Kimo KIGAZ 210 User manual

Table of contents
ANALYSER
1. Introduction................................................................................................................................................................7
1.1. Description of the gas analyser..........................................................................................................................7
1.1.1. Overview of the analyser............................................................................................................................7
1.1.2. Presentation of the keypad and screen.....................................................................................................8
1.1.3. onnection of the analyser........................................................................................................................8
1.2. Main features.....................................................................................................................................................9
1.3. Technical features............................................................................................................................................12
2. Safety.......................................................................................................................................................................13
2.1. Precautions for use..........................................................................................................................................13
2.2. Symbols used...................................................................................................................................................13
2.3. Safety instructions............................................................................................................................................13
3. Perform a flue gas analysis.....................................................................................................................................14
3.1. Prepare the instrument before the analysis.....................................................................................................14
3.2. Perform an analysis.........................................................................................................................................14
3.3. Zoom function..................................................................................................................................................15
3.4. Assign the analysis to a customer....................................................................................................................15
3.5. Add the measurement to a group.....................................................................................................................15
3.6. Print the analysis results..................................................................................................................................15
4. Perform a quick measurement.................................................................................................................................16
5. Set the different parameters of the analyser............................................................................................................17
5.1. Instrument setting............................................................................................................................................17
5.1.1. Screen setting..........................................................................................................................................17
5.1.2. Set the auto-off.........................................................................................................................................17
5.1.3. hange the language...............................................................................................................................17
5.1.4. Modify date and time................................................................................................................................17
5.1.5. Ticket printing setting...............................................................................................................................17
5.1.6. Activate or deactivate the visual support..................................................................................................18
5.1.7. Activate the group function.......................................................................................................................18
5.1.8. Select the alarm sound............................................................................................................................19
5.1.9. Activate or deactivate Bluetooth® function (optional)...............................................................................19
5.2. Set the combustible.........................................................................................................................................19
5.2.1. Modify a combustible...............................................................................................................................19
5.2.2. Add a combustible....................................................................................................................................20
5.2.3. Delete a combustible................................................................................................................................20
5.3. Set the alarms, measurement units and O protection...................................................................................20
5.3.1. Set the alarms..........................................................................................................................................20
5.3.2. Set the measurement units......................................................................................................................20
5.3.3. Set the O protection threshold...............................................................................................................21
5.3.4. Set the display..........................................................................................................................................21
5.4. Set the references............................................................................................................................................21
5.5. Set the duration of auto-zero and purge time..................................................................................................21
5.6. Set the operators.............................................................................................................................................21
5.6.1. Add an operator........................................................................................................................................21
5.6.2. Modify the operator name........................................................................................................................21
5.6.3. Delete an operator...................................................................................................................................22
5.7. Back to factory setting of the analyser.............................................................................................................22
5.7.1. Units and values of measurement settings of the factory setting............................................................22
5.7.2. Device factory setting...............................................................................................................................22
6. Manage customers..................................................................................................................................................23
6.1. Manage a customer.........................................................................................................................................23
6.2. Modify a customer............................................................................................................................................23
6.3. Delete a customer............................................................................................................................................23
7. Manage boilers........................................................................................................................................................24
7.1. reate a boiler..................................................................................................................................................24
7.2. Modify a boiler..................................................................................................................................................24
7.3. Delete a boiler..................................................................................................................................................24
8. Manage the inspections...........................................................................................................................................25
8.1. Get to inspections............................................................................................................................................25
8.2. reate an inspection........................................................................................................................................25
8.3. Delete an inspection........................................................................................................................................25
8.4. reate a group.................................................................................................................................................25

