Kane KANE975 Bedienungsanleitung
KANE975
Industrial Flue Gas Analyser
Stock No: MAN00002 Rev: 1.00520 May 2020
© Kane International Ltd
Page 2
CONTENTS
Page No:
KANE975 OVERVIEW 4
INSTRUMENT FEATURES AND KEYPAD 5
KEYPAD BUTTONS 6
INSTRUMENT LAYOUT 7-8
BATTERIES 9
BATTERY TYPE 9
REPLACING BATTIERES 9
TIME AND DATE 9
CHARGING NIMH BATTERIES 9
BATTERY DISPOSAL 10
GENERAL SAFETY 11
FIRST TIME USE 12
MENU LIST 12
GENERAL OPERATING PRINCIPLE 13
STATUS 13
STATUS PAGE 1 13
STATUS PAGE 2 13
STATUS PAGE 3 13
MENU SETTING AND SETUP 14
ANALYSER UNITS 15
ALARMS 15
SCREEN 16
REPORTS 16
TRENDS 17
TRENDS SETUP 17
SERVICE 18
MANUAL AIR ZERO 18
MANUAL PRS ZERO 18
USING THE ANALYSER 19
EVERY TIME YOU USE THE ANALYSER 19
AUTOMATIC CALIBRATION 19
MAIN DISPLAYS 20
LOGGING DATA 21
PRINTING DATA 21
SAMPLING THE FLUE GAS 22
TAKING A PRESSURE READING 23
TAKING A FLOW READING 23
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Page No:
REGULAR CHECKS DURING SAMPLING 23
NORMAL SHUTDOWN SEQUENCE 24
STANDARD PRINTOUT 25
SOFTWARE COMPATIBILITY 25
STORING AND RETRIEVING LOGS 26
STORING A LIVE TEST 26
VIEW STORED LOG 26
PRINTING A STORED LOG 27
DELETING STORED LOGS 27
SETTING THE AUTO LOG TIME 27
START AUTO LOG 28
START AUTO PRINTING 28
AVERAGED REPORTS. 29
MAINTENANCE 30
EMPTYING AND CLEANING THE INTEGRAL WATER TRAP 30
EMPTY THE WATER TRAP 30
CHANGING THE PARTICLE FILTER 30-31
NOX CALCULATION 31
PROBLEM SOLVING 31
KANE DASHBOARD 32-36
ONLINE BOOKING PROCEDURE 34-36
ANALYSER ANNUAL SERVICE AND RECIRTIFY 37
SERVICE CALIBRATE RECIRTIFY 37-39
RETURNING YOUR ANALYSER TO KANE 39
PACKING YOUR ANALYSER 39
WHEN WE RECEIVE YOUR ANALYSER 39
WHERE TO SEND YOUR ANALYSER 40
COLD WEATHER PRECAUTIONS 40
SPECIFICATIONS 41-42
EU DECLARATIONS OF CONFORMITY 43-44
PRODUCT REGISTRATION 45-46
Page 4
KANE975 OVERVIEW
The KANE975 incorporates the many years of experience KANE has
gathered in gas sensing technologies and packages it into an advanced
handheld industrial combustion analyser.
With the ability to fit up to 7 gas sensors, including KANE’s own
proprietary NDIR CO2 sensor for true CO2 measurement, all aspects of
the combustion process can be monitored.
In addition to the gas sensors the KANE975 also includes dual type K
thermocouple inputs and differential pressure measurement. It is fitted
with KANE wireless as standard for operation with the KANE Live
Android application, further enhancing the user experience. As with all
advanced KANE analysers, the KANE975 supports the KANE IR printer
as standard.
The full colour graphical display provides the user with clear information
and an intuitive user interface enables simple operation.
The KANE975 also includes an over-range protection system to prevent
the CO sensor from being poisoned by excessive levels of CO.
The KANE975 has been independently certified to EN50379 parts 1, 2 &
3 by TUV.
The KANE975 can be fitted with the following sensors:
•
CO
•
CO2
•
O2
•
NO
•
NO2
•
SO2
•
H2S
Page 5
INSTRUMENT FEATURES AND KEYPAD
Page 6
KEYPAD BUTTONS
Icon
Description
ON/OFF
PLAY/PAUSE
PRINT/F1
HOME
STORE/F2
UP
DOWN
BACK/CANCEL
OK/ENTER
Page 7
INSTRUMENT LAYOUT
Thermocouple
____
111
Stainless
Steel
Shaft
_
_.
,
1
Depth Stop Cone
_____
Hanging Hook
Page 8
Page 9
BATTERIES
BATTERY TYPE
This analyser has been designed for use with rechargeable Nickel
Metal Hydride (NiMH) batteries. No other battery types are
recommended and will void warranty.
WARNING
Do not try to charge the unit with Alkaline batteries fitted.
Do not mix NiMH cells of different capacities or from
different manufacturers, all cells must be identical.
REPLACING BATTERIES
Turn over the analyser, fit 6 NiMH “AA” rechargeable batteries
in the battery compartment. Take great care to ensure they
are fitted with the correct battery polarity. Replace the
battery cover.
TIME AND DATE
When changing batteries, the time and date will need setting.
CHARGING NIMH BATTERIES
The KANE975 employs an advanced power management
system to ensure optimal performance. When a low battery
event is detected the management software will warn the user
until the battery reaches a critical level of discharge, at this
point the unit will shut down.
Page 10
If the user attempts to turn on the analyser while the batteries
are discharged the power management system will prevent turn
on.
Under normal circumstances charging is simply a case of plugging
in the supplied 12V charger (CU12VDC2A1), the analyser will
automatically activate battery charging and indicate the progress
on the display.
In the event of the analyser detecting an extreme state of
discharge of the main batteries, the user will be required to
perform the following procedure:
1.
Plug in supplied 12V Charger
2.
Press and hold the “On” button for 5 seconds
This will allow the charging of extremely flatbatteries.
BATTERY DISPOSAL
Always dispose of depleted batteries using approved disposal methods
that protect the environment.
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