Products
Linear Time Grating Encoder
The Linear Time Grating Encoder delivers high-resolution, high-accuracy, and high-repeatability absolute position measurement. Designed with a simple, compact structure, it is oil-resistant, shock- and vibration-proof, and easy to install. Ideal for devices, systems, and components that require precise position detection, it ensures reliable performance in demanding industrial applications.
Brand:
Order(MOQ):
1
Product Detail
Feature:
1.High-Precision Position Measurement
Linear Time Grating Encoders generate a high-quality time-varying magnetic field, precisely decoding spatiotemporal features to achieve ultra-accurate displacement measurement.
Linear Accuracy: ±20 μm/m, ±10 μm/m, ±5 μm/m, ±3 μm/m
2.High-Speed Operation
Supports high-resolution measurement even at fast motion speeds, ensuring reliable position detection for dynamic applications.
Linear Speed: up to 600 m/min (50 nm resolution)
3.Ultra-High Resolution
Uses high-frequency time-varying magnetic fields as sensing medium for strong EMI resistance and high signal-to-noise ratio, enabling fine subdivision and precise displacement measurement.
Linear Resolution: 250 nm, 100 nm, 50 nm, 10 nm
4.Fast Responsiveness
Provides ultra-fast signal response within hundreds of nanoseconds, with position calculations completed in just a few microseconds.
Linear/Angular Response Time: 5–10 μs
5.Robust and Reliable Design
Compact, oil-resistant, and shock-/vibration-proof, suitable for industrial devices and systems requiring precise and durable position measurement.
Highlights:
· Compact and oil-resistant structure for long-term stability in harsh industrial environments
· Shock and vibration resistant design ensures reliable performance under dynamic conditions
· Absolute position measurement without cumulative error, suitable for high-precision systems
· Easy installation and integration into a wide range of devices and automation equipment
· Ideal for CNC machines, robotics, semiconductor equipment, and advanced positioning applications
Application:
Time grating encoders provide high resolution, high accuracy, high repeatability, and fast-response absolute position measurement, with compact structure, oil- and dust-resistance, shock- and vibration-proof design, and easy installation. They are widely used in various industries, offering precise real-time position feedback for direct-drive and linear motors, CNC machine tool axes and accessories, automation equipment platforms and actuators, laser processing devices, testing and calibration instruments, as well as robotic joints and manipulators.
Specification
Specifications | HTLIU- 05-00-0000-A-05-D9-F |
Resolution Ratio | 0.25μm (customizable) |
Repeat Precision | ±2μm |
Positioning Accuracy | ±20μm/m |
Measurement Range | customization |
Movement Speed | Max.8m/s |
Reference Signal | Generate a reference (index) signal every 4 mm |
Installation Clearance | 0.4mm±0.2mm |
Readhead Size | 50mm×14mm×20mm(Length, width, height) |
Readhead Weight | 25g |
Cable Outlet Type | Single-sided exit |
Cable Length | 0.5m (customizable) |
Cable Termination Type | DB9 (customizable) |
Operating Voltage | 5V DC ±10% |
Communication Interface | RS422 |
Communication Type | ABZ |
Operating Current | Max.80mA |
Operating Temperature | 0℃~+70℃ |
Protection Rating | IP65 |
Installation dimension
Sample
Contact Us
Experience our expert support, tailored solutions, and reliable global delivery.
Related Products
Features
Semiconductor ironless lienar motor is also called carbon fiber board motor with feature high speed, high acceleration, high thrust density and efficient heat dissipation, enabling stable high-performance operation in semiconductor applications.
Features
FE3 Series Torque motors are designed with industrial-grade quality, optimized for mass production and robust operation in demanding environments. Featuring high torque density, direct-drive architecture, and low maintenance, these motors deliver reliable, precise, and stable performance for industrial automation, robotics, machine tools, and semiconductor equipment. The design supports continuous operation under high load, making it ideal for large-scale industrial applications.
Features
FI Series Torque motors are designed with industrial-grade quality, optimized for mass production and robust operation in demanding environments. Featuring high torque density, direct-drive architecture, and low maintenance, these motors deliver reliable, precise, and stable performance for industrial automation, robotics, machine tools, and semiconductor equipment. The design supports continuous operation under high load, making it ideal for large-scale industrial applications.
Features
FI Series Torque motors are designed with industrial-grade quality, optimized for mass production and robust operation in demanding environments. Featuring high torque density, direct-drive architecture, and low maintenance, these motors deliver reliable, precise, and stable performance for industrial automation, robotics, machine tools, and semiconductor equipment. The design supports continuous operation under high load, making it ideal for large-scale industrial applications.
Features
This linear motor is specially designed for semiconductor packaging equipment, featuring high precision, fast response, and stable performance to meet the demanding requirements of advanced packaging processes.
Features
LSMFK series Water-Cooled Ironcore Linear Motors feature high thrust density 10000Nm and efficient heat dissipation, enabling stable high-performance operation in demanding applications.
Features
Water-Cooled Ironcore Linear Motors feature high thrust density and efficient heat dissipation, enabling stable high-performance operation in demanding applications.
Features
Water-Cooled Ironcore Linear Motors feature high thrust density and efficient heat dissipation, enabling stable high-performance operation in demanding applications.
Features
LSMD2 series double-sided magnet ironcore linear motor adopt gas cooling technology, high thrust with superior acceleration, cogging torque reduction technology, built-in thermal protection, and cancellation of unbalanced electromagnetic forces in demanding applications.