YUMO New Arrival---Mini Incremental Encoder---Rotary Encoder M14 Series

YUMO New Arrival---Mini Incremental Encoder---Rotary Encoder M14 Series

Solid Shaft Encoder M14S3-1024BZ3-5L

1. Advantages

    Small Size

    Full function

    High frequency response

    Stable and reliable performance

    Long service life

2. Model Explanation

M	14	S	3	1024	BZ3	5	L
Solid Shaft Incremental Encoder	OD：φ14mm	Shaft type: solid shaft	Shaft diameter: 3mm	Resolution: 1024 P/R Other can be customized	Output signal: B: A, B BZ:A, B, Z	Supply voltage: 5VDC	Output form: line driver

3. Cable Color Explanation

Signal	VCC	0V	A	B	Z	A/	B/	Z/	Shield
4 wires	Red	Black	Green	White	Yellow	-	-	-	C

4. Technical Specifications

Supply Voltage	3.3-5VDC
Consumptive Current	Under 20mA
Shell Material	Aluminum
Output Phase	A, B, Z phase Quadrature
Resolution Ratio	256/512/1024/4096 P/R
Output Capacity	Under 30mA
Max. Response Frequency	1000 rpm
Output Phase Difference	90℃±45℃
Response Time	1.0μS

5. Quadrature Mode Waveform

A Phase

B Phase

Z Phase I Phase, Mechanical Zero

Note: Rotate phase a clockwise in front, and vice versa.

6. Dimensions (mm)

7. Application

Encoders are critical components in all kinds of mechanical systems. They are especially prevalent in industrial settings where large machinery performs repeatable tasks, high-precision prototyping or delicate work.

1) Encoders in the Medical Industry

Encoders are prominent in the medical industry because of the precision necessary to accurately and safely test and treat the human body—and develop new procedures in the lab. For example, you will find YUMO Encoder M14 Series in the medical machine which needs a compact rotary component to measure rotational movement.

2) Encoders for Automation

The automation industry is booming, and it couldn’t be without capable encoders. Robotic arms, like this one developed by grinding machine company, Strausak, are ubiquitous in manufacturing environments. Any unmanned mechanical systems will rely on consistent and accurate motion and measuring.

Encoders are also being used to automate transportation as with Sweden’s high-speed train, the SJ3000, which employs a custom-made, absolute MC 400 encoder from Leine Linde. It helps operate a redundant system that controls the train’s speed and braking automatically if necessary.

If you’re looking for encoders for an automation application, use our product selector tool to narrow down your search.

3) Encoders in Robotics

Whether it’s an articulating arm that picks and places equipment in a manufacturing plant or more mobile, automated, guided robots, they all use encoders. By their nature, automated systems need these effective speed and positioning feedback systems to function with limited human assistance. In many cases, encoders with a small profile are best suited for a robotic design, so that all the required technology can fit together in a robot that’s sized appropriately to its use.

YUMO Encoders all serve the same general purpose of measuring motion and signaling feedback, but their configurations, capabilities and applications vary widely. They have played a significant role in almost every facet of life, especially industrial and technological pursuits. And that won’t be changing any time soon.