LumaSense technologies 1314i Interface Manual
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LumaSense technologies 1314i Interface Manual

Photoacoustic gas monitor, sf6 leak detector
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Interface
Manual
1314i Photoacoustic Gas
Monitor
1412i Photoacoustic Gas
Monitor
1512 Photoacoustic Gas
Monitor
3434i SF6 Leak Detector
BB6032-14

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Summary of Contents for LumaSense technologies 1314i

  • Page 1 Interface Manual 1314i Photoacoustic Gas Monitor 1412i Photoacoustic Gas Monitor 1512 Photoacoustic Gas Monitor 3434i SF6 Leak Detector BB6032-14...
  • Page 2 2.3.21 MEASURE_AIR_PRESSURE ............32 2.3.22 MEASUREMENT_STATE? ............32 2.3.23 OUTPUT_CALIBRATION_DATA? ..........32 2.3.24 OUTPUT_MEASUREMENT? ............34 2.3.25 OUTPUT_SETUP_DATA? ............37 2.3.26 OUTPUT_SPECIAL_COMPILATION? ........... 38 _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 2 of 81...
  • Page 3 Introduction to Service Requests ..........79 The Status Byte ................. 80 The Service Request Enable Register ..........80 The Event and Event Enable Register ..........80 _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 3 of 81...
  • Page 4 3434i SF6 Leak Detector From: 1314i Serial number: 702-130 1412i Serial number: 713-500 1512 Serial number: 110-001 3434i Serial number: 952-110 2018 _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 4 of 81...
  • Page 5 _________________________________________________________________________________________ About this Interface Manual This manual describes the programming and operation of the serial and parallel interfaces of the 1314i Photoacoustic Gas Monitor, 1412i Photoacoustic Gas Monitor, 1512 Photoacoustic Gas Monitor and 3434i SF6 Leak Detector. Although the physical aspect of cabling is touched on in this manual, it is assumed that users are familiar with the manual operation of the Gas Monitor, as described in the Instruction Manuals.
  • Page 6 Safety Considerations _______________________________________________________________________________________ Safety Considerations. The 1314i Photoacoustic Gas Monitor, 1412i Photoacoustic Gas Monitor, 1512 Photoacoustic Gas Monitor and 3434i SF6 Leak Detector complies with: Throughout this manual Monitor is used for above-mentioned instruments. The Monitor complies with: • EN/IEC 61010-1, 3 Edition: Safety requirements for electrical equipment for measurement, control and laboratory use.
  • Page 7 • Any adjustment, maintenance and repair of the open apparatus under voltage must be avoided as far as possible and, if unavoidable, must be carried out only by trained personnel. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 7 of 81...
  • Page 8 Use the power Cord delivered with the Monitor or check that the Cord used is rated minimum 10A/250V with protective earth. SAFETY SYMBOLS Frame or Chassis Dangerous voltage Protective earth _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 8 of 81...
  • Page 9 Chapter 1 _________________________________________________________________________________________ Chapter 1 Physical Level of the Interface May 2018 _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 9 of 81...
  • Page 10 1.1. Next to interface connector the USB interface symbol is displayed, as shown in Fig. 1.2. Pin definitions are given in Table 1.1. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 10 of 81...
  • Page 11 The cable connector at the PC end is a Standard A-plug and at the Gas Monitor end a Standard-B plug, as shown in Fig. 1.4. Fig. 1.4 Standard USB plugs of type A and B _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 11 of 81...
  • Page 12 Fig. 1.5. Fig. 1.5 The Ethernet interface symbol The Amber LED indicates that the Gas Monitor is connected to an Ethernet network. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 12 of 81...
  • Page 13 SYSTEM — COMMUNICATION — ADDRESSABLE — TCP/IP. WARNING! You must partially reset the Monitor if the TCP/IP configuration is changed. See the Instruction Manual for details. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 13 of 81...
  • Page 14 Chapter 1 _______________________________________________________________________________________ IS 1314i/1412i/1512/3434i’s IP ADDRESS SET BY DHCP? This determines whether the IP address of the Monitor is fixed or if the IP address is set by DHCP. DHCP is a server on the Ethernet network who automatically assigns IP addresses to Ethernet devices on the network.
  • Page 15 Monitor as shown in Fig. 1.1. Fig. 1.9 shows the numbering of the pins. Pin definitions are given in Table 1.2. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 15 of 81...
  • Page 16 • When a data line is passive, it is held in the binary 1 condition. Data transmission is asynchronous as shown in Fig. 1.10. Fig. 1.10 Asynchronous transmission of character data _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 16 of 81...
  • Page 17 WARNING! You must partially reset the Monitor if the RS–232 configuration is changed, for example, if the baud rate is changed. See the Instruction Manual for details. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 17 of 81...
  • Page 18 20) off when it will accept no more data. When it is ready to receive more data, the DTR line is set on. When the external device sets the DSR control _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 18 of 81...
  • Page 19 1.4.3 Transmission Interrupt If the Monitor receives a Ctrl-C (ASCII 3) character over the interface during transmission of data, the transmission will be aborted. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 19 of 81...
  • Page 20 Chapter 2 _________________________________________________________________________________________ Chapter 2 Interface Messages May 2018 _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 20 of 81...
  • Page 21 O_M? OUTPUT_SETUP_DATA? O_SE_D? OUTPUT_SPECIAL_COMPILATION? O_SP_C? PAUSE_MEASUREMENT PAUSE_M POP_UP_DISPLAY_BUFFER? P_U_D_B? PUSH_KEY PROTECTED IP ADDRESS PROTECT RECALL_MEASUREMENT RELAY REMOTE_DISPLAY_BUFFER R_D_B RESET_COMMAND *RST RESET_STATUS_BYTE R_S_B _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 21 of 81...

