Omron DR 170 14 manual Read, Write, Imortant Note

Page 39

Klinkmann Automation Omron Ethernet DAServer

37

High-order Byte

Only the high-order byte (MSB - most significant 8-bits) of each

 

word is used for read. To use this format, append the suffix 'D'

 

to the item name.

Both Bytes

Both bytes of each word are used for read/write. To use this

 

format, append the suffix 'C' to the item name.

Note: All bytes in the specified memory range will be used. If the string is shorter than the range of memory specified, it will be padded with '\0'. If the string is longer than the range of memory specified, the string will be truncated.

For example, assume the following memory contents (numeric values shown in hex):

 

MSB

LSB

 

DM10

41

42

"AB"

DM11

43

44

"CD"

DM12

45

46

"EF"

Read:

 

returns ABCDEF

DM10 – DM12C

DM10 – DM11D

returns AC

 

DM10 – DM12E

returns BDF

 

Write:

 

 

 

DM10 - DM12C

after written with "ABCD"

DM10

MSB

LSB

 

54

65

"AB"

DM11

73

74

"CD"

DM12

0

0

" "

DM10 - DM12E

after written with "ABCDE"

 

MSB

LSB

 

DM10

0

41

"A"

DM11

0

42

"B"

DM12

0

43

"C"

Imortant Note!

Do not operate with item names, which have addresses outside really existing PLC data and memory area! It will lead to communication failures, because the DAServer recognizes item name error only if item name goes out of range represented in the item names table. Usually the information like following will be logged to logger if some item with address in inaccessible memory area is used (MRC:11 and SRC:03 informs about "Parameter error: the first address is in an inaccessible area")

<Socket.Controller>: FINS command 0101 failed (resp. error code 1103). Parameter

error: the first address is in inaccessible area.

Omron Ethernet DAServer Ver 1.x User Manual Rev 1.4

17014m14

Page 38 Page 40
Image 39
Page 38 Page 40
Contents Ver 1.x Rev DR 170 Omron Ethernet Direct DAServer User’s GuideContents Contents About This User GuideIndex Overview IntroductionCommunication Protocols Application Communications ProtocolsSuiteLink NetDDE Accessing Items via the DAServerFins Message Communication FastDDEDDE/SuiteLink Demo Mode FeaturesKlinkmann Automation Omron Ethernet DAServer Before starting the Omron Ethernet DAServer Ethernet Unit Configuration Example for CS1 PLC Klinkmann Automation Omron Ethernet DAServer Klinkmann Automation Omron Ethernet DAServer Klinkmann Automation Omron Ethernet DAServer Klinkmann Automation Omron Ethernet DAServer Example program for sending unsolicited data from PLC Comments on example program ladder diagramKlinkmann Automation Omron Ethernet DAServer Klinkmann Automation Omron Ethernet DAServer To prepare the Omron Ethernet DAServer Getting Started Quickly with the DAServerConfiguring the DAServer NewSOCKET000 by defaultAdd Controller Object To prepare the Omron Ethernet DAServer Klinkmann Automation Omron Ethernet DAServer DASOmronEth Hierarchy in the DAServer Manager To create Socket objects from the Configuration branchHost Name IP Addr Port NumberTo add Controller to your Omron Ethernet hierarchy Klinkmann Automation Omron Ethernet DAServer Klinkmann Automation Omron Ethernet DAServer Klinkmann Automation Omron Ethernet DAServer Enabling Software License Key for DASOmronEth Device Group Definitions Configuring Device Group DefinitionsTo make edits on device groups To create or add device groupsKlinkmann Automation Omron Ethernet DAServer To configure default update intervals To delete device groupsScan-Based Message Handling To use different configuration sets from the current one Configuring Device Item DefinitionsArchiving Configuration Sets To archive configuration setsTo add item references Device Item DefinitionsName Item Reference To create or add device itemsHot Configuration Klinkmann Automation Omron Ethernet DAServer Pn-PhS Item Name General FormatPnS Pnb or Pnbb or Pn.b or Pn.bbAscii Strings Format BCD FormatLong Format Signed/BCD Floating Point Format IEEE/BCDRead WriteImortant Note CS1/CJ1 PLCs = a To M= a Klinkmann Automation Omron Ethernet DAServer C200HX/C200HG/C200HE PLCs CV-series PLCs PVS Step Status Flag or Bit StatusCPM2x PLCs Klinkmann Automation Omron Ethernet DAServer CQM1 PLCs DAServer Standard System Items System Item Type Description Values System Item Type Description Values Name Access RightsDAServer Global System Item DAServer Device-Specific System ItemsKlinkmann Automation Omron Ethernet DAServer Range DAServer Device-Group-Specific System ItemsRange AREA10.VESSEL1.TIC1.PLC.D100 Generic OPC SyntaxYourOPCAccessPath.$SYS$Status Monitoring Connectivity Status with the PLC=DASOmronEthPLC!$SYS$Status Using DDEStatus and IOStatus in Excel Monitoring the Status of DAS ConversationsReading Values from the DAServer into Excel =TERMINATEchannel Writing Values to the DAServer from ExcelChannel=INITIATEapplicationname,topicname =POKEchannel,itemname, DataReferenceError Messages and Codes DAServer Error MessagesError Message Explanation Probable Cause Solution Log Flag Item Names Creating write Invalid value poked Check Item’s DASProtFail Data, received Take into DASProtWarn Main Code Sub Probable Cause Remedy Log Flag Hex Server-Specific Error CodesError code Logger Message Log Flag Fins Response CodesKlinkmann Automation Omron Ethernet DAServer Klinkmann Automation Omron Ethernet DAServer Klinkmann Automation Omron Ethernet DAServer Klinkmann Automation Omron Ethernet DAServer DAServers DAServer ArchitecturePlug-ins DAS EnginePLC Protocol Layer Component Environments Klinkmann Automation
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DR 170 14 specifications

