3500/60 BENTLY温度监测通道 可编程报警设置

型号：3500/60

品牌：BENTLY

3500/60模块是6通道监测器，它即可接受电阻式温度传感器(RTD)，也可以接受电偶式(TC)传感器的输入。应用这些输入信号，驱动报警装置3500/60不提供记录仪输出。

3500/60可以利用3500框架组态软件进行编程，以便进行或者RTD或者TC的温度测量，不同的1/0模块，允许用户在RTD/T非绝缘或者绝缘的TC之间进行选择。

RTD/TC非绝缘型式可以组态成接受TC或者RTD的输入，或者二者的混合输入。而T绝缘型式，在通道之间，可提供250Vdc的绝缘，用以保护、防止外部干扰。

技术规格:

信号:

接受1到6个来自RTD或TC传感器的信号输入阻抗:

每个输入大于10M2功率消耗:

3500/60额定功耗或7瓦

3500/61额定功耗或9瓦

输出:

前面板发光二极管

OK LED:指示温度监测器工作正常

TX/RX LED: 指示温度监测器正在与3500框架中其它模块进行通讯旁路LED:指示监测器处于旁路模式

RTD电流源值:92515pA@25C/每个传感器(4线RTD为单电源，3线为双电源)。记录仪:+4到+20mA。其值正比于监测器的满量程。对于每—通道，都提供有各自的记录仪。监测器的运行不受记录仪输出短路的影响。

Bently Nevada 3500/60温度监测器提供六个温度监测通道，并接受电阻式温度检测器(RTD)和热电偶(TC)温度输入。模块对这些输入进行调节，并将其与用户可编程报警设置点进行比较。

用户使用3500/60机架配置软件对模块进行编程，以执行RTD或TC温度测量。不同的I/O模块有RTD/TC非隔离或TC隔离版本。用户可以配置RTD/TC非隔离版本，以接受TC或RTD，或TC和RTD的混合输入。TC隔离型提供250 Vdc的通道间隔离，以防止外部干扰。

当在三模块冗余(TMR）配置中使用时，温度监测器必须以三个一组的方式相邻安装。在这种配置中使用时，该系统采用两种类型的投票，以确保准确操作并避免单点投票。

3500/60输入电源选项:

175到264 Vac msR:(247到 373 Vac, pk)，47到 63Hz。该选项使用交流电源且为高电压(通常220V)交流电源输入模块(PIM)。安装版本R 以前的交流电源输入模块(PIM)和或版本M以前的电源模块要求电压输入:175到250 Vac rms。

85到132 Vac rms: (120到188 Vac,pk)，47到63 Hz。该选项使用交流电源并且是低电压(通常110V)交流电源输入模炔块(PIMR)。安装版本R以前的交流电源输入模炔(PIM)和或版本M以前的电源模炔要求电压输入:85到125Vac rms。

88到140 Vdc: 该选项使用直流电源，并且是高电压直流电源输入模块(PIM)。20到 30 vdc:该选项是低压直流供电，是低压直流供电模块(PIM)。

超限保护:对于所有电源类型，低电压不会损坏电源或PIM。一个超范围电压将使PIM上的保险丝开路。

3500/60 BENTLY温度监测通道 可编程报警设置

Model: 3500/60

Brand: BENTLY

The 3500/60 module is a 6-channel monitor that can accept input from a resistive temperature sensor (RTD) or a galvanic couple sensor (TC). Using these input signals, the drive alarm device 3500/60 does not provide a recorder output.

The 3500/60 can be programmed with the 3500 framework configuration software for temperature measurement of either RTD or TC, with different 1/0 modules allowing the user to choose between RTD/T uninsulated or insulated TCS.

The RTD/TC non-insulated type can be configured to accept input from TC or RTD, or a mixture of both. The T insulation type provides 250Vdc insulation between channels to protect against external interference.

Technical specifications:

Signal:

Accepts 1 to 6 signal input impedances from RTD or TC sensors:

Power consumption greater than 10M2 per input:

3500/60 rated power consumption or 7 watts

3500/61 rated power consumption or 9 watts

Output:

Front panel LED

OK LED: indicates that the temperature monitor is working properly

TX/RX LED: Indicates that the temperature monitor is communicating with other modules in the 3500 frame Bypass LED: indicates that the monitor is in bypass mode

RTD current source :92515pA@25C/ per sensor (4-wire RTD for single power supply, 3-wire for dual power supply). Recorder :+4 to +20mA. Its value is proportional to the full scale of the monitor. For each channel, a separate recorder is provided. The operation of the monitor is not affected by the short circuit of the recorder output.

The Bently Nevada 3500/60 temperature monitor offers six temperature monitoring channels and accepts resistance temperature detector (RTD) and thermocouple (TC) temperature input. The module adjusts these inputs and compares them to user programmable alarm setting points.

Users program modules with 3500/60 rack configuration software to perform RTD or TC temperature measurements. Different I/O modules have RTD/TC non-isolated or TC-isolated versions. Users can configure the RTD/TC non-isolated version to accept TC or RTD, or a mixture of TC and RTD inputs. The TC-isolated model provides 250 Vdc inter-channel isolation to prevent external interference.

When used in a three-module redundancy (TMR) configuration, the temperature monitors must be installed next to each other in groups of three. When used in this configuration, the system uses two types of voting to ensure accurate operation and avoid single point voting.

3500/60 Input power options:

175 to 264 Vac msR:(247 to 373 Vac, pk), 47 to 63Hz. This option uses AC power and is a high voltage (usually 220V) AC power input module (PIM). Install AC power input modules (PIMs) before version R and/or power modules before version M requiring voltage input :175 to 250 Vac rms.

85 to 132 Vac rms: (120 to 188 Vac,pk), 47 to 63 Hz. This option uses an AC power supply and is a low voltage (usually 110V) AC power input module alkyne block (PIMR). Install AC power input modules (PIMs) before version R and/or power input modules before version M requiring voltage inputs :85 to 125Vac rms.

88 to 140 Vdc: This option uses DC power and is a high voltage DC power input module (PIM). 20 to 30 vdc: This option is low voltage DC power supply and is a Low Voltage DC power supply module (PIM).

Out-of-limit protection: For all power supply types, low voltage will not damage the power supply or PIM. An out-of-range voltage will open the fuse on the PIM.