  • Page 22: Table Of Contents

    Request Messages with one or more parameters. The syntax for these messages are very similar, each is illustrated below together with an example: _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 22 of 81...
  • Page 23 Extended_Control message, see section Protected xx 2.3.14. Note: you must unlock the message each time it is sent. Table 2.2 Key to Syntax Messages _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 23 of 81...
  • Page 24 Command Messages with Parameters: Example: C_L Y Note: if several parameters need to be set, these are separated by a comma. Request Messages: _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 24 of 81...
  • Page 25 A_M? indicates if there is a message to acknowledge. A_M acknowledges the message. Corresponds to pressing “INFO” if there is a message. 2.3.3 ALARM_START A_STA starts the Monitor’s acoustic alarm. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 25 of 81...
  • Page 26 Service Request is generated. See Table 2.3 Table 2.7 for a description of the registers. Note: Register 5, Register 6 and Register 7 are not used. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 26 of 81...
  • Page 27 Pump Started Pump Stopped Sample Measurement in Progress Bus Control Requested SRQ Button Activated Self-test Running Table 2.7 The contents of Register 8 _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 27 of 81...
  • Page 28 (display id) from the Monitor is one of the following: POp_Up Used for error/status/reset messages. REMote The content is chosen via interface. SYstem Default display. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 28 of 81...
  • Page 29 2.8. The second integer, given when the Monitor is calibrating, indicates one of the following: No error occurred Warning(s) detected Errors detected _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 29 of 81...
  • Page 30 IDN respond, given the following format for a 1409-12, as an example. B&K,1412,ssss,VPxxxx,12 Chapter 6 for further commands to 1409 _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 30 of 81...
  • Page 31 (i.e. 192.168.001.126) 2.3.19 IP Port IP_PORT x Sets the Monitors IP Port number (i.e. IP_ADDR 23) IP_PORT? Reads out the Monitors IP Port _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 31 of 81...
  • Page 32 Data for filter A Filter_B Data for filter B Filter_C Data for filter C Filter_D Data for filter D Filter_E Data for filter E _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 32 of 81...
  • Page 33 Data for filter W For example, to get a read out of the calibration data for all the filters, type: O_C_D? AL _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 33 of 81...
  • Page 34 List of interface character data for use with O_M? When no character data follows, then O_M? reads out measurement data in ASCII form to the screen of the controller. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 34 of 81...
  • Page 35 Returns the measurement time frame for channel 1 eg. 2016-02-24 08:00:32 2016-04-15 07:47:26 O_M? T_F,0 Returns the measurement time frame for all channels. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 35 of 81...
  • Page 36 Number of samples total, number of samples in each transmission block Date,time,Ch.1,Ch.2,(etc. up to),Ch.24,P,O,W,B,F,A,R,V,J,S The marks are the same as for the O_M? channel job. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 36 of 81...
  • Page 37 O_SE_D? reads out setup data from the Monitor in ASCII form. The parameter block, which defines what is readout can be one of the following: COMmunication CONfiguration ENvironment FIlters FOrmat General _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 37 of 81...
