AUTONICS, ROTARY ENCODER, E50S8-100-3-T-1

AUTONICS, ROTARY ENCODER, E50S8-100-3-T-1 Specification

Current Type
DC

Features
Incremental Rotary Encoder

Bearing Type
Ball bearing

Voltage
5VDC ±5%

Standard
CE Marked

Rated Voltage
5VDC

Starting Type
Direct start

Efficacy
Incremental Rotary Encoder

Ambient Temperature
-10 to 70°C

Product Type
Rotary Encoder

Protect Feature
Reverse polarity protection, output short-circuit protection

Speed
Max. response frequency: 300kHz

Color
Standard (as per image: black/silver)

Dimension (L*W*H)
50 mm diameter, 37.2 mm overall length

Weight
Approx. 230g

Shaft Diameter
8mm

Mounting Type
Clamp type / Servo Mount

Dielectric Strength
AC 500V 60Hz for 1 minute

Max. Response Frequency
300kHz

Rotation Direction
Forward/Reverse

Connector Type
Cable type (cable outlet)

Resolution (Pulses per Revolution)
100 PPR

Housing Material
Aluminum

Vibration Resistance
10 to 55Hz, amplitude 1.5mm (for 2 hours each in X, Y, Z)

Insulation Resistance
Over 50M (at 500VDC)

Shaft Material
Stainless Steel

Cable Length
2 meters

Allowable Shaft Load
Radial: 30N, Axial: 20N (at shaft end)

Output Type
NPN Open Collector

Output Phase
A, B, Z (3-phase)

Type
Incremental Rotary Encoder

Model
E50S8-100-3-T-1

AUTONICS, ROTARY ENCODER, E50S8-100-3-T-1 About

Experience peerless precision with the AUTONICS E50S8-100-3-T-1 Incremental Rotary Encoder, the paragon of reliable motion feedback solutions. Its crackerjack stainless steel shaft and robust aluminum housing ensure lasting performance while offering reverse polarity and short-circuit protection. This cost-effective, affordable encoder boasts 100 PPR, NPN open collector output, IP50 rating, and 300kHz response for seamless integration into demanding environments. Personalise your setup with its versatile cable connection and easy mounting optionsideal for those seeking superior performance on a budget without compromise.

Versatile Commercial and Industrial Applications

The AUTONICS E50S8-100-3-T-1 rotary encoder is designed for diverse usage types, from general industrial automation to specific commercial equipment feedback tasks. Suitable for robotics, conveyor systems, machine tooling, and more, its engineered to deliver reliable incremental position and speed data. Its three-phase output provides precise control in real-time operations, making it indispensable for engineers and system integrators aiming for efficient, cost-effective automation in various settings.

Global Reach and Recognised Standards

With major export markets across Asia and Europe, the AUTONICS E50S8-100-3-T-1 is CE marked and tailored for international handover at FOB ports in Korea North. Whether domestic market supply or international proposal amounts, this product ensures seamless compliance and prompt delivery. Its adherence to industry standards makes it a preferred choice for reputable traders, suppliers, and wholesalers worldwide, assuring quality and confidence at every stage of procurement.

FAQs of AUTONICS, ROTARY ENCODER, E50S8-100-3-T-1:

Q: How do I install the AUTONICS E50S8-100-3-T-1 rotary encoder?

A: Installation involves securing the encoder using its clamp or servo mount, aligning the 8mm shaft with your equipment, and connecting the 2-meter cable to your control system. Ensure voltage and wiring compatibility for optimal performance.

Q: What are the main commercial uses for this rotary encoder?

A: This rotary encoder excels in industrial automation, robotics, conveyor feedback, and machine tooling applications. Its incremental feedback is widely used for position and speed monitoring in diverse industries.

Q: Where can this product be exported and which certifications does it hold?

A: The encoder is exported globally, focusing on major Asian and European markets. It carries the CE mark, ensuring adherence to international safety and performance standards.

Q: What protective features does the E50S8-100-3-T-1 offer during usage?

A: It provides reverse polarity and output short-circuit protection, which safeguard the device and connected systems from electrical faults and potential damage.

Q: When is it ideal to use a three-phase (A, B, Z) incremental rotary encoder?

A: Three-phase incremental encoders are ideal when precise real-time feedback for direction, speed, and position is requiredsuch as in automated machinery or robotics environments.

Q: What process should I follow to ensure accurate signal output from the encoder?

A: Verify correct alignment of the shaft, secure mounting, and ensure proper electrical connections according to wiring standards. Regularly check insulation resistance and keep the device free from excessive vibration.