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Incremental Encoder- heavy duty

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Incremental Encoder- heavy duty Specification

Application
Industrial Motion Control, Heavy Machinery Positioning

Speed Range
0 to 6000 RPM

Automation Grade
Automatic

Control Type
Incremental Pulse Output

IP Rating
IP65

Drive Type
Shaft-Driven

Connectivity Type
Cable with Shielded Wires

Sensor Type
Optical

Weight
Approx 0.8 kg

Cable Length
2 meters

Features
Heavy Duty, Rugged Construction, Shock Resistant

Frequency
Up to 5000 Hz

Mounting Type
Flange / Clamp Mount

Phase
Single Phase

Material
Aluminium Alloy Body

Power
5 W (Max)

Temperature
-20C to +85C

Voltage
5V DC or 8~30V DC

Output Type
Incremental, Quadrature A/B/Z Channels

Storage Temperature
-30C to +100C

Resolution
1000 to 5000 PPR (Pulses per Revolution)

Response Time
1 s

Shaft Size
10 mm Diameter

Insulation Resistance
>100 M at 500V DC

Maximum Radial Load
60 N

Maximum Axial Load
40 N

Protection Against Shaft Voltage
Yes

Vibration Resistance
10~200 Hz, 50 m/s

Output Signal
TTL/HTL Compatible

Incremental Encoder- heavy duty Trade Information

FOB Port
KOLKATA

Payment Terms
Western Union, Cash in Advance (CID), Cheque, Cash Advance (CA)

Delivery Time
4 Days

Sample Policy
Contact us for information regarding our sample policy

Main Domestic Market
All India

About Incremental Encoder- heavy duty

Incremental Encoder

Technical data - electrical ratings

Voltage supply 5 VDC 5 %
9...26 VDC
9...30 VDC
Consumption w/o load 100 mA
Resolution (steps/turn) 1...1250
Phase shift 9020
Scan ratio 40...60 %
Reference signal Zero pulse, width 90
Sensing method Optical
Output frequency 120 kHz
Output signals K1, K2, K0 + inverted
Output circuit TTL/RS422
HTL (power linedriver)
Interference immunity DIN EN 61000-6-2
Emitted interference DIN EN 61000-6-4
Approval UL approval / E256710

Technical data - mechanical design

Dimensions (flange) 115 mm
Shaft type 11 mm solid shaft
Shaft loading 250 N axial
350 N radial
Flange EURO flange B10
Protection DIN EN 60529 IP 55
Operating speed 12000 rpm (mechanical)
Operating torque typ. 1 Ncm
Rotor moment of inertia 280 gcm
Materials Housing: aluminium die-cast
Shaft: stainless steel
Operating temperature -30...+100 C
Resistance IEC 60068-2-6
Vibration 10 g, 10-2000 Hz
IEC 60068-2-27
Shock 100 g, 6 ms
Explosion protection II3G Ex nA IIC T4 Gc (gas)
II3D Ex tc IIIB T135C Dc (dust)
Connection Terminal box
Weight approx. 900 g

Rugged Design for Industrial Environments

Constructed with a durable aluminium alloy body, this encoder meets stringent requirements for vibration (10~200 Hz, 50 m/s) and shock resistance. It maintains high insulation resistance (>100 M at 500V DC) and is protected against shaft voltage, making it ideal for challenging industrial applications that demand reliability and extended operational life.

High Precision Feedback

Offering resolutions from 1000 to 5000 PPR with quadrature A/B/Z channels, the encoder delivers precise incremental pulse output. Its response time is less than 1 microsecond, enabling accurate positioning and speed feedback, which is essential for precise motion control systems in automation and heavy machinery.

Flexible Mounting and Connectivity

The unit supports both flange and clamp mounting, accommodating various installation requirements. Equipped with shielded cables (2 meters) for reliable signal transmission and compatibility with industrial voltages (5V DC or 8~30V DC), it ensures seamless integration into existing setups.

FAQs of Incremental Encoder- heavy duty:

Q: How is this encoder installed on industrial equipment?

A: The encoder can be mounted using either a flange or clamp, making it adaptable to different machinery setups. The shaft-driven design with a 10 mm diameter allows for secure attachment to standard industrial shafts.

Q: What benefits does the quadrature A/B/Z channel output provide?

A: Quadrature A/B/Z channels offer high-resolution feedback and direction sensing, which is essential for accurate positioning and speed measurement in automation systems. The Z channel provides a reference mark per revolution for homing operations.

Q: When should the TTL or HTL output signal compatibility be considered?

A: Choose TTL output for low-voltage logic circuits (5V DC) and HTL output for higher voltage applications (8~30V DC). Compatibility ensures that the encoder aligns seamlessly with the signal requirements of your control system.

Q: Where is this heavy-duty incremental encoder typically used?

A: This encoder is optimized for industrial motion control and heavy machinery positioning, such as in automated manufacturing, robotics, and material handling systems where robust, precise feedback is essential.

Q: What process ensures durability and environmental protection?

A: The encoder features an IP65 rating for dust and water resistance, an aluminium alloy body for mechanical strength, and vibration resistance up to 50 m/s. Its broad temperature tolerance (-20C to +85C operating, -30C to +100C storage) enables use in harsh environments.

Q: How does the encoder handle electrical and vibration stresses?

A: It is designed with insulation resistance over 100 M at 500V DC, protection against shaft voltage, and compliance with rigorous vibration specifications (10~200 Hz), ensuring reliable operation even under electrical and mechanical stress.

Q: What is the advantage of the shielded cable with this encoder?

A: The 2-meter shielded cable minimizes electrical interference and signal loss, providing stable and accurate pulse output transmission over longer distancesvital for installations in electrically noisy industrial environments.

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