The Measurable difference.

Highspeed TRION3™ Modules

Highspeed TRION3™ Modules with A/D converter

Highspeed TRION3™ signal conditioning modules provide analog-digital conversion on each channel and are user exchangeable. Use TRION3™ modules with each measurement system of the DEWE3 series.

Key facts

  • Simultaneous sampling for all analog input modules
  • Separate ADC on each channel up to 10 MS/s
  • 18 bit resolution, with anti-aliasing filters
  • Multi input support for Voltage, Current, Bridge, IEPE, etc.
  • High voltage and current inputs

Name Channels Sampling [kS/s] / [bit] Sensor supply Voltage input range Current IEPE Bridge [F/H/QU] Thermocouple Charge Resistance, RTD Others
TRION3-1810M-POWER-4 4 U + 4 I 10000/18 +9 V 1000 VRMS
TRION3-1820-MULTI 4 or 8 ISO 2000/18 0-24 V ±100 CAN, TEDS
TRION3-1850-MULTI 4 or 8 ISO 5000/18 0-24 V ±100 CAN, TEDS

Signal conditioning with simultaneous sampling

Simultaneous sampling TRION3™ signal conditioner modules are the heart and soul of the DEWE3 series of data acquisition systems.

TRION3™ modules combine the power of simultaneous sampling and 18 bit ADC technology with advanced DEWETRON signal conditioning – plug one convenient module right into your DEWE3 platform.


Record in perfect synchronization

TRION3™ modules provide the TIMING BACKBONE for recording many disparate data sources in perfect sync with each other. TRION3™ modules are available for a wide variety of analog inputs, as well as digital I/O lines, synchronous counter/encoders, and timing and SYNC interfaces. Additionally, TRION3™ modules are available for CAN-bus interfacing.


TRION™ modules

Choose your TRION3™ module(s), plug them into your DEWE2 instrument, turn the system on and get to work!

TRION3™ cards are automatically identified and configured within the software as soon as it is launched.

Just the Basics

What is a Strain Gage (also referred to as Strain Gauge) and why do you need a strain gage signal conditioner?

Simply put, a strain gage (also referred to as strain gauge) is a resistor whose resistance varies with any applied force. These sensors pick up expansion as well as contraction and convert this “strain” into an electrical signal used in pressure sensors, weight measurements, force and torque measurements and materials analysis. Typically, the sensor is bonded to a surface to measure the minute dimensional changes that occur during expansion and contraction (or compression and tension)

Strain gauges are often used in devices for measuring acceleration, pressure, tension, and force in the manufacturing, process control and research industries.  However, strain gages have also been connected to the human eye retina, insects, plastics and concrete – any material that is under investigation for strain.

In most instances the electrical signal is converted from the strain cannot be used in its raw form due to incomplete bridges in the strain gage, inconsistent voltage to the power bridge and output that is extremely small (less than 10 mV/V). This is where strain gage signal conditioners come into play.

Common conditioning includes: bridge completion, bridge excitation, excitation sensing, signal amplification, offset nulling, shunt calibration and linearization.


DEWETRON Connection

DEWETRON’s TRION™ signal conditioning module for strain gage sensors delivers separate analog to digital conversion on each channel, simultaneous sampling for analog (204.8 kS/s per channel), 24 bit resolution with anti aliasing filters.  Our modules are available with up to 8 input channels and a variety of input connectors: RJ-45, DSUB-9, and LEMO.

Here are just a few more of the impressive features of DEWETRON’s TRION™ series strain gauge signal conditioner technicial specifications:

Supported Sensors:

4- or 6-wire full bridge

3- or 5-wire ½ bridge with internal completion (software programmable)

3- or 4-wire ¼ bridge with internal resistor for 120 and 350 Ω (software programmable)

4-wire full bridge with constant current excitation (piezoresistive bridge sensors) are supported.

Bridge resistance: 80 Ω to 10 kΩ @ ≤ 5 VDC excitation

Shunt calibration: Two internal shunt resistors 50 kΩ and 100 kΩ

Shunt and completion resistor accuracy: 0.05 % ±15 ppm/K

Automatic bridge balance: ±250 % of Range

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