Description, Wireless Setup | Omega Engineering M-4066 specification

Omega Engineering M-4066 manual Description, OMWT-SOFT-OPC Server and Wireless, Wireless Setup

Description

OMWT-SOFT-OPC is a data acquisition OLE for Process Control (OPC) server that acquires data from devices and passes this data using OPC to a client application. OMWT-SOFT-OPC waits for the device to transmit and then processes the transmission.

Any Windows® application that can use OPC can obtain this data from the OMWT- SOFT-OPCServer. Examples of such applications include Wonderware® Intouch, National Instruments® LookOut, Capital Equipment Corp.® TestPoint, and general development applications like Microsoft® Visual Basic and Borland® Delphi. OMWT-SOFT-OPC can be a stand-alone data logger. When data logging is enabled, OMWT-SOFT-OPC will also store collected data in an ASCII file at a programmable interval. Another program such as a spreadsheet or a database manager can import the data. See section "OMWT-SOFT-OPC Server Data Logging".

OMWT-SOFT-OPC Server and Wireless

OMWT-SOFT-OPC Server can receive transmissions from wireless devices such as the wireless temperature transmitter. Other devices include the wireless humidity sensor and wireless analog input. OMWT-SOFT-OPC uses a wireless receiver such as the OMWT-REC232-600, OMWT-XREC-SER and OMWT-RECIP to receive transmissions from wireless sensors. OMWT-SOFT-OPC can also use multiple OMWT-RECIP Receivers to receive data through a TCP/IP connection.

When setting up a wireless network, OMWT-SOFT-OPC passively waits for transmissions instead of actively polling for devices. This can make the acquisition of sensors take a longer time than for a wired network as OMWT-SOFT-OPC must wait for the device to transmit. You can speed up this process by pressing the service button on the device so that it transmits while you are in the OMWT-SOFT-OPC Wireless Setup screen.

Each device has an entry in the device's INI file section. The INI entry and OPC tag "polltime" for each device has a different meaning when working with wireless transmitters. OMWT-SOFT-OPC cannot poll the wireless sensors. It must wait for a transmission. Therefore, OMWT-SOFT-OPC uses polltime to estimate how frequently a transmission should come from a device. It also uses a multiple of this time to determine if a device is offline. This multiple is configurable by the user.

Wireless Setup

If you have OMWT-SOFT-OPC running with a wireless receiver such as an OMWT- REC232-600 or OMWT-XREC-SER, OMWT-SOFT-OPC will display the Setup screen when it starts for the first time. The setup screen is the method by which OMWT-SOFT-OPC acquires wireless devices. The default on the setup screen is to accept only packets that are sent in service mode from the device (the packet is sent by pressing the service button on the device.) To change this default, uncheck the "Service Mode Only" checkbox. OMWT-SOFT-OPC will then display all the packets it receives. When OMWT-SOFT-OPC receives a packet from a device new to it, it names the device following the naming conventions detailed below, and it displays the device's name and serial number in the window.

You have several options after the device has been displayed. The "Clear New" button will clear all the devices that have just been received. The "Delete" button will delete a single device. Click on a device to select it and click on "Delete" to

OMWT-SOFT-OPC Server

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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.

The Omega M-4066 is built with durability in mind, featuring an IP65-rated enclosure that protects against dust and water ingress. This resilience is particularly beneficial for use in harsh industrial environments, ensuring longevity and reliable performance.

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.