RS1L01AZB00
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The RS1L01AZB00, part of the Sanyo Denki R SANMOTION Servo Drives, features a specialized configuration variant with a built-in RS-485 communication interface supporting Modbus-RTU. It operates at 50/60Hz ±3Hz with an amplifier capacity of 15A. The unit meets UL, c-UL, and EN standards and weighs around 0.9 kg.
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Product Description:
The RS1L01AZB00 Servo Amplifier is a compact single axis motion control device of Sanyo Denki with features such as RS-485 communication, built-in positioning and flexibility which makes it suitable for industrial automation and precise motion control applications.
This RS1L01AZB00 servo amplifier uses an NPN (sinking) transistor output which means it switches the circuit by pulling it to ground. It comes with 1 slot in a control cabinet or mounting system and ensures sufficient spacing and power distribution. It is featured with an integrated positioning capability which allows it to precise motion control without requiring an external motion controller and its RS-485 communication enables it to receive and execute position commands remotely. This amplifier runs on 200V AC voltage with a tolerance range of +10% to 15% to accommodate power fluctuations. It strictly adheres to safety and performance regulations required for international markets such as UL, c-UL and EN standards which ensures it meets quality, electrical safety and electromagnetic interference (EMI) standards. It is designed to control a single motor shaft which means it supports only one axis of motion at a time. This module has the current capacity of 15A which defines its ability to handle power output for servo motor control.
This R SANMOTION Servo Drives series model is energy efficient for single axis motor control applications as its power consumption is around 0.2 kVA. It also comes with an internal registration resistor which suggests it has built in protection against electrical noise and improved signal stability in high speed operations. This amplifier supports both absolute and incremental encoders which allows flexibility in motion feedback as absolute encoders retain position data even after power loss while incremental encoders require a homing procedure on startup.
Frequently Asked Questions about RS1L01AZB00:
Q: How does the RS-485 communication enhance the functionality of the RS1L01AZB00 servo amplifier?
A: The RS-485 interface allows multi-device networking and precise motion control using the Modbus-RTU protocol. It ensures stable, long-distance communication without significant signal degradation.
Q: Why does the RS1L01AZB00 servo amplifier use an NPN output instead of PNP?
A: NPN (sinking) outputs provide better compatibility with industrial automation systems and PLCs. They also reduce interference risks and ensure more stable signal transmission.
Q: How does the internal registration resistor in the RS1L01AZB00 improve performance?
A: The built-in registration resistor helps minimize electrical noise and voltage fluctuations. This ensures stable signal transmission, improving precision in high-speed motion control applications.
Q: What is the benefit of having both absolute and incremental encoder compatibility in RS1L01AZB00?
A: Absolute encoders retain position data after power loss, while incremental encoders require homing on startup. This flexibility allows users to choose the best feedback system for their application.
Q: How does the pulse train interface of RS1L01AZB00 enhance motion control accuracy?
A: The pulse train interface allows precise speed and position control through external controllers. It ensures high-resolution motion control, making it ideal for CNC and robotics applications.
