Micro III (Models G203, G203S, and G213) Operation Manual

Transcription

1 Micro III (Models G03, G03S, and G13) Operation Manual Worldwide Manufacturer of Gas Detection Solutions

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3 Table of contents Page Introduction... 3 For your safety... 3 Application and use... 3 General description... 4 Detection principle... 4 Design... 5 Operational notes... 5 Detection mode... 5 Turning on... 6 Display illumination... 7 Peak and minimum value memory... 7 Turning off... 7 Alarm... 8 Alarm signals... 8 Special notes for oxygen monitoring... 9 Battery... 9 Check of battery capacity Service mode Activation Confidence beep Sensor adjustment with fresh air Sensor adjustment with test gas Sensor replacement Adjustment by means of configuration program Annex Cleaning Service and repair Maintenance and inspection Accessories Spare parts Types of sensors and detection range... 1 Sensor specification... Alarm thresholds-standard settings and test gas chart... 6 Technical data... 8

4 Introduction For your safety According to 3 of the law about technical working media, this manual points out the proper use of the product and serves to prevent dangers. This manual must be carefully read by all individuals who have or will have the responsibility for using and servicing this product. As any piece of complex equipment, the GfG MICRO III will do the job designed to do, only, if it is used and serviced in accordance with the manufacturer's instructions. If the product is not used and serviced in accordance with the instructions in this manual the warranty will be voided. Adjustments in the service mode must be done by experts only. Before operating the detector, use the operational beep to check the battery status, the alarm signal activation, and the readiness for operation. The above does not alter statements regarding GfG's warranties and conditions of sale and delivery. Application and use The MICRO III is meant for personal safety under atmospheric conditions. It is a pocketsize detector for your personal protection from gas hazards. The detector is operating continuously in diffusion mode and gives a visual and audible alarm, if dangerous gas concentrations build up. The Micro III is approved for the use in explosion-endangered areas and is subject to an EC-type examination certificate issued by DMT Deutsche Montan Technologie GmbH, according to regulation 94/9/EG (ATEX100a): Certificate: DMT 99 ATEX E 044 Labeling: II G EEx ib IIC T6 resp. T5-0 C T a +40 C resp

5 General description The MICRO III is a very small and handy single gas monitor for measuring toxic gases or oxygen deficiency resp. surplus. There are 7 models of the MICRO III available: MICRO III Display Keypad Memory model Gases and lines G 01 No No No O CO H S (*1) G 0 Yes No No O CO H HCN HCl SO 3 (*1) G 0s Yes No No O CO H THT (*1) G 1 Yes No No NO Cl O 3 ClO G 03 Yes Yes Yes O CO H HCN HCl SO 3 (*1) G 03s Yes Yes Yes O CO H COCl THT (*1) G 13 Yes Yes Yes NO Cl O 3 CLO (*1) Please take notice of the detection range of CO and H-sensors (see section alarm thresholds - ) The s(special-) variants distinguish itself by the possibility to measure special detection ranges, resp. special gases, which need a very specific measurement of the sensor signal. With the exception of the model G 01, all detectors allow connecting any sensor from the relevant line of the above table. Please also see section alarm thresholds standard settings and test gas chart Detection principle For measuring toxic gases and oxygen, the MICRO III uses electrochemical (EC) sensors. Electrochemical sensor (EC) The electrochemical cells contain an electrolyte, a working electrode (anode), a counter electrode (cathode) and, depending on the sensor type, a reference electrode. The cell is adapted to the gas to be monitored by specific electrodes and a suitable electrolyte. The electrochemical reaction generates an electrical signal, which is proportional to the gas concentration. GfG sensor cells are using the capillary diffusion barrier technology, which, in combination with additional temperature compensation, avoids effects caused by changing atmospherical pressure and temperature. 4

6 Design G 03 G 03s G 13 Diffusion inlet Battery cover Visual alarm Audible alarm LCD display TEST button (for detector and battery capacity) RESET button DATA button (display illumination) (maximum / minimum memory) (service menu) Operational notes Detection mode The detection mode provides various functions, which must be known by the user for proper operation of the gas monitor MICRO III. 5

7 Turning on Turn the MICRO III on before you enter a possibly confined area. Only this makes sure that accidents caused by gas hazards are prevented. For turning on put the battery in or, if it is already fit, press button. Turn on (initial) Insert battery Turn on Press button At first stage the MICRO III checks, if a valid sensor is fit, and if not, the rear LED flashes. The display reads SENS.ERR. This fault report is indicated until a valid sensor is plugged in. Then the MICRO III does a complete self-check. Both LEDs light up shortly, and the buzzer sounds for approximately 1 second. The battery capacity is displayed as well (see check of battery capacity). The warm-up time of the sensor is indicated by an audible signal every second, and the display reads a countdown (only for the initial activation). Once the self-check is completed, the MICRO III turns to detection mode. The LCD display indicates the gas and the concentration, e.g.: Display 0.0 PPM alternating 0.0 CL Depending on the parameter setting, either a visual or an audible confidence beep in regular intervals is activated during the detection mode. This signal proves that the detector is ready for operation. You can choose between a visual and an audible signal (see confidence beep). 6

