3500/40M 176449-01 I/O模块 胀差轴向位置模块

☆型号：3500/40M 176449-01 I/O模块 胀差轴向位置模块

【产品详情】

BENTLY 3500/40M 176449-01胀差轴向位置模块，接受来自内华达接近传感器的输入信号，条件提供各种振动和位置的测量，并比较条件的用户可编程的警报信号。用户可编程的3500/40m的3500架配置每个通道软件来执行下列功能：径向、振动、推力、位置、胀差。

注：监测通道是对的，可以在一个时间内完成这些功能的两个功能。通道2和1可以执行一个功能，而通道3和4执行另一个（或相同的）功能。

3500/40m监测的主要目的是提供：

1。通过不断比较与配置监测参数警报设定为驱动警报机械保护。

2。对操作和维护人员的基本机器信息。

每个通道，根据配置，通常情况下，其输入信号的各种参数称为“静态值”。用户可以配置每个活动的静态值和危险值为主动静态值的任何两个警报设定值。

3500/40M 176449-01 3500/32M_SIL2 和 3500/33_SIL2 继电器模块安全相关计算

参数表明，SIL 2 至 61508：2010 的要求在冗余中得到满足，

1oo2配置，如图4-5所示。

组件级 FMEDA 由 TÜV Rheinland 执行，并考虑了

IEC 61508 第 1-7：2010 部分的要求。3500/40M 176449-01 组件故障率基于 SN 29500，

最高温度为65°C。

☆型号：3500/40M 176449-01 I/O模块 胀差轴向位置模块

【英文介绍】

The BENTLY 3500/40M 176449-01 differential axial position module accepts input signals from Nevada proximity sensors, provides measurements of various vibration and position conditions, and compares the conditions to user-programmable alarm signals. The user programmable 3500/40M 3500 frames are configured with each channel software to perform the following functions: radial, vibration, thrust, position, expansion.

Note: The monitoring channel is right and can accomplish two functions of these functions in one time. Channels 2 and 1 May perform one function, while channels 3 and 4 perform another (or the same) function.

The main purpose of 3500/40m monitoring is to provide:

1. Mechanical protection for driving alarms is set by constantly comparing and configuring monitoring parameters for alarms.

2. Basic machine information for operators and maintenance personnel.

Each channel, depending on the configuration, typically has various parameters of its input signal called "static values". The user can configure the static value and danger value for each activity to any two alert setpoints for the active static value.

3500/40M 176449-01 Safety-related calculations for 3500/32M_SIL2 and 3500/33_SIL2 relay modules

The parameters show that the requirements of SIL 2 to 61508:2010 are met in redundancy,

1oo2 Configuration, as shown in Figure 4-5.

Component-level FMEDA is performed by TUV Rheinland and considered

Requirements of IEC 61508 Part 1-7:2010. 3500/40M 176449-01 Component failure rate based on SN 29500,

The maximum temperature is 65°C.

☆型号：3500/40M 176449-01 I/O模块 胀差轴向位置模块

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