WH148 Carbon Film Potentiometer 3PIN 15MM 10K – KSH 40 at HIMASTORES Mombasa – best electronics in Kenya

WH148 Carbon Film Potentiometer 3PIN 15MM 10K

SKU: HMJ1055 Category: Capacitors and resistors
KSH 40.00
Out of Stock

Product Description

WH148 Carbon Film Potentiometer 3PIN 15MM 10K

Single-Gang Linear Potentiometer with 15mm Shaft for Versatile Control Applications

The WH148 B10K is a singlegang (3pin) carbon film rotary potentiometer featuring a 10K ohm resistance, a linear (Btaper) response curve, and a 15mm shaft length. This compact 16mm diameter component is one of the most popular and versatile potentiometers, widely used in audio equipment, Arduino projects, instrument controls, and generalpurpose electronics.

Resistance value: 10K ohms ±20% tolerance [citation:1]
Linear (Bcurve) taper resistance changes proportionally with rotation angle [citation:1]
Single-gang design with 3 pins (input, wiper, ground)
Total mechanical rotation: 300° ±5° [citation:1][citation:9]
Ensure proper wiring identification - pin 1 (input/high), pin 2 (wiper/output), pin 3 (ground/low)
Do not exceed 200V maximum operating voltage [citation:1][citation:9]

Technical Specifications

ParameterValue
Resistance10K ohms ±20% [citation:1]
TaperLinear (BCurve) resistance changes linearly [citation:1]
Number of Gangs1 (Single) [citation:1]
Number of Pins3 (1 input, 1 wiper, 1 ground) [citation:1]
Rated Power0.125W (B-curve) [citation:1][citation:9]
Max Operating Voltage200V (B-curve) [citation:1][citation:9]
Shaft Length15mm / 0.59 inches [citation:1][citation:7]
Shaft Diameter6mm / 0.236 inches [citation:1][citation:4]
Total Rotation Angle300° ±5° [citation:1][citation:9]
Rotational Life10,000 cycles [citation:1][citation:9]
Rotational Noise47mV [citation:1][citation:9]
Operating Temperature-10°C to +100°C [citation:1]
Insulation Resistance> 100MΩ at DC500V [citation:1][citation:9]

= Key Features =

SingleGang Design One independent potentiometer for mono or single-channel control

Linear (B) Taper - Predictable linear resistance change for precision adjustments

3Pin Configuration Simple inputwiperground connections [citation:1]

15mm Shaft Length - Standard length for panel mounting applications [citation:1][citation:7]

Most Popular Resistance Value 10K ohms the industry standard for general-purpose use

Low Rotational Noise - ≤47mV ensures clean, stable signal output [citation:1]

Compact 16mm Form Factor - Fits standard panel mounting applications [citation:2][citation:6]

Carbon Film Element Reliable, costeffective resistive material for general-purpose use [citation:1]

= Applications =

  • Arduino/ESP analog input controls [citation:3]
  • Audio volume and tone controls [citation:8]
  • Voltage divider circuits
  • Sensor signal conditioning
  • Laboratory test equipment
  • Guitar and instrument controls
  • Industrial control panels
  • Hobbyist and DIY electronics projects [citation:7]
Most Popular Value 10K is the most commonly used resistance for generalpurpose electronics [citation:7]
15mm Standard Shaft - Compatible with most knobs and panel mounting hardware

√ Ready to use - standard 6mm shaft with nut and washer included [citation:1][citation:4]

√ Low rotational noise - 47mV maximum for clean operation [citation:1]

√ 10,000 cycle durability longlasting performance [citation:1][citation:9]


Package Includes

  1. 1x WH148 3-Pin Potentiometer (B10K, 15mm shaft)
  2. 1x Mounting Nut [citation:1][citation:4]
  3. 1x Washer [citation:1][citation:4]
For Arduino projects, this 10K pot is the recommended choice for stable analog readings - connect wiper to analog input, outer pins to GND and 5V/3.3V
The 15mm shaft length is ideal for standard panel mount applications with most knob types
This is the most commonly stocked potentiometer value - ideal for prototyping and production [citation:7]
Identify pin functions: pin 1 input/high, pin 2 wiper/output, pin 3 = ground/low
This 10K value is the industry standard for general-purpose electronics [citation:7]
Potentiometer is also known as the RV16AF series in some markets [citation:2][citation:6]

Avoid exceeding 0.125W power rating to prevent overheating [citation:1][citation:9]

Avoid overtightening the mounting nut- as this can damage the shaft or housing [citation:1]