8 Display illumination Press button shortly to illuminate the display for approximately 8 seconds. Peak and minimum value memory The MICRO III provides a peak value memory (TOX sensors) or a minimum value memory (OX sensor). Press the DATA button for approximately seconds, and the display indicates the minimum value measured by the oxygen sensor respectively the peak value measured by the TOX sensor. If you do not hit any button within approximately 5 seconds, the detector returns to normal indication. If you press and hold the RESET button, the memory value is set to the current measurement value, and the detector returns to normal indication after 5 seconds. Turning the detector off or removing the battery deletes the memory as well. Turning off The current consumption of the MICRO III is very low. A single AA battery is sufficient for continuous operation of 6 months, depending on alarm and display conditions. Turn off Press buttons and simultaneously for at least 1 second 7

9 Alarm Should the gas concentration exceed a pre-set threshold, a visual and audible alarm is triggered immediately. The MICRO III provides 3 alarm thresholds: Detectors for: Description Alarm thresholds Toxic gases Oxygen AL 1 Alarm 1, exceeding s AL Alarm, exceeding s AL 3 Alarm 3, exceeding s AL 1 Alarm 1, falling below t AL Alarm, falling below t AL 3 Alarm 3, falling below s The thresholds AL1, AL, and AL 3 stand for instantaneous concentration alarms. Alarm signals The alarms are distinguished by means of different flash and sound frequencies of the visual and audible alarm signals: Audible and visual Alarm Alarm signal Priority alarm AL 1 Slow sound and Low x x... flash frequency Medium sound and AL 4 x 4 x... Medium flash frequency Fast sound and AL 3 8 x 8 x... High flash frequency The LCD display indicates the gas and the alarm threshold, e.g. Display 7.5 AL alternating 7.5 CL 8

10 Special notes for oxygen monitoring Sour gases like CO and SO are easily absorbed by the electrolyte of the oxygen sensor. This results in an increased oxygen signal of e.g. approximately 0.3 % of the measurement value per 1 Vol.-% CO. The oxygen sensor, therefore, cannot be recommended for continuous measurement in concentrations above 5 Vol.-% CO. If the carrier gas is a gas with a molecular weight, which is different from that for nitrogen, the display values may also be incorrect. There are no cross sensitivities of the oxygen sensor for toxic gas concentrations within the TLV range. Battery The MICRO III is powered by one 1.5 V AA battery (mignon). This battery allows a continuous operation of up to 6 months. The operational time may be reduced by frequent alarms, by display indication or by activated confidence beep. The correct battery type is: Duracell MN 1500 LR6 Battery alarm The MICRO III monitors the battery voltage permanently and gives a warning, if it falls below the minimum voltage, which is equivalent to approximately 5 % of the battery capacity. A battery alarm is indicated by an audible warning. Audible battery alarm Alarm signal Fast sound frequency ( strokes) x 6 seconds pause x.... The LCD display indicates the battery capacity XX bat, e.g. Display 5 bat 9

11 The remaining capacity after the first battery alarm allows detection for at least another 15 minutes. For safe operation, the battery is to be replaced as soon as possible. Should the battery voltage become so low that proper functioning is no longer possible, the detector turns off automatically. The display reads bat. EMPTY. This reading is shown until the battery is replaced or until the battery is discharged completely. Battery replacement (only in safe area, resp. outside of Ex-areas) Note: The Duracell MN 1500, LR 6 battery must be inserted or replaced in safe areas only. Take care of the correct polarity when fitting the battery (fit the plus pole first). Once the battery is fit, the MICRO III effects a self-check, testing the visual and audible alarms. Slide battery cover to the top Replace battery For battery replacement slide the battery cover to the top. Then take the old battery out and replace it by a new one. Note: Use only Ex-proof batteries in hazardous areas! Watch out for the correct polarity of the new battery! Fit battery with + pole first! 10

12 Check of battery capacity Activation of battery check Press button shortly Once the self-check is completed, the battery capacity is indicated by a multiple signal: Number of signals empty full Battery capacity The capacity is also shown in the display: e.g. 90 bat = 90 % battery capacity. Display 90 bat Service mode In the service mode you can check the confidence beep and the calibration (sensor adjustment). Adjustment procedures are done by means of the keypad. Activation Activation of service menu Press button for approximaletly 5 seconds Display SERVICE 11

