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Related Manuals for CDL tecora CATARC MP-R
Summary of Contents for CDL tecora CATARC MP-R
- Page 1 USER MANUAL MANUAL TCD ANALYSER CATARC MP-R...
- Page 2 USER MANUAL : CATARC MP-R REF. MU DSM 06 Version : 1 Pages : 2 of 28 Date : 2018.05.28 2018.05.28 Toutes Modification into CDL DATE Version PAGE Modifications Date Written by pascal.fouchard Date Validated by vincent.le-castrec 2018.05.28 2018.05.28...
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Page 3: Table Of Contents
SUMMARY I. GENERALITY ..................................4 I. 1 PREFACE ....................................4 I.2. PACKAGE CONTROL ................................5 I.3. INSTALLATION AND USE CONDITIONS ..........................5 II. DESCRIPTION PART GAZ ..............................6 II.1 INTRODUCTION ..................................6 II.2 MEASUREMENT PRINCIPLE ..............................6 II.3 GAS CIRCUIT ..................................7 III. -
Page 4: Generality
I. GENERALITY I. 1 PREFACE Instrument model : This instruction manual concerns gas analyser model CATARC10 MP-R. Serial number : Analyser serial number is mentioned on the rear panel of the unit. Power supply : Analyser should be powered with alternative current , voltage is indicated in this instruction manual and on the rear panel of the instrument. -
Page 5: Package Control
I.2. PACKAGE CONTROL Pull out the analyser from the original package and examine it in order to detect any kind of external damage that can occur during shipment. In case of damage, missing part or suspect situation, please contact TECORA company or its agent. I.3. -
Page 6: Description Part Gaz
II. DESCRIPTION PART GAZ II.1 INTRODUCTION The gas analyser model CATARC10 MP-R has been designed for simple and accurate measurements on dry and clean gas. The instrument uses thermal conductivity principle for gas content measurements in binary blending or equivalent of binary blending (example : air). It had also a catharometric detector with microthermistor designed and built by ARELCO for a good stability. -
Page 7: Ii.3 Gas Circuit
THERMAL CONDUCTIVITY DATA The range of the instrument is depending on the application. It has to be check with our specialist engineers. We give just under the thermal conductivities of main gases. The unit is : cal/(sec) (cm²) (°C/cm) 10-6. In order to convert this value in Btu/(hr) (ft²) (°F:/:ft) X 10-6, multiply per 241.909. - Page 8 GAS CONNECTION (sensor integarted in the analyser) FLOWMETER WITH VALVE V1 FLOWMETER WITH CELL V2 ANALYSIS REFERENCE CELL CELL E = Inlet Gas fittings on the rear panel of Inlet / Outlet to be S = Outlet the unit connected by flexible pipes This document is the property of Tecora and can not be duplicated without permission Ref : EN MU DSM 06 V1...
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Page 9: Electronic Description
III. ELECTRONIC DESCRIPTION III.1. INTRODUCTION The analyer integrates a microprocessor electronic designed to answer at the market’s inquiries. The tactile screen allows to see quickly the totality of the essential parameters : gas content, barometric pressure (option), temperature regulation, alarms status… The analyer incorporate a internal function for data memorization (350 data) extendable by a SRAM card (option) which assures on top of that a total control of the analyser (alarm threshold, error message, calibration, modification of the... - Page 10 III.1.2. TOUCH SENSITIVE DISPLAY The user has to press on the good item to select it. It is recommended not to use any pen or hard point for this operation. The touch sensitive display could be damaged. III.1.3. Principal display On the power on, the analyser displays : the program version the device model...
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Page 11: Settings
On the power on, the device has to stabilized the sensor temperature before doing optimal measurements. It runs with a heating phase, indicated on the screen by a message « heating » on the top of the screen. In a first time, the difference of temperature between the real temperature of the sensor and the instruction ( fixed in our manufactory at +45°C ) is big. -
Page 12: Iv.1. First Page Of Setting
IV.1. FIRST PAGE OF SETTING The first page allows to set : the threshold alarm A1 the threshold alarm A2 the flow alarm the range for the function of analogic outputs (dilated range) the command of optionnal external pump ... - Page 13 IV.1.2. FLOW ALARM This alarm can be set like A1 and A2. It is activated by an external contact held open during 15 seconds minimum. IV.1.3. ANALOGUE OUTPUTS SETTING 0/10 V and 4/20 mA IN DILATED RANGE In front of I/V OUT, the first digit fits to the bottom of the range and the second to the top of the range.
