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Solartron Mobrey 3595 4C, User Manual

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Solartron Mobrey 3595 4C User Manual Download Page 38

Programming the 3595 4C Interface card                                                                     3595 4C User Manual Part One

3-10

                                                                                                                                                   

35952350 (CH03/AA)

3.4.2 Extended 

error 

codes

The extended error codes stored in RAM location 0x105 consist of the same error codes that appear in the
Interface Control Register, and some extra ones.

The error codes and their meanings are:

00 = No Error.
01 = Dual Port RAM Error.
02 = Local RAM error.
03 = Boot code ROM error.
04 = Main code ROM error.
05 = Firmware failure.  (Watchdog has reset the 4C Interface card.)
06 = Host PC software failure.
07 = Not applicable
08 = Programming: Bad S-record – does not start with ‘S’
09 = Programming: Bad S-record checksum
10 = Programming: ROM (IC) failed to programme
11 = Programming: ROM (IC) failed to programme
12 = Programming: S-record data was not word aligned.

RAM location 0x105 and the Interface Control (IC) Register are located in different areas of hardware.  This
allows a fault in one area to be reported in the other: for example, a RAM error may make location 0x105
inaccessible, but the relevant error code could still be read from the Interface Control (IC) Register.

3.4.3  Software status and issue

RAM locations 0x110 and 0x111 hold the status of the Boot software currently installed in the 4C Interface
card.  Similarly, RAM locations 0x112 and 0x113 hold the status and issue of the Main software.  Should
new software be installed, the status and issue are updated automatically.

3.4.4  Flash Checksum registers

The Flash Checksum Registers allow the Host PC to check the correct loading of the 4C Interface card
software.  Locations 0x121 through 0x128 hold the even and odd checksums for Sectors 0 and 1, as shown
in Table 3.3.  Locations 0x129 through 0x140 are reserved for the checksums of Flash Sectors 2 through 7,
which are assigned in the same way.

Location 0x120 holds the flash checksum summary.  Bits 0 and 1 in this location indicated the checksum
status for Sectors 0 and 1: ‘1’ = checksum okay; ‘0’ = checksum error.  Bits 2 through 7 are reserved for the
checksum summaries of Flash Sectors 2 through 7.

Table 3.3:  Flash Checksum Registers

RAM location

Checksum

0x121

Flash Sector 0: even checksum (m.s)

0x122

Flash Sector 0: even checksum (l.s)

0x123

Flash Sector 0: odd checksum (m.s)

0x124

Flash Sector 0: odd checksum (l.s)

0x125

Flash Sector 1: even checksum (m.s)

0x126

Flash Sector 1: even checksum (l.s)

0x127

Flash Sector 1: odd checksum (m.s)

0x128

Flash Sector 1: odd checksum (l.s)

“m.s” = most significant byte; “l.s”. = least significant byte

Summary of Contents for 3595 4C

Page 1: ...Precision measurement solutions 3595 4C PC to S Net Interface USER MANUAL 35952350...

Page 2: ...ii 35952350 2001 SOLARTRON MOBREY LIMITED...

Page 3: ...stud before control or signal leads are connected The ground connections must have a current rating of 25A AC SUPPLY Never operate the equipment from a line voltage or frequency in excess of that spe...

Page 4: ...under unfavourable conditions Equipment has been subjected to severe physical stress If in any doubt as to the serviceability of the equipment don t use it Get it properly checked out by a qualified...

Page 5: ...ound in the 3595 Series IMP Installation Guide For this reason the information on IMP networks has been kept to a minimum If you re not familiar with the IMP network and the 3595 4C Interface card you...

Page 6: ...vi 35952350...

Page 7: ......

Page 8: ......

Page 9: ...3595 4C PC to S Net Interface User Manual PART ONE Installation and Operating Instructions for the 3595 4C Interface card...

Page 10: ...1 ii 35952350...

Page 11: ...d Installing the 3595 4C Interface 2 1 INTRODUCTION 2 2 SELECTING ON CARD S NET TERMINATION 2 3 IMP POWER SUPPLY OPTIONS 2 4 INSTALLING THE 3595 4C INTERFACE CARD IN THE PC 2 5 CONNECTING THE 3595 4C...