13 Once you activated the service menu, you can select the individual menu points one after the other by shortly pressing button. These menu points are: Confidence beep Sensor adjustment with fresh air Sensor adjustment with test gas The individual menu points are characterized by a certain display readout as shown below: Button Menu point Display Oxygen sensor TOX sensor Confidence beep Sensor adjustment with fresh air Sensor adjustment with test gas beep ON or beep OFF AUTO - CAL AUTO - ZPT beep ON or beep OFF AUTO - ZPT AUTO - CAL Press the RESET button changing its setting. to leave every menu point without For the procedures below you must have selected the relevant menu point: 1

14 Confidence beep In the standard setting the alternating display of gas and unit indicates that the detector is operated in detection mode. An additional confidence beep can be activated, reminding the user in regular intervals that the detector is working. The confidence beep interval is 1 minute. The audible signal can also be turned off again. Display in service menu Standard setting Visual alternating indication of gas and unit in display beep OFF Confidence beep after changing Audible short Visual alternating indication of gas and unit in display beep ON For activation/deactivation of the confidence beep adhere to the following procedure: Button Audible confidence beep Turn on Turn off beep OFF Display reading beep OFF beep ON Display reading beep ON Display reading Beep long Display reading Then the detector automatically returns to detection mode. 13

15 Sensor adjustment with fresh air The fresh air adjustment sets the MICRO III in clean ambient air to its nominal value, which is 0 ppm for toxic gases (e.g. CO, HS) and 0.9 Vol.-% for oxygen. This means, that for toxic gas sensors the zero point is adjusted, while for oxygen the sensitivity is calibrated. Button Sensor adjustment with fresh air Oxygen sensor TOX sensor Reading during calibration Reading after successful calibration AUTO-CAL Display reading for oxygen sensor LED flashing [VALUE] O alternating 0.9 CAL 3 x beep STORE AUTO-ZPT Display reading for TOX sensors LED flashing [VALUE] CL alternating 0.0 ZPT 3 x beep STORE Fault indication LED flashing in high frequency ERROR LED flashing in high frequency ERROR Reset of fault indication Press RESET button During the fresh air adjustment the LED flashes in short intervals as long as the gas concentration is checked. The display reads the current measurement value and the kind of 14

16 gas and, alternating, CAL or ZPT. Successful adjustment is indicated by three buzzer signals and by STORE in the display. Should the detector notice a fault during the adjustment, the LED flashes in a high frequency, and the display reads ERROR. Potential faults are a faulty sensor or a gas concentration, which is beyond the valid tolerance. In such cases please call GfG service. Press the RESET button to acknowledge the fault indication. Once the adjustment is completed successfully, the MICRO III returns to detection mode. Sensor adjustment with test gas The test gas adjustment sets the MICRO III to a gas specific nominal value. This means that for toxic gas sensors the sensitivity is calibrated, while for the oxygen sensor the zero point is adjusted. For toxic gas sensors make sure that the fresh air adjustment is effected is effected before calibration. Now you need the correct test gas. Test gases are: For toxic gases, e.g. carbon monoxide (CO), hydrogen sulfide (HS), etc. For the correct test gas please refer to the test report of your detector. For oxygen 100 Vol.-% nitrogen (N). Calibration procedure: Put the calibration adapter over the diffusion inlet of the MICRO III. For avoiding mistakes in calibration make sure that the MICRO III is exposed to a constant test gas flow for approximaletly 3 minutes. The flow rate should be l/min. 15

17 Button Sensor adjustment with test gas Oxygen sensor TOX sensor AUTO-ZPT Display for oxygen sensor AUTO-CAL Display for TOX sensors Display during calibration LED flashing LED flashing [VALUE] O [VALUE] CL alternating alternating 00.0 ZPT 3.0* CAL * test gas concentration Display after successful calibration 3 x beep 3 x beep STORE STORE Fault indication LED flashing in high frequency ERROR LED flashing in high frequency ERROR Reset of fault indication Press RESET button The display readings during and after the test gas calibration are the same as for the fresh air adjustment. Once the sensitivity calibration is completed successfully, the MICRO III returns to detection mode automatically. 16

18 Sensor replacement Note: Sensors may only be replaced in safe areas. Before an expert replaces the sensor, the battery must be removed as described above. Slide the battery cover off the casing completely. Now pull the sensor out and replace it by a new one. With the exception of the model G 01 all detectors allow connecting any sensor from the relevant line. Finally re-fit battery and battery cover. Note: ERROR An error message may appear in the display, if the O-ring (sensor seal) is missing. In this case you have to replace the rubber ring. Adjustment by means of configuration program The optional configuration program allows to connect the MICRO III to a PC by means of an adapter and to change the settings below: Alarm thresholds Alarm activation and deactivation Deactivation of sensor adjustment in air or with test gas Calibration gas concentration Time interval of confidence beep (6 to 90 seconds). Annex Cleaning Give the MICRO III a short sight check after use. Use a damp cloth to remove stains or soiling from the casing. Never use solvents or cleaning agents! 17

