1762SC-IF8U 8v, C，或TC，或4 RTD/Res(2,3或4线)

描述

1762SC-IF8U    8v, C，或TC，或4 RTD/Res(2,3或4线)

1762sc-IF8U是一个8输入模块，属于Micrologix系列兼容使用。该模块由Spectrum controls制造和设计。1762s-IF8U支持8个通道兼容电压，电流，热电偶输入。如果配置为D输入，最多可以配置我们的(4)通道。它可以承受60摄氏度的最高温度和10到500赫兹的工作振动。它可以在最高海拔2000米的地方使用。如果海拔较高，驱动器必须降额。

1762s-IF8U和其他1762级联模块一样，需要接地。这将有助于防止影响每个通道的电磁干扰。该模块被设计安装在DIN导轨或安装板上。如果需要，必须通过其DIN导轨与模块进行额外连接。在模块和其他设备之间必须留出额外的空间，因为这将有助于它有更好的通风。在安装1762s-IF8U时，应尽量缩短线缆的长度，以保持最大的精度。模块应尽可能靠近输入设备，以保证准确的操作。

1762sc-IF8U是MicroLogix可编程逻辑控制器第三方扩展模块。该模块由Allen-Bradley的合作伙伴Spectrum Controls公司制造。该模块具有兼容电压，电流和热电偶输入的八(8)个输入通道和电阻温度检测器(RTD)的四(4)个通道。

该模块支持多通道配置，例如八(8)通道以下电压/电流/热电偶配置，六(6)通道配置为电压/电流/热电偶和一(1)通道配置为RTD/电阻，四(4)通道配置为电压/电流/热电偶和两(2)通道RTD/电阻，两(2)通道电压/电流/热电偶和三(3)通道RTD/电阻和四(4)通道RTD/电阻。

兼容的热电偶传感器包括B型热电偶、C型热电偶、E型热电偶、J型热电偶、K型热电偶、N型热电偶、R型热电偶、S型热电偶、T型热电偶。兼容的RTD传感器有100 ?Pt吗?0.385, 200 ?Pt吗?0.385, 500 ?Pt吗?0.385还是1000 ?Pt吗?0.385, 100 ?Pt吗?0.3916, 200 ?Pt吗?0.3916,500 ?Pt吗?0.3916, 1000 ?Pt吗?0.3916, 10 ?铜?0.426, 100 ?倪?0.618, 120 ?倪?0.672, 604 ?镍铁吗?0.518. 对于电阻输入，兼容的信号包括0到150 ?，0到1000 ?从0到3000 ?电压信号兼容±50mv、±100mv、0 ~ 5v、1 ~ 5v、±10v、0 ~ 10v。电流信号的兼容范围为4 ~ 20ma和0 ~ 20ma。

输入信号通过集成的模数转换器转换为数字值。转换后的值可以保存为不同的数据格式，如工程单位×1、工程单位×10、按比例缩放的pid和原始/比例数据。每个通道有单独的输入滤波器4赫兹，17赫兹，62赫兹和470赫兹。

1762SC-IF8U

1762SC-IF8U    8v, C，或TC，或4 RTD/Res(2,3或4线)

The 1762sc-IF8U is an 8-input module that belongs to is compatible for use with Micrologix series. This module is manufactured and designed by Spectrum controls. The 1762s-IF8U supports Eight (8) channels compatible for voltage, current, thermocouple inputs. If configured for D input, up to our (4) channels may be configured. It can withstand a maximum temperature of 60 degrees Celsius and operating vibrations of 10 to 500 Hertz. It can be used at a maximum altitude of 2000 meters. If the altitude is higher, the drive must be derated.

The 1762s-IF8U, similar to other 1762 expansion modules, requires proper connection to a grounding system. This will help to prevent electromagnetic interference affecting each channel. This module is designed to be mounted on a DIN rail or a mounting plate. If required, additional connections to the module must be made through its DIN rail. Additional space must be left between the module and other equipment because this will help it to have better ventilation. When installing the 1762s-IF8U, the cables must be left as short as possible, to maintain maximum accuracy. The module should be located as close as possible to the input devices in order to guarantee accurate operations.

The 1762sc-IF8U is a MicroLogix Programmable Logic Controller 3rd party expansion module. This module is manufactured by Spectrum Controls, an Allen-Bradley encompass partner company. This module features Eight (8) input channels compatible for Voltage, Current and Thermocouple input and Four (4) Channels for Resistance Temperature Detector (RTD).

This module supports multiple channel configurations such as Eight (8) channels following Voltage/Current/Thermocouple configuration, Six (6) channels configured as Voltage/Current/Thermocouple and One (1) channel configured for RTD/Resistance, Four (4) channels configured as Voltage/Current/Thermocouple and Two (2) channels RTD/Resistance, Two (2) channels Voltage/Current/Thermocouple and Three (3) channels RTD/Resistance and Four (4) channels RTD/Resistance.

Compatible Thermocouple sensors include B Type Thermocouple, C Type Thermocouple, E Type Thermocouple, J Type Thermocouple, K Type Thermocouple, N Type Thermocouple, R Type Thermocouple, S Type Thermocouple, T Type Thermocouple. Compatible RTD sensors are 100 ? Pt ? 0.385, 200 ? Pt ? 0.385, 500 ? Pt ? 0.385, 1000 ? Pt ? 0.385, 100 ? Pt ? 0.3916, 200 ? Pt ? 0.3916, 500 ? Pt ? 0.3916, 1000 ? Pt ? 0.3916, 10 ? Cu ? 0.426, 100 ? Ni ? 0.618, 120 ? Ni ? 0.672, 604 ? NiFe ? 0.518. For resistance inputs, compatible signals include 0 to 150 ?, 0 to 1000 ? and 0 to 3000 ?. For Voltage signals, compatible signals are ±50 mV, ±100 mV, 0 to 5 V, 1 to 5 V, ±10 V and 0 to 10 V. For Current signals, compatible values are 4 to 20 mA and 0 to 20 mA.

Input signals are converted to digital values via an integrated Analog to Digital converter. Converted values may save to different data formats such as Engineering units ×1, Engineering units ×10, Scaled-for-PID, and Raw/proportional data. Each channels has individual input filters 4 Hz, 17 Hz, 62 Hz and 470 Hz.