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Magnetic Motor Encoder

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MOQ : 100 Pieces

Magnetic Motor Encoder Specification

Features
Compact design, long life, non-contact detection, maintenance-free

Interface
Open collector or differential

Components
Encoder disc, Magnet, Sensor IC, Housing

Response Time
< 1 ms

Input
Rotational axle motion

Operating Temperature
-20C to +85C

Resolution
100-1024 PPR (pulses per revolution), depending on model

Power Source
DC powered

Power Supply
5V DC

Usage
Motor control, automation, measurement

Output
Digital pulses / quadrature signal

IP Rating
IP40

Sensors Specification
Hall effect sensor, magnetic type

Product Type
Magnetic Motor Encoder

Application
Industrial automation, Robotics, CNC machinery

Rated Voltage
5V DC

Supply Voltage
5V DC

Size
Diameter 38 mm

Dimension (L*W*H)
38mm x 38mm x 10mm

Function
Rotational position and speed detection for motors

Color
Black and Silver

Weight
Approx 50g

Current Rating
Max 50 mA

Thickness
Approx 10 mm

Capacity
Up to 6000 RPM

Frequency
Up to 100kHz output signal

Environmental Compliance
RoHS compliant

Mounting Method
Shaft or hollow shaft mounting

Shock Resistance
50G (11 ms) as per IEC

Life Expectancy
Over 10 million revolutions

Measuring Principle
Magnetic, non-contact

Electrical Connection
3 or 4 wire, industrial grade

Output Load Current
Max 40 mA/output channel

Cable Length
Standard 1 meter

Maximum Allowable Speed
6000 RPM

Minimal Shaft Diameter
6 mm

Output Phase
A, B (Quadrature)

Housing Material
ABS plastic with aluminum cover

Vibration Resistance
10 to 55 Hz, 1.5 mm double amplitude

Magnetic Motor Encoder Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
10000 Pieces Per Month

Delivery Time
7 Days

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

About Magnetic Motor Encoder

Magnetic motor encoder is a special sort of rotary encoder, which makes effective use of sensors so as to identify the variations in magnetic fields. This is mounted to an electric motor which delivers closed loop feedback indications by tracking the position as well as speed of the motor shaft. Magnetic motor encoder is accessible with robust make and functional design. Its utilization is based on several factors such as motor type and others. It is also vital for the applications that stand in need of mounting configuration and closed-loop feedback.

Technical details

Electrical Parameters
SNSPart No	GTS03-T4P-01
Number of Circle	64 Dual direction
Maximum Speed of Rotation	10000 rpm
Phase Difference	90deg c
Duty Cycle	50%
Operating Voltage	DC 5.024 V
Operating Current	-30 - +120 deg c
Operating Temperature	-30 - + 125deg c

Advanced Sensing Technology

Equipped with a Hall effect magnetic sensor, this encoder provides high-resolution non-contact detection, minimizing wear and extending product life. The magnetic principle ensures optimal accuracy and performance even in demanding industrial environments. This design eliminates mechanical friction, guaranteeing dependable measurements for rotational position and speed over extended periods.

Industrial Grade Durability

Engineered for resilience, the encoder resists shocks up to 50G and vibration between 10 to 55 Hz, as per IEC standards. Its ABS housing with an aluminum cover enhances protection, while an IP40 rating provides dust resistance. With versatile mounting options and operational reliability across a wide temperature range, its tailored for tough applications in automation, robotics, and CNC machines.

Effortless Integration

The encoder features a standard 1-meter cable, 3 or 4-wire industrial connection, and supports open collector or differential interface, simplifying installation in a variety of systems. Compact dimensions and standard shaft compatibility make it easy to retrofit or integrate with existing motor setups. Its output frequency of up to 100kHz and rapid response time ensure seamless motor control and measurement.

FAQs of Magnetic Motor Encoder:

Q: How is the magnetic motor encoder installed and what mounting options are available?

A: The encoder can be mounted using either shaft mounting or hollow shaft mounting methods, accommodating standard shafts with diameters as small as 6 mm. Installation is straightforward, thanks to its compact design and standard-sized components.

Q: What is the measuring principle of this encoder and how does it benefit users?

A: This encoder uses a magnetic, non-contact Hall effect sensor to measure rotational position and speed. This technology offers maintenance-free operation, eliminates mechanical wear, and ensures high reliability and long service lifeover 10 million revolutions.

Q: Where can the magnetic motor encoder be applied effectively?

A: It is ideal for industrial automation, robotics, CNC machinery, and motor control systems. Its robust build and interface options allow for flexible integration into various high-performance and demanding environments.

Q: What is the typical process for connecting the encoder to a motor control system?

A: Connection is via a standard 1-meter cable using 3 or 4-wire industrial-grade terminals. The encoder outputs A and B phase digital quadrature signals through open collector or differential interfaces, making it compatible with most control hardware.

Q: When should you use this encoder over optical or mechanical types?

A: Choose this magnetic encoder when applications require non-contact operation, resistance to dust and vibration, or when maintenance-free and long life are priorities. It performs well in tough environments where traditional encoders may suffer wear.

Q: What are the benefits of the encoders shock and vibration resistance?

A: Withstanding up to 50G shock and vibration amplitudes up to 1.5mm within 10 to 55 Hz, the encoder is suitable for use in machinery and environments subject to frequent impacts or movement. This ensures stable signal output and long-term reliability.

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