Precision Control for Audio Professionals: Introducing the SC-1009N Single Slide Potentiometer
Elevate your audio mixing experience with the Mixer Fader Potentiometer SC-1009N, engineered for reliability and precise signal management in professional audio environments. Designed to meet the rigorous demands of studio consoles, DJ equipment, and live sound mixing boards, this single-slide potentiometer delivers consistent performance and tactile control.
Key Specifications
| Parameter | Value | Significance | |--------------------|-------------|----------------------------------| | Model | SC-1009N | Industry-standard compatibility | | Resistance Values | A10K, A50K, B10K | Flexible impedance options (A-type: logarithmic; B-type: linear) | | Travel Length | 128mm (12.8cm) | Full-range control for fine adjustments | | Handle Type | 15MMB | Ergonomic grip for smooth operation | | Configuration | Single Slide | Ideal for mono-channel applications |
Technical Highlights
- Precision-Track Carbon Film: Ensures low noise and stable resistance throughout the fader’s lifespan.
- 128mm Linear Motion: Optimized for tactile feedback and accurate level adjustments in critical listening environments.
- Multi-Impedance Selection: Choose from A10K (logarithmic taper for audio volume), A50K (higher-range logarithmic), or B10K (linear taper for specialized control applications).
- Robust Construction: Zinc alloy carriage and self-lubricating slide mechanism for durability under frequent use.
Applications
- Studio Mixing Consoles: Replace worn faders or upgrade entry-level equipment.
- DIY Audio Projects: Compatible with modular synthesizers, custom controllers, and repair kits.
- Broadcast & Live Sound: Reliable performance for touring rigs and fixed installations.
Upgrade your signal path control today—the SC-1009N combines pro-grade materials with measurable electrical precision. [Order Now] or [Configure Your Impedance Preference]
Mixer fader potentiometer SC-1009N A10K A50K B10K 12.8CM 128MM 15MMB handle Potentiometer Single Slide-