  • Page 38 The SAmple_DAta output “readout” format for each sample consists of the following: [Filter Error, Alarm][10 characters per gas][3 error and warning bits][Event no.][Time stamp] _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 38 of 81...
  • Page 39 If an additional AL parameter is added to the command i.e. O_SP_C? SA_DA,AL,AL, the Monitor will add Chamber temperature and Ambient pressure i.e. 1.0818E+03,..,..,..,.., 7.4709E+03,000,R0,X0,E____,24 15:07:22,305.23,100.89 _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 39 of 81...
  • Page 40 Sets an protected IP address up on the Monitor i.e. PROTECT 192.168.000.046 The Monitor is unprotected if the Address is set to 0.0.0.0 PROTECT? Reads out the protected IP Address _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 40 of 81...
  • Page 41 Example: P_K STATU activates the INFO key. 2.3.31 RECALL_MEASUREMENT transfers measurement data from the Memory Location specified, NR_1 (1..10), in the background memory into the display memory. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 41 of 81...
  • Page 42 The relay(s) condition can be set using R. If the relay number is specified, for example: R 1,Y Then the relay specified can be set as shown below: active passive _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 42 of 81...

  • Page 43: Reset_System

    Memory will be lost. FActory The Monitor makes a total E2PROM reset. See the Instruction Manual for information on resetting the Monitor. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 43 of 81...

  • Page 44: Self_Test

    S_R_E sets the Service Request Enable Register. The number in the register lies in the range 0..255. For example, if you typed: S_R_E 8 _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 44 of 81...
  • Page 45 Command Completed Error (Not user definable) Abnormal (Not user definable) Special event Table 2.11 The contents of the Service Request Enable Register _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 45 of 81...
  • Page 46 10.5 in the current length units. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 46 of 81...
  • Page 47 NR1 data 1,2 or 3. The number is the user level associated with the lock function. Default after EEPROM reset is 3. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 47 of 81...
  • Page 48 SE DHCP,Y (or N) Y sets the Monitors IP Address to be set by the DHCP server. N sets the Monitors IP address to be locally. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 48 of 81...
  • Page 49 SE A_R_N,1,__ (or 65535) Setup Alarm limit exceeded on Multiplexer channel 1 to not activate any Relays on the Analog & Relay output module. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 49 of 81...
  • Page 50 Ch. 3 and 4 are set to alarm limit 2 All allowable parameter ids and values for Setup are given in Table 2.12 Table 2.13. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 50 of 81...
  • Page 51 P_P_A PRINT_FILTER P_P_F PRINTER_LINK PR_L POWER_UP_TEST (+ regular self-test) P_U_T SAMPLE_INTERVAL SAMPLE_INTEGRATION_TIME S_I_T SOFT_HANDSHAKE (Handshake mode) SOUND_VOLUME STOP_BIT TEMPERATURE_UNIT TUBE_FLUSH_TIME T_F_T TUBE_LENGTH _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 51 of 81...
  • Page 52 Chapter 2 _________________________________________________________________________________________ UA_NUMBER UA_N USE CHANNEL U_CH USE_FILTER US_F USE_MEASURED_AIR_PRESSURE US_M_A_P USER_LEVEL USER_L WATER_COMPENSATION Table 2.12 The setup parameter ids _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 52 of 81...

