KKG EC11-15244B2: Rotary Encoder for Mechanical Keyboards

Rigol DP832 Rotary Encoder Switch's Product Introduction

The KKG EC11-15244B2 is a versatile and reliable digital control component, expertly engineered for applications demanding precise user input. As a leading product from a trusted encoder switch factory, this incremental encoder provides exceptional tactile feedback with corresponding to 15 pulses of output. This makes it a perfect keyboard Rotary Encoder for functions like volume control, scrolling, or adjusting settings.

The integrated push-button switch adds another layer of functionality, allowing users to select options, confirm settings, or trigger events with a simple press. This dual-action design is highly sought after for a mechanical keyboard with rotary encoder, as it consolidates multiple inputs into a single, space-saving component. The robust metal shaft ensures a long operational lifespan and a premium feel. For any project requiring precise digital control, from custom keyboards to professional audio equipment, this keyboard encoder delivers the performance and durability required for a superior user experience.

Arturia MicroFreak Rotary Encoder Switch's Product Operating Principle

Digital Translation: The encoder translates the physical rotation of its shaft into digital electrical signals, allowing a microprocessor to determine the direction and speed of rotation.
Tactile Feedback: The internal mechanism creates tactile "clicks" (detents) per 360-degree turn, which correspond to 15 full pulse cycles (A and B signals) for precise tracking.
Integrated Push-Button: The integrated push-button function closes a separate momentary switch when the shaft is pressed, providing an additional input for actions like muting or selection.

Keychron Q1 Rotary Encoder Switch's Product Functions

Continuous Adjustment: Provides continuous rotational input for adjusting parameters like volume, brightness, or scrolling through menus.
Momentary Switch Input: The push-button switch adds a momentary input, commonly used for mute, select, or enter functions.
Secure PCB Mounting: The through-hole design ensures a stable and durable mechanical and electrical connection to the PCB.
Firmware Integration: It is suitable for direct integration into custom firmware for a variety of digital control applications.

Custom Keyboards: Used as the multi-function knob on a custom mechanical keyboard with rotary encoder, such as the Keychron Q1 or GMMK Pro, for volume, media, or macro control.

Audio & Music Equipment: Serves as the primary menu navigation and parameter selection control on synthesizers like the Arturia MicroFreak.

Industrial & Lab Controls: Integrated into test equipment for precise setting adjustments, such as on the Rigol DP832 Programmable DC Power Supply.

KKG Electronics uses temperature-resistant materials and high-temperature testing equipment.

The product's appearance does not change when tested at 260°C for 5 minutes!   

We ensure high production efficiency and ship your order within 7 days after payment.

Q1: Why should we choose KKG Electronics as our component supplier?

A: Partnering with KKG offers several key advantages:

Manufacturing Excellence: With 15+ years of experience, we have the technical expertise to deliver reliable and consistent electronic components.

Competitive Value: We provide premium-quality products at competitive factory-direct prices, ensuring you get the best value without compromising on performance.

Custom OEM/ODM Solutions: Our team excels at providing comprehensive OEM & ODM services, tailoring components to meet your exact product specifications.

Dedicated Customer Support: Our commitment extends beyond the sale with responsive, professional support to ensure your complete satisfaction.

Q2: What is your typical turnaround time for a quotation?

A: Once we receive all the necessary product details and technical files, you can expect to receive a comprehensive quotation from our team within 24 hours.

Q3: What is your standard lead time for production orders?

A: Our standard production lead time is typically 2-3 weeks for most orders. Lead time can vary based on the specific component, order volume, and any customization requirements. We will always confirm the delivery schedule before you place an order.

Q4: Can you create custom molds or modify existing component designs?

A: Absolutely. We specialize in custom engineering solutions. Our experienced team can develop new molds for unique components or modify existing designs to meet specific requirements like uncommon terminals or unique form factors. Contact us to discuss your project forecast, end-product, and design goals in detail.

Q5: What payment methods do you accept?

A: We offer flexible payment options to suit your needs. For bulk production orders, we accept T/T (Telegraphic Transfer). For sample orders or smaller quantities, payment can be conveniently remitted via PayPal.