M200EU-NOy CONVERTER
ADDENDUM
(for use with M200E Operators Manual, PN 04410
and with the M200EU Addendum, PN 05385)
© TELEDYNE ADVANCED POLLUTION INSTRUMENTATION
9480 CARROLL PARK DRIVE
SAN DIEGO, CA 92121-5201
USA
Toll-free Phone: 800-324-5190
Phone: 858-657-9800
Fax: 858-657-9816
Email: [email protected]
Website: http://www.teledyne-api.com/
Part Number 05386D
Copyright 2009-2010
DCN5822
Teledyne Advanced Pollution Instrumentation
23 August 2010
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Safety Messages
Important safety messages are provided throughout this manual for the purpose of avoiding personal injury or
instrument damage. Please read these messages carefully. Each safety message is associated with a safety
alert symbol, and are placed throughout this manual and inside the instrument. The symbols with messages are
defined as follows:
WARNING: Electrical Shock Hazard
HAZARD: Strong oxidizer
GENERAL WARNING/CAUTION: Read the accompanying message for
specific information.
CAUTION: Hot Surface Warning
Do Not Touch: Touching some parts of the instrument without
protection or proper tools could result in damage to the part(s) and/or
the instrument.
Technician Symbol: All operations marked with this symbol are to be
performed by qualified maintenance personnel only.
Electrical Ground: This symbol inside the instrument marks the central
safety grounding point for the instrument.
CAUTION
This instrument should only be used for the purpose and in the manner
described in this manual. If you use this instrument in a manner other than
that for which it was intended, unpredictable behavior could ensue with
possible hazardous consequences.
NEVER use any gas analyzer to sample combustible gas(es)!
Note
For Technical Assistance regarding the use and maintenance of this instrument or any other
Teledyne API product, contact Teledyne API’s Customer Service Department:
Telephone: 800-324-5190
Email: [email protected]
or access any of the service options on our website at http://www.teledyne-api.com/
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Table of Contents
Safety Messages......................................................................................................................................i
Table of Contents...................................................................................................................................iii
List of Figures ........................................................................................................................................iv
List of Tables..........................................................................................................................................iv
1.0
2.0
INTRODUCTION ..................................................................................................5
GETTING STARTED............................................................................................7
2.1
Unpacking...................................................................................................................................7
2.2 Electrical and Pneumatic Connections .........................................................................................7
2.3 Initial Operation................................................................................................................................9
3.0 SPECIFICATIONS, WARRANTY...........................................................................11
3.1 Specifications.................................................................................................................................11
3.2 Warranty .........................................................................................................................................12
4.0 THE M200EU-NOY CONVERTER..........................................................................13
4.1 Principle of Operation ...................................................................................................................13
5.1 Calibration or Cal Check Procedure............................................................................................16
6.0 MAINTENANCE.....................................................................................................19
6.1 Maintenance Schedule..................................................................................................................19
6.2 Replacing the Sample Particulate Filters....................................................................................20
6.3 Checking Analyzer Flow Rate ......................................................................................................22
6.4 Replacing the Converter ...............................................................................................................22
6.5 Inspecting Pneumatic Lines .........................................................................................................24
6.6 Checking for Leaks........................................................................................................................27
7.0
7.1 Operation Verification – Diagnostic Techniques .......................................................................30
7.1.1 Pneumatic System.....................................................................................................................30
7.1.2 Leak Check................................................................................................................................32
7.1.3 Bypass Pump Diagnostic Procedures.......................................................................................32
7.1.4 Electrical Fault Isolation.............................................................................................................32
7.2 Setting the Converter Temperature .............................................................................................32
7.2.1 Temperature Controller Setup..................................................................................................32
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8.0 M200EU-NOY SPARE PARTS LIST ......................................................................37
List of Figures
FIGURE 1 REAR PANEL PNEUMATIC CONNECTIONS ................................................................................ 8
FIGURE 2 REPLACING THE PARTICULATE FILTER ................................................................................. 21
FIGURE 3 NOY CONVERTER ASSEMBLY...................................................................................................... 23
FIGURE 4 PNEUMATICS DIAGRAM (STANDARD AND Z/S OPTION) ..................................................... 25
FIGURE 5 PNEUMATIC DIAGRAM (OPT 86 OPTION – SAMPLE DRIERS)............................................. 26
FIGURE 6 ELECTRICAL DIAGRAM................................................................................................................. 35
List of Tables
TABLE 1 FINAL TEST AND CALIBRATION VALUES .................................................................................... 9
TABLE 2. SPECIFICATIONS FOR THE CONVERTER AND THE BYPASS PUMP ................................... 11
TABLE 5 SPAN CALIBRATION PROCEDURE................................................................................................ 17
TABLE 6 PREVENTATIVE MAINTENANCE CALENDAR............................................................................ 19
TABLE 7 TEMPERATURE CONTROLLER PROGRAMMING GUIDE....................................................... 33
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1.0 INTRODUCTION
The M200EU-NOy converter is designed to support a NOx analyzer by converting multiple,
unstable compounds grouped under the name NOy. The converter is mounted on the analyzer at
the sample inlet to minimize flow time between sample in and converter, thereby optimizing
measurement accuracy.
