10K Ohm Potentiometer with 15mm Shaft – Adjustable Rotary Knob Resistor
KSh60.00 Original price was: KSh60.00.KSh50.00Current price is: KSh50.00.
Durable 10K Ohm Rotary Potentiometer with 15mm metal shaft, ideal for controlling volume, speed, or brightness in Arduino, Raspberry Pi, and DIY electronic projects. Provides precise and smooth resistance adjustment for reliable circuit performance.
Product Description
The 10K Ohm Potentiometer (15mm Shaft) is a high-quality adjustable resistor designed for precise voltage and signal control in electronic circuits. It allows users to fine-tune current flow or adjust signal levels easily by rotating its durable 15mm metal shaft.
Commonly used in Arduino, Raspberry Pi, and general electronic projects, this potentiometer is ideal for applications such as volume control, brightness adjustment, motor speed regulation, and analog input calibration. It provides smooth and accurate resistance variation across its full rotation range.
Built with a robust housing and reliable resistive track, this potentiometer offers long life and stable performance even in frequent-use environments.
Key Features
⦁ Resistance Value: 10K Ohms
⦁ Type: Rotary potentiometer
⦁ Shaft Length: 15mm
⦁ Shaft Type: Knurled metal shaft for easy grip
⦁ Adjustment Range: 0–10K Ohms continuous variable resistance
⦁ Rotation Angle: 300° (approx.)
⦁ Mounting Style: Panel mount with nut and washer included
⦁ Tolerance: ±20%
⦁ Power Rating: 0.25W (typical)
⦁ Durability: Over 10,000 adjustment cycles
⦁ Operating Voltage: Up to 50V DC
Advantages
⦁ Smooth and accurate resistance adjustment.
⦁ Ideal for use in analog control circuits and DIY electronics.
⦁ Easy to mount on panels or control boards.
⦁ Strong 15mm shaft ensures firm grip and precise tuning.
⦁ Compatible with Arduino, ESP32, Raspberry Pi, and other microcontrollers.
Applications
⦁ Volume and brightness control knobs
⦁ Motor speed and power regulation
⦁ Analog sensor calibration and signal tuning
⦁ Audio amplifiers and mixers
⦁ DIY and educational electronics projects


Reviews
There are no reviews yet.