8.5. Add an inspection to a group...........................................................................................................................26
8.6. Delete a group..................................................................................................................................................26
9. Perform measurement of a customised procedure.................................................................................................26
9.1. Preliminary operations to procedures..............................................................................................................26
9.2. Launch a customised procedure......................................................................................................................26
10. Perform a control of gas flow.................................................................................................................................27
10.1. Perform a measurement of theoretical flow...................................................................................................27
10.2. Perform a measurement of real flow..............................................................................................................27
10.3. Results interpretation.....................................................................................................................................27
11. Perform a gas network leak test.............................................................................................................................28
11.1. Perform the test..............................................................................................................................................28
11.2. Link the measurement to a customer.............................................................................................................28
11.3. Print the results..............................................................................................................................................28
12. Perform a pressure measurement.........................................................................................................................29
12.1. Perform the measurement.............................................................................................................................29
12.2. Perform a differential pressure measurement...............................................................................................29
12.3. Perform a flue gas velocity measurement.....................................................................................................29
12.4. Link the measurement to a customer............................................................................................................29
12.5. Add the measurement to a group...................................................................................................................30
12.6. Print the results..............................................................................................................................................30
13. Perform a measurement of ambient O2...............................................................................................................30
13.1. Perform the measurement.............................................................................................................................30
13.2. Link the measurement to a customer............................................................................................................30
13.3. Add the measurement to a group...................................................................................................................30
13.4. Print the results..............................................................................................................................................30
14. Perform a measurement of Max O......................................................................................................................31
14.1. Perform the measurement.............................................................................................................................31
14.2. Link the measurement to a customer............................................................................................................31
14.3. Add the measurement to a group...................................................................................................................31
14.4. Print the results..............................................................................................................................................31
15. Perform some temperature measurements...........................................................................................................32
15.1. Perform a measurement of ambient temperature..........................................................................................32
15.2. Perform a measurement of flue gas temperature..........................................................................................32
15.3. Perform an ambient temperature measurement with the internal sensor......................................................32
15.4. Perform a Flow/Return temperature measurement.......................................................................................32
15.5. Link the measurement to a customer............................................................................................................32
15.6. Add the measurement to a group...................................................................................................................32
15.7. Print the results..............................................................................................................................................33
16. Perform a measurement of opacity........................................................................................................................34
16.1. Perform the measurement.............................................................................................................................34
16.2. Enter the indexes in the analyser...................................................................................................................34
16.3. Link the measurement to a customer............................................................................................................34
16.4. Add the measurement to a group...................................................................................................................34
16.5. Print the results..............................................................................................................................................34
17. Perform a measurement of ionisation current.......................................................................................................35
17.1. Perform the measurement.............................................................................................................................35
17.2. Link the measurement to a customer............................................................................................................35
17.3. Add the measurement to a group...................................................................................................................35
17.4. Print the results..............................................................................................................................................35
18. Perform a H4 measurement.................................................................................................................................36
18.1. Perform the measurement with the probe.....................................................................................................36
18.2. Perform the measurement with the sensor....................................................................................................36
18.3. Link the measurement to a customer............................................................................................................36
18.4. Add the measurement to a group...................................................................................................................36
18.5. Print the results..............................................................................................................................................36
19. Perform a flue gas velocity measurement with a Pitot tube...................................................................................37
19.1. Link the measurement to a customer............................................................................................................37
19.2. Add the measurement to a group...................................................................................................................37
19.3. Print the results..............................................................................................................................................37
20. To get to information about the analyser................................................................................................................38
21. Maintenance of the analyser..................................................................................................................................39
21.1. Life-time of the sensors..................................................................................................................................39
21.2. Replace the sensors......................................................................................................................................39
21.3. Replace the paper roll of the printer..............................................................................................................40

21.4. Replace the battery........................................................................................................................................41
22. alculations of the different parameters................................................................................................................42
22.1. O, NO and NOx conversions.......................................................................................................................42
22.2. alculation of the level in NOx.......................................................................................................................42
22.3. alculation of flue gas velocity.......................................................................................................................42
LIGAZ-2 SOFTWARE
1. Introduction..............................................................................................................................................................44
2. Software installation.................................................................................................................................................44
2.1. Recommended minimum configuration...........................................................................................................44
2.2. Installation........................................................................................................................................................44
3. Start with the software.............................................................................................................................................45
3.1. Meaning and functions of the menus bar (1)...................................................................................................45
3.2. Meaning and functions of tool bar buttons (2).................................................................................................46
3.3. Meaning and functions of the homepage buttons (3)......................................................................................46
4. Download inspections..............................................................................................................................................46
5. Use the different databases.....................................................................................................................................47
5.1. Use the customer database.............................................................................................................................47
5.2. Use the boilers database.................................................................................................................................48
5.3. omplete database..........................................................................................................................................50
5.3.1. Database settings....................................................................................................................................50
5.3.2. Save while using......................................................................................................................................50
5.3.3. Import a database....................................................................................................................................50
5.4. Edit an analysis report.....................................................................................................................................51
6. Set the analyser.......................................................................................................................................................52
6.1. hange the combustibles................................................................................................................................52
6.2. hange the references....................................................................................................................................52
6.3. Manage the operators......................................................................................................................................52
6.4. Modify the date and time..................................................................................................................................53
6.5. Sensors state...................................................................................................................................................53
6.6. Set printings.....................................................................................................................................................53
6.7. Battery level.....................................................................................................................................................53
6.8. Access to information about the instrument and update the instrument..........................................................53
6.8.1. Access to information about the instrument.............................................................................................53
6.8.2. Update the device....................................................................................................................................53
The Internet connection is not protected by a proxy....................................................................................53
The Internet connection is protected by a proxy..........................................................................................54
6.8.3. Install a 3rd language................................................................................................................................54
6.8.4. Send a report of the device to the After-Sales Service............................................................................55
6.8.5. Back to factory parameters......................................................................................................................55
7. Options.....................................................................................................................................................................55
7.1. E-mail...............................................................................................................................................................55
7.2. User information...............................................................................................................................................55
7.3. hange the language.......................................................................................................................................55
8. ustomers / Boilers deletion of the analyser...........................................................................................................56
9. ompare the instrument and software information..................................................................................................57
9.1. Add elements automatically in the databases..................................................................................................57
9.2. Modification of customer and boilers features.................................................................................................57