Page 12: ...1 iv 35952350...

Page 13: ...C Interface and facilities Contents 1 1 THE 3595 4C INTERFACE 1 2 1 1 1 PC System Requirements 1 2 1 2 INTERFACE ACCESSORIES 1 2 1 3 IMPVIEW SOFTWARE 1 2 1 4 INTERFACE FACILITIES 1 3 1 4 1 IMP Command...

Page 14: ...Net cable 10m P N 35950203 with 9 way D type plug to suit S Net socket one spare 9 way D type plug P N 351309020 to suit the S Net socket two connector hoods P N 354006290 four screw locks male P N 35...

Page 15: ...data type having an individual format S Net protocol segregates these data types and returns each type on it s own data stream This approach allows application software to categorise and attach differ...

Page 16: ...internal power supply Up to 50 IMP devices 3595 Series can be supplied from an external power supply The actual number depends on the voltage of the external supply and on the length and gauge of the...

Page 17: ...igure 2 1 S Net cable terminations 2 3 Figure 2 2 Location of S Net termination Jumper J202 2 3 Figure 2 3 Location of external power supply Jumper J201 2 4 Figure 2 4 PC expansion slots 2 5 Figure 2...

Page 18: ...Section 2 3 Page 2 4 3 Install the 4C Interface card in the PC See Section 2 4 Page 2 5 4 Connect the 4C Interface card in the PC to S Net See Section 2 5 Page 2 7 5 Where required connect the 4C Inte...

Page 19: ...s located at the end of S Net Figure 2 1a the S Net cable is terminated on board the 4C Interface card Here connection between cable and terminator is made through on card Jumper J202 See Figure 2 2 T...

Page 20: ...l power plug on the 4C Interface card Where the external source is to be used continuously it is recommended that the on card Jumper J201 link is removed See Figure 2 3 c Directly from a power supply...

Page 21: ...ing If you require help in doing this refer to a PC manual 5 Locate a free PCI expansion slot See Figure 2 4 Figure 2 4 Various PC expansion slots 6 Remove the screw securing the cover of the PCI expa...

Page 22: ...hole in the rear panel of the PC Fit the securing screw which should be snug against the inside of the U Tighten the screw See Figure 2 5 9 Refit the PC casing and retaining screws The is the reverse...

Page 23: ...or when the card is already fitted in a PC The pin functions of the S Net connector as listed in Table 2 1 Figure 2 6 Location of S Net connector on the Host PC rear panel Table 2 1 S Net Connections...

Page 24: ...red and S Net ve white 2 5 2 Cable selection Cable selection depends on two cable characteristics 1 The a c attenuation of the cable This affects the digital communications that are running back and...

Page 25: ...ternal supply When IMP devices are powered from an external power supply connected to the 4C Interface card it is possible to use longer lengths of S Net cable than those listed in Table 2 3 It is imp...

Page 26: ...reparing and Installing The 3595 4C Interface 3595 4C User Manual Part One 2 10 35952350 CH02 AA Figure 2 7 Minimum recommended wire gauge for a 24V external supply for a Universal IMP and b Other IMP...

Page 27: ...595 4C User Manual Part One Preparing and Installing The 3595 4C Interface 35952350 CH02 AA 2 11 Figure 2 8 Minimum recommended wire gauge for a 48V external supply for a Universal IMP and b Other IMP...

Page 28: ...e external power supply connection to the Host PC is made through a D type connector on the 3595 4C Interface card The location of this D type connector is shown in Figure 2 9 Figure 2 9 Location of t...

Page 29: ...asurement results 3 8 3 3 4 Using interrupts 3 8 3 4 INTERFACE CONTROL 3 9 3 4 1 Interface Control Register 3 9 3 4 2 Extended error codes 3 10 3 4 3 Software status and issue 3 10 3 4 4 Flash Checksu...

