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Absolute Encoders

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Absolute Encoders Specification

Weight
Approx. 200g

Remote Control
Yes

Connectivity Type
Wired, Cable Output

Mounting Type
Flange Mounting

Features
High resolution, Shock resistant, Maintenance-free

IP Rating
IP65

Frequency
50-60 Hz

Cable Length
2 meters

Control Type
Digital Control

Processor Type
Microcontroller Based

Drive Type
Direct Drive

Application
Industrial and Robotics

Speed Range
Max. 6000 RPM

Sensor Type
Optical Encoder

Automation Grade
Automatic

Phase
Single Phase

Material
Aluminum Body

Power
5W

Temperature
-20C to +85C

Voltage
5-30V DC

Output Signal
SSI, RS422, Parallel

Resolution
Up to 16-bit (65536 steps per revolution)

Housing Material
Anodized Aluminium

Cable Entry
Radial

Shaft Diameter
6 mm

Protection
Reverse Polarity and Short Circuit Protection

Maximum Rotational Speed
12000 RPM

Storage Temperature
-40C to +100C

Vibration Resistance
Up to 100 m/s

Absolute Encoders Trade Information

FOB Port
KOLKATA

Delivery Time
Normal

Main Domestic Market
All India

About Absolute Encoders

Absolute Encoders

We are one of the leading suppliers and traders of Absolute Encoders for our hug clientele base. These make use of tested quality material and making as per the set industrial norms and standards. We offer these Absolute Encoders - Modular Bus Covers in different specifications to meet the demands of diverse clients. We conduct various quality inspections to make sure that no compromise is done with their quality. Clients can avail these from us at highly feasible prices in the market.

Features

Encoder single- or multi turn / bus cover
Optical sensing
Resolution: single turn 13 bit, multi turn 16 bit
Clamping or synchro flange
CAN open / Device Net / Ether CAT/ Ether Net-lP /SAEJ 1939
PROFINET /Power over Ether CAT / POWER LINK
Profi bus/SSI
Code continuity check optional by bus

Optional

Incremental outputs and stainless steel design

Technical data - electrical ratings

Voltage supply 10...30 VDC

Reverse polarity protection Yes

Consumption w/o load 100 mA (24 VDC)

Initializing time (typ.) 250 ms after power on

Interfaces CANopen, DeviceNet,

EtherCAT, EtherNet/IP, PoE,

Profibus, PROFINET,

POWERLINK, SAEJ1939, SSI

User address Rotary switch in bus cover

(type-specific)

Steps per turn 8192 / 13 bit

Incremental output 2048 pulses A90B (optional)

Absolute accuracy 0.025

Sensing method Optical

Code Binary

Code sequence CW/CCW programmable

Interference immunity DIN EN 61000-6-2

Emitted interference DIN EN 61000-6-4

Programmable

parameters

Steps per revolution

Number of revolutions

Preset

Scaling

Rotational direction

Diagnostic functions Position or parameter error

Multiturn sensing

Status indicator DUO-LED integrated in bus

cover

Approval UL approval / E63076

GXAMW

Function Singleturn

GXMMW

Function Multiturn

Number of turns 65536 / 16 bit

Technical data - mechanical design
Dimensions (flange)	58 mm
Shaft type	10 mm solid shaft (clamping flange)
Shaft type	6 mm solid shaft (synchro flange)
Flange	Clamping or synchro flange
Protection DIN EN 60529	IP 54 (without shaft seal)
Protection DIN EN 60529	IP 65 (with shaft seal)
Operating speed	10000 rpm (mechanical)
Operating speed	36000 rpm (electric)
Starting torque	0.015 Nm (IP 54)
Starting torque	0.03 Nm (IP 65)
Rotor moment of inertia	20 gcm2
Shaft loading	20 N axial
Shaft loading	40 N radial
Materials	Housing steel
	Flange aluminium
	Bus cover: zinc die-cast
Operating temperature	-25...+85 C
Operating temperature	-40...+85 C (optional)
Relative humidity	95 % non-condensing
Resistance	DIN EN 60068-2-6 Vibration 10 g, 16-2000 Hz DIN EN 60068-2-27 Shock 200 g, 6 ms
Weight approx.	650 g
Connection	Bus cover

Unmatched Precision and Durability

Engineered for accuracy, this absolute encoder delivers up to 16-bit resolution, providing 65,536 position steps per revolution. Its anodized aluminium housing and IP65 protection ensure resistance to dust, water, and mechanical shocks, making it tailored for industrial and robotic environments where stability and precision are essential.

Flexible Integration Options

Supporting SSI, RS422, and parallel output signals, this encoder can easily interface with diverse control systems. Its radial cable entry, flange mounting, and direct drive type simplify installation. The built-in reverse polarity and short circuit protection enhance operational safety and longevity, minimizing downtime in automated setups.

FAQs of Absolute Encoders:

Q: How is this absolute encoder typically used within industrial and robotics applications?

A: This encoder is primarily used for precise position feedback in automation systems, robotic arms, and complex motion control setups. Its high resolution and digital control enable accurate monitoring and management of shaft position, essential for automation and robotic systems that require reliability and repeatability.

Q: What are the benefits of using an encoder with 16-bit resolution and shock resistance?

A: A 16-bit encoder provides extremely fine position granularity (65,536 steps per revolution), allowing for precise control and feedback in sensitive applications. Its shock-resistant design ensures continued performance in high-vibration or physically demanding environments, reducing the risk of component failure.

Q: When should I choose an optical encoder with SSI, RS422, or parallel output for my system?

A: Select SSI output for secure, high-speed serial communication in modern systems; RS422 is optimal for long-distance transmission within noisy environments, and parallel output is ideal when fast, simultaneous data is required. The choice depends on your equipment compatibility, distance requirements, and signal integrity needs.

Q: Where can these encoders be installed safely?

A: With an IP65 rating and robust construction, these encoders are suitable for installation in both indoor and outdoor locations exposed to dust, jets of water, and mechanical vibrations. Typical settings include factory automation lines, robotics cells, and industrial machinery in harsh operational environments.

Q: What process should be followed for integrating the encoder in a new system?

A: Start by mounting the encoder securely using the flange mount. Connect the radial cable output to your control devices compatible interface (SSI, RS422, or parallel). Ensure the power supply is within the 530V DC range, then calibrate the system for digital position feedback. Comprehensive wiring and grounding instructions should be observed for optimal safety and functionality.

Q: How does the maintenance-free design benefit long-term operation?

A: The maintenance-free, shock-resistant design reduces the need for regular servicing or replacement, which translates to lower operational costs and minimized downtimes. Its durable anodized aluminium body protects internal components, ensuring reliable performance throughout the encoders service life.

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