The SoMat M8 Hex Nut Wrenches (HDW-0034-00) work with the SoMat M8 transducer and extension cables for both the eDAQ and eDAQlite.
The Somat eDAQlite Bridge Layer (ELBRG) offers four simultaneously sampled low-level differential analog inputs through independent connectors. An extremely versatile layer; the Bridge Board works with both amplified and unamplified transducers, including strain gauges, accelerometers, pressure transducers, load cells, and other general analog signals.
The ELBRG provides excellent strain gauge conditioning with support for 1/4-, 1/2-, and full-bridges. Automatic balancing and gain settings, as well as software selectable sample rates, excitation and digital filtering, simplify the set-up of a strain channel. There are several calibration options, including defined value, external, multipoint and shunt calibrations with embedded software tools. Four shunt calibration resistors per channel are also included, with software selectable shunt direction.
Size: 6.875in W x 5.625in L x 0.694in H (175mm W x 143mm L x 17.6mm H)
Weight: 0.91lbs (0.42kg)
Temperature: -20° to 65° C
Connectors: (4) Somat M8 Female Bulkhead Connectors
Minimum full-scale: ±625μV
Maximum full-scale: ±10V
Resolution: 16-bit ADC, across specified full-scale range
Sample Rates: Independently set
100kHZ Master Clock= 0.1Hz to 100kHz
98.3kHz Master Clock= 0.1Hz to 98,304Hz
Analog: 25kHz, 8-pole Butterworth low-pass filter
Digital: Software selectable; 8-pole Butterworth and Linear Phase
Strain Gauge Conditioning:
Supports: 1/4-, 1/2- and full-bridge gauges
Excitation: 5V (Bipolar ±2.5) or 10V (Bipolar ±5)
1/2 and Full Bridge: 100 to 10,000Ω.
1/4 Bridge: Completion resistor; specified 350Ω (ELBRG-350) or 120Ω (ELBRG-120)
Four shunt calibration resistors per channel:
Selectable shunt direction: upscale (-Sig to -Ex), downscale (-Sig to +Ex)
(4) Somat SAC-TRAN-MP-2 Transducer Cables (2 m)
Part Number Code
The following part number scheme is used to identify the layer configuration.
ELBRG - XXX
eDAQ-lite Layer ELBRG
1/4 Bridge Completion Resistor