Page 30: ...4 POLL TABLE 3 12 FIGURE 3 5 TRANSMIT REGISTER 3 13 FIGURE 3 6 RECEIVE TABLE 3 15 FIGURE 3 7 RECEIVE INTERRUPT TABLE 3 16 FIGURE 3 8 STREAM SIZE LOCATIONS 3 18 FIGURE 3 9 STREAM TIME TAG LOCATIONS 3 1...

Page 31: ...he 4C Interface card S Net power on off IMP commands to be transmitted are written by the Host PC into RAM Page 1 Measurement results from the IMP devices are received on RAM Pages 2 through 51 which...

Page 32: ...0 512 Bytes Base Address 0x1FF Base Address Memory location address range for RAM page window INPUT OUTPUT WINDOW OF HOST PC 256KBytes RAM PAGE 1 IMP Commands RAM PAGE 2 Measurement Results IMP 1 RAM...

Page 33: ...d by Task A 3 Save this page number 4 Write zero to the page select byte to indicate that RAM Page 0 is now selected Note This ensures that RAM Page 0 will be restored for Task B should it be interrup...

Page 34: ...nction 000 0C7 r w Receive Table 0C8 0CE r w Poll Table Receive Enable 0CF 0E7 r w Receive Interrupt Table 0E8 0ED r w Transmit Control Registers 0EE 0F7 r w Real time Calendar and Clock 0F8 0FE r w R...

Page 35: ...age 3 12 In this table a bit should be set for each IMP device from which data is required Alternatively the Poll Table may be set later when reception is required The 4C Interface card can now be use...

Page 36: ...gives the address with the IMP s data page at which the data is to be found When measurement data has been read by the PC the relevant entry in the RECEIVE TABLE should be cleared This allows the 4C I...

Page 37: ...power off and then on again To ensure that power is completely removed from IMP devices insert a 250ms delay between these two actions Note that locally powered IMP devices can be reset by sending a...

Page 38: ...and 0x111 hold the status of the Boot software currently installed in the 4C Interface card Similarly RAM locations 0x112 and 0x113 hold the status and issue of the Main software Should new software...

Page 39: ...is expressed in the binary coded decimal format Synchronisation to the Host PC clock is maintained through the Calendar Synchronise Register Synchronising the clock If software synchronisation is to b...

Page 40: ...0xCC 0xCD 0xCE 0xC8 50 1 9 17 25 33 41 49 Bit 7 Bit 0 Poll Table Receive Enable Each bit represents a specific IMP as indicated by the IMP numbers When a bit is set the corresponding IMP is polled fo...

Page 41: ...e card The bit functions are as follows TXR Transmit Request The Host PC sets the TXR bit to tell the 4C Interface card that the data on RAM Page 1 is to be transmitted Another transmit can be request...

Page 42: ...age onto RAM Page 1 starting at address 0x00 2 On RAM Page 0 set up the Transmit Registers as follows a Specify the number of bytes to be transmitted by writing this into the Tx Buffer Size Register b...

Page 43: ...0xC5 0xC6 0xC7 0x07 ADDRESS OFFSET Data Stream 0 Data Stream 1 Data Stream 2 Data Stream 3 Data Stream 0 Data Stream 1 Data Stream 2 Data Stream 3 Data Stream 0 Data Stream 1 Data Stream 2 Data Stream...

Page 44: ...tream 1 Data Stream 2 Data Stream 3 Data Stream 0 Data Stream 1 Data Stream 2 Data Stream 3 Figure 3 7 Receive Interrupt Table Each of the four bit bytes into which the table is divided is assigned to...

Page 45: ...retry count 12A 1FF r w Unallocated Remember to add the base address of card to these hexadecimal numbers 3 5 1 Data streams IMP devices are able to return four types of data each type having a parti...

Page 46: ...te Data Stream 3 Size l s byte Figure 3 8 Stream size locations 3 5 3 Stream time tags A time tag is stored for each stream of data received This includes the date and the time at which the reception...

Page 47: ...IMP it expects a response this is part of the S Net protocol Should an IMP fail to respond three retries are made before an error is reported In many cases where the quality of the transmission is ma...

