This item is an excellent condition used ESI R9252D Precision Resistance Standard Decade - NIST Calibrated. Includes power cord and NIST traceable certificate. Owner will have to null the unit. All pictures are of the actual unit.
This item comes with a 6 Month (180 day) warranty. All functions are guaranteed to work or money will be refunded.
We Calibrate your Test Equipment! Contact us for more information on Calibration by visiting stratatek.com/calibration
Item is in-stock and located in Texas.
International Buyers – Please Note: Import duties, taxes, and charges are not included in the item price or shipping cost. These charges are the buyer's responsibility. Please check with your country's customs office to determine what these additional costs will be prior to bidding or buying. For more information of clarification, please ask.
Will ship worldwide. We make our best efforts to get you the best shipping prices. Contact us for other international rates and we will be pleased to give you a quote. We accept VISA / Mastercard. Paypal is also accepted. Sales to within Canada are subject to 5% GST. Ontario sales subject to 13% HST.
Contact us for Calibration options, including ISO 17025 Accredited Calibration for your Test Equipment! Visit stratatek.com/calibration for more details.
ESI R9252D Precision Resistance Standard Decade - NIST Calibrated
The ESI RS925D Precision Resistance Standard Decade is a high-accuracy, four-terminal (Kelvin) resistance decade designed for precision calibration, metrology, and laboratory applications. Manufactured by IET Labs under the ESI brand, it provides an exceptionally stable and accurate resistance source for calibrating digital multimeters, bridges, ohmmeters, RTD simulators, and other precision measurement instruments. Its four-terminal design minimizes lead and contact resistance errors, making it ideal for low-resistance measurements and calibration laboratories.
- Resistance range: 10 mΩ to 1.1 MΩ
- Four-terminal (Kelvin) design for maximum accuracy
- Initial accuracy: ±20 ppm
- Resolution: 20 μΩ
- Stability: Better than 5 ppm/year
- Maximum current: Up to 2 A (low resistance ranges)
- Low temperature coefficient: 3 ppm/°C (typical)
