Teledyne 100AH - Manuals

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D LIST OF TABLES T ABLE 2-1: F INAL T EST AND C ALIBRATION V ALUES ..................................................................2-12 T ABLE 2-1: F INAL T EST AND C ALIBRATION V ALUES (C ONTINUED ) ..............................

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D T ABLE 10-1: T EST F UNCTIONS (C ONTINUED ) ..........................................................................10-6 T ABLE 10-1: T EST F UNCTIONS (C ONTINUED ) ...............................................................

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D INTENTIONALLY BLANK x

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 1 HOW TO USE THIS MANUAL The Model 100AH has been designed with serviceability, reliability and ease of operation in mind. The M100AH's microprocessor continually checks operating parameters such as temperature, flow, and criti...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 2 GETTING STARTED 2.1 Installation CAUTION To avoid personal injury, always use two persons to lift and carry the Model 100AH . 1. Verify that there is no apparent shipping damage. If damage has occurred please advise shipper f...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 2.2 Electrical and Pneumatic Connections 1. Refer to Figure 2-2 to locate the rear panel electrical and pneumatic connections. 2. The pressure of the sample gas at the inlet port should be at atmospheric pressure ( ± 2”Hg). Ref...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 2.3 Initial Operation 1. Turn on the instrument power. 2. The display should immediately light, displaying the instrument type (M100AH) and the CPU memory configuration. If you are unfamiliar with the M100AH, we recommend that ...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D The next task is to calibrate the analyzer. There are several ways to do a calibration; they are summarized in Table 7-1. For a preliminary checkout we recommend calibration with zero air and span gas coming in through the samp...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D Step 2 - Calibrate the instrument: Initial Zero/Span Calibration Procedure Step Number Action Comment 1. Input Zero gas Allow Zero gas to enter the sample port on the rear of the instrument. 2. Press CAL The M100AH enters the c...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D Table 2-1: Final Test and Calibration Values (Continued) Parameter Observed Value Units Nominal Range Reference Section Span and Cal Values SO 2 Span Conc PPM 100 - 4500 Table 8-3 SO 2 Slope 1.0 ± 0.3 8.7 SO 2 Offset mV <100...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 3 SPECIFICATIONS, AGENCY APPROVALS, WARRANTY 3.1 Specifications Ranges In 1 PPM increments from 10 PPM to 5000 PPM, dual ranges or autoranging Noise at Zero 0.05 PPM RMS Noise at Span <0.5% of reading (above 50 PPM) Lower De...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 4 THE M100AH SO 2 ANALYZER 4.1 Principle of Operation The operation of Teledyne API Model 100AH Analyzer is based upon the well proven technology from the measurement of fluorescence of SO 2 due to absorption of UV energy. Sulf...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 4.2 Instrument Description 4.2.1 Sensor Module, Reaction Cell, Detector The sensor module (Figure 10-6) is where the fluorescence light is generated and detected. It is the most complicated and critical sub-assembly in the enti...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 4.3 I/O Hardware Interface 4.3.1 RS-232 Interface The M100AH uses the RS-232 communications protocol to allow the instrument to be connected to a variety of computer based equipment. RS-232 has been used for many years and is w...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 4.3.1.1 RS-232 Connection Examples Example 1: Connecting the M100AH (using supplied cable) to an IBM-PC AT compatible computer (DB-25 external connector, or DB-25 end of DB-9 to DB-25 Adapter). In this case, the PC is wired as ...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 4.3.3 Contact Closure Control Input Interface The Zero/Span calibration can be initiated using external control inputs to control optional Zero/Span valves. There are 4 optoisolator type control inputs available and each input ...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 5 SOFTWARE FEATURES This section covers the software features of M100AH which is designed as a computer controlled instrument. All major operations are controlled from the front panel display and keyboard through a user friendl...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 5.1.1 Sample Menu Table 5-1: M100AH Sample Menu Structure Menu Level Level 1 Level 2 Level 3 Level 4 Description Reference Section TEST TST> Test functions 5.2.1, Table 10-1 CAL Zero/Span calibration w/ gas through sample po...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 5.2 Sample Mode 5.2.1 Test Functions NOTE In any of the following TEST functions, if XXXX is displayed, that indicates an off scale and therefore meaningless reading. To use the TEST functions to diagnose instrument faults, ref...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D Sample Flow The sample flow is computed from the pressure measured upstream of the flow control module. Since the downstream of the orifice is well within the critical pressure (which is also checked continuously), it is the up...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 5.2.2 CAL, CALS, CALZ, Calibration Functions The calibration and zero/span checking of the M100AH analyzer is treated in detail in Section 8. Table 8-1 summarizes types of calibration. 5.2.2.1 CAL, CALS, CALZ The CAL, CALS, and...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 5.2.2.4 SO 2 Cal Concentration Before the M100AH can be spanned, it is necessary to enter the expected span concentrations for SO 2 . This is done by using CAL-CONC. Concentration values from 10 to 4500 PPM are accepted. If a v...