Page 48: ...Programming the 3595 4C Interface card 3595 4C User Manual Part One 3 20 35952350 CH03 AA...

Page 49: ...3595 4C PC to S Net Interface User Manual PART TWO IMP Commands and Responses...

Page 50: ...2 ii 35952350...

Page 51: ...ARY 1 3 COMMAND DIRECTORY 1 4 SUGGESTED COMMAND PROCEDURES Chapter 2 Results and Error Formats 2 1 INTRODUCTION 2 2 IEEE 754 FLOATING POINT FORMAT 2 3 FOUR BYTE RESULT 2 4 EVENT RESULT FORMAT 2 5 TIME...

Page 52: ...2 iv 35952350...

Page 53: ...1 6 Command delays 1 5 1 2 COMMAND SUMMARY 1 6 1 3 COMMAND DIRECTORY 1 8 1 3 1 Commands for analogue and digital measurements 1 9 1 3 2 Commands for analogue measurements only 1 28 1 3 3 Commands for...

Page 54: ...DE CODES FOR IMP TYPE 1B STRAIN 1 11 TABLE 1 5 MODE CODES FOR IMP TYPE 2A DIGITAL 1 12 TABLE 1 6 MODE CODES FOR IMP TYPE 2A SWITCH IMP 1 13 TABLE 1 7 MODE CODES FOR IMP TYPE 1H AND 1J 1 14 TABLE 1 8 D...

Page 55: ...ices Note IMP addressing is dealt with in Part 1 of this manual 1 1 3 Numbers in commands The majority of commands require one or more numbers to further specify the command For example the ME measure...

Page 56: ...l the buffers available are full or until the HA halt command is issued d Examples a and b can be extended to setting up every channel on an IMP and begin scanning To do this use CH MO entry in the Co...

Page 57: ...to send an IMP a command that it understands but can t obey For example the command may specify an invalid mode or range In such a case the IMP stores an appropriate error code and returns this when...

Page 58: ...For test purposes only FR Sets the integration time KA Calibrate ON UN Selects units of Temperature AM Ambient temperature reference 3 3 TE Sets reference temperature TC Sets thermocouple check for o...

Page 59: ...mode CH PL Enables a measured parameter to be linearised into alternative units PL Defines coefficients of the polynomial applied by CH PL CH HL Defines a high limit for channel alarm checking CH LL D...

Page 60: ...des any command variables For example Note that the command codes are shown in bold UPPER CASE characters and variables in lower case Italics Only the items in boxes form part of the command string A...

Page 61: ...nnel mode measurement function and range on specified channel See Table 1 3 through Table 1 7 for encoding details Response If an IMP is given a channel mode command with which it is unable to comply...

Page 62: ...374 380 384 Thermocouple type E Thermocouple type J Thermocouple type K Thermocouple type R Thermocouple type S Thermocouple type T Thermocouple type B Thermocouple type N The third digit sets the ra...

Page 63: ...an IMP with a product status of C6 or higher are able to comply with an auto ranging command RTD PRT 100 4 terminal 400 411 412 413 auto ranging 20mV range 200mV range 2V range RTD PRT 100 3 terminal...

Page 64: ...e 920 921 ve going start ve going stop ve going start ve going stop Measures ve pulse width Measures ve pulse width Note ve edge refers to a negative going edge a transition from high to low ve edge r...

Page 65: ...only 800 Switch output off high 801 Switch output on low For digital output sets channel to logic 1 or 0 Note ve edge refers to a negative going edge a transition from high to low ve edge refers to a...

Page 66: ...C and 1E The third digit sets the range 0 auto ranging 4 least sensitive range 10V User defined linearisation See UT description in Section 1 3 7 page 1 45 400 401 402 403 800 A drive auto ranging 800...

Page 67: ...trigger Same modes as for 2A 800 Switch output off high For digital output set channel to logic 1 or 0 801 Switch output on low Similar modes to 2A except a Status of channel can be read back b Output...

Page 68: ...his sequence is repeated whilst continuous scanning is in operation For a single scan the result 20Hz is returned on completion of the one second 1s gate time 2 Assume that the measured input is a 200...