19 Service and repair Service stands for maintenance, inspection, and repair of gas warning equipment. The function test must be done at least once a year and checks: The charge status of the battery The indication and, if necessary, the adjustment with zero gas and standard test gas The activation of gas alarms, e.g. With alarm test gas The response time This test has to be done by an expert, and a written confirmation must be filed. In case of repairs, only genuine spare parts are to be used, and the manufacturer s instructions have to be adhered to. Maintenance and inspection Maintenance and inspection describe those measures, which retain the nominal status of the MICRO III. They include a regular check and adjustment of sensitivity and zero point. In addition to this, the working order of the detector is to be checked as well. Make the MICRO III pass a test before it is being used. This test checks: The charge status of the battery, The display with zero gas and with test gas, The activation of gas alarms. 18

20 Accessories Description Part No. Leather case Calibration adapter including magnet Configuration software with adapter cable for PC Magnet for reed contact (G01, G0, G 1) AQUA-SHIELD splash water protection (pack of 15) Spare parts Description Part No. 1. Battery Duracell MN 1500 LR Battery cover Filter (PTFE) for sensor protection (pack of 10) O-ring for filter (pack of 10) Continuation of spare parts 19

21 Description Sensor type part.-no. 1. Oxygen sensor Vol.% O (1-year sensor) MK Oxygen sensor Vol.% O (-year sensor) MK Carbon monoxide sensor ppm CO (Reduced H -sensitivity) MK Carbon monoxide sensor ppm CO (No warning forh s) MK Carbon monoxide sensor ppm CO (Add. warns for h s) MK Carbon monoxide sensor ppm CO (Reduced H -sensitivity) MK Carbon monoxide sensor ppm CO (No warning for H S) MK Carbon monoxide sensor ppm CO (No warning for H S) MK Hydrogen sulphide sensor ppm H S MK Sulfur dioxide sensor ppm SO MK Nitrogen dioxide sensor ppm NO MK Ammonia sensor ppm NH 3 (1,5-year sensor) MK Ammonia sensor ppm NH 3 (3-year sensor) MK Ethylene oxide sensor ppm C H 4 O MK Phosphine sensor ppm PH 3 MK Silane sensor ppm SiH MK Nitrogen monoxide sensor ppm NO MK Chlorine sensor ppm Cl MK Phosgene sensor 0 1 ppm COCl MK Chlorine dioxide sensor 0 ppm ClO MK Hydrogen chloride sensor ppm HCl MK Hydrogen sensor ppm H MK Hydrogen sensor 0 1 Vol.% H MK Hydrogen sensor 0 4 Vol.% H MK Hydrogen cyanide sensor ppm HCN MK THT-sensor mg/m 3 C 4 H 8 S MK Ozone sensor 0 1 ppm O MK Spare parts and accessories should be stored at an ambient temperature of 0 to 30 C. The storage time should not exceed 5 years. For batteries and sensors shorter storage times of 1½ years are valid. When storing oxygen sensors, please notice that the expected lifetime is reduced. 0

22 Types of sensors and detection range Sensor Detection Resolutio Gas type (ID) range n T-Band * MK Vol.% O Oxygen 0,1 Vol.% ±0,3 Vol.% MK ppm CO Carbon monoxide 1 ppm ±3 ppm MK ppm CO Carbon monoxide 1 ppm ±3 ppm MK ppm CO Carbon monoxide 1 ppm ±5 ppm MK ppm H S Hydrogen sulphide 1 ppm ±1 ppm MK ppm SO Sulphur dioxide 0,1 ppm ±0,3 ppm MK ppm NO Nitrogen monoxide 1 ppm ±3 ppm MK ppm NO Nitrogen dioxide 0, ppm ±0,6 ppm MK ppm COCl Phosgene 0,01 ppm ±0,0 ppm MK ppm NH Ammonia 1 ppm ±3 ppm 3 MK ppm PH Phosphine 0,05 ppm ±0,05 ppm 3 MK ppm CO Carbon monoxide 1 ppm ±3 ppm MK ppm CO Carbon monoxide 1 ppm ±4 ppm MK Vol.% O Oxygen 0,1 Vol.% ±0,3 Vol.% MK ppm SiH4 Silane 0,05 ppm ±0,10 ppm MK ppm C H 4 O Ethylene oxide 0,1 ppm ±0,3 ppm MK ppm CO Carbon monoxide 1 ppm ±4 ppm MK ppm Cl Chlorine 0,1 ppm ±0,1 ppm MK ppm ClO Chlorine dioxide 0,01 ppm ±0,03 ppm * T-Band = tolerance-band Sensor type (ID) Detection range Gas Resolution T-Band * MK ppm HCl Hydrogen chloride 0, ppm ±0,4 ppm MK ppm NH3 Ammonia 1 ppm ±3 ppm MK ppm H Hydrogen ppm ±10 ppm MK Vol.% H Hydrogen 0,01 Vol.% ±0,0 Vol.% MK Vol.% H Hydrogen 0,01 Vol.% ±0,05 Vol.% MK mg/m 3 C 4 H 8 S THT (Tetrahydrothiophen) 0,5 mg/m 3 ±1,0 mg/m 3 MK ppm HCN Hydrogen cyanide 0,5 ppm ±1,5 ppm MK ppm O3 Ozone 0,01 ppm ±0,0 ppm * T-Band = tolerance-band 1