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 5.3.3.2 RS-232 Reporting Automatic RS-232 reporting can be independently enabled and disabled for each Data Channel. For all default data channels, RS-232 reporting is initially set to “OFF.” If this property is turned on, the ...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 5.3.4 Range Menu The instrument operates on any full scale range from 10 to 5000 PPM. The range is the concentration value that equals the maximum current (or voltage) output on the rear panel of the instrument. If the range yo...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 5.3.4.4 Concentration Units The M100AH can display concentrations in PPM, mg/m 3 . Coefficients for mg/m 3 were based on 0 ° C (25 ° C for U.S.EPA), 760 mmHg. Different pressure and temperature can be used by adjusting values e...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 6 OPTIONAL HARDWARE AND SOFTWARE Optional equipment offered with the M100AH includes: 1. Rack mount with slides (P/N 00280) 2. Rack mount without slides, ears only (P/N 01470) 3. Zero/Span valves assembly (P/N 0178603) 4. 4-20m...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D Zero/Span valves have 4 operational states: 1. Sample mode. All four valves are not energized and sample gas passes through the sample valve and into the analyzer for analysis. For any other mode, sample valve is energized to s...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 1. Calibration Sequence Mode Each sequence can generate any one of 7 different combinations of ZERO, LO, or HI span point. Press SETUP-ACAL, and scroll up or down to select the desired sequence number (SEQx). Press MODE and scr...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D NOTE Avoid setting two or more sequences at the same time of the day. Any new sequence which is initiated whether from a timer, the RS-232, or the contact closure inputs will override any sequence that is in progress. The progr...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D Example 3 : To perform zero-span calibration check once per day at 10:30 PM and zero calibration adjust once per week starting at 11:30 PM, 5/20/97. 1. Select any one of SEQx and setup as example 1 above. 2. Select any other SE...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D Table 7-1: RS-232 Port Setup - Front Panel Decimal Value Description 1 Turns on quiet mode (messages suppressed) 2 Places analyzer in computer mode (no echo of chars) 4 Enables Security Features (Logon, Logoff) 8 Enables RS-232...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D The RS-232 LOGON feature must be enabled from the front panel by setting bit 4. See Table 7-1. Once the feature is enabled, to logon type: LOGON 940331 940331 is the default password. The password can be changed to any number f...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 7.1.4 Entering Commands in Terminal Mode In terminal mode, all commands must be terminated by a carriage return; commands are not processed until a carriage return is entered. While entering a command you may use the following ...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 7.2 Command Summary The information contained in the rest of this section covers all of the normal commands that are required to operate the instrument from a remote terminal. If you are going to be writing computer programs to...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 7.3 TEST Commands and Messages Table 7-7: RS-232 Test Messages Name Message Description RANGE 1 RANGE=xxxxx PPM 2 Analyzer range STABILITY STABIL=xxxx.x PPM Std. Deviation of last 25 SO 2 concentration values VACUUM PRES=xxx.x ...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D The T command lists TEST messages. Examples of the T command are: T LIST Lists test messages currently enabled with T SET T LIST ALL Lists all test messages T RCELLTEMP Prints the temperature of the reaction cell T SO2CONC Prin...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D Whenever a warning message is reported on the analyzer display, if the RS-232 interface is in the normal mode (i.e. not in quiet mode) the warning message is also sent to the RS-232 interface. These messages are helpful when tr...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 7.5 CALIBRATION Commands and Messages Table 7-9: RS-232 Calibration Messages Message Description START ZERO CALIBRATION Beginning IZS zero calibration FINISH ZERO CALIBRATION, SO2 1 =xxxxx PPM Finished IZS zero calibration STAR...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 7.6 DIAGNOSTIC Commands and Messages When Diagnostic mode is entered from the RS-232 port, the diagnostic mode issues additional status messages to indicate which diagnostic test is currently selected. Examples of Diagnostic mo...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 7.7 DAS Commands and Reports RS-232 Commands In addition to accessing the data acquisition system and the stored data from the instrument front panel, you can also access the data acquisition and the stored data from the RS-232...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 7.8 VARIABLES Commands and Messages Table 7-13: RS-232 Operating Modes Mode Description ZERO CAL A Automatic zero calibration ZERO CAL R Remote zero calibration ZERO CAL M Manual zero calibration SPAN CAL A Automatic span calib...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 8 CALIBRATION AND ZERO/SPAN CHECKS There are several ways to check and adjust the calibration of the M100AH. These different methods are summarized in Table 8-1. In addition, most of the methods described in this section can be...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 8.1 Manual Zero/Span Check or Calibration Through the Sample Port The zero and span calibration of the instrument can be checked or adjusted using gases supplied through the normal sample port. This method is often used when th...