Omega Engineering M-4066 manual Humidity

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HUMIDITY

(OMWT-TEMPRH) [Devicen] - Section name.

Address - – serial number of the sensor.

DeviceType - Device type. (DeviceType=HUMIDITY)

PollTime - How often to poll the device. (ms)

Label - Name used for the device (and Topic).

Log - Enable/disable logging of device.

LogDecimalPlaces - Number of decimals to create when logging. PollSamples - No. of samples per poll (must be odd no.) If >0 Median Filter

if <0 then Average Filter is used.

Temperature - Indicates if sensor needs temperature compensation. (0 or 1).

DwellTime - Time allowed to charge the probe. (ms) PostDwell - Time after reading to allow bus to recover. (ms) OverSampleDwell - Time before each over sample to charge probe. (ms) DeadBand - Dead band filtering value in % of full scale.

Description - General purpose description.

Cal1Raw - Two point calibration point 1.

Cal2Raw - Two point calibration point 2.

Cal1Engr - Two point calibration engineering units for point 1.

Cal2Engr - Two point calibration engineering units for point 2.

Units - % Relative Humidity

TempCoeff - PPM temperature coefficient of the sensor. TempCalib - Temperature at which the calibration was done. TempAddress – serial number of the temperature sensor in the probe. MacroFilterElements - running macro filter of the sampled data. Syntax:

[no. of elements, type] where no. of elements is number of samples to filter; type – “AVERAGE”, “MEDIAN” and “AVERAGEMEDIAN”. Default is “=3,MEDIAN”. Example: FilterElements1=6,AVERAGE CorrID – What CorrectionID to use with this device. Must be found in the

"Correction.INI" file that you write and keep in the same directory as the OMWT-SOFT-OPC.ini file. 0 is the default and means no correction; 127 is the maximum.

OMWT-SOFT-OPC Server

OMWT-SOFT-OPC Server .ini File Format N 19

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Contents OWMT-SOFT-OPC OMEGAnet Online Service Internet e-mail Info@omega.com Contents OMWT-SOFT-OPC Server Data Logging Quick Start OverviewOverview OMWT-SOFT-OPC Server Description OMWT-SOFT-OPC Server and WirelessWireless Setup Edit Device OMWT-REPEAT ReceiversDevice List OMWT-RECIPIdentification Filtering PollingDiagnostics What is OPC? Data LoggingChange Port SetupOMWT-SOFT-OPC Main Window Main WindowAdd/Delete IP Connection View IP Connection Status New and Edit OutputsTrain Search and Add Devices ReConfigure NetHelp Devices ErrorsQuit OMWT-SOFT-OPC.ini OMWT-SOFT-OPC Server .INI File FormatServer IP Addresses LoggingTemperature Setup Humidity Directcnt Digcounter and Directional CounterCnttemp FASTCNTTEMP1 FastcnttempAlarmtemp MOT Analog InputOMWT-AIN5V, OMWT-AIN10V, OMWT-AIN20MA, OMWT-VIB, Omwt Access/Control Reader Dual Discrete Output RepeaterOUTPUTANALOG1 Wireless Analog OutputOMWT-SOFT-OPC INI Backup Device Names OMWT-SOFT-OPC Server TagsOMWT-SOFT-OPC Server Tags Device Tag Names TemperatureDigital I/O DIGITALn Temperature/Humidity HUMIDITYn OMWT-IRCNT, OWT-DIRCNT Cnttemp CNTTEMPn Fastcnttemp FASTCNTTEMPn Alarmtemp ALARMTEMPn AnalogInput AIn Access/Control Reader IDRn OMWT-SOFT-OPC Server Tags Repeater REPEATERn Dual Discrete Output OUTPUTDISCn Wireless Analog Output OutputAnalogn Server Item Names OMWT-SOFT-OPC Server OMWT-SOFT-OPC Server Tags N OMWT-SOFT-OPC Server Tags OMWT-SOFT-OPC Server Data Logging FeaturesFile Management File Format Data Log File Format Error Log Overview of OMWT-RECIP Receivers Setting up to use OMWT-RECIP ReceiversOMWT-RECIP Receivers OMWT-RECIP Receiver Notes Communication Errors Error MessagesOMWT-SOFT-OPC Server Internal Error Runtime ErrorsCommunication Error CRC16 or Time Out Pre-defined Thermistor Why Use CorrectionsCorrections Correction IDsCorrection.INI file How to use CorrectionsNtcnormalres Predefined CorrectionsWARRANTY/DISCLAIMER OMEGA…Of Course

M-4066 specifications

Omega Engineering, a renowned name in measurement and control solutions, has developed a range of high-quality devices to meet the diverse needs of industries worldwide. Among these products, the Omega M-4066 stands out as a versatile and highly functional instrument designed for precise measurement and control applications.

The Omega M-4066 is a state-of-the-art digital thermometer, ideally suited for various industrial applications, including laboratory settings and process control environments. With its robust construction and user-friendly interface, this device is designed to facilitate accurate temperature readings in real-time.

One of the standout features of the M-4066 is its wide temperature measurement range. It can accurately measure temperatures from -200°C to 1372°C, making it suitable for a variety of applications, including cryogenics and high-temperature processes. This versatility allows users to apply it across multiple sectors, including manufacturing, pharmaceuticals, and food processing.

Equipped with advanced thermocouple technology, the M-4066 ensures rapid response times and high accuracy in temperature measurements. Its compatibility with different types of thermocouples, such as Type K, J, T, and E, enhances its versatility, allowing users to select the most appropriate sensors for their specific applications.

The M-4066 also features a large, easy-to-read LCD display that provides clear and precise temperature readouts. A range of additional functionalities, including maximum and minimum temperature readings, allows users to monitor fluctuations and maintain the desired environmental conditions effectively.

In terms of connectivity, the device offers options for data logging and communication with external systems. Users can interface the M-4066 with computers or control systems, enabling them to analyze data trends and implement necessary adjustments in real time.

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In summary, the Omega M-4066 is a powerful, flexible, and reliable digital thermometer that provides accurate temperature measurement across a broad range of applications. With its advanced features, diverse connectivity options, and robust design, it is an essential tool for professionals looking to enhance their measurement and control capabilities.