End of set up | Campbell Hausfeld SDM-SIO4 manual

SDM-SIO4 User Guide

;end of set up.

5:End (P95)

;get the two floating point values from the SDM-SIO4.

6:SDM-SIO4 (P113)

1:	1	Reps
2:	0	Address
3:	1	Send/Receive Port 1
4:	4	Command
5:	0	1st Parameters
6:	0	2nd Parameters
7:	2	Values per Rep
8:	1	Loc [ Voltage ]
9:	1.0	Mult
10: 0.0		Offset

;Only set the output flag when the voltage is ;greater than or equal to -99998.

7:IF (X<=>F) (P89)

1:	1	X Loc [ Voltage ]
2:	3	>=

3:-99998 F

4:10 Set Output Flag High (Flag 0)

;Time stamp.

8:Real Time (P77)

1:1111 Year,Day,Hour/Minute,Seconds

;Instantaneous values stored to final storage.

9:Sample (P70)

1:	2	Reps
2:	1	Loc [ Voltage ]

*Table 2 Program

02:0.0000 Execution Interval (seconds)

*Table 3 Subroutines

End Program

Example CR10X Program using the Polling Method

This program will deal with sensors that send data at random intervals. The program polls the SDM-SIO4 to see if data is available and only stores the data then.

A typical filter that could be used is as follows:

fltst 200 "t[data]A5xff"

This filter works as follows:

t[data] – this filter waits for an exact string match before it starts the next filter. In this case it is waiting for the sensor to send the string ‘data’.

A5 – this filter sets up a 250ms filter time-out; this time-out should be long enough for the sensor to transmit all of its data.

5-20

Image 50

Campbell Hausfeld SDM-SIO4 manual Example CR10X Program using the Polling Method, End of set up

Contents

Issued Page Guarantee Page Contents Data Error Detection Appendix A. Ascii Table What is the SDM-SIO4? Introduction Datalogger Command Control Serial Ports SpecificationsSDM-SIO4 Serial Port Pin Configuration Serial Port Buffers Case Power RequirementsSDM Port Environmental Operating Range Other Key Features Page Address Settings Installation and Hardware Set-UpSetting the SDM Address Selector Block Settings SDM Address Transient Protection and Grounding Selecting RS232 or 5V Logic for Each PortConnections to the SDM-SIO4 No. of Flashes Description of error/status Power-on Tests the Status LEDStatus LED Error Codes Page Method of Entering Special / Control Characters Understanding How the SDM-SIO4 Handles DataIntroduction Simple Filters Input FiltersFilter Types Filter Strings Ibn8Ficn8F Predefined Filter Strings Output FormattingSimple Output Formatter Filter No Filter String Used Output Format Strings Fmtst 123 z261 f62 iBattery z257 f61z273 CR10X Program Example Get battery voltage Get panel temperature Programming the SDM-SIO4 Command Line Operation and StructureEntering Commands Basic Commands Advanced Commands Bytewr address byte ErrorresHexdump start address number of bytes WD n Wderr n Wdaddr n Testio test# Testio returnsPage Programming the Datalogger Instruction 113 Parameters Parameter 8 Starting Input Location Commands and Options Parameters 4, 5Parameter 7 Values per Rep Parameters 9 and 10 Multiplier and Offset Command 1 Poll of Available Data Understanding Parameter Options and Returned Values Command 4 Send Data to Datalogger Command 2 SignaturesCommand 3 Flush all Receive Buffers Command 5 Status Command 8 Poll Tx Buffers for Data Command 6 Flush Transmit BufferCommand 7 Activate Command Line Command 9 Flush Converted Data Buffer Command 321 Execute Command Line Command Command 67 Get Return CodeCommand 320 Send Byte Data to SDM-SIO4 Program Example for P113 Command Execute the command line string Command 1026 Serial Port Status Command 1024 Send String to DeviceCommand 1025 Transmit a Byte First Value Returned Third Value Returned First Command Option Reset Error CountersSecond Value Returned Fourth Value Returned Command 1027 ‘Manual’ Handshake Mode Command 2049 Set Communications Parameters First Command Option Parameter Second Command Option Parameter Command 2054 Set Up Receive Filter String Number or Character Code Example CR10X Program SDM-SIO4 Configuration ExamplesCommand 2305 Transmit Bytes Get two floating point numbers into locations 1 End of serial and filter setupSet flag one high so the above will only be done once Example CR10X Program Using Instruction P113 Command Strst 101 Send DataJM Set up the filter and then send string Wait long enough for sensor to send data Time stamp Sensors Which Send Data Out Without PromptingGet data from SDM-SIO4 and put into locations 1 Instantaneous sample form the sensor Example CR10X Program without Polling or Interrupts Fltst 200 tdataA5xff Get the two floating point values from the SDM-SIO4 Example CR10X Program using the Polling MethodEnd of set up Instantaneous values stored to final storage Do filter set-up only if flag one is clear Set up string filterDelay required by filter set-up command Set flag one high so the filter set-up is only done once Instantaneous value stored into final storage Example CR10X Program using InterruptsGet voltages into locations 3 and 4 if poll was true Set control port 8 to i/p so it can be used as an interrupt Do filter setup only if flag one is clearDelay required by filter setup command Instantaneous readings stored into final storage Interrupt routine for control portGet voltages into locations 3 End of interrupt routine Outputting Datalogger Data Return Error Codes Flushing the Input and Output Buffers Received Data Data Error DetectionError Detection with the SDM-SIO4 SDM-SIO4 User Guide Fltst 100 TFrequency=xg2n10fCCG8 Example of Using Received Data Filters2 CR10X Program Example Tell the SDM-SIO4 to use filter string Minimum delay of 4ms is required by the above P113End of filter setup End of get data Transmitted Data CRC32 Example of Using Transmitted Data Filters Fmtst 100 g1i123456789G8 Alternative CR10X Program Fmtst 100 g1 Fmtst 101 isome data Fmtst 102 f62 G8 Minimum delay of 3.8ms is required after this command Use formatter string 100 to set up the CRC16 on portMinimum delay of 1ms is required after this command Send the Ascii characters ‘Y’ and ‘Z’ to port CRC16-CCITT-IBM Data Error Detection Page Appendix A. Ascii Table Dec CharPage Stop Bits Appendix B. Serial Port Data Transfer ModesBaud rates Data Length Parity Bits Serial Handshake Modes