Поворотный энкодер

GLT48 Прочный инкрементальный поворотный энкодер Станкостроительная промышленность

Созданный для обеспечения долговечности, энкодер поддерживает универсальную установку благодаря прочной конструкции и стабильным выходным сигналам, обеспечивая долговечную работу в различных системах автоматизации и управления движением. Простота установки и низкие требования к обслуживанию делают его надежным компонентом для систем автоматизации, робототехники и станкостроения.

The GLT48 Incremental Rotary Encoder is engineered for high precision and long-lasting performance in demanding industrial control systems. Featuring a rugged design and stable signal output, this rotary encoder is ideal for applications requiring accurate rotational position and speed feedback. Its easy installation and low maintenance requirements make it a trusted component for automation, robotics, and machine tool industries.

Основные характеристики:

  • High-resolution incremental output with consistent and noise-resistant signals

  • Robust construction designed for industrial environments with dust and vibration resistance

  • Versatile output signal options including TTL and open collector

  • Standardized flange and shaft coupling for quick and secure mounting

  • Premium bearings and sealed housing for extended operational life

  • Wide operating voltage range compatible with various industrial power supplies

Преимущества продукта:

  • Provides stable and precise feedback essential for optimizing machine accuracy

  • Rugged build reduces failure rates in harsh and continuous-use environments

  • Simplifies system integration with flexible output and mounting solutions

  • Enhances productivity by minimizing downtime and maintenance needs

  • Suitable for compact installations due to its space-efficient design

Модель продукта и ее значение

GLT482500  8P0.21M
Категория
продукт
Type of
продукт
Form of main
shaft
Контур
продукт
Size of main
вал, отверстие вала
РазрешениеФорма выпускаКабель
G:incremental
type
L:photoelec-
tricity
T:Through-hole
shaft
48:Φ48mm□:φ9mm
08:中8mm
500,1000,1024,2500   4P:2 pairs of magnetic
poles
6P: 3pairs of magnetic
poles
8P:4 pairs of magnetic
poles
10P:5 pairs of magnetic
poles
Default 0.21m line,For
non 0.21m,labeling is
sufficientt

Таблица проводов

Цвет линииoutput signal
красныйVcc
черный0V
зеленыйФаза
белыйФаза B
yellowФаза Z
коричневыйU phase
grayV
апельсинW
green blackAphase
white blackФаза B
yellow blackФаза Z
brown blackU phase
gray blackV phase
orange blackW phase
щитF -G

Разность фаз на выходе

1

Signal position accuracy:The absolute angle error of phase A,Bis≤0.2T, the period error is ≤0.05T,T=360°/N(N is the number of  output  pulses  per  revolution), the period P=360°/N1±1.5°(N1=2,3,4),the phase difference Yn=P/6±1.5°(n=1,2,3,4,5, 6),and the positions of phases A and B with U, V,and Ware not specified;

Relationship  between  Z-phase  and  U-phase:C ≤±1  °(mechanical

angle)

Механические чертежи (мм)

2

Установка и обслуживание:

  1. Attach the GLT48 encoder to the machine shaft using the supplied coupling or adapter.

  2. Ensure correct shaft alignment to avoid mechanical wear and signal errors.

  3. Connect wiring per the detailed wiring schematic, confirming correct connections.

  4. Verify encoder output signals by testing with your control system hardware.

  5. Periodically clean the encoder exterior to remove dust and debris accumulation.

  6. Inspect mechanical couplings and connections during routine maintenance.

Подробная информация о применении продукта:

The GLT48 encoder’s adaptability and precision make it suitable for a variety of industrial settings:

  • Automation lines requiring precise motor speed and position feedback

  • CNC milling, drilling, and turning machines for controlled machining accuracy

  • Robotics applications needing accurate joint and wheel position sensing

  • Conveyor systems for speed monitoring and material tracking

  • Printing presses and packaging lines to synchronize motion and improve output quality

  • Elevator and escalator systems for safe and smooth shaft rotation monitoring

  • Renewable energy equipment, including wind turbines, for blade position feedback

  • Medical and laboratory instruments that require high-reliability rotational input