描述
一、产品概述
PTM PSMU-350-3是一款工业级电源模块，专为压缩机控制系统、工业自动化设备设计，提供稳定、高效且高可靠的电源输出。其模块化设计支持多种应用场景，包括电力、制造、过程控制及建筑自动化等领域。
二、核心功能与特点
电力输出特性
输入电压范围：支持宽输入（如DC 24V或AC三相输入），适应不同工业电源条件。
输出功率：350W，可适配高压需求（0.05KV至6KV可调），满足工业设备高功率负载需求。
转换效率：高效电源转换设计，降低能源损耗，提升整体能效。
保护与稳定性
过载/短路保护：内置保护机制，防止异常情况导致设备损坏。
低纹波与噪声：输出纹波与噪声低于0.001%P-P，减少对负载设备的干扰。
温度系数：0.001%每摄氏度，确保温度变化下的电压输出稳定性。
设计与兼容性
模块化结构：体积小巧，便于集成到有限空间的工业设备中。
多协议支持：兼容TCP/IP、EtherNet/IP、Profinet等通信协议，支持远程监控与配置。
抗震与抗干扰：六面屏蔽设计，适应震动环境及复杂电磁干扰场景。
TM3AQ4
1.Product Overview
The PTM PSMU-350-3 is an industrial-grade power module designed for compressor control systems and industrial automation equipment,providing stable,efficient and highly reliable power output.Its modular design supports a variety of application scenarios,including power,manufacturing,process control and building automation.
2.Core functions and features
Power output characteristics
Input voltage range:Supports wide inputs(such as DC 24V or AC three-phase input),adapting to different industrial power supply conditions.
Output power:350W,can adapt to high voltage demand(adjustable from 0.05KV to 6KV),meeting the high power load needs of industrial equipment.
Conversion efficiency:High-efficiency power conversion design,reduce energy losses and improve overall energy efficiency.
Protection and stability
Overload/short circuit protection:Built-in protection mechanism to prevent abnormal situations from causing damage to the equipment.
Low ripple and noise:Output ripple and noise are less than 0.001%P-P,reducing interference to load equipment.
Temperature coefficient:0.001%per degree Celsius to ensure the stability of voltage output under temperature changes.
Design and compatibility
Modular structure:small size,easy to integrate into industrial equipment with limited space.
Multi-protocol support:compatible with TCP/IP,EtherNet/IP,Profinet and other communication protocols,and supports remote monitoring and configuration.
Seismic and anti-interference:six-sided shielding design,adapting to vibration environments and complex electromagnetic interference scenarios.
