User Manual - MSR Electronic
Contents
1. ADL 1164 Semi conductor Air Quality VOC Sensor Data Logger Serial No User Manual December 2010 PolyGard is a registered trademark of MSR GAADLI164 E 1210 Phone 0049 0 8531 9004 0 Fax 0049 0 8531 9004 54 Specification subject to change without notice MSR Electronic GmbH W rdinger Str 27 D 94060 Pocking www msr electronic de Printed in Germany User Manual PolyGard Data Logger EN ADL 1164 c 4MSR SEE N 1 indended Use aisinas M 3 2 Functional Description sussen siaua anaa aaa iaa eaaa adaa araa aa aaa near aaa rama aaa a aaau 3 ZV VOC SENSON E 3 2 2 VOC DatalLogger arent dade ret egeo d EL pad eat dure aida Eiai anaidai aee 4 3 Commissioning Measuring eeieeseiseeeeeseeeeeee seen enne nennen nnn na natnm nnn tn Rusa nasa sits ne sn annman 5 3 1 Pre arrangements Data Logger eeesseeseseee essen esent nnne nennen nennen 9 2 Po Oning eeen ine tas cave ect E E auiecentvrncectages 5 3 9 COMMISSIONING neriman coats cas savere a a a a a E aa AE aia REA 5 3 4 Readout and Processing of the Data sse eene nennen nennen en 5 4A Specifications eere Los aa eA eect LL er LUI ULT LIT EE Me T E LdrLEE 6 EME DII ee 7 6 Notes and General Information eeeeeeeeeeeeeeeeseseeeene nennen nena snnm nn nnn n nnn2. working with cleaning agents or when cooking but even the breath is a constant source of volatile metabolic products VOCs The air quality module detects the increasing VOC level and calculates the proportional CO value The VOC CO correlation has been determined by measurements under real conditions Initial phase of new sensors New sensors run through a burn in period within the first 6 hours During this phase the sensing resistor passes through a maximum but no measurement is effected A pre set VOC value is output instead Ler voltage break during the burn in process resets the hour meter from 6 to 0 and the burn in process restarts anew Start up behaviour Each time the sensor is switched on it runs through a warm up period of 15 minutes During this warm up period there aren t any measurements the sensor emits the signal of 5096 of the measuring range After the warm up period the sensor takes the currently read VOC value as zero point independently from the actual concentration Therefore after the warm up period the ambient air should be of low VOC content This can be obtained by short venting at the beginning of the metering or by taking the logger to an environment with low VOC concentrations for 5 minutes Le The VOC sensor reacts to variations in humidity with up to 70 ppm per RH therefore the humidity and temperature must have the same level as at the measuring site Measurement If the sensor isn t star
3. ch to position Record The display changes from 450 lt gt LoAl to 1225 ppm After 15 minutes the measurement of the current VOC concentration starts 3 4 Readout and Processing of the Data The data are readout with time and date stamp via the supplied serial USB interface by means of the software MINSOFT This procedure as well as the data processing can be taken from the User Manual T Logg 120 PolyGard is a registered trademark of MSR GAADLI164 E 1210 Phone 0049 0 8531 9004 0 Fax 0049 0 8531 9004 54 Specification subject to change without notice MSR Electronic GmbH Wiirdinger Str 27 D 94060 Pocking www msr electronic de Printed in Germany User Manual PolyGard Data Logger N ADL 1164 4 Specifications Electrical Supply voltage Power consumption Sensor data Gas type Sensor element Measuring range Accuracy Repeatability Response time Correct function after switch on Expected life time Output signal Analog output signal Ambient conditions Humidity Temperature Temperature storage Pressure range 5VDC Ca 30 mA VOC alcohols aldehydes aliphatic hydrocarbons amines aromatic hydrocarbons carbon monoxides methane LPG ketones and organic acids Semi conductor 450 2 000 ppm t 150 ppm 5 of reading tgo lt 605 15 min gt 10 years normal ambient conditions 0 5 VDC proportional 15 90 RH non condensing 0 C to 50 C 5 C to 50 C Atmosphere 10 Ba
