SICK SKS36-HFA0-K02 ENCODER

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SICK SKS36-HFA0-K02 ENCODER Specification

Panel Type

Base Material
Aluminum

Rated Current

Components
Integrated bearing, cable outlet

Protection Level
IP65

Thickness

Cover Material
Aluminum

Protection Class
III (EN 61140)

Current Rating
Max. 40 mA

Control System
External Controller Required

Operating Voltage
4.5 V ... 32 V DC

Rated Operation Voltage

Rated Insulation Voltage

Cabinet Material
Aluminum

Connectivity Type
Cable, Universal Mating Interface

Features
High shock and vibration resistance; Robust, precise measurements

Product Type
Incremental Rotary Encoder

Material
Aluminum housing

Surface Finish
Anodized

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

Surface Color
Silver/Gray

Rated Voltage
4.5 V DC ... 32 V DC

Frequency (MHz)

Maximum Output Current
40 mA

Dimension (L*W*H)
58 mm x 46 mm (without shaft)

Application
Position and speed detection, industrial automation

IP Rating
IP65

Display Type
No Display

About SICK SKS36-HFA0-K02 ENCODER

Discover the SICK SKS36-HFA0-K02 ENCODER, now available at the lowest price for a limited time. This magnificent, scarce optical encoder features a hollow shaft with a 10 mm diameter and delivers outstanding accuracy at 1024 pulses per revolution. Designed with anodized aluminum for robust, enlightened performance in industrial automation, it meets CE and RoHS standards, boasting an IP65 protection level. Its special clamping flange ensures secure mounting, while its high shock and vibration resistance makes it ideal for demanding environments. Order today to secure this exceptional device before stock runs out.

Industrial Utilization & Application Benefits

The SICK SKS36-HFA0-K02 ENCODER is widely used by manufacturing plants and automation specialists for precise position and speed detection. Its robust build and outstanding measurement reliability make it ideal for heavy-duty industrial applications, guaranteeing consistent performance. The key advantage is its universal mating interface and compatibility with external controllers, providing flexibility and superior control in various plant settings.

Timely Delivery & Certifications

Orders for the SICK SKS36-HFA0-K02 ENCODER are efficiently shipped upon confirmation of purchase order or quotation. As a CE marked and RoHS compliant product, it fulfills major regulatory requirements, ensuring safety and environmental responsibility. Its main export markets include India and neighboring regions, with quick delivery times available through reliable trader networks.

FAQs of SICK SKS36-HFA0-K02 ENCODER:

Q: How is the SICK SKS36-HFA0-K02 ENCODER typically used in industrial settings?

A: It is primarily employed for position and speed detection in automation systems, where accurate and robust measurements are essential for process control.

Q: What makes the SKS36-HFA0-K02 ENCODER special compared to other models?

A: Its outstanding shock and vibration resistance, precise 1024 PPR output, and universal mating interface set it apart for demanding applications, all housed in a durable anodized aluminum enclosure.

Q: When can I expect delivery for the SICK SKS36-HFA0-K02 ENCODER after placing a purchase order?

A: Typically, shipping is initiated promptly upon confirmed purchase order or quotation, with expedited delivery options depending on your location and supplier availability.

Q: Where can I source the SKS36-HFA0-K02 ENCODER in India?

A: It is available through authorized suppliers and traders specializing in industrial automation equipment across India, ensuring genuine products and technical support.

Q: What is the process for installation and integration of this encoder?

A: Mounting is straightforward using the clamping flange design, and integration involves connecting the cable to an external controller, guided by the universal interface for compatibility.

Q: What are the key benefits of using this encoder in your plant?

A: Adopting this encoder ensures enlightened precision, durability under harsh conditions, compliance with international standards, and consistent performance in automation processes.

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