Encoders 15mm SHAFT NO SWITCH

PEC11R-4215F-N0024 – 24 PPR Mechanical Quadrature Encoder – Bourns

Elevate your motion control systems with the Bourns PEC11R-4215F-N0024 mechanical quadrature encoder. This incremental rotary encoder delivers precise position feedback for industrial and consumer applications, featuring a durable 6mm flatted actuator and vertical PCB mounting. PCX ensures genuine Bourns components with same-day shipping and dedicated technical support.

Key Features

• Encoder Type: Mechanical incremental with quadrature output
• Resolution: 24 pulses per revolution (PPR)
• Actuator: 6mm flatted shaft with detent positioning
• Mounting: Vertical PCB through-hole or panel mount
• Termination: PC pin connectors for secure soldering
• Reliability: 30,000 minimum rotational cycles

Technical Specifications

The PEC11R-4215F-N0024 generates two-channel quadrature signals (A/B phase) for bidirectional motion detection. Its mechanical construction ensures consistent tactile feedback via detents, while the flatted actuator prevents slippage. Designed for direct PCB integration with through-hole PC pins, this active-series component operates without a built-in switch. Verify full electrical characteristics in the PCX-hosted datasheet.

Typical Applications

• Industrial control panels and HMI interfaces
• Audio mixing consoles and DJ equipment
• Robotics joint position sensing
• Medical device adjustment dials
• Automotive dashboard controls

About Bourns

Bourns Inc. is a globally recognized leader in electronic components, with over 75 years of innovation in sensors, circuit protection, and motion control solutions. Their PEC11R series exemplifies industry-standard reliability, meeting rigorous automotive and industrial certification requirements.

Renowned for precision engineering, Bourns maintains stringent quality control across manufacturing facilities. Their encoders undergo extensive lifecycle testing to ensure consistent performance in critical applications, making them a preferred choice for OEMs worldwide.

About Rotary Encoders

Rotary encoders translate mechanical rotation into digital signals, enabling precise speed, direction, and position monitoring in automated systems. Incremental quadrature types like this Bourns model provide relative movement data through phase-shifted pulse trains, essential for closed-loop feedback control.

Mechanical encoders offer cost-effective solutions for moderate-duty applications where tactile feedback is advantageous. Their simplicity and robustness make them ideal for user interface controls, motor feedback systems, and instrumentation where absolute positioning isn’t required.

Packaging Information

This Bourns encoder ships in protective trays to prevent damage during transit. PCX provides bulk quantities with custom packaging options upon request.

Frequently Asked Questions

Question: What does “quadrature output” mean?
Answer: It generates two 90° out-of-phase square waves, allowing direction detection by analyzing signal sequence.

Question: Can this encoder detect absolute position?
Answer: No, incremental encoders like this model track relative movement only, requiring external counters for position reference.

Question: Is the detent mechanism adjustable?
Answer: The detent is factory-set and non-adjustable, providing consistent tactile feedback at 15° intervals (24 PPR).

Question: What’s the operating voltage range?
Answer: Refer to the datasheet; typical Bourns PEC11R encoders operate at 5V DC, but specifications may vary.

Question: Does it require external debouncing?
Answer: Mechanical encoders benefit from hardware/software debouncing to eliminate contact noise.

Question: Can PCX provide samples before bulk orders?
Answer: Yes, PCX offers sample requests for qualified design engineers.

Get Your Encoders Today!

Secure reliable motion feedback for your next project. Order Bourns PEC11R-4215F-N0024 encoders from PCX for guaranteed authenticity and priority shipping. Contact our support team for volume discounts!

Note: Product images are representational. Refer to datasheets for exact specifications.