23 Sensor specification MK34-5 / MK electrochemical sensor for oxygen O T 0: <10 sec T 90: <0 sec Pressure hpa: Maximum ±0,Vol.% or ±,5% of detection range (regarding to 1000 hpa) Humidity 0%...99% r.h.: Maximum ±0,Vol.% or ±,5% of detection range (regarding to 50% r.h.) Temperature C: Maximum ±0,5Vol.% or ±,5% of display (regarding to 0 C) MK34-5: 1 year in air/mk376-5: years in air MK343-5 electrochemical sensor for carbon monoxide CO (DualTox) T 0: <10 sec T 90: <40 sec Pressure hpa: Maximum ±3ppm or ±7% of display (regarding to 1000 hpa) Humidity 15%...90% r.h.: Maximum ±3ppm or ±7% of display (regarding to 50% r.h.) Temperature C: Maximum ±3ppm or ±7% of display (regarding to 0 C) Temperature C: Maximum ±3ppm or ±15% of display (regarding to 0 C) Cross sensitivities: H S: 50%, H : <40%, NO : -60%, SO : 50%, NO: 30%, Cl : % (*1) 3 years MK344-5 /-6 electrochemical sensor for carbon monoxide CO T 0: <10 sec T 90: <40 sec Pressure hpa: Maximum ±3ppm or ±7% of display (regarding to 1000 hpa) Humidity 15%...90% r.h.: Maximum ±3ppm or ±7% of display (regarding to 50% r.h.) Temperature C: Maximum ±3ppm or ±7% of display (regarding to 0 C) Temperature C: Maximum ±3ppm or ±15% of display (regarding to 0 C) Cross sensitivities: H S: 7%, H : <40%, C H 4 : <85%, NO: <9%, NO : %, SO : 0%, Cl : 0%, C H 6 0: 0% (*1) 3 years MK345-5 electrochemical sensor for hydrogen sulphide HS T 0: <10 sec T 90: <40 sec Pressure hpa: Maximum ±3ppm or ±10% of display (regarding to 1000 hpa) Humidity 15%...90% r.h.: Maximum ±3ppm or ±10% of display (regarding to 50% r.h.) Temperature C: Maximum ±3ppm or ±10% of display (regarding to 0 C) Temperature C: Maximum ±3ppm or ±15% of display (regarding to 0 C) Cross sensitivities: SO : 0%, NO : -0%, NO: <%, CO: <0,5%, H <0,1% (*1) 3 years MK346-5 electrochemical sensor for sulfur dioxide SO T 90: <30 sec Pressure hpa: Maximum ±0,ppm or ±5% of display (regarding to 1000 hpa) Humidity 15%...90% r.h.: Maximum ±0,ppm or ±5% of display (regarding to 50% r.h.) Temperature C: Maximum ±0,ppm or ±5% of display (regarding to 0 C) Cross sensitivities: NO : -100%, CO: <1%, H S: 0%, NO: 0% (*1) 3 years MK347-5 electrochemical sensor for nitrogen monoxide NO T 90: <30 sec Pressure hpa: Maximum ±1ppm or ±7% of display (regarding to 1000 hpa) Humidity 15%...90% r.h.: Maximum ±1ppm or ±7% of display (regarding to 50% r.h.) Temperature C: Maximum ±ppm or ±7% of display (regarding to 0 c) Cross sensitivities: NO : <30%, H S: 10%, CO: 0%, SO : 0% (*1)..3 years Warm-up time: 3 minutes up to 1 day depending on time the detector has been turned off MK348-5 electrochemical sensor for nitrogen dioxide NO T 90: <30 sec Pressure hpa: Maximum ±0,3ppm or ±5% of display (regarding to 1000 hpa) Humidity 15%...90% r.h.: Maximum ±0,3ppm or ±5% of display (regarding to 50% r.h.) Temperature C: Maximum ±0,3ppm or ±5% of display (regarding to 0 C) Cross sensitivities: Cl : 100%, H S: 8%, CO: 0%, SO : 0%, NO: 0% (*1) 3 years (*1): Displayed value with reference to the supplied gas concentration, which lies in the range of the TLV value

