Product Description:
Digital Incremental Encoder
The Digital Incremental Encoder is a step electronic encoder
designed to provide precise positional feedback with high
resolution. Featuring a robust design and an operating temperature
range of -20°C to +85°C, this increment electronic encoder is
capable of withstanding extreme shock and vibration of up to
20G/10-2000Hz. It is also lightweight at only 0.01 kg and comes
with a variety of interfaces such as serial, parallel, USB, and
Ethernet. This electronic increment encoder is ideal for a wide
range of automation applications that require accurate feedback.
Features:
- Product Name: Digital Incremental Encoder
- Type: Electronic Step Encoder, Electronic Increment Encoder, Step
Digital Encoder
- Weight: 0.01kg
- Operating Temperature: –20°C To +85°C
- Shock & Vibration: 20G/10-2000Hz
- Speed: Up To 10,000 RPM
Technical Parameters:
| Name | Digital Incremental Encoder |
|---|
| Accuracy | ±1.5° |
| Speed | Up To 10,000 RPM |
| Protection | IP65 |
| Operating Temperature | –20°C To +85°C |
| Size | 8mm/9mm/11mm |
| Interface | Serial, Parallel, USB, Ethernet |
| Weight | 0.01kg |
| Shock & Vibration | 20G/10-2000Hz |
| Storage Temperature | –40°C To +85°C |
Applications:
SANNI Digital Incremental Encoder
SANNI is a leading brand of incremental electronic encoders,
originating from Dongguan, China. Its range of digital incremental
encoders provide accurate, precise and reliable feedback for a wide
variety of applications. With a range of output options from
16pulse to 20pulse, and an accuracy rate of ±1.5°, SANNI digital
incremental encoders are designed to meet the highest standards of
performance. In addition, the high IP65 protection rating and wide
voltage range of 5-30 VDC makes them suitable for a range of
demanding industrial applications.
Customization:
SANNI Digital Incremental Encoder
SANNI digital incremental encoders offer the highest level of
performance in any application. With a high degree of accuracy and
reliability, these encoders are designed to provide precise
position feedback for highly dynamic applications.
- Place of Origin: Dongguan, China
- Output: 16 pulse, 12 pulse, 15 pulse, 20 pulse
- Protection: IP65
- Voltage: 5-30 VDC
- Operating Temperature: –20°C To +85°C
- Interface: Serial, Parallel, USB, Ethernet
All SANNI incremental electronic encoders are designed for
long-term reliable operation in tough industrial environments.
Their robust construction and stringent testing ensures optimal
performance in step and direction applications.
Support and Services:
Digital Incremental Encoder Technical Support and Service
Our technical support and service for Digital Incremental Encoders
is top-notch. Our team of skilled professionals are available to
answer any of your questions and provide comprehensive technical
support. We offer a variety of services, such as troubleshooting,
installation, maintenance, and repair. We also provide training and
product support.
We can provide professional support in a variety of ways, such as
email, telephone, and remote access. Our team is always available
to provide assistance and guidance. We also have a large database
of technical documents that provide detailed information on the
product, including installation instructions, troubleshooting tips,
and much more.
We strive to provide the highest quality of service and support for
our customers. Our goal is to ensure that our customers are
satisfied with the product and services they receive. We are
committed to providing our customers with the best possible
experience.
FAQ:
Q1. What is a Digital Incremental Encoder?
A1. A Digital Incremental Encoder is a device from SANNI in Dongguan
China that is used to detect and convert motion into digital
signals.
Q2. How is a Digital Incremental Encoder used?
A2. A Digital Incremental Encoder is used to convert motion from a
rotating shaft into a digital signal that can be used to track
speed, position or direction of the shaft.
Q3. What are the applications of a Digital Incremental Encoder?
A3. A Digital Incremental Encoder can be used in a variety of
applications, including motor control, robotics, and process
control.
Q4. What are the advantages of a Digital Incremental Encoder?
A4. A Digital Incremental Encoder provides high accuracy, low latency,
and high resolution that makes it suitable for a wide range of
applications.
Q5. Where is the Digital Incremental Encoder from?
A5. The Digital Incremental Encoder is from SANNI in Dongguan China.
