3500/62 BENTLY 过程变量监控器 执行电流或电压测量

3500/62过程变量监控器是一个6通道监控器用于加工机床关键参数的优点持续监测，如压力、流量、温度和水平。显示器接受+4至+20 mA电流输入或-10之间的任何比例电压输入Vdc和+10 Vdc。它调节这些信号并进行比较条件信号用户可编程报警定位点。

3500/62显示器:

l连续比较监控参数根据配置的告警设定值来驱动告警机械保护。l为双方提供基本的机器信息操作维护人员。

你可以使用3500机架缟程3500/62组态软件执行电流或电压测量。3500/62提供三个/O模块信号输入场景:+/-10伏DC，隔离4-20ma，或4-20毫安本质安全齐纳屏障。内部屏障/O提供外接电源输入端子提供本质安全电源4-20 mA传感器当用于三模冗余(TMR)时配置时，必须安装过程变量监控器彼此相邻，每三人一组。在这里使用时配置时，监视器采用两种投票方式确保操作准确，避免机械损耗单点故障保护。

用户可以使用3500机架配置软件对3500/62进行编程以执行电流或电压测量。3500/62提供lI/O用于3种信号输入场景的模块:+/-10伏直流电、隔离4-20mA或4-20mA,带本质安全齐纳势垒。内部屏障I/O提供为4-20mA提供本质安全电源的外部电源输入端子换能器。

3500/62监测器的主要用途是:

1.持续将监测参数与配置的警报进行比较驱动机械保护警报的设置点，以及

2.为操作和维护人员。

在三模块冗余(TMR）配置中使用时，必须安装以三个一组的方式相邻的过程变量监测器。使用时在这种配置中，监视器采用两种类型的投票来确保准确操作，并避免由于单点故障造成的机械保护损失。

3500/62过程变量监视器是本特利3500系列监测系统中的一种监视器，用于收集稳态和瞬态波形数据，并通过以太网链路将该数据传递给主机软件1。

此外，本特利3500系统的特点：

3500监控系统和系统1机械管理软件之间的接口将3500/20 RIM的功能与通信处理器相结合。

与M系列显示器配合使用。

连续收集稳态和瞬态波形数据。

除了在3500框架中整合通信处理器功能外，还在几个方面对之前的通信处理器进行了改进。

3500/62过程变量监视器是本特利3500系列监测系统中的一种监视器，用于收集稳态和瞬态波形数据，并通过以太网链路将该数据传递给主机软件。

3500/62 BENTLY 过程变量监控器 执行电流或电压测量

The 3500/62 Process Variable Monitor is a 6-channel monitor for continuous monitoring of machining machine key parameters such as pressure, flow, temperature and level. The display accepts +4 to +20 mA current input or any proportional voltage input Vdc and +10 Vdc between -10. It adjusts these signals and compares conditional signals to user programmable alarm anchor points.

3500/62 display:

l Continuously compare monitoring parameters to drive alarm mechanical protection based on the configured alarm Settings. l Provide basic machine information for both parties, operation and maintenance personnel.

You can perform current or voltage measurements using 3500 Rack X 3500/62 configuration software. The 3500/62 offers three /O module signal input scenarios :+/-10 volt DC, isolation 4-20 mA, or a 4-20 mA intrinsically safe Zener barrier. Internal barrier /O Supply External power supply Input terminals provide inherently safe power supply 4-20 mA sensors When configured for three-mode redundancy (TMR), process variable monitors must be installed next to each other in groups of three. When configured for use here, the monitor uses two voting methods to ensure accurate operation and avoid mechanical wear and single point of failure protection.

Users can program the 3500/62 to perform current or voltage measurements using the 3500 rack configuration software. The 3500/62 offers lI/O modules for three signal input scenarios :+/-10 volts DC, isolated 4-20mA or 4-20mA, with intrinsically safe Zener barrier. Internal barrier I/O provides an external power input terminal transducer that provides intrinsically safe power from 4 to 20mA.

The main uses of the 3500/62 monitor are:

1. Continuously compare monitoring parameters with configured alarms Set points of drive mechanical protection alarms, and

2. Operation and maintenance personnel.

When used in a three-module redundancy (TMR) configuration, process variable monitors must be installed adjacent to each other in groups of three. When used in this configuration, the monitor employs two types of voting to ensure accurate operation and avoid loss of mechanical protection due to a single point of failure.

The 3500/62 Process Variable Monitor is a monitor in the Bentley 3500 Series monitoring system that collects steady-state and transient waveform data and passes that data to host software 1 over an Ethernet link.

In addition, the Bentley 3500 system features:

The interface between the 3500 monitoring system and the System 1 machinery management software combines the functionality of 3500/20 RIM with the communications processor.

Works with M-series displays.

Continuous collection of steady state and transient waveform data.

In addition to the integration of communication processor functions in the 3500 framework, improvements have been made to the previous communication processor in several aspects.

The 3500/62 Process Variable Monitor is a monitor in the Bentley 3500 Series monitoring system that collects steady-state and transient waveform data and passes this data to the host software over an Ethernet link.