This manual addendum is to be used in conjunction with the M200E operation manual and the
M200EU addendum.
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2.0 GETTING STARTED
The NOy converter has been designed to operate with the M200EU low level NOx analyzer.
2.1 Unpacking
CAUTION!
Avoid personal injury: use two persons each to lift and carry the the M200EU analyzer and
the Model 501 Pump Pack chassis.
The M200EU with NOy Option comes in three boxes:
M200EU analyzer
Bypass Pump Chassis
External Converter housed in a stainless enclosure, and umbilical cable assembly
1. Verify that there is no apparent shipping damage. If damage has occurred please advise
shipper first, then API. (Keep original container and packaging for shipper’s inspection).
2. Before operation of the M200EU, remove the shipping screws as shown in the M200E/EU
Manual.
3. Please check the voltage and frequency label on the rear panel of the instrument for
compatibility with the local power before plugging in the M501Y.
2.2 Electrical and Pneumatic Connections
1. Mount the converter on a suitable mast outside of the enclosure.
2. Route the umbilical cable assembly into the shelter.
3. Locate the M200EU and Bypass Pump Chassis in close proximity, preferably mounting one
over the other in a 19” rack.
4. Connect the electrical/pneumatic cable fittings to the rear of the Bypass Pump Chassis. Use
fitting. Please note that the dashed lines show optional Zero/Span Valve configuration
connections.
5. Connect the 7-pin power and signal cable to the connector on the rear of the Bypass Pump
Chassis.
6. Connect the power cord to the correct line voltage.
WARNING!
Lethal voltages are present inside the chassis.
Do not operate with cover off during normal operation
Before operation, check for correct input voltage and frequency.
Do not operate without proper chassis grounding
Do not defeat the ground wire on power plug
Turn off power before disconnecting electrical subassemblies
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Model 200EU-NOy Option Manual Addendum
2.3 Initial Operation
1. After confirming proper supply voltage, turn on the instrument power. If you are
unfamiliar with the M200EU with NOy Option, we recommend that you read the
overview in Section 3 before proceeding.
The power indicator light and display should immediately light, in addition the bypass
pump should start up. The Bypass Pump Chassis requires about 30 minutes for the
converter to come up to temperature.
While the converter is coming up to temperature, the M200EU analyzer should be
powered-up. Also, follow the instructions in the M200E Manual and the M200EU
Addendum to confirm proper operation of that instrument. Note: It will take 30
minutes for the ozone generator to start up in the M200EU. During that time the
instrument will not respond to span gas.
After 30 min, the display on the Bypass Pump Chassis should read 315oC, indicating
that the converter is up to temperature.
Table 1 Final Test and Calibration Values
Test Values
Observed Value
Units
oC
Nominal Range
315 7
CONVERTER TEMP
BYPASS FLOW – NO CHANNEL
BYPASS FLOW – NOy CHANNEL
CC/MIN
CC/MIN
800 80
800 ± 80
Converter Serial # __________________________
Date
_______________________
Technician _____________________
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3.0 SPECIFICATIONS, WARRANTY
3.1 Specifications
Table 2. Specifications for the converter and the Bypass Pump
Converter
Remotely mounted molybdenum converter with temperature
controller in a NEMA – 4 enclosure.
315oC 7oC with read-out on front panel of bypass pump
chassis.