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D Enter the expected SO 2 span gas concentration: Table 8-3: Enter Expected Span Gas Concentration Procedure Step Number Action Comment 1. Press CAL-CONC This key sequence causes the M100AH to prompt for the expected SO 2 concent...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 8.2 Manual Zero/Span Check or Calibration with Zero/Span Valves Option The Zero/Span valve option can be operated from the front panel keyboard. In the Zero/Span valve option the zero and span gas comes into the valves through ...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 8.3 Automatic Zero/Span Check M100AH can automatically check (AUTOCAL) its calibration each day. If provided with the proper option, the M100AH provides this capability by using the time of day clock to signal the computer syst...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D Table 8-7: Z/S Valves Mode with Remote Contact Closure Ext Zero CC Ext Low Span CC Ext High Span CC Operation Contact Open Contact Open Contact Open State when in SAMPLE mode, normal sample monitoring. Contact Open Contact Clos...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 8.7 Calibration Quality After Zero/Span is complete, it is very important to check the QUALITY of the calibration. The calibration of the M100AH involves balancing several sections of electronics and software to achieve an opti...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 8.8 Calibration Gases The following are recommended for selecting calibration gas: 1. Concentration of span gas should be about 80% of the full scale range if direct cylinder span gas is used without dilution. Also select reaso...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 9 MAINTENANCE NOTE The operations outlined in this chapter are to be performed by qualified maintenance personnel only. 9.1 Maintenance Schedule Table 9-1: Preventative Maintenance Schedule Item Maintenance Interval Reference S...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 9.2 Replacing the Sample Particulate Filter The particulate filter should be inspected often for signs of plugging or contamination. It is also common for dirt particles to absorb SO 2 , thus causing those readings to be lower ...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 9.3 Replacing the Pump Scrubber The entire cartridge can be replaced, or just the charcoal inside of the cartridge. To replace the scrubber materials: 1. Disconnect the scrubber from the clip of bracket and remove the fitting t...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 9.5 Cleaning the Reaction Cell The reaction cell should be cleaned whenever troubleshooting points to it as the cause of the trouble (refer Figure 9-2). A dirty cell will cause excessive noise, unstable span or zero, high stray...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 9.7 Leak Check Procedure There are two methods of leak checking. The vacuum method is the simplest but it does not show the location of a leak. This vacuum method described below is the general method when a Leak Checker is not...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D Pressure method: 1. Connect a Leak Checker to the exhaust port of the analyzer. (Refer to Figure 9-3 for pneumatic diagram.) 2. Pressurize the system and adjust the needle valve such that the gauge pressure does not exceed 15 P...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 9.9 EPROM Replacement Procedure 1. Turn the instrument power off. 2. Remove the hold down screw that holds in the V/F-CPU assembly to the motherboard. Disconnect the J9 power connector from the motherboard. Gently lift the asse...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10 DIAGNOSTIC, TROUBLESHOOTING NOTE The operations outlined in this chapter are to be performed by qualified maintenance personnel only. This section of the manual contains information on diagnosing and corrective action proced...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.1 Operation Verification - M100AH Diagnostic Techniques 10.1.1 Fault Diagnosis with TEST Variables The Table 10-1 indicates possible fault conditions that could cause the TEST functions to be outside the acceptable range. Ta...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.1.2 Fault Diagnosis with WARNING Messages The M100AH monitors several internal values for alarm conditions. If the condition for an alarm is met, the alarm is displayed on the front panel and the warning is transmitted out t...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.1.3 Fault Diagnosis using DIAGNOSTIC Mode Diagnostic mode can be looked at as a tool kit of diagnostics to help troubleshoot the instrument. To enter DIAG mode press: SETUP-MORE-DIAG The diagnostic modes are summarized in Ta...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D Table 10-4: Diagnostic Mode - Signal I/O (Continued) No. Signal Control Description 31. HVPS_VOLTAG NO HVPS programming voltage. Output of HVPS is 1000x value present. 32. DAC_CHAN_0 NO Output of SO 2 (DAC0/RANGE1) in mV. 33. D...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.1.3.5 DAC Calibration The Digital to Analog Converters (DAC) are calibrated when the instrument is set up at the factory. Re-calibration is usually not necessary, but is provided here in case the V/F board needs to be replac...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.1.6 Factory Calibration Procedure (Quick Cal) This procedure is referred to in other Teledyne API instrument manuals as the "Quick Cal" procedure. It is used at the factory when the instrument is first set-up. The Fa...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.1.6.1 Electric Test (ET) Procedure 1. Any time the gain of the PMT buffer amplifier circuit (R19) is changed (refer component location label inside of the Preamp cover), that will change the ET reading. Since the gain was ad...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.2 Performance Problems When the response from a span check is outside the control limits, the cause for the drift should be determined, and corrective action should be taken. Some of the causes for drift are listed below: 1....

