sick encoder

sick encoder Specification

Processor Type
Microcontroller-based

Mounting Type
Flange/Clamp Mount

Drive Type
Servo/Stepper compatible

Speed Range
Up to 12,000 RPM

Phase
Single phase (signal outputs)

Cable Length
2 meters

Connectivity Type
Cable with connector (M12, 8-pin)

Control Type
Incremental

IP Rating
IP65

Frequency
Up to 100 kHz

Sensor Type
Rotary Encoder (Optical)

Automation Grade
Automatic

Application
Industrial Automation, Position Feedback

Features
High-resolution, Robust housing, Short-circuit protection

Weight
approx. 200 g

Material
Aluminium, Plastic

Power
5 VDC, max. 0.8 W

Temperature
-20C to +85C (operating)

Voltage
4.5...5.5 VDC

Resolution
Up to 5,000 PPR (Pulses Per Revolution)

Rotational Direction
Bi-directional signal output (A/B/Z)

Interface
TTL/HTL, RS-422

Shock Resistance
2000 m/s2, 6 ms

Housing Diameter
58 mm

Vibration Resistance
100 m/s2, 10...2000 Hz

Shaft Diameter
10 mm

EMC Standard
EN 61000-6-2, EN 61000-6-3

Storage Temperature
-40C to +100C

Output Type
Push-Pull (HTL/TTL)

sick encoder Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

About sick encoder

Get the trending Sick Encoder - a must-have for valuable industrial automation projects. Delivering flawless position feedback, this uncommon rotary encoder features a robust 58 mm aluminium/plastic housing, a 10 mm shaft diameter, and offers resolutions up to 5,000 PPR. Its push-pull (HTL/TTL) output and RS-422 interface ensure flexible connectivity. Engineered for reliability, it offers shock and vibration resistance, IP65 protection, and high EMC compliance. Enjoy seamless integration with single-phase, servo/stepper drives and cable with connector (M12, 8-pin). Suitable for rigorous environments, this encoder is the solution for precision and durability.

Industrial-Grade Precision for Multiple Applications

The Sick Encoder is designed for demanding industrial automation environments, perfectly suited for position feedback systems. Its flawless signal accuracy makes it essential for conveyor systems, robotics, and motion control on surfaces like machinery frames or motor shafts. Also valuable for both specific uses-such as servo and stepper motor feedback-and general use across factory automation. Its mounting flexibility allows for easy adaptation to flange or clamp surfaces, delivering consistent high-performance where it matters most.

Swift Delivery & Reliable Domestic Coverage

Serving the main domestic market across India, the Sick Encoder is dispatched with care from our trusted facilities. Expect thorough packing & dispatch, ensuring your product arrives intact and ready for immediate handover. With quick delivery timelines and reliable port options including major Indian FOB ports, we prioritize getting every order processed without delay. Our commitment guarantees smooth transitions from supplier to operator, so your automation never skips a beat.

FAQ's of sick encoder:

Q: How do I install the Sick Encoder for optimal performance?

A: Mount the Sick Encoder securely using the flange or clamp mount options on appropriate machinery surfaces. Ensure the shaft diameter matches your application, use the cable with M12 connector for connectivity, and follow wiring instructions for seamless integration.

Q: What are the main benefits of using the Sick Encoder in industrial automation?

A: The Sick Encoder delivers high precision, robust construction, resistance to harsh environments, and compatibility with both servo and stepper drives. Its high resolution and durable build ensure reliable, valuable feedback for critical processes.

Q: When should I consider upgrading to a Sick Encoder in my setup?

A: Upgrade to a Sick Encoder when you require higher resolution (up to 5,000 PPR), improved environmental durability, EMC compliance, or need robust shock and vibration resistance in automated or positioning tasks.

Q: Where can this encoder be applied within industrial settings?

A: This encoder is ideal for use in automated assembly lines, robotics, material handling, conveyor systems, and any application requiring precise rotary position feedback on motors or moving parts.

Q: What features make the Sick Encoder uncommon in its category?

A: Its uncommon features include high EMC standard compliance, IP65 protection, support for high speeds (up to 12,000 RPM), short-circuit protection, and versatile push-pull/RS-422 interface compatibility.

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