Page 69: ...uously scan inputs without waiting for scan data to be read by the PC If the scan period is defined the start points of successive scans are separated by this period Also if the PC is unable to read t...

Page 70: ...P command Response Stream 3 Single character H confirms that measurement has stopped LO LOad set up data to IMP LO s d1 d2 dn Where s is the database 1 2 or 3 for IMP types 1A 1B 1C 1E 2A and 2B and 1...

Page 71: ...provided that counting has not already started An initial result of zero is then returned If counting has already started the result returned is the number of events the IMP has recorded in that chann...

Page 72: ...nsmit this data to the PC The complete output buffer capability of the IMP is needed to transmit this data Therefore the user must ensure that no data is waiting for transmission at the IMP In additio...

Page 73: ...J IMP types Number of bytes in Database Dn IMP Type D1 D2 D3 D4 D5 D6 D7 1H and 1J Universal 12 86 165 146 182 180 180 SE SEt up to test condition and arm SE Note This command does not apply to type 1...

Page 74: ...ocess each block of scan data as it occurs For a guide the average scan times for the various types of IMP and their measurement modes are listed in Table 1 10 The scan period may be re defined at any...

Page 75: ...Strikes C13 A9 3595 1B 3595 51B Mod Strikes C17 10 3595 1C 3595 51C Mod Strikes C16 A9 3595 2A 3595 52A Mod Strikes B12 A10 3595 1E 3595 51E Mod Strikes A1 3595 2B 3595 52B Mod Strikes A1 3595 1H Mod...

Page 76: ...the PC Therefore all scans will start at the same point in time The time subdivision used for scan synchronisation equals the scan period where this is an integral sub multiple of 100ms 1s 60000ms 1m...

Page 77: ...ayed until 0ms 250ms 500ms or 750ms past the second Scan Period Time Triggers 1 and 2 08 10 03 08 10 04 Trigger 3 08 10 05 Actual scan time IMP 1 IMP 2 IMP 3 Figure 1 3 SP 250 Command Example A scan s...

Page 78: ...of communication retries f If f F the IMP is capable of responding to an FR0 or FR1 command nnyz The software number status and issue The software numbers are related to the IMP type and are listed in...

Page 79: ...ARmed to respond If CO has already been transmitted continuous scanning will be started by the TR command On IMP types other than the 1H and 1J the channels set for event capture skip or digital outp...

Page 80: ...ts drift correct value to a nominal test value Note This command does not apply to 1D 2A or 2B IMP types Function This command is intended for diagnostic and test purposes only An analogue IMP continu...

Page 81: ...Actual throughputs are also dependent on the PC and the application software xxxxxx shows the effect on the overall scan rate of increasing the number of fast IMP devices types 1A and 1B in a five IMP...

Page 82: ...vidual IMP This function defaults to on With calibration off the correction factors used assume perfect components This provides the user with a reference or a means to operate with a missing corrupte...

Page 83: ...he TE command Response None See also TE TE set external temperature reference TE t Where t is the external reference junction temperature defined by an IEEE 754 floating point number in the range 30 C...

Page 84: ...This command applies only to IMP types 1A 1C 1E 1H and 1J Function With checking enabled a second measurement follows the thermocouple measurement this is to confirm thermocouple integrity Note that t...

Page 85: ...point number defining the initial gauge voltage Note This command applies only to IMP type 1B with strain gauge s Function Sets the strain gauge offset and initial voltage values used by an IMP to ca...

Page 86: ...when commanded to measure The PC should be programmed to store the strain gauge data as a string and later if necessary send it back to the IMP using the LO or CH OF commands This allows a re start af...

Page 87: ...n Table 1 15 On power up the IMP selects the default sample rate This rate is suited to mode of operation as shown in Table 1 16 At the sample rates of 20Hz and 1kHz a level change is detected only if...

Page 88: ...clic signals the time out period must be at least twice that of the measured signal This ensures both edges of the signal are within the time out period Response None Table 1 17 Time out periods Time...

Page 89: ...ee Chapter 2 See also CH MO and ES ES Event Status ES Note This command applies only to digital IMP types 2A and 2B Function This command checks the configuration for channels selected for event captu...