The Omron DR 170 14 is a leading-edge digital infrared thermometer that has established a strong reputation for its accuracy and efficiency in measuring body temperature. This advanced device is particularly noted for its user-friendly design, making it suitable for both medical professionals and home use.

One of the key features of the Omron DR 170 14 is its non-contact measurement capability, allowing users to obtain temperature readings from a distance of about 1-3 centimeters. This feature is crucial in minimizing the risk of cross-contamination, especially in healthcare settings. The thermometer utilizes infrared technology to detect the infrared energy emitted by the body, ensuring quick and reliable readings in just seconds.

The Omron DR 170 14 also boasts a large, easy-to-read LCD display that provides clear visibility of temperature readings. This display is backlit, allowing for usage in low-light conditions, making it convenient during nighttime monitoring of children's temperatures.

Furthermore, the device includes a memory function that can store multiple temperature readings, assisting users in tracking fever patterns over time. This feature is invaluable for caregivers and healthcare providers as it allows for better assessment and decision-making regarding treatment plans.

In terms of accuracy, the Omron DR 170 14 is equipped with advanced measurement algorithms that enhance precision in readings, positioning it as a reliable option for temperature measurement. The thermometer can measure not only body temperature but also surface temperatures of objects and liquids, providing versatility beyond just clinical settings.

Another notable characteristic is its compact and lightweight design, which makes it highly portable and easy to carry around, whether in a medical bag or a home setting. The thermometer is also powered by batteries, ensuring that it remains operational even in case of power outages.

Overall, the Omron DR 170 14 stands out for its combination of modern technology, ease of use, and reliable performance. With its non-contact functionality, rapid readings, and memory features, it serves as an essential tool for anyone needing accurate temperature assessments, whether in a clinical or home environment. The thermometer exemplifies Omron's commitment to creating healthcare solutions that are not only innovative but also accessible to a wide range of users.
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