder for tablet PC with click mechanism. Fits to SIRIUS and MINITAURs data acquisition systems, SBOX data loggers and battery packs.
ECAT power junction is used to connect any EtherCAT data acquisition device like KRYPTON or SIRIUS with the power supply and standard PC computer with the RJ45 Ethernet port.
Using Dewesoft processing computers and data loggers like SBOX, KRYPTONCPU, R2DB, R4, R8 or MINITAURs do not require this accessory as the power is provided directly from the mentioned units.
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