6

1. Introduction
1.1. Description of the gas analyser
The KIGAZ 210 is a flue gas analyser with two interchangeable sensors long-life O2 and CO-H2), with additional possibility of a 3rd
sensor NO or CH4) or is a flue gas analyser with three interchangeable sensors long-life O2, CO-H2 and NO) with additional
possibility of a th sensor CH4).
Its main features are the following:
•Auto-zero in the duct
•Protection of CO sensor by solenoid valve
•Led on handle for lightning of dark areas
•External water trap
•LCD screen: 120 x 160 pixels, 50 x 67 mm
•Integrated printer
•2 thermocouple connections
•2 Go of memory
The gas analyser is supplied in a transport case in ABS or metallic (optional) with a magnetic protective cover, a differential pressure
kit, an interchangeable flue gas probe of 300 mm length with integrated draft and LED, a Li-ion battery and its charger, LIGAZ-2
software, an USB cable and a calibration certificate. A paper roll for the printer and a filter are also provided.
This analyser is designed to control parameters of flue gas in exhaust duct or heating units. It can not be used in a
permanently way and/or used as an alarm system.
1.1.1. Overview of the analyser
Introduction 7
Handle
Flue gas probe
External water trap
Integrated printer
LCD screen
Single connector for flue
gas probe (TcK+gas) and
draft
LED
Fixing cone
Keypad
LED button
Differential pressure
plug

1.1.2. Presentation of the keypad and screen
1.1.3. Connection of the analyser
8Introduction
T1 and T2
thermocouple
connections
C1 connection for external probes
(Pt100 temperature, CH ,...) Flue gas probe connection
P- pressure tap
P+ pressure tap
Top view Bottom view Right side view
Measurements menu
Setting menu
Information menu
Function keys
OK button
ESC button
Customers menu
Procedures menu
Home screen
Directional arrows
ON/OFF button
Power supply
USB
connection
Light for battery
charging
Gas outlet

1.2. Main feat res
•Screen
LCD screen, 120 x 160 pixels, 50 x 67 mm. It allows to display the measured parameters in a comfortable format for the user. With the
zoom function, the measured values can be visualised in increased characters.
.
•Printer
The printer has 10-year guarantee thermal paper. The printer has an easy replacement system of the paper (Easyload). In addition,
printing is fast.
•Batteries charger
The instrument is supplied with a 6 V, 1.5 A power adapter to load the internal batteries. The current loading is indicated by a battery
symbol on the top left of the screen. The red LED on the right side of the gas analyser stays on until the battery loading is completed.
The battery charging time is 10 hours. The voltage of power supply is 100-2 0 VAC, 50/60 Hz. The number of cycles of the battery is
about 500 charging cycles.
•Flue gas suction pump
The pump, inside the gas analyser, is a diaphragm pump with a motor. It is energized in direct current directly by the instrument in a
way to get an optimal suction of flue gases.
•Flue gas probe
Probe in stainless steel with a handle in ABS and a standard length of 30 cm (other probes are available as option, see the technical
datasheet of accessories for KIGAZ), with a fixing cone to maintain the contact tip in the duct. Interchangeable, its LED allows to light
dark areas. It is connected to the instrument with a neoprene tube of 2.50 m.
•Interchangeable measurements sensors
The analyser uses electrochemical sensors to measure the oxygen and the carbon monoxide (compensated in H2 hydrogen). The
measurement sensors are interchangeable.
•Temperature sensors
Flue gas temperature is measured with a thermocouple integrated in the contact tip. The connection to the analyser is made thanks to
a single male connector compensated in temperature. K thermocouple (nickel-nickel chromium) allows continuous measurements up
to 1250 °C.
The instrument has a NTC thermoresistance for the measurement of internal temperature; this sensor is also used for the
measurement of ambient temperature.
If a temperature control of the combustive air must be performed directly by the supply duct (room sealed boiler), a Pt100 temperature
probe (ref: SPA 150 SP) will be used. It is recommended to perform this measurement to make the efficiency calculation of the
installation more accurately.
•Pressure sensor
The analyser has one internal piezoelectric sensor for the measurement of the differential pressure (Delta P) with manual autozero.
•Supply input of flue gases and +/- pressure
The analyser has a single connector allowing the connection of a flue gas probe.
•Types of combustibles
The analyser is supplied with a memorization of technical data which characterize the 15 most known combustibles. It is also possible
to add 5 combustibles and their corresponding features.
•Calibration certificate
The analyser is calibrated by comparison with standard of metrology laboratories, which are periodically certified closed to laboratories
known at the international level. Each analyser is supplied with its calibration certificate in which, for every parameters, are indicated
the nominal value, the one measured, the admitted error limits and the found error.
•EMC compatibility
The analyser complies with n°200 /108/EC directive on electromagnetic compatibility. Document available on request.
•Conformity
The analyser complies with the EN 50739-1 and 2 standard.
Introduction 9