Page 90: ...orces the output into the 0 alarm state The RE command does not disable the watchdog Response None SF Status data Format SF n Where n 0 for IEEE 754 floating point format n 1 for binary compressed for...

Page 91: ...channel channel 20 for UIMP or 32 for digital IMP goes from a 0 state to a 1 no alarm state The IMP then expects the ST command to be sent within every n seconds If a time out period passes without a...

Page 92: ...1D Function Sets the specified channel to the specified voltage Response None See also OS CH IO CHannel Current CH n IO x Where n is an integer that defines the channel number in the range 1 n 4 x is...

Page 93: ...r calibrating the output voltage of a type 1D IMP is 1 Fit all cables to the 3595 3Y connector block PCB terminal connectors are as shown in Figure 1 4 a The S Net cable is connected to the COMMS IN t...

Page 94: ...calculating the calibration coefficients or by the same coefficients not allowing the full range of the channel to be utilised Either an incorrect measurement was made or there is faulty circuitry in...

Page 95: ...ference equipment Response Stream 3 4 characters CnIe where n is the channel number and e represents the calibration response as shown in Table 1 18 Equipment Same as for CH CV command Procedure The p...

Page 96: ...st command sent to that channel was CHnVOx or CHnCIx e represents the output status code as shown in Table 1 19 For example 30 V0V0I0I0 shows that channels 1 and 2 have been correctly set for voltage...

Page 97: ...tag mode and historical mode See below Time Tag Mode Same as real time mode with an extended Stream 0 that includes a time tag Historical Mode This mode is unique to IMP types 1H and 1J and does not u...

Page 98: ...number defining the slop of a line c is an IEEE 754 floating point number defining a constant y axis catersian intersection e is an enable flag 1 enable 0 disable Function Used to convert a measured...

Page 99: ...as predefined thermocouple linearisation with respect to the AM TR and TC commands See mode codes 310 3A4 in Table 1 7 page 1 14 Notes If a thermocouple is measured and the corresponding linearisation...

Page 100: ...n HL limit i Where n is an integer that defines the channel number in the range 1 n 18 limit is an IEEE 754 floating point number that defines the limit in channel units i is an IEEE 754 floating poi...

Page 101: ...ormat for string is pA1A2A3 A36 p defines the output state of channel n for alarm detected p 2 disable alarm checking on channel n p 1 FET on switch closed i e as MODE 801 p 0 FET off switch closed i...

Page 102: ...nt to disable a machine when off limit readings are obtained for oil temperature oil pressure or both or monitoring equipment is non functional The oil temperature should be in the range 10 to 95 C Th...

Page 103: ...tart to true 4 SD save settings in non volatile memory These commands prepare an IMP to respond to a hard reset by restoring its database amd issuing a trigger command to itself RM Result Mode RM n Wh...

Page 104: ...er to Appendix A for details of the database format Compared with the PC saving and restoring the IMP database over S Net the above method is more convenient but less flexible Response Stream 3 Single...

Page 105: ...lled until the IMP no longer has room to store new data and measurements will stop The command language used by the IMP is very versatile allowing great flexibility in the way each channel can be conf...

Page 106: ...2A and 2B Use EV command to enable event logging 3595 IMP TYPE 2A ONLY Use CL command to clear totalise counters Use RD command Restores database on 3595 IMP types 1H and 1J Use AR command to enable...

Page 107: ...if only default values are to be used IMP SPECIFIC SET UP ANALOGUE MEASUREMENT IMP IMP TYPES 3595 1A 3595 1C IMP TYPES 3595 2A ONLY next channel next channel STRAIN GAUGE SET UP Use CH GA command to s...

Page 108: ...IMP Commands 3595 4C User Manual Part Two 1 56 35952350 CH01 AA...

Page 109: ...2 4 2 Event tag format 2 7 2 4 3 Event status format 2 8 2 4 4 End tag format 2 8 2 4 5 Lost event result format 2 8 2 5 TIME TAG FORMATS FOR 3595 1H AND 1J IMPS 2 9 2 5 1 Bookmark format 2 9 2 5 2 T...