4. he IU characteristics The ALCS is connected to the socket Charging with the jack plug The charging voltage as well as the charging itself is automatically regulated and monitored The green LED signals the charging voltage 6V The charging is shown by the red LED Charge Only if this LED goes out the battery is fully charged The ALCS is suitable for the trickle charge as well as for stand by and parallel operation The operation mode switch should be in OFF position during charging for fast charging Only after full charge of the battery the maximum operating time of 90 hours can be obtained In the position Record of the operation mode switch the VOC sensor is supplied by the battery so the discharge starts immediately Therefore it is advisable to bring the switch into position Record only when starting the recording Prior to recording the configuration as well as time and date are checked and corrected at the T Logg 120 by means of the software MINSOFT Then the data from the last recording are deleted and the records are started anew 3 2 Positioning The VOC Data Logger must be situated in a way so that the gas inlet is not blocked The data logger should only be located in areas with low streams of air to get exact results Corners niches and areas with intense streams of air have to be avoided 3 3 Commissioning After positioning the Data Logger the recording is started by turning the operation mode swit
5. ration and part replacement in the field may be implemented by a qualified technician and with the appropriate tools Alternatively the ADL may be returned for service to MSR Electronic GmbH 6 4 Limited Warranty MSR Electronic GmbH warrants the ADL for a period of one 1 year from the date of shipment against defects in material or workmanship Should any evidence of defects in material or workmanship occur during the warranty period MSR Electronic GmbH will repair or replace the product at their own discretion without charge This warranty does not apply to units that have been altered had attempted repair or been subject to abuse accidental or otherwise The warranty also does not apply to units in which the sensor element has been overexposed or gas poisoned The above warranty is in lieu of all other express warranties obligations or liabilities This warranty applies only to the ADL MSR Electronic GmbH shall not be liable for any incidental or consequential damages arising out of or related to the use of the PolyGard transmitters PolyGard is a registered trademark of MSR GAADLI164 E 1210 Phone 0049 0 8531 9004 0 Fax 0049 0 8531 9004 54 Specification subject to change without notice MSR Electronic GmbH Wiirdinger Str 27 D 94060 Pocking www msr electronic de Printed in Germany
6. saisi ann annnm annen 8 6 1 Intended Product Application sssessssssseseeeee enemies 8 6 2 Installers Responsibilities essessssseseseeeeeeeen enne enne enne nnns nnns 8 63 I Tln iy lae eI 8 6 4 uLifritedWaltantyc eiie tiere Re Peer aide bile deux cater rd EHE rep ee treet 8 PolyGard is a registered trademark of MSR GAADLI164 E 1210 Phone 0049 0 8531 9004 0 Fax 0049 0 8531 9004 54 Specification subject to change without notice MSR Electronic GmbH W rdinger Str 27 D 94060 Pocking www msr electronic de Printed in Germany User Manual PolyGard Data Logger 2 ADL 1164 E ie Data Logger with Semi conductor Gas Sensor for Air Quality VOC 1 Indended Use The data logger is used for recording the air quality VOC Volatile Organic compounds in indoor areas The intended sites are all areas within the ambient conditions as defined in the Technical Data The data logger must not be used in potentially explosive atmospheres 2 Functional Description 2 1 VOC Sensor Inside the used semi conductor gas sensor shortly called MOS Metal Oxide Sensor the electric resistance of the heated semi conducting sensor coating is changed by the presence of Volatile Organic Compounds VOC The VOC concentration in indoor areas is mainly determined by the persons who are present and by their activities VOCs are released for example when
7. ser Manual PolyGard Data Logger Z ADL 1164 MSR 6 Notes and General Information For the installation of the device and the operation it is important to read this user manual thoroughly The ADL must be used within product specification capabilities The appropriate operating and maintenance instructions and recommendations must be followed Due to on going product development MSR reserves the right to change specifications without notice The information contained herein is based upon data considered to be accurate However no guarantee is expressed or implied regarding the accuracy of this data 6 1 Intended Product Application The ADL is designed and manufactured for control applications energy savings and air quality compliance in commercial buildings and manufacturing plants 6 2 Installers Responsibilities It is the installer s responsibility to ensure that the ADL is installed in compliance with all national and local codes and OSHA requirements Installation should be implemented only by technicians familiar with proper installation techniques and with codes standards and proper safety procedures for control installations and the latest edition of the National Electrical Code ANSI NFPA70 It is also essential to follow strictly all instructions as provided in the user manual 6 3 Maintenance It is recommended to check ADL regularly Due to regular maintenance any performance deviations may easily be corrected Re calib