•Water trap
The water trap is placed on the tube that links the flue gas probe to the KIGAZ 210. The measured gases go through the filtering
element allowing the recovery of condensates (liquid one or solid one).
The filtering element is placed 15 cm from the analyser and is divided into 2 parts:
one recovers the liquid particles.
the other contains a filter that stops the smallest particles in suspension and avoid them to reach the electro-chemical sensors
•Auto-zero
The analyser has the “auto-zero in the duct” function, it means that the operator can perform measurements (draft, temperature...)
while the analyser inhales fresh air in the room. This function allows to save time on the inspection location.
•Protection by solenoid valve
The analyser is equipped with the CO protection function that allows to avoid high concentrations of CO that could damage the
analyser and the sensors. The CO measurement is stopped when it exceeds 2000 ppm (default configuration of the threshold and
adjustable by the operator). All the measurements stay possible unless the CO measurement.
•Customers, boilers and inspections management
The analyser allows to record customers, theirs respective boilers and inspections. Once the features of customers and boilers are
completed in the analyser, the operator can easily assign the different measured values to a customer and his boiler.
•Opacity index measurement optional)
It is possible to fill in the analyser with opacity index values measured according to the Bacharach scale. The analyser will calculate the
average and results will be printed on the ticket. This measurement must be performed with an opacity pump which is available as an
accessory (ref: PMO).
•Gas flow
It is possible to measure the gas flow of an installation, to compare it with a theoretical gas flow and as a result to estimate the
installation consumption.
•Gas network leak testing optional)
It is possible to check the tightness of an installation. For this control, use the pressure sensor used for the differential pressure
measurement of the shaft (ref.: KEG).
•Measured values
- O2: percentage of oxygen in flue gases
- CO: concentration of CO in flue gases
- NO: concentration of NO in flue gases
- Tf: flue gases temperature
- Ta: combustive air temperature
•Calculated values
- λ: Air Excess : connection between the volume of combustive air and the requested volume necessary for a combustion in
stoichiometric conditions.
- CO2: percentage of carbon dioxide in flue gases.
- ΔT: difference between the flue gases temperature and the combustive air temperature.
- NOx: concentration of NOx in flue gases (calculated with the NO sensor, or measured with the NO and NO2 sensors)
- Qs: percentage of waste heat throughout the shaft.
- ηs: Lower efficiency or sensible): calculated burner efficiency. This is a ratio between the conventional heating power end
the burner heating power. Among the combustion losses, only the sensible heat lost with the flue gases is taken into account,
neglecting the radiation losses and incomplete combustion losses. This value is referred to LHV (Lower Heating Value) and
can not be higher than 100%.
10 Introduction
For a better measurement, the water trap must be in
vertical position.
Empty and clean the mater trap after use.
Check that both ends are well
clipped to ensure a good
waterproofness
In case of water presence, do not
forget to empty it after each use
Lower plug