Page 110: ...Results and Error Formats 3595 4C User Manual Part Two 2 2 35952350 CH02 AA...

Page 111: ...and historical modes are described in Sections 2 5 and 2 6 The error messages that may be returned by any IMP are listed in Section 2 7 together with their meanings Table 2 1 IMP Result Formats IMP Re...

Page 112: ...means that it consists of the sum of the true exponent with 12710 This allows a range of exponent values from 12710 to 12810 To retrieve the true exponent subtract 12710 The mantissa has an implied on...

Page 113: ...rather than 23 Four of the six bits are thus freed and are used to hold information on the significance of the result as follows S e7 e1 First Byte m22 m16 e0 m15 m8 m1m000S4S3S2S1 Fourth Byte Sign bi...

Page 114: ...nt End tags Four bytes containing only binary zeroes This indicates the end of a set of event data and is used when less than 112 bytes of event data is transmitted Lost event results When the event s...

Page 115: ...n of transition and the calendar seconds and milliseconds in the following format 1 0 T C4 C0 S7 S0 R7 R0 P7 P4 0 0 0 most significant bit of first byte First Byte Fourth Byte T transitions if T 1 eve...

Page 116: ...2B IMP however channel numbers 0 through 31 represent the physical channels 1 through 32 All remaining numbers are in binary coded decimal S7 S4 seconds tens S3 S0 seconds units R4 R7 milliseconds hu...

Page 117: ...and minute The format is 0 0 0 X4 X0 D7 D0 H7 H0 most significant bit of first byte First Byte Fourth Byte M7 M0 All numbers are in binary coded decimal X4 months tens X3 X0 months units D7 D4 days te...

Page 118: ...of S Net the enlarged Stream 2 allows the Host PC to extract data from the historical data buffer as quickly as possible The Host PC can then get up to date with real time measurements as they are mad...

Page 119: ...n follows the time tag C4 C0 channel number in binary Not used if M 1 a scan All remaining numbers are in binary coded decimal S7 S4 seconds tens S3 S0 seconds units R4 R7 milliseconds hundreds R3 R0...

Page 120: ...ircuit input or a large over voltage FF86 xxxx Open circuit thermocouple error Open circuit thermocouple checking is enabled and the IMP detected a failure FF87 xxxx Unknown mode type or range The IMP...

Page 121: ...3595 4C PC to S Net Interface User Manual Part Two 35952350 APPX A AA A 1 A Database Structure 3595 1H and 1J IMP Contents A 1 DATABASE STRUCTURE A 3...

Page 122: ...Database Structure 3595 1H and 1J IMP 3595 4C User Manual Part Two A 2 35952350 APPX A AA...

Page 123: ...Logic 0 define CA_DISASSERT 0 Turn Fet Off As Mode 800 Logic I typedef unsigned char BYTE typedef unsigned char BOOL typedef float IMPFP Typedefs for DATABASE 1 12 Bytes typedef struct BOOL Armed AR...

Page 124: ...eger Milliseconds UC Conversions 18 DB3 DB3_PTR Typedefs for DATABASE 4 146 Bytes typedef struct BOOL DEFINED This thermocouple is defined Volts to temperature equation IMPFP VT_PWR_5 Multiplication F...

Page 125: ...nnel High limit IMPFP HI_HYSTER Hysteresis value IMPFP HI_COMPARE Current compare limit IMPFP LOW Channel Low limit IMPFP LO_HYSTER Hysteresis value IMPFP LO_COMPARE Current compare limit BOOL IN_HIGH...

Page 126: ...Database Structure 3595 1H and 1J IMP 3595 4C User Manual Part Two A 6 35952350 APPX A AA...

Page 127: ......

Page 128: ...obrey GmbH Deutschland tel 0211 99 808 0 Solartron Mobrey Ltd China tel 021 6353 5652 Mobrey sp z o o Polska tel 022 871 7865 Solartron Mobrey AB Sverige tel 08 725 01 00 Mobrey SA France tel 01 34 30...

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