24 MK349-5 electrochemical sensor for phosgene COCl T 90: <150 sec Pressure hpa: Maximum ±0,0ppm or ±10% of display (regarding to 1000 hpa) Humidity 10%...95% r.h.: Maximum ±0,0ppm or ±10% of display (regarding to 50% r.h.) Temperature C: Maximum ±0,0ppm or ±10% of display (regarding to 0 C) Cross sensitivities: CH 6 O=CO =CO=Cl =H =HF=PH 3 =SO : 0% HCN=H S: 0% (poisoning if exposure to gas for a longer time) (*1) 1..1,5 years MK35-5 electrochemical sensor for ammonia NH3 T 90: <150 sec Pressure hpa: Maximum ±5ppm or ±10% of display (regarding to 1000 hpa) Humidity 15%...90% r.h.: Maximum ±5ppm or ±10% of display (regarding to 50% r.h.) Temperature C: Maximum ±5ppm or ±10% of display (regarding to 0 C) Cross sensitivities: H S: 100%, SO : 80%, Cl : -50%, NO: 0%, HCN: 5%, CO= HCL=NO =H = C H 4 : 0% (*1) 1..1,5 years in air resp. ppm years Warm-up time: 4 minutes up to 5 days - depending on time the detector has been turned off MK353-5 electrochemical sensor for phosphine PH3 T 90: <90 sec Pressure hpa: Maximum ±0,05ppm or ±10% of display (regarding to 1000 hpa) Humidity 15%...90% r.h.: Maximum ±0,05ppm or ±10% of display (regarding to 50% r.h.) Temperature C: Maximum ±0,05ppm or ±10% of display (regarding to 0 C) Cross sensitivities: H : 3%, SO : 0%, SiH 4 : 90%, GeH 4 : 85%, B H 6 : 35%, AsH 3 : 0%, C H 4 : <%, CO: <0,1% (*1)..3 years MK369-5 /-6 electrochemical sensor for carbon monoxide CO T 0: <10 sec T 90: <30 sec Pressure hpa: Maximum ±3ppm or ±10% of display (regarding to 1000 hpa) Humidity 15%...90% r.h.: Maximum ±3ppm or ±10% of display (regarding to 50% r.h.) Temperature C: Maximum ±3ppm or ±15% of display (regarding to 0 C) Cross sensitivities: H : <10%, NO: <9%, H S: 0%, SO : 0% (*1)..3 years MK377-5 electrochemical sensor for silane SiH4 T 90: <70 sec Pressure hpa: Maximum ±0,1ppm or ±10% of display (regarding to 1000 hpa) Humidity 15%...90% r.h.: Maximum ±0,1ppm or ±10% of display (regarding to 50% r.h.) Temperature C: Maximum ±0,1ppm or ±10% of display (regarding to 0 C) Cross sensitivities: PH 3 : 110%, GeH 4 : 95%, AsH 3 : 90%, B H 6 : 40%, SO : 0%, C H 4 : %, CO: <1%, H: <0,05% (*1)..3 years MK379-5 electrochemical sensor for ethylene oxide CH4O T 90: <10 sec Pressure hpa: Maximum ±1ppm or ±15% of display (regarding to 1000 hpa) Humidity 15%...90% r.h.: Maximum ±ppm or ±15% of display (regarding to 50% r.h.) Temperature C: Maximum ±1ppm or ±15% of display (regarding to 0 C) C: Maximum ±ppm or ±0% of display (regarding to 0 C) Cross sensitivities: CO: 40%, CH4O: 50%, C H : 15%, CH O: 10%, CH 4 S: 100%, C H 4 : 80%, C H 6 O: 55%, C 7 H 8 : 0%, MEK: 10% u.a. (*1)..3 years Warm-up time: 4 minutes up to 7 days depending on time the detector has been turned off MK389-6 electrochemical sensor for carbon monoxide CO T 0: <10 sec T 90: <30 sec Pressure hpa: Maximum ±3ppm or ±7% of display (regarding to 1000 hpa) Humidity 15%...90% r.h.: Maximum ±3ppm or ±7% of display (regarding to 50% r.h.) Temperature C: Maximum ±3ppm or ±7% of display (regarding to 0 C) Temperature C: Maximum ±3ppm or ±15% of display (regarding to 0 C) Cross sensitivities: H : 5%, NO: 5%, H S=NO =SO =CO = Cl =NH 3 : 0% (*1) 3..4 years 3

