216DB61 HESG324063R100/H 励磁模拟模块 采集标准电流

216DB61 HESG324063R100/H 励磁模拟模块 采集标准电流

产品概述

具有标准电流采集功能的 216DB61 HESG324063R100/H 励磁仿真模块是专为测试和仿真工业自动化应用中的伺服电机励磁系统而设计的专用组件。 它提供了一种可靠、准确的方法来产生和测量激励电流，从而能够全面评估伺服电机的性能和激励系统功能。

主要特点：

励磁模拟：

能够模拟各种伺服电机类型和应用所需的激励电流波形。

能够在不同的励磁条件下测试和验证伺服电机的性能。

标准电流采集：

配备标准电流采集功能，可测量流经伺服电机的实际励磁电流。

为分析伺服电机行为和识别潜在问题提供准确的数据。

高精度：

提供高精度激励电流的产生和测量，确保可靠可靠的测试结果。

支持伺服电机性能和励磁系统特性的精确评估。

多功能接口：

具有多功能接口，如RS-232或以太网，便于与控制系统和数据采集设备通信。

有助于集成到测试设置和数据分析工作流程中。

Robust Construction:

专为灰尘、潮湿、振动和极端温度等恶劣工业环境而设计。

确保在苛刻的测试和评估环境中可靠运行。

应用：

具有标准电流采集功能的 216DB61 HESG324063R100/H 励磁仿真模块主要用于伺服电机和励磁系统的测试和评估，包括：

伺服电机性能测试：

评估伺服电机在各种激励条件下的性能，例如不同的电流电平、频率和波形。

识别伺服电机性能的潜在问题，例如转矩脉动、齿槽或不稳定性。

励磁系统分析：

分析励磁系统的行为，包括对控制信号的响应、负载变化下的稳定性和整体效率。

诊断励磁系统中的潜在故障或效率低下。

伺服电机开发：

支持新的伺服电机设计和励磁系统技术的开发和测试。

验证新型伺服电机解决方案的性能和可靠性。

伺服电机维护：

通过监控励磁系统运行状况并在潜在问题导致故障之前识别潜在问题，为伺服电机的预防性维护提供工具。

延长工业机械中伺服电机的使用寿命和可靠性。

216DB61 HESG324063R100/H 励磁模拟模块 采集标准电流

Product overview

The 216DB61 HESG324063R100/H excitation simulation module with standard current acquisition is a dedicated component designed for testing and simulating servo motor excitation systems in industrial automation applications. It provides a reliable and accurate method for generating and measuring excitation currents, enabling a comprehensive evaluation of servo motor performance and excitation system function.

Main features:

Excitation simulation:

Ability to simulate excitation current waveforms required for various servomotor types and applications.

Ability to test and verify servo motor performance under different excitation conditions.

Standard current acquisition:

Standard current acquisition to measure the actual excitation current flowing through the servo motor.

Provides accurate data for analyzing servo motor behavior and identifying potential problems.

High precision:

Provides high-precision excitation current generation and measurement to ensure reliable test results.

Support accurate evaluation of servo motor performance and excitation system characteristics.

Multifunctional interface:

Multifunctional interface, such as RS-232 or Ethernet, for easy communication with control systems and data acquisition devices.

Helps integrate into test setup and data analysis workflows.

Robust Construction:

Designed for harsh industrial environments such as dust, moisture, vibration and extreme temperatures.

Ensures reliable operation in demanding test and evaluation environments.

Applications:

The 216DB61 HESG324063R100/H excitation simulation module with standard current acquisition is mainly used for testing and evaluation of servo motors and excitation systems, including:

Servo motor performance test:

Evaluate the performance of the servo motor under various excitation conditions, such as different current levels, frequencies and waveforms.

Identify potential problems with servo motor performance, such as torque pulsation, grooves, or instability.

Excitation system analysis:

Analyze the behavior of the excitation system, including response to control signals, stability under load changes, and overall efficiency.

Diagnose potential faults or inefficiencies in excitation systems.

Servo motor development:

Support the development and testing of new servo motor designs and excitation system technologies.

Verify the performance and reliability of new servo motor solutions.

Servo motor maintenance:

Provide tools for preventive maintenance of servo motors by monitoring excitation system health and identifying potential problems before they lead to failure.

Extend the service life and reliability of servo motors in industrial machinery.

216DB61 HESG324063R100/H 励磁模拟模块 采集标准电流