The sensible efficiency value is to be compared with the minimum efficiency stated for the heating systems performances.
- ηt: Higher efficiency or total): is the sum of sensible efficiency and the additional efficiency deriving from the recovery of
water vapour condensation contained in the flue gases. When it s greater than sensible efficiency, then condensation is taking
place. It is referred to LHV (Lower Heating Value) and can exceed 100%. The LHV is calculated by an algorithm developed by
Kimo and its value must be considered as indicative.
- CO O2): Concentration of CO in flue gases in mg/m3. It is calculated according to O2 reference value indicated in the
analyser (see page 21).
- NO O2): Concentration of NO in flue gases in mg/m3. It is calculated according to O2 reference value indicated in the
analyser (see page 21).
- NOx O2): Concentration of NOx in flue gases in mg/m3. It is calculated according to O2 reference value indicated in the
analyser (see page 21).
Introduction 11

1.3. Technical feat res
Parameter Sensor Measuring range Resolution Accuracy*
T90
response
time
Long-life O2Electro-chemical From 0 % to 21 % 0.1 % vol. ±0.2 % vol. 30 s
CO
with H2
compensation)
Electro-chemical From 0 to 8000 ppm 1 ppm
From 0 to 200 ppm: ±10 ppm
From 201 to 2000 ppm:
±5% of measured value
From 2001 to 8000 ppm:
±10% of measured value
30 s
NO Electro-chemical From 0 to 5000 ppm 1 ppm
From 0 to 100 ppm: ±5 ppm.
From 101 to 5000 ppm:
±5% of measured value
30 s
Low range NO Electrochemical From 0 to 500 ppm 0.1 ppm
From 0 to 100 ppm: ±2 ppm
From 101 to 500 ppm:
±2 % of the measured value
30 s
NOx Calculated** From 0 to 5155 ppm 1 ppm - -
CO2 Calculated** From 0 to 99 % vol 0.1 % vol - -
CH4Semiconductor
From 0 to 10000 ppm
From 0 to 1 % Vol
From 0 to 20 % LEL
1 ppm
0.0001 % Vol
0.002 % LEL
±20 % of full scale 0 s
Flue gas
temperature K thermocouple From -100 to +1250 °C 0.1 °C ±0. % of measured value or ±1.1 °C 5 s
Ambient
temperature Internal NTC From -20 to +120 °C 0.1 °C ±0.5 °C
Ambient
temperature
Pt100 (1/3 DIN
external probe) From -50 to +250 °C 0.1 °C ±0.3 % of measured value ±0.25 °C 30 s
Dew point
temperature Calculated** From 0 to +99 °Ctd 0.1 °C - -
DHW
temperature
TcK (external
probe) From -200 to +1300 °C 0.1 °C ±0. % of measured value or ±1.1 °C -
Differential
pressure
Piezoelectric
From -20 000
to +20 000 Pa 1 Pa
From -20 000 to -751 Pa:
±0.5 % of measured value ± .5 Pa
From 750 to -61 Pa:
±0.9% of measured value ±1.5 Pa
From -60 to 60 Pa: ±2 Pa
From 61 to 750 Pa:
±0.9% of measured value ±1.5 Pa
From 751 to 20 000 Pa:
±0.5% of measured value ± .5 Pa
-
Draft From -10 to +10 Pa
From -1000 to +1000 Pa
0.1 Pa
1 Pa
Losses Calculated** From 0 to 100% 0.1% - -
Flue gas
velocity Calculated** From 0 to 99.9 m/s 0.1 m/s - -
Excess air λ) Calculated** From 1 to 9.99 0.01 - -
Efficiency ηs) Calculated** From 0 to 100 % 0.1 % - -
Efficiency ηt)
condensation) Calculated** From 0 to 120 % 0.1 % - -
Opacity index External instrument From 0 to 9 - -
* All accuracies indicated in this document were stated in laboratory conditions and can be guaranteed for measurements carried out in the same conditions, or carried out with required
compensation.
** Calculation is made based on the measured values by the analyser.
12 Introduction

2. Safety
2.1. Preca tions for se
Please always use the device in accordance with its intended use and within parameters described in the technical features
in order not to compromise the protection ensured by the device.
2.2. Symbols sed
For your safety and in order to avoid any damage of the device, please follow the procedure
described in this user manual and read carefully the notes preceded by the following symbol:
The following symbol will also be used in this user manual:
Please read carefully the information notes indicated after this symbol.
2.3. Safety instr ctions
The following safety instructions have to be strictly observed.
Not respecting these safety instructions can lead to a loss of warranty.
•The analyser should not to be used in and under water.
•The analyser should not to be placed near or directly at open fire or heat.
•The indicated range of temperature of the probe is not to be exceeded, as the probe and temperature
sensor could be destroyed.
•After measurements, before packing the analyser, wait for the probe to be cold. As long as it is hot, the
probe could cause injuries.
•The exhalations of alcohol liquids lubricants, petrol, spirit, vanish...) may damage the sensors of the
analyser. Therefore, it is forbidden to preserve or use these fluids nearby the analyser.
•Load the battery only with Kimo charger. The charger must be used only for the power supply loading. Use
another type of charger can damage the battery and the analyser and can cause electrical shocks.
Safety 13

