DEIF MTR-2-415

4-20mA标准电流环+开关量报警(可选)

智能诊断模块

自检功能:

上电自诊断(覆盖传感器/电路完整性)

温度补偿:

内置NTC热敏电阻(误差修正范围-25°C~+70°C)

2.系统集成特性

通信与扩展

协议支持:

Modbus RTU(地址可设)

联动控制:

与DEIF继电器(如MDR系列)实现保护联锁

描述

产品简要说明

MTR-2-415是DEIF专为复杂电力环境设计的智能化电流变送器,核心特性包括:

宽量程输入:支持5A/100A灵活切换

隔离输出设计:增强系统抗干扰能力

即插即用:兼容标准DIN导轨安装

产品详细说明

1.功能架构与测量原理

核心测量能力

信号转换机制:

采用霍尔效应非侵入式检测,实现电流隔离转换

输出形式:

4-20mA标准电流环+开关量报警(可选)

智能诊断模块

自检功能:

上电自诊断(覆盖传感器/电路完整性)

温度补偿:

内置NTC热敏电阻(误差修正范围-25°C~+70°C)

2.系统集成特性

通信与扩展

协议支持:

Modbus RTU(地址可设)

联动控制:

与DEIF继电器(如MDR系列)实现保护联锁

环境适应性

防护等级:

IP65(前后面板)

振动抵抗:

符合IEC 61373标准(3g加速度)

产品概述:MTR-2-415

MTR-2-415是DEIF面向工业电力监控开发的高可靠性电流变送器,通过非侵入式检测与智能补偿算法,确保发电机组、配电柜等场景下的精准信号转换,适用于船舶、风电及工厂自动化等严苛环境。

Product brief description

MTR-2-415 is an intelligent current transmitter designed by DEIF for complex power environments.The core features include:

Wide range input:Supports 5A/100A flexible switching

Isolation output design:Enhance the system’s anti-interference capability

Plug and play:compatible with standard DIN rail installation

Product details

1.Functional architecture and measurement principle

Core measurement capabilities

Signal conversion mechanism:

Using Hall effect non-invasive detection to achieve galvanic isolation conversion

Output form:

4-20mA standard current ring+switch quantity alarm(optional)

Intelligent diagnostic module

Self-test function:

Power-on self-diagnosis(cover sensor/circuit integrity)

Temperature compensation:

Built-in NTC thermistor(Error correction range-25°C~+70°C)

2.System integration features

Communication and Extension

Protocol support:

Modbus RTU(address can be set)

Linkage control:

Implement protection interlock with DEIF relays(such as MDR series)

Environmental adaptability

Protection level:

IP65(front and rear panel)

Vibration resistance:

Comply with IEC 61373 standard(3g acceleration)

Product Overview:MTR-2-415

MTR-2-415 is a high-reliability current transmitter developed by DEIF for industrial power monitoring.Through non-invasive detection and intelligent compensation algorithms,it ensures accurate signal conversion in scenarios such as generator sets and distribution cabinets.It is suitable for harsh environments such as ships,wind power and factory automation.