Description
Helical RRS 10 Wire-Wound Multi-Turn Potentiometer
Model: RRS 10 | 100K Ohm Resistance | JRM Precision Variable Resistor
Product Overview
The genuine Helical RRS 10 Multi-Turn Potentiometer is a high-accuracy, wire-wound variable resistor engineered by JRM for ultra-precise electronic tuning applications. Featuring a robust nominal resistance value of 100K Ohm, this rotary instrument distributes electrical adjustments smoothly across its helical multi-turn internal pathway. Built to achieve high noise immunity and dependable linearity, it allows operators to implement tight micro-adjustments that standard single-turn pots cannot manage. It is a critical component for expanding the sensitivity of calibration instruments, lab testing benches, heavy industrial control panels, and fine-tuning control loops.
Technical Specifications
| Parameter | Specification Details |
|---|---|
| Brand / Manufacturer | JRM (Japan Resistor Mfg.) |
| Series / Model Reference | Helical RRS 10 (RRS10) |
| Nominal Resistance | 100K Ohm (100kΩ) |
| Element Technology | Precision Wire-Wound (High Linearity & Temperature Stability) |
| Adjustment Configuration | Rotary Multi-Turn (Helical internal layout for micro-calibrations) |
| Terminal Style | Solder Lugs / Pins (optimized for stable wiring hookups) |
| Primary Applications | Laboratory Oscilloscopes, Signal Generators, Industrial Control Desks, Voltage Regulators |
Key Features & Operational Benefits
- Premium Wire-Wound Linearity: Built with high-grade internal resistive wire windings to guarantee low temperature coefficients and rock-solid calibration over years of service.
- Micro-Turn Sensitivity: Multi-turn travel framework translates wide physical dial rotation into fine, micro-ohm path variations, preventing accidental tuning over-shoots.
- Smooth Mechanical Travel: Assembled with precision-machined shaft guides to maintain consistent torque resistance throughout its entire operational range.
- Rugged Protective Case: Fully sealed enclosure insulates the internal wiper contacts and wound tracks from dust, grease, and panel vibrations.