Converter Temperature
Tube/Electrical Cable
Assembly
Up to 50 feet (15 m) maximum length
Power, Bypass Pump
Assembly
Power, Converter
Assembly
120V~ 60 Hz, 230V~ 50 Hz 360 watts
120V~ 50/60 Hz, 60 watts
Converter Efficiency
Weight, Bypass Pump
Assembly
>96% for NO2
35 lbs (16 kg)
Weight, Remote
Converter
30 lbs (11 kg)
Bypass Pump Chassis
Dimensions HxWxD
Remote Converter Assy
Dimensions HxWxD
Environmental
9" x17" x23.6" (23cm x 43cm x 61cm)
12"x19"x7" (31cm x 48cm x 18cm)
Installation Category (Over-voltage Category) II
Pollution Degree 2
Bypass Flowrate
Cal gas Flowrate
Analog output
800 cc/min 10%, each channel
4000 cc/min (approx.)
Converter temp analog output. 3.15 VDC = 315oC
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3.2 Warranty
TELEDYNE ADVANCED POLLUTION INSTRUMENTATION, INC.
02024c
Prior to shipment, API equipment is thoroughly inspected and tested. Should equipment failure occur, API
assures its customers that prompt service and support will be available.
COVERAGE
After the warranty period and throughout the equipment lifetime, API stands ready to provide on-site or in-
plant service at reasonable rates similar to those of other manufacturers in the industry. All maintenance and
the first level of field troubleshooting are to be performed by the customer.
NON-API MANUFACTURED EQUIPMENT
Equipment provided but not manufactured by API is warranted and will be repaired to the extent and
according to the current terms and conditions of the respective equipment manufacturers warranty.
GENERAL
API warrants each Product manufactured by API to be free from defects in material and workmanship under
normal use and service for a period of one year from the date of delivery. All replacement parts and repairs are
warranted for 90 days after the purchase.
If a Product fails to conform to its specifications within the warranty period, API shall correct such defect by,
in API's discretion, repairing or replacing such defective Product or refunding the purchase price of such
Product.
The warranties set forth in this section shall be of no force or effect with respect to any Product:
(i) that has been altered or subjected to misuse, negligence or accident, or (ii) that has been used in any manner
other than in accordance with the instruction provided by API or (iii) not properly maintained.
THE WARRANTIES SET FORTH IN THIS SECTION AND THE REMEDIES THEREFORE ARE
EXCLUSIVE AND IN LIEU OF ANY IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS
FOR PARTICULAR PURPOSE OR OTHER WARRANTY OF QUALITY, WHETHER EXPRESSED OR
IMPLIED. THE REMEDIES SET FORTH IN THIS SECTION ARE THE EXCLUSIVE REMEDIES FOR
BREACH OF ANY WARRANTY CONTAINED HEREIN. API SHALL NOT BE LIABLE FOR ANY
INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF OR RELATED TO THIS
AGREEMENT OF API'S PERFORMANCE HEREUNDER, WHETHER FOR BREACH OF WARRANTY
OR OTHERWISE.
TERMS AND CONDITIONS
All units or components returned to Teledyne API should be properly packed for handling and returned
freight prepaid to the nearest designated Service Center. After the repair, the equipment will be returned,
freight prepaid.
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4.0 THE M200EU-NOY CONVERTER
4.1 Principle of Operation
The T-API Model M200EU with NOy Option is designed to measure the concentration of NO,
NO2, and other compounds that are too unstable to be measured when taken in through the
normal ambient air sample inlet system. Please refer to the M200EU manual supplied with this
system for a general discussion of the operation of a NOx analyzer. The suite of compounds
known collectively as NOy is composed of roughly 30 compounds. There is some disagreement
over whether certain compounds should be on the list. The NOy measurement is generally done
in conjunction with a standard NOx measurement, with the difference between the two being the
concentration of the unstable compounds, sometimes referred to as NOz. The analyzer measures
two independent gas streams. One bypasses the external converter and measures NO in the
sample. The other pulls the sample through the external converter and is displayed as NOy.
Under normal calibration conditions the NOy measurement is equivalent to the delivered NOx
calibration gases.
The system is composed of 3 modules:
The M200EU analyzer, without a Moly converter.
This is the location of the optional Zero/Span Valves.