  • Page 53: Software_Identification

    Setup parameter values 2.3.40 SOFTWARE_IDENTIFICATION? S_I? reads out the software identification string, for example the output might be “SOFTWARE ID VPxxxx 05-10-21 08.10”. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 53 of 81...

  • Page 54: Start_Calibration

    Combined zero- and humidity interferense calibration of Filter A-E. Filter W is zero calibrated. (First time calibration of instrument!). STArt_Calibration Calibration_Gas_Span, Filter_A,No,0.0,345.34,Yes _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 54 of 81...

  • Page 55: Start_Delayed_Measurement

    Bit no. Bit name Data ready Reset activated Command completed Error Busy Abnormal SRQ_line Special event Table 2.14 Contents of Status Byte _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 55 of 81...

  • Page 56: Stop_Measurement

    If a Yes or No parameter is not given, then the Monitor pump starts if the Monitor is waiting for the Synchronize command. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 56 of 81...

  • Page 57: Synchronized_Mode_Contin

    Synchronization is not required. SY 1 Synchronize the Gas-Monitor. /*****PROTECTED 59*****/ (see section 2.3.14) SY CON Sets the continuous pump synchronization mode _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 57 of 81...

  • Page 58: System_Display_Buffer

    Monitor. The output (NR1) is in the range 0..4294967295 (about 136 years). 2.3.52 UNPROTECT UNPROTECT Sets the Monitors protected IP Address to 0.0.0.0 meaning that it is unprotected _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 58 of 81...
  • Page 59 E_C 1;ZDLOG? 792,10 reads out the last 10 occurrences of mask 792 and could give the following output: 2014-06-10 14:01:59.4965 SOFTERR ZD0810 SOFT ERROR AT uticht.c 1534 Ex_Store_Meas Unknown Mem_Result _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 59 of 81...
  • Page 60 Chapter 3 _________________________________________________________________________________________ Chapter 3 Interface Character Data May 2018 _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 60 of 81...
  • Page 61 AVERAGE_TIME BANK BAUD_RATE CALIBRATION_DATA CALIBRATION_STATUS CA_ST? CHAMBER_FLUSH_TIME C_F_T CLOCK COMMUNICATION CONFIGURATION CONTINUOUS_SAMPLING CONTINUOUS_WARM_SYSTEM C_W_S CONCENTRATION_UNIT CROSS_COMPENSATION CURRENT_FILTER DATA_BIT DATA_LOG DATE DOWN_DIRECTION DO_D _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 61 of 81...
  • Page 62 LENGTH_UNIT MEASUREMENT MEMORY MONITORING_MODE MONITORING_PERIOD MULTIPLEXER CONTROLLER NO (NONE) NORMALIZATION_TEMPERATURE PASSWORD PASSWORD PARITY PARI PARTIAL PART POP_UP PO_U POWER_UP_TEST P_U_T PRESSURE_UNIT PRINT _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512i / 3434i Page 62 of 81...
  • Page 63 UNIT 0-20 mA / mg/m3 U_0_20MA_MG_M3 UNIT 4-20 mA / mg/m3 U_4_20MA_MG_M3 UNIT 0-10 V / mg/m3 U_V_MG_M3 UNIT 0-20 mA / ppm U_0_20MA_PPM _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512i / 3434i Page 63 of 81...
  • Page 64 U_4_20MA_PPM UNIT 0-10 V / ppm U_V_PPM UP_DIRECTION UP_D USE CHANNEL U_CH WARNING_VALUES WATER_COMPENSATION X-ON/X-OFF Table 3.1 List of interface character data _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512i / 3434i Page 64 of 81...
  • Page 65 Chapter 4 _________________________________________________________________________________________ Chapter 4 Error Messages May 2018 _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 65 of 81...
  • Page 66 E.g. a “+” and <LF> are received. The “+” indicates that a numerical value (NRx) is to follow, but this numerical value does not appear. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512 / 3434i Page 66 of 81...