25 MK390-5 electrochemical sensor for chlorine Cl T 90: <30 sec Pressure hpa: Maximum ±0,ppm or ±10% of display (regarding to 1000 hpa) Humidity 10%...95% r.h.: Maximum ±0,ppm or ±10% of display (regarding to 50% r.h.) Temperature C: Maximum ±0,ppm or ±10% of display (regarding to 0 C) Cross sensitivities: F : 44%, ClO : 0%, NO : 1%, H S: -3%, HCl: <%, CO: 0%, SO : 0% (*1)..3 years MK391-5 electrochemical sensor for chlorine dioxide ClO T 90: <10 sec Pressure hpa: Maximum ±0,05ppm or ±10% of display (regarding to 1000 hpa) Humidity 10%...95% r.h.: Maximum ±0,05ppm or ±10% of display (regarding to 50% r.h.) Temperature C: Maximum ±0,05ppm or ±10% of display (regarding to 0 C) Cross sensitivities: Cl : 90%, H S: -0,%, H =CO =CO=GeH 4 =B H 6 : 0%, available but not defined: NO, O 3 and F (*1) 1.. years MK393-5 electrochemical sensor for ammonia NH3 T 90: <60 sec Pressure hpa: Maximum ±1ppm or ±10% of display (regarding to 1000 hpa) Humidity 10%...95% r.h.: Maximum ±1ppm or ±10% of display (regarding to 50% r.h.) Temperature C: Maximum ±1ppm or ±15% of display (regarding to 0 C) Cross sensitivities: CO: 0%, CO: 0%, H : 0%, C H 6 O: 0%, Cl : 0%, HCN: 0%, N : 0%, H S: 0% (in minute range) (*1)..3 years (*1): Displayed value with reference to the supplied gas concentration, which lies in the range of the TLV value. MK396-5 electrochemical sensor for hydrogen H (*) T 90: <90 sec Pressure hpa: Maximum ± 5ppm or ±10% of display (regarding to 1000 hpa) Humidity 15%...90% r.h.: Maximum ± 5ppm or ±10% of display (regarding to 50% r.h.) Temperature C: Maximum ±10ppm or ±0% of display (regarding to 0 C) Cross sensitivities: CO: <0%, H S: <0%, NO: 30%, HCN: 30%, SO : 0%, NO : 0%, Cl : 0%, HCl: 0%, C H 4 : 80% (*1)..3 years MK40-5 electrochemical sensor for hydrogen H (*) T 90: <90 sec Pressure hpa: Maximum ±0,01Vol.% or ±10% of display (regarding to 1000 hpa) Humidity 10%...90% r.h.: Maximum ±0,01Vol.% or ±10% of display (regarding to 50% r.h.) Temperature C: Maximum ±0,0Vol.% or ±0% of display (regarding to 0 C) Cross sensitivities: CO: <15%, Cl : 80% (*1)..3 years MK403-5 electrochemical sensor for hydrogen H (*) T 90: <90 sec Pressure hpa: Maximum ±0,01Vol.% or ±10% of display (regarding to 1000 hpa) Humidity 10%...90% r.h.: Maximum ±0,01Vol.% or ±10% of display (regarding to 50% r.h.) Temperature C: Maximum ±0,0Vol.% or ±5% of display (regarding to 0 C) Cross sensitivities: CO: <15% (*1)..3 years MK405-5 electrochemical sensor for tetrahydrothiophen (THT) C4H8S T 90: <30 sec Pressure hpa: Maximum ±1mg/m 3 or ±10% of display (regarding to 1000 hpa) Humidity 10%...95% r.h.: Maximum ±1mg/m 3 or ±10% of display (regarding to 50% r.h.) Temperature C: Maximum ±mg/m 3 or ±15% of display (regarding to 0 C) Cross sensitivities: Warm-up time: 3 CO : 0% 4mg/m at 1000ppmCO 150mg/m 3 at 1Vol.% H mg/m 3 at ppmso 16mg/m 3 at 1300ppm CH 4 O 3mg/m 3 at 10ppm NO years 4 minutes up to 3 days - depending on time the detector has been turned off 4

26 MK409-5 electrochemical Sensor for hydrogen cyanide HCN T 90: <60 sec Pressure hpa: Maximum ±0,5 ppm or ±10% of display (regarding to 1000 hpa) Humidity 10%...95% r.h.: Maximum ±0,5 ppm or ±10% of display (regarding to 50% r.h.) Temperature C: Maximum ±0,5 ppm or ±15% of display (regarding to 0 C) Cross sensitivities: NO : -10%, Cl : -0%, CO: 0%, CO : 0%, H : 0%, HF: 0%, NO: 0%, PH 3 : 0% (*1) years MK411-5 electrochemical sensor for ozone O3 T 90: <60 sec Pressure hpa: Maximum ±0,03 ppm or ±10% of display (regarding to 1000 hpa) Humidity 10%...95% r.h.: Maximum ±0,03 ppm or ±10% of display (regarding to 50% r.h.) Temperature C: Maximum ±0,03 ppm or ±15% of display (regarding to 0 C) Cross sensitivities: Cl : 70 10%, ClO : %, NO : %, F : 70 PH 3 : 10%, H : 0%, HCN: - 0,3%, CO=CO =HF: 0% (*1) years (*1): Displayed value with reference to the supplied gas concentration, which lies in the range of the TLV value. (*): Not approved for monitoring of the lower explosion limit for applications of the primary explosion protection. 5