A Bypass Pump Module containing:
bypass pump
flow control
sample filtration
moly temperature control
pneumatic provisions for calibration
optional sample Dryers to remove moisture
Externally mounted molybdenum converter
The M200EU w/NOy Option system allows the converter to be mounted at the sample inlet
point. This configuration provides minimal time delay between the sample inlet port and the
remotely mounted molybdenum converter. Minimizing the transit time between the sample inlet
and converter enables the conversion of labile components of NOy. The equation for the
conversion is:
315oC
3 NOY + Mo ---> 3 NO + MoO3
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5.0 CALIBRATION AND ZERO/SPAN CHECKS
Unlike most NOx analyzers, the M200EU with the NOy option does not have a sample inlet port
on the rear panel of the M200EU. The sample port is located on the External Converter;
therefore Zero/Span calibration is different than a normal NOx instrument. If a fitting is located
at the sample port the analyzer is equipped with the Zero/Span option.
Follow the steps in the M200E/EU manual to:
a. Enter the expected NO and NOy span gas concentrations in the M200EU.
b. Do the zero calibration procedure
c. Do the span calibration procedure
The analyzer always routes the zero/span gas through the external converter. In standard
configuration, the calibration gas needs to be input at the “Cal in” port of the M501 Pump pack.
When Zero/Span valve option is installed, zero and span gases are to be provided at the M200EU
Zero and Span ports. In all cases, the calibration gas delivered must be under a small amount of
pressure (2-5 psig) to overcome the resistance of the hoses. Also, there must be no venting of the
Zero or Span gas to atmosphere prior to the analyzer. The gases actually vent at the external
converter.
Calibration gas must be provided for both the bypass system and the M200EU analyzer. Flow
requirements are 0.80 LPM for NO bypass, 0.80 LPM for NOy bypass and 1 LPM for the
M200EU. Calibration gas flow must be in sufficient excess (~4 LPM) to prevent any ambient air
from entering the SAMPLE port on the pole.
The maximum 50 ft length of tubing between the bypass Pump Module and the remote Moly
converter has been proven to generate too much backpressure for some brands of calibrators.
Experience to date is that while NO calibration is correct, GPT can be incorrect due to errors in
dilution of the ozone.
We strongly recommend that SPAN CALIBRATION be done with NO span gas. SPAN
CHECKS can be done with either NO only, NO2 only or a mixture of NO and NO2 (GPT).
Zero air used for all calibration procedures, including GPT, should have <1 ppt NO and NO2,
less than 1 ppt of major interferents such as SO2, NH3, hydrocarbons and a dew point of -5oC or
less. The calibration gasses should be from a reliable supplier, since the quality of the tank
concentration values ultimately determines the accuracy of the analyzer.
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Model 200EU-NOy Option Manual Addendum
NOTE
The M200EU with the NOy Option does NOT have
equivalency approval, and may not be used for EPA
monitoring.
5.1 Calibration or Cal Check Procedure
The calibration of the instrument can be checked or adjusted using gas introduced through the
calibration port “CAL IN” on the Bypass Pump Module. The calibration gas is routed to a TEE
near the sample inlet port on the remote converter assembly.
Since the zero gas concentration is defined as 0 ppb, it is not necessary to enter the expected zero
Table 3 Manual Zero Calibration Procedure - Zero Gas Through Sample Port
Step
Action
Comment
Number
1.
2.
Press CAL
The M200EU enters the calibrate mode.
Wait for reading to stabilize at zero value.
Wait For Stability
Typ STB < 0.1 PPB
Press ZERO
3.
4.
5.
If you change your mind after pressing ZERO, you can
still press EXIT here without zeroing the instrument.
Press ENTR
Press EXIT
Pressing ENTR actually changes the calculation
equations.
M200EU returns to sampling. Immediately after
calibration, data is not added to the DAS averages.
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Model 200EU-NOy Option Manual Addendum
Table 4 Enter Expected Span Gas Concentrations Procedure For NO & NOy
Step
1.
Action
Comment
Press
This key sequence causes the M200EU to prompt for the
expected NOy concentration.
CAL-CONC-NOy
Enter the NOy span concentration value by pressing the
key under each digit until the expected value is set.
2.
3.
Press ENTR
ENTR stores the expected NOy span value.
Press
CAL-CONC-NO
Now enter the expected NO span concentration as in step
one.
4.
5.
Press ENTR
Pressing ENTR stores the NO span value and returns the
prompt to the CONC menu.
Press EXIT
Returns instrument to SAMPLE mode.
If desired, compensation for converter efficiency (CE) can be included in the NOy concentration
calculation. Prior to calibration, the converter efficiency should either be set to 1.0 or
determined per the procedure in the M200E manual.
