DESCRIPTION
“RAI” Model 55X-DRB High Precision Decade Resistance Box has been designed and manufactured to simulate precision resistance and serve as a calibration standard. This decade resistance box is suitable for a wide range of applications, including Precision Resistance Calibration Standards in component manufacturing industries, component comparison in quality control, instrumentation laboratories for calibration of process control instruments, thermocouples, RTDs, temperature indicators, and engineering laboratories for resistance simulation and instrument calibration.
This precision decade resistance box provides stable and reliable resistance values for calibration and testing applications. For high accuracy, stability, and reliability requirements, Manganin wires have been used to construct the resistors. Gold-plated switches are employed in the best-grade models to provide very low contact resistance with drift-free values.
The economical models are equipped with silver-plated phosphor-bronze switches. The silver plating provides reliable switching performance and drift-free resistance values. The resistance box is available in different accuracy models to meet specific laboratory, industrial, calibration, and testing requirements.
“RAI” also offers customized Decade Resistance Box models as per customers' required resistance values and accuracy requirements.
|
Parameter |
Specification |
|
Model |
55X-DRB |
|
Product |
High Precision Decade Resistance Box |
|
Function |
Calibration Resistance Standard |
|
Construction |
Portable in metallic cabinet |
|
Resistance Range |
0.001 Ohm to 100 k Ohm |
|
Number of Decades |
Eight decades |
|
Switch Resistance |
0.002 ohm per switch |
|
Switches & Terminals |
Silver or Gold plated |
|
Resistance Element |
Manganin wire |
|
Application |
Precision Resistance Simulation & Calibration |
The decade resistance box is available in different accuracy models. Users can choose the required range and decade dial according to their application.
|
Model |
Accuracy |
|
Precision Model |
±0.01% |
|
Standard Model |
±0.05% |
|
Economical Model |
±0.1% |
High precision resistance simulation and calibration.
Wide resistance range from 0.001 Ohm to 100 k Ohm.
Eight-decade resistance configuration.
Manganin wire resistors for high stability and reliability.
Gold-plated switches available in high-accuracy models.
Silver-plated phosphor-bronze switches available in economical models.
Very low switch contact resistance.
Drift-free resistance values.
Portable construction in a metallic cabinet.
Suitable for calibration laboratories, manufacturing industries, quality control, and engineering laboratories.
Available as a high precision decade resistance box for demanding calibration applications.
Designed as a reliable precision decade resistance box for accurate resistance simulation.
Suitable for applications requiring a stable and repeatable resistance box.
Custom resistance values and accuracy levels available as per customer requirements.
A decade resistance box is a precision resistance device used to simulate selectable resistance values for calibration, testing, comparison, and resistance measurement applications. The 55X-DRB provides multiple decade settings for flexible resistance selection.
The High Precision Decade Resistance Box Model 55X-DRB provides a resistance range from 0.001 Ohm to 100 k Ohm across eight decades, making it suitable for a wide range of calibration and testing requirements.
The 55X-DRB is available in three accuracy models: Precision Model ±0.01%, Standard Model ±0.05%, and Economical Model ±0.1%, allowing users to select the appropriate model for their application.
The 55X-DRB uses Manganin wire resistors for stable and reliable resistance values. High-accuracy models can be equipped with gold-plated switches, while economical models use silver-plated phosphor-bronze switches to provide reliable switching and low contact resistance.
Yes. The precision decade resistance box can be customized according to the required resistance values and accuracy levels, making it suitable for specific laboratory, industrial, calibration, and testing requirements.