27 Alarm thresholds-standard settings and test gas chart Germany: Instantaneous alarms following to TRGS 900 (Version 000) G 01, G 0, G 03 Detection range Alarm 1 Alarm Alarm 3 Cal.-Gas 1. 1,00/4,00 Vol.% H Hydrogen (*) 0,0 (*) 0,40 (*) 0,60 (*) 1,00. 5 Vol.% O Oxygen 19,0 17,0 3,0 0, /500 ppm CO Carbon monoxide ppm H S Hydrogen sulphide ppm NO Nitrogen monoxide ppm NH 3 Ammonia ,0 ppm HCN Hydrogen cyanide 10,0 0,0 50,0 50, ,0 ppm HCl Hydrogen chloride 5,0 10,0 30,0 10, ,0 ppm SO Sulphur dioxide,0 4,0 10,0 10,0 G 0s, G 03s ppm H Hydrogen (*) 1000 (*) 1500 (*) 000 (*) ,0 Vol.% O Oxygen 19,0 17,0 3,0 0, /000 ppm CO Carbon monoxide ppm H S Hydrogen sulphide ,0 ppm C H 4 O Ethylene oxide,0 (*3) 4,0 0,0 0,0 6. 0,00 ppm SiH 4 Silane 5,00 10,00 0,00 5, ,00 ppm PH 3 Phosphine 0,30 (*3) 0,40 (*3) 10,00 5, ,00 ppm COCl Phosgene 0,10 (*3) 0,0 (*3) 1,00 1, ,0 mg/m 3 C H S THT (Tetrahydrothiophen) 4 8 5,0 50,0 100,0 37,0 G 1, G ,0 ppm NO Nitrogen dioxide 5,0 10,0 30,0 0,0. 10,0 ppm Cl Chlorine 0,5 1,0 10,0 5,0 3. 1,00 ppm O 3 Ozone 0,10 0,0 1,00 0,70 4.,00 ppm ClO Chlorine dioxide 0,10 0,0 1,00 1,00 (*): Not approved for monitoring of the lower explosion limit for applications of the primary explosion protection. (*3): A reliable TLV (threshold limit value) monitoring is not possible with the sensor technology currently available. 6

28 USA: G 01, G 0, G 03 G 0s, G 03s G 1, G 13 Detection range Alarm 1 Alarm Alarm 3 Cal.-Gas 1. 1,00/4,00 Vol.% H Hydrogen (*) 0.0 (*) 0.40 (*) 0.60 (*) Vol.% O Oxygen /500 ppm CO Carbon monoxide ppm H S Hydrogen sulphide ppm NO Nitrogen monoxide ppm NH 3 Ammonia ,0 ppm HCN Hydrogen cyanide ,0 ppm HCl Hydrogen chloride ,0 ppm SO Sulphur dioxide ppm H Hydrogen (*) 1000 (*) 1500 (*) 000 (*) ,0 Vol.% O Oxygen /000 ppm CO Carbon monoxide ppm H S Hydrogen sulphide ,0 ppm C H 4 O Ethylene oxide ,00 ppm SiH 4 Silane ,00 ppm PH 3 Phosphine ,00 ppm COCl Phosgene ,0 mg/m 3 C 4 H 8 S THT (Tetrahydrothiophen) ,0 ppm NO Nitrogen dioxide ,0 ppm Cl Chlorine ,00 ppm O 3 Ozone ,00 ppm ClO Chlorine dioxide (*): Not approved for monitoring of the lower explosion limit for applications of the primary explosion protection. 7

29 Technical data Detector type: Detection principle: Detection ranges: MICRO III Electrochemical sensor (EC) See type of sensors and detection ranges T 90: See section sensor specification Expected sensor life: Climatic effects: Display: Alarm: Gas supply: Zero point / calibration: See section sensor specification See section sensor specification LCD display with backlight illumination Visual and audible warning 3 instantaneous concentration alarms see section basic adjustment of alarm thresholds Diffusion With calibration adapter at a flow rate of l/min Climate conditions: for operation: (40) C / % r.h. / hPa please also see section sensor specification for storage: C / % r.h. / hPa (recomm C) Power supply: 1 AA battery (mignon), 1.5 V / Duracell MN 1500/LR6 Operational time: 6 months, may be reduced depending on alarm frequency and battery type Casing Casing material: Polycarbonate, metalised Dimensions: 47 x 88 x 5 mm (WxHxD) Weight: min. 61 g model without display, without keypad, with CO sensor Maximum 85.6 g model with display, with keypad, with O sensor Protection: IP54 Approval: Electromagnetic Compatibility: Labelling and ignition protection: As per EN5070 type and EN resp. EN550 Class B Only when used with Duracell MN 1500, LR6 II G EEx ib IIC T6 resp. T5-0 C T +50 C a For using the pump (see accessories) the detector unit is subject to the temperature classification of the Micro III pump EC type approval: DMT 99 ATEX E 044 Production supervision: X 0158 (by named testing body - EXAM) 8

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