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.2.6 Unstable Span Common causes are: 1. Leak in pneumatic system. 2. Unstable UV lamp output - replace lamp. 3. Sample lines or sample filter dirty - clean or replace. 4. Plugged sample inlet orifice - clean with methanol an...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.2.8 Inability to Span If the SPAN button is not illuminated when attempting to span, that means the reading is outside of the software gain ranges allowed. In an analog instrument it would be the equivalent to the span pot h...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.2.10 Non-Linear Response Common causes are: 1. Leak in pneumatic system. 2. Calibration device in error - re-check flowrates and concentrations, especially at low concentrations. 3. Contamination in sample delivery system: A...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.3 Electronic Subsystem Troubleshooting and Adjustments 10.3.1 Computer, Display, Keyboard The purpose of this section is to determine if the computer subsystem electronics hardware are working properly. Assessment will make ...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.3.1.2 Single Board Computer The SBC40 is a full function computer designed for instrument control applications. It consists of a microprocessor, 2 serial and one parallel ports, standard bus interface, and 4 sockets for memo...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.3.2 Voltage/Frequency (V/F) Board The V/F Board consists of 16 analog input channels, each software addressable; 8 digital inputs, and 24 digital outputs, each line independently addressable; and 4 independent analog output ...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D D. Use a DVM on each analog output channel to confirm the correct voltages. If the voltages step, but are the wrong values, the V/F board may be out of calibration. See Section 10.3.2.1 for information on how to calibrate the V...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.3.2.1 ADC/DAC Calibration Procedure Due to the stability of modern electronics this procedure should not have to be performed more than once a year or whenever a major sub-assembly is exchanged or whenever analog output volt...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 5. Pressing SETUP-MORE-DIAG-ENTR-NEXT, and select ANALOG OUTPUT. Verify the quality of ADC/DAC calibration by measuring the test channel output voltage. The signal consists of a scrolling 0%, 20%, 40%, 60%, 80%, 100% of the ana...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.3.3.4 4-20 mA Current Output 4-20 mA current loop option replaces the voltage output of the instrument with 4-20 mA current output. The current outputs come out on the same terminals that were used for voltage outputs (see F...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.3.4.1 PSM Diagnostic Procedures The Linear Power Supply board can be tested by checking the DCPS - TEST function on the front panel. It should read 2500 mV ± 200 mV. If the value is outside this range, individual output volt...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.3.6 Reaction Cell Temp The reaction cell temperature is controlled by the CPU using advanced algorithm to control constant temperature. It operates by reading a thermistor amplifier on the 01086 Status/Temp board. First LED ...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.3.8 PMT Cooler The PMT cooler uses a Thermal Electric Cooler (TEC) supplied with DC current from the switching power supply in the Power Supply Module. An overall view is shown in Figure 10-8. The temperature is controlled b...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.3.9 HVPS (High Voltage Power Supply) The HVPS is located in the interior of the Sensor Module, and is plugged into the PMT tube. It requires 2 voltage inputs. The first is +15 VDC which powers the supply. The second is the p...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.4 Optical Sensor Module Troubleshooting 10.4.1 PMT The PMT detects the light emitted by the secondary emission of the SO 2 molecules. It has very high gain and low noise to detect the weak light source optimally. It is not p...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 10.5 Pneumatic System Troubleshooting The pneumatic system is diagrammed in Figure 9-3 depending on which options the instrument was ordered with. 10.5.1 Leak Check CAUTION When doing a leak check do not pressurize the M100AH t...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D 11.1 Model 100AH Level 1 Spares Kit Table 11-2: Teledyne API M100AH Level 1 Spares Kit Part No. Description 02456 M100AH LEVEL 1 SPARES KIT Includes:` Qty 00262-01 UV LAMP ASSY 1 02418 UV FILTER 1 01340 PMT, M100A SO 2 1 01461 ...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D APPENDIX A MAINTENANCE SCHEDULE FOR M100AH DATE INSTRUMENT RECEIVED _____________ JAN FEB MAR APR MAY JUNE JULY AUG SEPT OCT NOV DEC PARTICULATE FILTER ELEMENT REPLACE WEEKLY AS NEEDED PUMP CHARCOAL SCRUBBER REPLACE QUARTERLY D...

Teledyne API Model 100AH SO 2 Analyzer Instruction Manual, 02417, Rev. D APPENDIX B ELECTRICAL SCHEMATICS Part Number Name 00514 V/F Board Assembly 00515 V/F Board Schematic 0108601 Status/Temp Assembly 01087 Status/Temp Schematic 0113911 Power Supply Wiring Diagram 01248 Motherboard Assembly 01249 ...