  • Page 67 DATA LOST RX line faster than it can handle. WARNING: RS232 PARTIY The Monitor receives data with illegal ERROR. DATA LOST parity. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512i / 3434i Page 67 of 81...
  • Page 68 Monitor and the device connected to the RS–232. WRONG DATA TYPE Table 4.1 List of error messages at RS-232 interface _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512i / 3434i Page 68 of 81...
  • Page 69 Internal CAN-bus error. DATA NOT ALLOWED IN CURRENT Internal CAN-bus error. STATE Table 4.2 List of error messages at USB and Ethernet interface _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512i / 3434i Page 69 of 81...
  • Page 70 Chapter 5 _________________________________________________________________________________________ Chapter 5 Code Examples May 2018 _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512i / 3434i Page 70 of 81...
  • Page 71 1 for filter E SE S_I_T,F_E,5.0 5 SIT for filter E SE US_F,F_W,Y use filter W SE S_I_T,F_W,5.0 5 SIT for filter W _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512i / 3434i Page 71 of 81...
  • Page 72 Register 1, bit no. 1, is set meaning “Sample Data Ready” CO_SRQ? 1 acknowledge Register 1, bit no. 1 A_M? Check that no error occurred in the Gas Monitor _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512i / 3434i Page 72 of 81...
  • Page 73 1008.7 SE? PR_U get air pressure unit U_MBAR STOP_M stop measurement EX_S? check state of monitor EX_S? 0 means measurement stopped _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512i / 3434i Page 73 of 81...
  • Page 74 Chapter 6 _________________________________________________________________________________________ Chapter 6 Multipoint Sampler 1409 commands May 2018 _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512i / 3434i Page 74 of 81...
  • Page 75 6.1.4 Controlling the 3 way valve I_O 1,”C_S_V T_M” Sets the 3-way valve to Analyzer I_O 1,”C_S_V T_S_P” Sets the 3-way valve to waste air _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512i / 3434i Page 75 of 81...
  • Page 76 This job will read out the 8 bit Error flag register in decimal values Error flags Bit. no Dec. value Flag description Job specification error Software error flag _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512i / 3434i Page 76 of 81...
  • Page 77 1409 is reset automatically. The flag is reset by reading out the error flags or by resetting the 1409. If the error persist, have the 1409 serviced. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512i / 3434i Page 77 of 81...
  • Page 78 Chapter 7 _________________________________________________________________________________________ Chapter 7 Service Requests May 2018 _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512i / 3434i Page 78 of 81...
  • Page 79 • The Event Enable Registers act as masks for the Event Registers. • The Service Request Enable Register acts as a mask for the Status Byte. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512i / 3434i Page 79 of 81...
  • Page 80 In that case, bit 1 is set. If bit 1 is also set in the Special Event Enable Register, then the Special Event bit, which is bit 8, of the Status Byte is set. _________________________________________________________________________________________ BB6032-14 Photoacoustic Gas Monitor LumaSense Technologies 1314i / 1412i / 1512i / 3434i Page 80 of 81...
  • Page 81 1314i 1412i 1512 3434i LumaSense Technologies A/S Tel.:(+45) 44 20 01 00 Energivej 30 Fax: (+45) 44 20 01 01 DK-2750 Ballerup, Denmark http://www.lumasenseinc.com...

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