3. Perform a flue gas analysis
3.1. Prepare the instr ment before the analysis
During the measurement, the analyser must be in vertical position or in horizontal position. Do not hold the
analyser in inclined position.
Before the 1st use of the analyser, a full charge of the battery must be made during 12 hours.
Empty the water trap.
In case of any default or damage of the instrument, Kimo After sales service shall be contacted. On the
back of the analyser, there is a label with the analyser serial number. This number shall be communicated
for every operation technical operation or request of spare parts).
3.2. Perform an analysis
➢Connect the flue gas probe to the analyser.
➢Turn on the instrument.
Home screen is displayed with measurement menu highlighted.
➢Insert the probe in the flue as show on the figure for at least 3 minutes.
➢Press OK.
he screen with the different possible measurements is displayed.
Remaining time of auto-zero and its progress bar are displayed at the bottom of
the screen.
Measurements covered by the auto-zero are not available (Combustion, Max CO and
ambient CO2). At the end of the auto-zero, these menus are available.
ake advantage of the auto-zero to perform the draft.
➢Go to “Flue gas” with the up and down arrows.
➢Press OK.
he screen displays the different combustibles in the analyser.
➢Select the type of used combustible by the boiler with the up and down arrows.
➢Press OK.
he screen displays values of the different parameters of the analysis. Perform measurement for at least 3 minutes.
1 Perform a flue gas analysis
Press the “Hold”
function button to hold
the measurement.

3.3. Zoom f nction
From the gas analysis screen, the zoom function is available using the direction arrows.
he initial screen displays 12 measured values.
➢To zoom in, press the right arrow.
he screen displays 6 measured values.
➢To zoom in again, press the right arrow.
he screen displays 3 measured values.
➢To zoom in again, press the right arrow.
he screen displays one measured value.
➢To zoom out, press the left arrow.
➢At any time, press the down arrow to scroll the values.
3.4. Assign the analysis to a c stomer
➢At the end of the analysis, when measurements are constant, it is possible to assign it to a customer recorded in the analyser
or to unrecorded customer that should be created.
➢Press the “Save” function button.
he analyser displays the list of recorded customers.
➢Select a customer with up and down arrows then press OK or create a customer (see page 23) then select it.
he analyser displays the list of available boilers.
➢Select the boiler with up and down arrows then press OK or create a boiler (see page 2 ) then select it.
he analyser backs to the measurement screen of the analysis.
3.5. Add the meas rement to a gro p
The groups allow to regroup measurements in folders. The group function has to be activated (see page 18).
Once the measurement is linked to a customer and a boiler, it is possible to add it in a group in the instrument, or create a group:
he analyser proposes to add the measurement to a group.
➢Go to YES and press OK.
➢Go to the required group with the arrows and press OK, or create a group (see page 25).
he analyser backs to the measurement screen.
3.6. Print the analysis res lts
It is possible to print the results on the ticket:
➢Press the “Print” function button.
Results are printed on the ticket.
See page 17 for the printing configuration.
Perform a flue gas analysis 15

4. Perform a quick measurement
The quick measurement allows to perform in a few seconds:
•a flue gas measurement
•a draft measurement
•and an ambient CO measurement with Max CO.
➢During the quick measurement, it is possible to print a ticket at each step by pressing the “Print” function button, or print the
whole measurements when the analyser proposes it at the end of the quick measurement (screen 13).
* If the CO SCOT probe is used, select “External” then follow the instructions on the analyser.
16 Perform a quick measurement

