Long Drive Output 5V Absolute Rotary Encoder For 360 Degrees
Measurement Range
Product Description:
Absolute Rotary Encoder
The Absolute Rotary Encoder is a high precision absolute angular
measurement encoder designed for various industrial applications.
It is also known as Absolute Shaft Encoder due to its ability to
measure the absolute position of the shaft accurately.
Product Overview
The Absolute Rotary Encoder uses contact readout mode to detect the
absolute position of the shaft. This ensures reliable and accurate
measurement results. The encoder also features a long drive output
signal, which provides a high level of signal stability and
immunity to interference. Its digital output type makes it easy to
integrate with various control systems.
Key Features
- Absolute Rotary Position Encoder
- Absolute Angular Measurement Encoder
- Absolute Shaft Encoder
- Contact Readout Mode
- Long Drive Output Signal
- Digital Output Type
- 5V Supply Voltage
- High Precision
- Rotary Encoder
Product Details
The Absolute Rotary Encoder operates at a supply voltage of 5V,
making it suitable for a wide range of industrial applications.
With its high precision measurement capabilities, it is able to
provide accurate and reliable results in various environments. The
encoder is compact in size and easy to install, making it a
convenient choice for various applications.
Applications
The Absolute Rotary Encoder is commonly used in industrial
automation, robotics, CNC machines, and other precision control
systems. It is also suitable for applications that require accurate
and reliable measurement of rotary position, such as in the
automotive and aerospace industries.
Conclusion
The Absolute Rotary Encoder is a versatile and high precision
absolute angular measurement encoder, designed to meet the demands
of various industrial applications. Its contact readout mode, long
drive output signal, and digital output type make it a reliable and
easy-to-use solution for accurate rotary position measurement. With
its 5V supply voltage and compact size, it is a convenient choice
for a wide range of applications.
Features:
- Product Name: Absolute Rotary Encoder
- Output Type: Digital
- Signal Output: Long Drive Output
- Supply Voltage: 5V
- Operating System: Contact Brush Type
- Shaft Material: Plastic
- Absolute Angle Sensing Encoder
- Absolute Turn Encoder
- Absolute Shaft Encoder
Technical Parameters:
| Attribute | Value |
|---|
| Product Name | Absolute Rotary Encoder |
| Type | Rotary Encoder |
| Supply Voltage | 5V |
| Rotational Speed | 6000 RPM |
| Output Type | Digital |
| Resolution | 1 Degree |
| Shaft | Metal |
| Housing Material | Aluminum |
| Signal Output | Long Drive Output |
| Measurement Range | 360 Degrees |
| Shaft Type | Hollow Shaft |
| Keywords | Absolute Rotary Position Encoder, Absolute Angular Measurement
Encoder, Absolute Angular Position Encoder |
Applications:
Sanni Absolute Rotary Encoder
The Sanni Absolute Rotary Encoder is a top-of-the-line product
designed for precise and accurate angular measurement. With its
advanced technology and high-quality materials, it is the perfect
solution for various industries and applications.
Product Attributes:
- Brand Name: Sanni
- Model Number: RE11, RE12
- Place of Origin: China
- Resolution: 1 Degree
- Signal Output: Long Drive Output
- Housing Material: Aluminum
- Readout Mode: Contact
- Type: Rotary Encoder
Application Scenarios:
The Absolute Rotary Encoder is widely used in various industries
and applications, such as:
- Robotics: In robotics, precise and accurate angular measurement is crucial
for the movement and positioning of robotic arms. The Absolute
Rotary Encoder provides absolute angle data and allows for smooth
and precise movement of robots.
- CNC Machines: The Absolute Rotary Encoder is an essential component in CNC
machines, providing accurate angular measurements for the movement
of cutting tools. This ensures precise and efficient machining
processes.
- Industrial Automation: In industrial automation, the Absolute Rotary Encoder is used for
positioning and monitoring of various equipment, such as conveyors,
motors, and actuators. Its high resolution and precise measurement
make it an ideal choice for industrial automation.
- Medical Equipment: The medical industry requires precise and accurate measurements
for various procedures and treatments. The Absolute Rotary Encoder
is used in medical equipment such as MRI machines, surgical robots,
and imaging systems to ensure accurate and reliable measurements.
Product Features:
- Absolute Angle Encoder: Unlike incremental encoders, the Absolute Rotary Encoder provides
absolute angle data, which means it can determine the exact
position of the shaft without the need for a reference point.
- Absolute Shaft Encoder: The Absolute Rotary Encoder is designed to measure the rotation of
a shaft, providing high-precision and accurate measurements for
various applications.
- Absolute Angular Measurement Encoder: With its 1-degree resolution, the Absolute Rotary Encoder can
measure angles with utmost precision, making it the perfect choice
for applications that require accurate angular measurement.
Conclusion:
The Sanni Absolute Rotary Encoder is a versatile and reliable
product that can be used in various industries and applications.
Its advanced technology, high-quality materials, and precise
measurements make it a top choice for customers looking for an
absolute angle encoder, absolute shaft encoder, or absolute angular
measurement encoder.
Customization:
Sanni Absolute Rotary Encoder Customization Service
Brand Name: Sanni
Model Number: RE11, RE12
Place of Origin: China
Type: Rotary Encoder
Rotational Speed: 6000 RPM
Measurement Range: 360 Degrees
Housing Material: Aluminum
Resolution: 1 Degree
Our Absolute Rotary Encoder is a high-precision and reliable
solution for accurately measuring rotational movements. With our
customization service, we offer the following options to meet your
specific needs:
- Absolute Revolution Encoder: Our rotary encoder can accurately measure 360 degrees of rotation,
providing absolute position data.
- Absolute Circular Position Encoder: With a resolution of 1 degree, our encoder can provide precise
circular position data for your application.
- Absolute Shaft Encoder: Our encoder is designed to fit onto a shaft and accurately measure
rotational movements up to 6000 RPM.
Our encoders are made with high-quality aluminum housing material
for durability and reliability. Made in China, our products are
manufactured with strict quality control standards to ensure
accuracy and performance.
Trust Sanni for all your Absolute Rotary Encoder needs. Contact us
today for a custom solution tailored to your specific requirements.
Packing and Shipping:
Packing and Shipping
- Packaging:
- Each Absolute Rotary Encoder is carefully packed in a sturdy and
protective box to ensure safe delivery.
- The box is labeled with the product name, model number, and
specifications for easy identification.
- Inside the box, the encoder is wrapped in bubble wrap or foam to
prevent any damage during transportation.
- All necessary accessories and user manuals are also included in the
package.
- Shipping:
- We offer worldwide shipping for our Absolute Rotary Encoder.
- Standard shipping will be done through reputable couriers such as
FedEx, UPS, or DHL.
- Customers can also choose express shipping for faster delivery,
with additional charges.
- Once the order is shipped, a tracking number will be provided to
the customer for easy monitoring of the delivery status.
- Delivery times may vary depending on the destination, but we strive
to ensure prompt and efficient delivery.
FAQ:
- Q: What is the brand name of this product?
- A: The brand name is Sanni.
- Q: What are the model numbers of this product?
- A: The model numbers are RE11 and RE12.
- Q: Where is this product manufactured?
- A: This product is manufactured in China.
- Q: What is the function of an Absolute Rotary Encoder?
- A: An Absolute Rotary Encoder is used to determine the absolute
position of a rotating shaft or object.
- Q: What are the output signals of this product?
- A: This product has digital output signals, such as parallel,
serial, and absolute binary codes.