Table 5 Span Calibration Procedure
Step
1.
Action
Press CAL
Comment
The M200EU enters the calibrate mode.
Wait for reading to stabilize at span value.
2.
Wait For Stability
Type STB < 2 PPB
Press SPAN
3.
4.
If you change your mind after pressing SPAN, you can
still press EXIT here without spanning the instrument.
Press ENTR
Press EXIT
Pressing ENTR actually changes the calculation
equations and causes the instrument to read the NO and
NOy span concentrations.
5.
M200EU returns to sampling. Immediately after
calibration, data is not added to the DAS averages.
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6.0 MAINTENANCE
6.1 Maintenance Schedule
Table 6 Preventative Maintenance Calendar
Item
Zero/Span Calibration
Zero/Span Checks
Particulate Filter
Ozone Flow
Maintenance Interval
Annually or after maintenance or repairs
Daily
Weekly as needed
Check every year and replace o-ring and
orifice in reaction cell
Ozone Dryer Filter-DFU
Sample Flow
Replace every year
Check every 2 months
Check efficiency every 2 months
Check every 3 months
Calibrate each year or after repairs
Check every 6 months
Every year / as needed
Every year
Converter
Pneumatic Lines
Factory Calibration
Leak Check
Replace bypass flow orifices
Rebuild bypass pump
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6.2 Replacing the Sample Particulate Filters
The particulate filter should be inspected often for signs of plugging or contamination. It is also
common for dirt particles to cause instrument drift, and affect accuracy.
To check and change the filter:
1.
2.
Fold down the Bypass Pump Module front panel.
2 for an exploded view of the filter assembly.
3.
4.
Visually inspect the filter through the glass window.
If the filter appears dirty, unscrew the hold-down ring, remove the Teflon o-ring and then
the filter.
5.
Replace the filter, being careful that the element is fully seated in the bottom of the
holder. Replace the Teflon o-ring, then screw on the hold-down ring and hand tighten.
NOTE:
Handle the wetted surfaces as little as possible and clean with cloth prior to assembly
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6.3 Checking Analyzer Flow Rate
The external sample pump is capable of maintaining the reaction cell pressure at less than 5.0
In-Hg-A. If a higher pressure is noted, the pump may need servicing. Check the pump and
pneumatic system for leaks or rebuild pump.
CAUTION!
Never operate the analyzer without the ozone destruct component properly seated and
connected within the pneumatic path. The ozone destruct is integrated into the converter
case, at the exhaust of the reaction cell, inside the instrument.
The sample flow as measured at ports “TO CONV/NO IN” and “FROM CONV/NOy IN” at the rear of
the analyzer should be 1000 100 cc/min.
6.4 Replacing the Converter
The heater, thermocouple, and converter assembly is designed to be replaced as a single unit.
CAUTION!
The converter operates at 315 C. Severe burns can result if not enough time is allowed for
the assembly to cool. Do not handle assembly until it is at room temperature.
1.
2.
3.
4.
Turn off the power to the bypass pump at the chassis front panel
Allow the converter to cool.
Disconnect the gas fittings and power cable from the can.
Remove the entire assembly from the chassis.
a. Remove the pneumatic fittings.
b. Remove the converter assembly from the chassis by loosening the 4 captive screws
that secures the assembly to the chassis.
5.
6.
7.
Remove bottom bracket and re-attach it to the replacement converter assembly.
Install the assembly back into the analyzer.
Re-attach the electrical and pneumatic fittings. Leak check the assembly when
completed.
8.
Turn the power back on. The insulation can emit a burnt odor for the first 24 hours;
this is normal. Allow the converter to burn-in for 24 hours, then re-calibrate the
instrument.
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6.5 Inspecting Pneumatic Lines
Particulate matter in the pneumatic lines will affect both flow rate and response time. It is
important that the pneumatic system be periodically inspected and thoroughly cleaned if
necessary. Clean by disassembling and passing methanol through three times. Dry with clean
zero air.
Also inspect all pneumatic lines for cracks and abrasion on a regular basis. Replace as
necessary.
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6.6 Checking for Leaks
If a leak checker is not available, it is possible to leak check the instrument using the sample
pump plus a shut-off valve.
1.
2.
Turn off instrument power and pump power.