5. Set the different parameters of the analyser
The “Setting” menu allows to set the following parameters :
•Instrument (screen, printing, auto-off,...)
•Combustibles
•Measurement
•References (O2, atmospheric pressure and altitude)
•Auto-zero/Purge
•Operators
The “Setting” part allows to set parameters that can affect the performed measurements. These settings must be
made by a qualified technician.
5.1. Instr ment setting
5.1.1. Screen setting
This part allows to set the backlight of the screen from 1 to 9.
➢Turn on the instrument.
Home screen is displayed with measurement menu highlighted.
➢Go to “Setting” with the up and down arrows then press OK.
➢Go to “Instrument” then press OK.
➢Press OK on the “Screen” line.
➢Go to “Backlight” then press OK.
➢Use the up and down arrows to increase or decrease the value.
➢Press OK to validate.
5.1.2. Set the a to-off
The auto-off allows to turn off the analyser automatically after some time of non-use.
It is possible to set the auto-off at 15 / 30 / 5 / 60 / 90 or 105 minutes or to deactivate it.
“Setting > Instrument” screen is displayed.
➢Go to “Auto-off” with the up and down arrows then press OK.
➢Select the required time of auto-off or “OFF” to deactivate it with the up and down arrows.
➢Press OK to validate.
5.1.3. Change the lang age
It is possible to select the language of the instrument: French or English in standard. A third language is downloadable through the
LIGAZ-2 software.
“Setting > Instrument” screen is displayed.
➢Go to “Language” with the keypad then press OK.
➢Select the language with the keypad.
➢Press OK.
5.1.4. Modify date and time
“Setting > Instrument” screen is displayed.
➢Go to “Date/time” with the keypad then press OK.
➢Go to the parameter to modify with the keypad (day, month, year, hour, minute or second).
➢Press OK.
➢Use the up and down arrows to modify the selected parameter.
➢Press OK.
➢Repeat the procedure on another parameter if required.
➢Go to “Date Format” with the keypad then press OK.
➢Select « Day/Month » to display the day then the month or “Month/Day” to display the month then the day then press OK.
➢Go to “Time Format” with the keypad then press OK.
➢Select the time format: “12” or “24”.
If 12 is selected, “AM” for ante meridiem or « PM » for post meridiem will be displayed in front of the time.
➢Press the “OK” function key to quit the screen and save the modifications or press Esc to cancel.
5.1.5. Ticket printing setting
“Setting > Instrument” screen is displayed.
➢Go to “Printing” with the keypad then press OK.
Set the different parameters of the analyser 17

➢Go to “Format” with the keypad then press OK.
➢Select the ticket format: long or short with the keypad then press OK.
Long ticket format: prints the headers, the user name, the
type of device and its serial number, the customer and the
selected boiler, the type of combustible, the inspection date
and time and the measurements results.
Short ticket format: prints only the device reference, the
type of combustible, the date and time and the measurement
results.
➢Go to “Logo” then press OK to activate it: ON or deactivate it: OFF.
➢Go to the first line of the “Header” then press OK.
he keyboard appears at the bottom of the screen.
➢Select the letters with the keypad then press OK.
➢Press the “OK” function key to validate the line.
he keyboard disappears.
➢Press Esc to back to “Setting instrument” screen and validate modifications.
•To go from lower-case keyboard to upper-case keyboard then to numeric keyboard: press the “A a 1” function key.
•To erase a letter: press the “Delete” function key.
5.1.6. Activate or deactivate the vis al s pport
The visual support corresponds to help windows displayed met during a measurement procedure.
“Setting > Instrument” screen is displayed.
➢Go to “Support” with the keypad.
➢Go to “Visual support” line with the keypad.
➢Press OK to activate it: ON or to deactivate it: OFF.
5.1.7. Activate the gro p f nction
Groups allow to gather measurements in a folder. To activate it:
“Setting > Instrument” screen is displayed.
➢Go to “Group” with the keypad.
➢Press OK to activate it: ON or to deactivate it: OFF.
For the groups creation and management, see page 25.
18 Set the different parameters of the analyser