8. sponding to 2000 ppm The T Logg 120 records the data according to the set definition See XXXX In mode switch OFF position the VOC sensor is voltage free the sensor output signal is 0 V The T Logg 120 interprets OV as Low Alarm The display changes between 450 and LoAI In Low Alarm status there is no recording 450 ppm lt gt LoAL VOC sensor not active The recording is started via the operating mode switch when brought to position Record The VOC sensor emits a 2 5 V signal T Logg display 1225 ppm for 15 minutes and then starts the real measurements T Logg configuration Display range 450 3550 ppm Measuring range 0 0V 10 0V Output signal VOC sensor 0 V 450 ppm to 5 V 2 000 ppm therefore limitation of the display range to 3550 ppm Alarm Min 460 ppm Measuring signal 460 ppm No recording Alarm Max 3551 ppm Measuring signal gt 10 V Fault in the measuring system Start of recording If no alarm is active PolyGard is a registered trademark of MSR GAADLI164 E 1210 Phone 0049 0 8531 9004 0 Fax 0049 0 8531 9004 54 Specification subject to change without notice MSR Electronic GmbH W rdinger Str 27 D 94060 Pocking www msr electronic de Printed in Germany User Manual PolyGard Data Logger ZZ ADL 1164 MSR 3 Commissioning Measuring 3 1 Pre arrangements Data Logger Prior to starting the records the 6 V lead battery has to be charged by means of the charger ALCS 2 24A according to t
9. ted at low VOC concentrations it can take a couple of days until the internal algorithm has adjusted the zero point so far that there are valid measuring results The natural drift of the MOS is corrected automatically by the integrated drift correction The VOC concentration is the amount of a variety of substances A basic motion of the air is favourable to get optimum measuring results PolyGard is a registered trademark of MSR GAADLI164 E 1210 Phone 0049 0 8531 9004 0 Fax 0049 0 8531 9004 54 Specification subject to change without notice MSR Electronic GmbH Wiirdinger Str 27 D 94060 Pocking www msr electronic de Printed in Germany User Manual PolyGard Data Logger 2 ADL 1164 MSR 2 2 VOC Data Logger The VOC sensor is supplied by an internal maintenance free 6 V rechargeable battery At full charge the operating time is about 90 hours but the deep discharge protection switches automatically to off when reaching the deep discharge voltage of 5 5 V The data logger T Logg 120 is supplied independently from the rechargeable battery by a separate battery with a lifetime of 3 years The data stored in the T Logg survive however in the internal memory and aren t lost Further information can be taken from the User Manual T Logg 120 The sensor measures the VOC content in the range of 450 2000 ppm The measured value is transmitted to the T Logg 120 in 0 5 V signal form 0 V corresponding to 450 ppm and 5 V corre
10. ttery data Voltage 6 VDC Capacity 2 8 Ah Supply duration ca 90 h at full charge Deep discharge voltage 5 5V Type Lead battery Charger Supply voltage 230 VACV 50 Hz Output voltage 2 6 12 24 VDC automatic adjustment to battery Charging characteristics Trickle charge Capacity range Charging current Physical Housing Flammability Colour Dimensions Weight T Logg 120 Directives Warranty PolyGard is a registered trademark of MSR Phone 0049 0 8531 9004 0 Fax 0049 0 8531 9004 54 MSR Electronic GmbH W rdinger Str 27 D 94060 Pocking IU ca 20 mA 2 4 24 Ah 700 mA at 6 V Polycarbonate UL V94 RAL 7032 light grey B x Hx T 97 x 130 x 81 mm Ca 0 95 kg See User Manual T_Logg 120 EMC Directives 2004 108 EEC 1 year on material without sensor GAADL1164 E 1210 Specification subject to change without notice www msr electronic de Printed in Germany User Manual PolyGard Data Logger 2 ADL 1164 5 MSR sees a ae eZ 5 Figures Fig 1 g 5 o ee D c cO 7O 2 2 o gt o gt o9 o9 Interface Connector ee A D i D pa O amp o Q0 Gas In Outlet as In Outlet PolyGard is a registered trademark of MSR GAADLI164 E 1210 Phone 0049 0 8531 9004 0 Fax 0049 0 8531 9004 54 Specification subject to change without notice MSR Electronic GmbH Wiirdinger Str 27 D 94060 Pocking www msr electronic de Printed in Germany U
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