Key Highlights:
Compact and portable ABS plastic case weighing under 1 lb
Nine fixed output steps from -0.5 mV/V to 4.5 mV/V in 0.5 mV/V increments
Built for A/D offset and gain calibration of digital indicators
Provides -0.5 mV/V for offset and 4.5 mV/V for gain simulation
Designed for troubleshooting, testing, and calibration workflows
350 ohm nominal impedance for realistic load cell emulation
Reliable and repeatable results with nonlinearity under 0.02%
The Ranger 3 Variable Range Simulator is a rugged, purpose-built tool created to support field calibration, testing, and troubleshooting of digital weight indicators. With its nine-step rotary switch, it allows you to simulate voltages ranging from -0.5 mV/V to +4.5 mV/V, providing all the outputs required for full-range system verification.
Built with a lightweight ABS enclosure, the Ranger 3 is easy to transport and tough enough for industrial environments. It’s an ideal tool for field technicians, offering straightforward operation when calibrating A/D gain and offset, ensuring indicators are correctly interpreting load signals.
With a nominal impedance of 350 ohms and nonlinearity less than 0.02%, this simulator delivers high-precision results and can be trusted for day-to-day performance. Whether on the test bench or in the field, the Ranger 3 simplifies the process of diagnosing and validating your weighing systems.
Ranger 3 Specifications
Simple, Reliable, and Field-Ready
Compact in size but powerful in function, the Ranger 3 is ideal for professionals seeking a no-nonsense, fixed-step simulator for accurate indicator calibration. Its reliability and ease of use make it a go-to tool for techs working with A/D systems in real-world environments.
Talk to our team for more information on how the Ranger 3 can support your calibration and testing requirements.