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Page 14: Iv.2. Second Page Of Setting
IV.2. SECOND PAGE OF SETTING IV.2.1. TIME AND DATE SETTING Press on the concerning zone, key the right value with the numeric keypad, then VALID to confirm. IV.2.2. AVERAGING MEASUREMENTS Press on the concerning zone, key the right value with the numeric keypad, then VALID to confirm. - Page 15 This command allows to empty the contents of the memory. N.B. : the number of measurements stored is indicated between parenthesis at the right of the reading MEMO. IV.2.6. MEMO READING It allows to display the contents of the memory with the navigation using the keys IV.2.7.
- Page 16 Settings of the outputs TOR CALIBRATION IN PROGRESS ( from 1 to 9 of SUB D) “ETAL”. This output is activated when the calibration phasis. It is active during all the sample period, increased of time of Frozen Out. On the other hand, if there is a CAL ABORTED during automatic calibration, It becomes flashing at 1 Hz.
- Page 17 Logic Input Object Flow default If SPDT contact closed, flow OK Calibration external : SPDT contact closed during 10 s command not modified not modified not modified not modified not modified not modified Logic Object Positive security state Passive Outputs Calibration Voltage 5V (Out of calibration) PUMP...
- Page 18 Normal printing : date, gas content Test printing : date, gas content , sensor brut signal, barometric pressure (in option), sensor temperature, instruction temperature Others events are printed (preheating, calibration, default…) In order to choose the option normal printing or test printing, from the routine screen, press on MENU then NEXT.
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Page 19: Electrical Connections
autonomy about 6 months (this period depends of the events number automatically recorded on the device: default, calibration,…). If the card reader SRAM is not installed, the device displays SRAM CARD NOT INSTALLED If the card reader SRAM is installed, the device displays SRAM CARD INSTALLED and BATTERY Ok. -
Page 20: Connector Logic Output Wirings
V.2. CONNECTOR LOGIC OUTPUT WIRINGS DESIGNATION BORNE Current calibration/default + Current calibration/default - External pump command + External pump command - Not valid measurements + Not valid measurements - Analyser default + Analyser default + Alarm A1 + Alarm A1 - Alarm A2 + Alarm A2 - EV1 command (zero/calibration) +... -
Page 21: Interface
V.4. INTERFACE Il It is a separated box of the analyser qhich allows to deliver, for LOG outputs, contacts for direct power supply of pumps and electrovalaves. This box is planned for mouniting on DIN (see specific manual). V.5. INTERFACE RS232 It allows the wiring to a PC for the recovery of data under TERMINAL. -
Page 22: Vi.2. Calibration Gas - High Value Gas
VI.2. CALIBRATION GAS – HIGH VALUE GAS It is the gas for the top of the range. It is recommended to use the mixing of gas near the wanted value. Don’t forget that you have to respect the pressure and the recommended flow. From the routine screen, press on MENU, then on CALIBRATION, and pass on MANU mode. - Page 23 The analyser ask if the operator want to calibrate the bottom of the range. In case of refusal (Zero gas not avalaible or control make recently), press on REJECT. If not, press on YES to start the calibration of the “zero”. A count of time begin and is displayed.
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Page 24: Vi.6. Automatic Calibration
VI.6. AUTOMATIC CALIBRATION Reminder : The automatic calibration sequence can be run like that by the device at fixed hour (ex : all days at 09.00 am) or by the device at constant intervall (ex : all the 24 hours) ... -
Page 25: Vi.7. Automatic Calibration At Fixed Hour
and 24 hours. In the menu CALIBRATION, press on the the indication at the right of T mini. The symbol >--- appears near the indication ?. Key the new value ( in hour, below or equal 24). If the value is higher than 24, the device refuse the new value and keep the old one. -
Page 26: Vi.8. Automatic Calibration At Constant Intervall
The device displays AUTO CALIBRATION ( High T = xx’) and the remaining calibration time in seconds. During this period, the high gas is intriduced in the analyser. At the end of this streaming period, the value of low gas is taken in account then the device displays COEF CALCUL. - Page 27 Display : Tactile screen with liquid crystals Analogue Output : 0 - 1 V full scale, impedance min. 1 k 4 – 20 mA full scale, non isolated from 0 – 1 V output signal, impedance max. 500 Digital Output : Parallel output for printer, RS232 output Alarms : 2 threshold alarms, default sensor alarm, calibration (in...
- Page 28 Tél. +33 (0)4 91 03 66 69– Fax +33 (0)4 91 46 58 47 S .A.S. AU CAPITAL DE 24 000 € – R.C.S. Marseille B377847546– SIRET 37784754600027 TVA FR 68377847546 Atelier CDL - Tecora: 10 rue de la Prairie 91140 Villebon sur Yvette Ref : EN MU DSM 06 V1...