Two-Axis Digital Readout System with EMC Design, Linear Compensation, and Noise Immunity
Advanced two-axis digital readout system featuring EMC design, linear compensation technology, and superior noise immunity for precision industrial applications.
OEM customization available for volume orders.
Non-Linear Compensation Technology
For applications requiring micron-grade accuracy such as grinding machines, boring machines, and measuring instruments, achieving precision through machine body construction alone is both costly and challenging.
The XH-2E series two-axis digital readout systems provide a cost-effective solution by incorporating non-linear error compensation. This advanced function mirrors the compensation technology used in CNC machine controllers, significantly improving display accuracy without extensive mechanical modifications.
High Noise Immunity & EMC Design
The XH-2E series incorporates a triple-stage noise filter for transducer signal input, providing comprehensive noise attenuation across a wide frequency bandwidth (1kHz-1000MHz).
Carefully engineered PCB and component layouts follow established EMC principles to deliver maximum noise immunity and electromagnetic compatibility. A linear power supply ensures optimal performance and protection against electrical source interference.
High Durability Switch Membrane
The XH-2E series utilizes Autotex series polyester film from UK's AUTOTYPE Ltd., recognized as the highest quality membrane film in the switch manufacturing industry.
This premium membrane offers exceptional chemical resistance to common industrial solvents and delivers a minimum switch life expectancy of 100,000 operations.
Totally Sealed Enclosure
The XH-2E series features a completely sealed enclosure that protects electronic circuitry from hazardous shop floor environments, including dust and evaporated coolant fumes from EDM machining processes.
To prevent overheating in the sealed environment, the system incorporates a metal front plate and panel for efficient heat dissipation, combined with an ultra-low temperature rise transformer.
Vibration Filtering Function
High accuracy and resolution (1μm) display is essential for grinder applications, but vibration during machining can cause display digit toggling, particularly in large grinders.
The innovative vibration filtering function stabilizes the display, eliminating digit toggling for more comfortable readings and reducing potential human error in measurement interpretation.
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