Cap the sample inlet port, bypass out port, ozone generator air inlet, and zero/span inlets
(if Z/S valve option present).
3.
4.
Insert a shut-off valve between the sample pump and the exhaust port at the rear of the
instrument.
Turn on instrument and sample pump power. Set the TEST function to RCEL, which
measures the reaction cell pressure. Close the shutoff valve and monitor the cell
pressure. The pressure should not drop more than 1"Hg (.5psi) in 5 minutes. If there is a
leak, it is not possible to tell where it is located using this method. You can locate the
leak by using a pressure leak checker described below.
If you have a leak checker:
1.
2.
Turn off instrument power and pump power.
Disconnect the sample pump at the rear panel. Cap the sample inlet port, bypass out port,
ozone generator air inlet, and zero air inlet (if Z/S valve option present) and connect the
leak checker to the instrument exhaust port.
CAUTION!
Pressure must be less than 15 PSI.
3.
Pressurize system and check for leaks by watching overall pressure. The pressure should
not drop more than 1"Hg (.5psi) in 5 minutes.
If the instrument fails the pressure test, each fitting needs to be leak checked to find the location.
Be careful that the system is always pressurized so as not to draw soap solution into the
plumbing system. Make sure you dry off any accumulated bubble solution. Start by checking the
external fittings first.
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7.0 TROUBLESHOOTING, ADJUSTMENTS
CAUTION!
The operations outlined in this section must be performed by qualified
maintenance personnel only!
This section of the manual contains information on diagnosing and repairing instrument
performance problems. It provides troubleshooting procedures that address problems to the
board level.
As a guide to troubleshooting, think of the M200EU-NOy as two systems:
Pneumatics and Electronics.
Pneumatics - Over 50% of all instrument problems are traced to leaks in the M200EU,
Bypass Pump Module assembly, pole mounted converter assembly, sample filter, or
zero/span gas delivery system (calibrator). Suspect a leak first.
Electronics – converter temp control board or DC power supply for the converter
temperature readout.
Another trouble-shooting tip has to do with incorrect span gas concentration:
This could come either from the calibrator or entering the expected span gas
concentration in the instrument incorrectly.
If the instrument does not respond to span gas, check troubleshooting section in the
M200E manual.
The above should get you started in diagnosing and repairing the most common faults. If these
reasons have been eliminated and there are still problems with the unit, the next thing to do is a
Factory Calibration covered in the M200E manual. If difficulties persist, contact our service
department. The 800 telephone number is on the cover page of this manual.
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The pneumatic system is diagramed in
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Figure 4.
7.1.2 Leak Check
Refer to Section 5.6 for the leak check procedure.
7.1.3 Bypass Pump Diagnostic Procedures
The bypass pump is capable of maintaining a total bypass flowrate of ~2.2 lpm. If flow checks
indicate a fall off in bypass flow, the pump may need servicing. Check the pump, inlet fittings,
and analyzer for leaks first. If other causes have been eliminated, rebuild the pump.
7.1.4 Electrical Fault Isolation
115 VAC is supplied to:
the bypass pump
the +5 volt and +24 volt switcher supplies
the input power to the converter temperature controller
Use Figure 6 to check the 115 VAC supply voltage to each of these components.
The converter temperature is controlled by the FUJI controller located on the Pump Module front
panel. The controller cycles power to the external converter, thereby maintaining the temperature
at 315 OC, using the solid state relay.
7.2 Setting the Converter Temperature
A front panel-mounted programmable controller maintains the temperature of the remote
molybdenum converter. By pressing the PV/SV button in the lower left corner of the controller,
you can see the Present Value (actual temperature) or the Set Value (temperature set point). The
temperature and PID control parameters have been set at the factory and no further adjustment
should be necessary. Should you need to adjust the temperature, follow these steps:
1. Select SV with the PV/SV button,
2. Press the "up-arrow" under the digit you want to change,
3. (the digit will flash),
4. Press the "up-arrow" under the digit or the "down-arrow" at the left to scroll
the digit to the desired value,
5. Repeat for the other two digits,
6. Press the ENTER button.
7. Select PV with the PV/SV button to observe the actual temperature.
7.2.1 Temperature Controller Setup
The FUJI temperature controller has been programmed at the factory and should not need to be
altered under normal usage.
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Model 200EU-NOy Option Manual Addendum
Indications that would require re-programming are:
Failure / replacement of controller.
