The melt pressure transducer load cell simulator is accurate from -25°C to 80°C and virtually immune to temperature drift errors
Transducer simulator thermal stability test results
Certificate of calibration for the transducer/load cell simulator
On-site use of transducer/load cell simulator
The melt pressure transducer load cell simulator is accurate from -25°C to 80°C and virtually immune to temperature drift errors

Transducer, Load Cell Simulator (iTS-350)

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iTS-350 Transducer, Load Cell Simulator is the industry's first thermally compensated mV/V output simulation device, accurate from -25°C to 80°C. It integrates traditional resistive bridge with the latest IC technology to enhance both precision and thermal stability. iTS-350 transducer simulator is virtually immune to temperature drift errors. Thus, its output signal remains accurate throughout its operating temperature; temperature drift may otherwise deviate traditional load cell simulators' output by more than 0.25%FSO/10°C.

iTS-350 features a simplified design and operation. Users only need to select 1 of 12 calibration positions. Accuracy, reliability, and stability are always ensured. iTS-350 is also available with optional third party lab certification.

In need of a transducer simulator cable? Click Here.

Features & Benefits
  • <0.001%FSO/°C drift, virtually no temperature drift
  • Accurate from -25°C to 80°C ambient
  • Up to 0.10%FSO precision
  • Customizable sensitivity (1.5mV/V, 2.0mV/V, 2.5mV/V, 3.0mV/V, 3.33mV/V, 5.0mV/V)
  • Customizable bridge resistance (120Ω, 240Ω, 350Ω, 500Ω, 700Ω, 1000Ω, and more)
  • 12 fixed calibration steps (0 to 100%)
  • Flame retardant enclosure
  • Optional traceable calibration certificate
  • Made in Canada
  • mV/V Signal Reference
  • Weighing Transducers Calibrations
  • Tension Transducers Calibrations
  • Force Transducers Calibrations
  • Melt Pressure Transducers Calibrations
Signal Output Table
  5.0mV/V 3.33mV/V 3.0mV/V 2.5mV/V 2.0mV/V 1.5mV/V
100% 5mV/V 3.33 mV/V 3mV/V 2.5mV/V 2mV/V 1.5mV/V
90% 4.5mV/V 2.997mV/V 2.7mV/V 2.25mV/V 1.8mV/V 1.35mV/V
80% 4mV/V 2.664mV/V 2.4mV/V 2mV/V 1.6mV/V 1.2mV/V
70% 3.5mV/V 2.331mV/V 2.1mV/V 1.75mV/V 1.4mV/V 1.05mV/V
60% 3mV/V 1.998mV/V 1.8mV/V 1.5mV/V 1.2mV/V 0.9mV/V
50% 2.5mV/V 1.665mV/V 1.5mV/V 1.25mV/V 1mV/V 0.8mV/V
40% 2mV/V 1.332mV/V 1.2mV/V 1mV/V 0.8mV/V 0.6mV/V
30% 1.5mV/V 0.999mV/V 0.9mV/V 0.75mV/V 0.6mV/V 0.45mV/V
20% 1mV/V 0.666mV/V 0.6mV/V 0.5mV/V 0.4mV/V 0.3mV/V
10% 0.5mV/V 0.333mV/V 0.3mV/V 0.25mV/V 0.2mV/V 0.15mV/V
5% 0.25mV/V 0.167mV/V 0.15mV/V 0.125mV/V 0.1mV/V 0.075mV/V
0% 0 0 0 0 0 0

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