Absolute Encoder

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Absolute Encoder Specification

Features
High accuracy, Robust construction, IP65 protection, Suitable for harsh environments

Standard
Industrial

Product Type
Absolute Encoder

Color
Black

Mounting Type
Shaft Mount

IP Rating
IP65

Operating Voltage
5~30 VDC

Shaft Type
Solid / Hollow

Material
Aluminium Alloy

Connection Type
Cable / Connector

Temperature Range
-20°C to +85°C

Output Type
Parallel / SSI / CANopen / Profibus

Rotation Angle
0 to 360 Degrees

Rotational Life
More than 10 million rotations

Resolution
10 bit to 16 bit

Absolute Encoder Trade Information

Payment Terms
Cash in Advance (CID), Cheque

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Domestic Market
All India

About Absolute Encoder

We are the suppliers of Absolute Encoder. These absolute encoders provide a variety of resolutions (i.e. 12, 13, 14, 16 bit). The sizes of these absolute encoders are compact to enable easier integration into space constraint applications including medical, security, brushless DC motors, and industrial applications.

Product Details:

Usage/Application	Industrial
Material	Mild Steel
Power Source	Electric
Operating Temperature	-20 to 80 Deg C
Max Pressure	1000 Bar
Surface Treatment	Galvanised
Voltage	220 V
Frequency	50 Hz
Phase	Single Phase

Versatile Industrial Encoder

Engineered for demanding applications, this absolute encoder provides highly accurate position feedback, accommodating both solid and hollow shafts. Its IP65 protection and robust aluminium alloy construction ensure reliability in harsh or outdoor environments, making it suitable for heavy-duty operations. Multiple output options and mounting flexibility allow seamless integration into new or existing automation systems.

Advanced Connectivity and Output

Supporting Parallel, SSI, CANopen, and Profibus interfaces, this encoder streamlines communication with various industrial controllers. The choice between cable and connector connections increases installation efficiency, whether retrofitting machinery or designing new systems, ensuring fast and secure data transmission for critical operational processes.

FAQs of Absolute Encoder:

Q: How do I install the Absolute Encoder with shaft mount configuration?

A: To install the encoder as a shaft mount, align the device with the machines shaftsolid or hollow depending on your selection. Secure it using appropriate mounting hardware to ensure stable operation. The encoders IP65 rating and aluminium alloy body provide durability during installation and use in harsh environments.

Q: What output types are supported, and how do I choose the right interface?

A: This encoder supports Parallel, SSI, CANopen, and Profibus outputs. Choose the interface based on your control systems requirements: SSI for point-to-point communication, CANopen or Profibus for networking multiple devices, or Parallel for simple integration with legacy controllers.

Q: Where can this encoder be used within industrial processes?

A: The encoder suits diverse industrial settings, including automation systems, robotics, packaging equipment, and manufacturing lines. Its robust design and IP65 protection allow deployment in environments with dust, moisture, or extreme temperatures, supporting accurate positioning and process control.

Q: What benefits does the aluminium alloy construction and IP65 rating provide?

A: Constructed with aluminium alloy and rated IP65, the encoder offers excellent resistance to mechanical stress, corrosion, dust, and water ingress. This durability extends service life, reduces maintenance, and ensures consistent performance even in demanding industrial or outdoor conditions.

Q: When should I select a solid versus hollow shaft type?

A: Choose a solid shaft for direct coupling to machinery, providing straightforward installation and alignment. A hollow shaft is ideal for mounting onto pre-existing shafts or for applications with space constraints, enabling simpler retrofitting and versatile integration.

Q: How does the high resolution (1016 bit) enhance usage in industrial applications?

A: The high resolution delivers precise angular position feedback vital for automation and control tasks. This accuracy improves process reliability, enables fine adjustments in machinery, and optimizes product quality in industrial production.

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