Replacement of thermocouple element.
Controller’s loss of PID parameters leading to instability of the temp setpoint.
In the event that the control parameters are changed or in the event that a new controller is
installed, it must be reprogrammed to suit the thermal characteristics of the instrument. The
controller includes an Autotuning feature, which can be used to properly set the PID factors.
To start the Autotune procedure:
1. Press Sel until A7 (AT) is displayed
2. Press Data until value = 1 (enable Autotune)
While Autotuning, the decimal point LED will blink.
NOTE: During the procedure, it is normal for the temp to overshoot up to 100°C.
When the decimal point LED turns off, Autotune is complete. No further adjustment
should be necessary.
Table 7 Temperature Controller Programming Guide
PRESS
DISPLAY
ACTION
UP/DOWN SET TO 5.0 (ENTER)
SET TO 50
SEL
P PROP BAND
DATA
SEL
DATA
SEL
DATA
SEL
DATA
SEL
DATA
SEL
DATA
SEL
i INTEGRAL
d DERIVATIVE TIME
AL LOW ALARM SETP
AH HIGH ALARM SETP
SET TO 15
SET TO 300
SET TO 330
7C CYCLE TIME
HYS HYSTERESIS
LOC LOCK
SET TO 2 (FOR FAST SYSTEM)
SET TO 0.3
0 = OPEN 1 = LOCKED
2 = SV ONLY OPEN
SEL
NOTE:
DO NOT SET THE TEMPERATURE (SV) HIGHER THAN 320oC.
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SECONDARY MENU (The fixed characteristics of the system).
PRESS
DISPLAY
ACTION
SEL hold until
SEL hold until
SEL
SET TO 0 – REVERSE ACTION
SET TO 2 = TYPE J THERMOCOUPLE
SET TO 5
p-n1
p-n2
p-dF DIGITAL FILTER
P-SL LOWER LIMIT
P-SU UPPER LIMIT
P-AH ALARM
SEL
SET TO -40 (-40ºC)
SET TO 350 (350ºC)
SET TO 0
SEL
SEL
SEL
SET TO 5
P-An HYTERESIS
P-dP PROG DECIMAL
PVOF PROCESS OFFSET
SVOF SET POINT OFFS
P-F
SEL
SET TO 0
SEL
LEAVE AT 0
SEL
LEAVE AT 0
SEL
SET TO 0
(0 = oC, 1 = oF)
SEL
ALREADY CONFIGURED
P-n1
SEL hold until RETURNS TO MAIN MENU
SEL
PV/SV
SET DISPLAY TO 315 C
ALREADY CONFIGURED
SEL hold until
P PROP BAND
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8.0 M200EU-NOY SPARE PARTS LIST
The following spare parts list supplements the spare parts list for the M200EU analzyer.
Note: Use of replacement parts other than those supplied by API may result in non-
compliance with European Standard EN 61010-1.
PART NO.
000940400
000941000
016300300
047200200
023180000
009690200
009690300
PS0000038
PS0000037
FA0000006
013140000
FL0000001
FL0000003
052900300
HW0000020
HW0000036
HW0000037
OR0000094
037860000
OR0000086
PU0000005
PU0000011
046150000
055300000
DESCRIPTION
ORIFICE, 4 MIL 80 CC, O3 FLOW Rx CELL
ORIFICE, 13 MIL 800 CC, Rx CELL
SAMPLE FILTER ASSY
ASSY, MOLY GUTS, NOy
M501Y LEVEL 1 SPARES KIT
FILTER, TFE, 47 mm, 1UM, Quantity 100
FILTER, TFE, 47 mm, 1UM, Quantity 30
12 VDC, SWITCHING POWER SUPPLY
+5, +/- 15 VDC, SWITCHING POWER SUPPLY
FAN, BYPASS PUMP CHASSIS
FAN, PMT COOLER
SINTERED FILTER
FILTER, DFU
ASSY, HEATER BAND, CONVERTER, TYPE J
SPRING, FLOW CONTROL
TFE THREAD TAPE (48 FT)
TIE, CABLE
O-RING, SAMPLE FILTER
RETAINING RING, SAMPLE FILTER
O-RING, SAMPLE ORIFCE HOLDERS
BYPASS PUMP,M501Y
REBUILD KIT, BYPASS PUMP
SAMPLE PUMP
REBUILD KIT, SAMPLE PUMP
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