5.1.8. Select the alarm so nd
“Setting > Instrument” screen is displayed.
➢Go to “Audio” with the keypad then press OK.
➢Press again OK
➢Select with the keypad the Alarm 1 sound or the Alarm 2 sound then press OK.
5.1.9. Activate or deactivate Bl etooth® f nction (optional)
Bluetooth® allows to set and transfer data from a computer to the analyser or vice versa.
“Setting > Instrument” screen is displayed.
➢Go to “Bluetooth” with the keypad.
➢Press OK to activate it: ON or to deactivate it: OFF.
he icon appears on the instrument screen when it is activated.
When Bluetooth® is activated, Kigaz appears with the name “Kigaz” in the available devices list of the computer, tablet or
smartphone.
5.2. Set the comb stible
15 different combustibles are recorded in the analyser:
Sahara / Fos Natural gas Cannel-coal
Groninguen – Natural gas Low volatile coal
Russia – Natural gas Coke gas
Propane Biofuel 5%
LPG Wood 20%
Butane Hog fuel 21%
Light oil Pellet 8%
Heavy fuel oil
5.2.1. Modify a comb stible
Each combustible has its own coefficient allowing to calculate losses and efficiencies in the most accurate way.
The modification of these coefficients will lead some modifications in combustion analysis results. Only a
qualified technician is authorized to modify them.
It is still possible to reset the factory parameters pressing the “Factory parameters” function key or with the
LIGAZ-2 software see page 55).
“Setting” screen is displayed.
➢Go to “Combustibles” with the arrows then press OK.
➢Go to the required combustible with the up and down arrows then press OK.
➢Go to the coefficient to modify with the up and down arrows then press OK.
he keyboard is displayed.
➢Select the numbers with the arrows and press OK to validate.
he analyser backs to the combustibles list.
•To go from lower-case keyboard to upper-case keyboard then to numeric keyboard: press the “A a 1” function key.
•To erase a letter: press the “Delete” function key.
It is also possible to modify the name of a combustible and its type of energy (solid, liquid or gas):
“Setting > Combustibles” screen is displayed.
➢Go to the combustible to modify with the up and down arrows then press OK.
➢Press the “Modify” function button.
➢Press OK on the “Name” line.
he keyboard appears.
➢Select the letters with the direction arrows and press OK to validate.
➢Press the “OK” function key to validate the new combustible name.
➢Press OK on the “Energy” line.
➢Select the combustible energy type: solid, liquid or gas and press OK.
➢Press the “Save” function key.
he instrument backs to the combustible list with the modifications applied.
Set the different parameters of the analyser 19

5.2.2. Add a comb stible
Up to 5 combustibles can be added in the instrument's memory:
“Setting > Combustibles” screen is displayed.
➢Press the “Add” function key.
“A combustible” screen is displayed.
➢Press OK.
he keyboard appears.
➢Enter the name of the combustible with the keypad and press OK.
➢Press the “OK” function key to validate the name of the new combustible.
➢Go to “Energy” line with the keypad and press OK.
➢Select “Solid”, “Liquid” or “Gas” with the keypad and press OK.
➢Press the “Save” function key to save the new combustible.
Screen backs to the list of combustible. he new combustible in well on the list in last position.
Every coefficient of the new combustible is set at 0.
➢Follow the procedure of modification of combustible coefficients described page 19.
5.2.3. Delete a comb stible
“Setting > Combustibles” screen is displayed.
➢Go to the combustible to delete with the keypad.
➢Press the “Delete” function key.
5.3. Set the alarms, meas rement nits and CO protection
It is possible to activate an alarm for each measurement parameter. This alarm can be rising (the alarm of the instrument is activated
when the measured value exceeds the defined threshold) or falling (the alarm of the instrument is activated when the measured value
is below the defined threshold).
It is possible to set an alarm for the following parameters:
O2, CO, Amb. CO, CH , CO2, Qs (losses), λ (excess air), ηt (lower efficiency), ηs (higher efficiency), Tf (flue gas temperature),
Ta (ambient temperature), Td (dew-point temperature), Pr. (pressure), ΔP (differential pressure), draft.
5.3.1. Set the alarms
“Setting” menu is displayed.
➢Go to “Measurement” with the keypad then press OK.
➢Press OK on “Alarms” line.
➢Go to the parameter to modify with the keypad then press the “Modify” function key.
he edge (rising or falling) and the threshold of the selected parameter are displayed.
➢Go to the “Edge” line with the keypad then press OK.
Select the type of alarm with the keypad:
•Rising edge:
•Falling edge:
•Deactivated alarm:
➢Press OK.
➢Go to the “Threshold” line then press OK
he keyboard appears.
➢Enter the alarm threshold value with the keypad and press OK to validate.
➢Validate the threshold with the “OK” function key.
➢Validate the modifications with the “Save” function key.
➢Press Esc to quit the screen.
5.3.2. Set the meas rement nits
It is also possible to select the measurement unit for each measured parameter:
•Temperature: °C, °F
•Pressure: Pa, inWg, hPa, mbar, mmHg, mmH2O, PSI
•CO / CO2 / NO / NOx: ppm, mg/m3, mg/kWh, g/kWh, g/GJ, g/m3, %
•CH4: ppm, %vol, %LIE
“Setting” menu is displayed.
➢Go to “Measurement” with the keypad then press OK.
➢Go to “Units” with the keypad then press OK
➢Go to the parameter to modify with the keypad then press OK.
he list of the available units according to the parameter appears.
➢Go to the requested unit with the keypad then press OK.
20 Set the different parameters of the analyser