ER-TC-1D
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The ER-TC-1D Absolute Encoder by Okuma ensures precise shaft positioning with a 10mm solid shaft and 5V DC output. It delivers high-resolution, multi-bit digital signals. It is designed for 6000 RPM applications needing ±0.01 precision.
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Product Description:
The Okuma manufactured the ER-TC-1D Absolute Encoder to precisely determine location. It supports solid shaft configurations with a shaft diameter of 10mm. It is small and light, weighing only 0.8 kg altogether. It is effective in a wide range of commercial environments.
The Okuma ER-TC-1D belongs to the series of Absolute Encoder . It features high-resolution multi-bit output that guarantees accurate data transmission. It features a digital signal output and supports serial connection protocols that facilitates seamless communications. During power loss the encoder maintains its absolute position. As a result this Encoder becomes a dependable option for systems that require uninterrupted feedback. The unit works in temperatures ranging from -10°C to 70°C and can withstand up to 90% humidity. It can attain speeds of up to 6000 RPM, rendering it appropriate for high-rate applications. Accuracy is guaranteed with a precision rating of ±0.01, reducing system errors during rotation. The output voltage is regulated at 5V DC to guarantee a consistent power source. The shaft design improves mechanical stability. Okuma has engineered this encoder for applications where rapid feedback and accuracy are essential. This encoder is CE and ISO certified, indicating that it is safe and fulfills international quality requirements. Its sealed build and quality components ensure longevity under demanding conditions.
The Okuma ER-TC-1D Absolute Encoder is a practical solution for modern industrial systems. This encoder is designed for use in robotics, automation and CNC machines that require accurate positional data transmission and storage. Its high speed and positional precision make it suitable for a variety of applications. The unit's durable framework and dual certification make it even more dependable in critical duties.
Frequently Asked Questions about ER-TC-1D:
Q: How does the solid shaft design of the ER-TC-1D improve performance?
A: The solid shaft design ensures stable mechanical coupling and reduces vibration. This enhances the encoder's long-term accuracy and operational reliability.
Q: What role does the ±0.01 accuracy play in system efficiency?
A: It minimizes positioning errors in critical motion control systems. This helps maintain precision in applications like CNC machining and robotics.
Q: Why is serial interface communication used in the ER-TC-1D Absolute Encoder?
A: Serial interface supports efficient data transfer with minimal wiring. It also enables better noise immunity in industrial environments.
Q: How do the CE and ISO certifications affect the ER-TC-1D’s reliability?
A: These certifications confirm the encoder’s compliance with global safety and quality standards. They also ensure suitability for use in regulated industrial sectors.
Q: Why is the ER-TC-1D by Okuma preferred for long-duty cycles?
A: Its durable build and stable output ensure reliable performance under continuous use. The encoder’s precision reduces system wear over time.