Description
The MOOG G122-829-001 is a servo amplifier designed for precision control in various industrial and automation applications. Here is a summary of its parameters, specifications, dimensions, weight, series, features, and functions in English:
Parameters and Specifications:
Input Signals: The amplifier accepts three input signals, including one single-ended and two differential inputs.
Power Supply: It requires a +24V DC power supply for operation.
Internal Switches: Internal selection switches enable the choice of proportional, integral, or both control modes.
Configuration Options: The amplifier offers configurable options due to its years of experience in closed-loop system design and debugging.
Dimensions and Weight:
Exact dimensions and weight specifications for the MOOG G122-829-001 are not provided in the available information. However, it is mentioned to be mounted in a compact DIN rail housing, which suggests a standardized size suitable for industrial installation.
Series:
The MOOG G122-829-001 belongs to the series of servo amplifiers and control devices offered by MOOG.
Features:
Flexible Configuration: The amplifier’s internal selection switches allow for flexible control strategies, adapting to different application needs.
Analog Electronics: It utilizes analog electronics for signal processing, ensuring precise and responsive control.
DIN Rail Mounting: The compact design with DIN rail mounting capabilities facilitates easy installation in industrial environments.
Cooling Airflow: The amplifier’s design considers cooling airflow to ensure optimal performance and reliability.
Functions and Applications:
Servo System Control: The MOOG G122-829-001 is used to control servo systems, specifically the motor or other actuators.
Amplification of High-Frequency Signals: In some applications, such as transmitters, it is used to amplify high-frequency modulated signals to meet transmission power requirements.
Precision Control: The amplifier’s precision control capabilities make it suitable for applications that require accurate positioning and speed control of rotating or moving components.
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