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1. 36 T Process Cal Pressure 0 31 Process PTeSSUIO tt ect cet tout 31 Tabellen Process Pressure 31 Technische Daten 2 44 0 42 Process Pressure Unit sss 31 cM 36 VENT 30 Technical data PV 32 ieee 42 ee dT 30 Conductivity 4 6 42 oh ach oan NAM 32 Electrical specification E E 43 35 Environmental specifications DINE COR IER 43 NE RAND 35 Mechanical specifications 43 PV URV Pali ste Aran OPER REIHE My ade Stak seve coke Ment aah setae Aeon 35 pH ORP a eei 42 USL STA EAR NESTE TERRE TSS POORER Et OPERONS PES 35 pH pNa 42 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Transmitter M100 Printed in Switzerland 30 130 604 56 Index Terminal DIOCK 16 Test Devige s otc diede tet e te db o bt is 29 Troubleshooting 22 2 2 9 em 4 Time Maintenance
2. 33 HW DigagnosliCs ect e dete 29 P nei 33 Gallon cus cnet A tener ee edu 33 Glycol 0 5 ied te tis 33 Glycol 1 0 ERAN MERE UR HN AP ME E 33 om 13 Lienar 209C 32 nt nded use sott bo D RE REED ARAS 8 RA OO IR Ue HERREN 33 30 Lineat 2590 sud 32 iSerise SoflWOl8 coe tras teer en rh RR 19 None Meteo OT era C i t rH mo datas tal yy 33 ISM DIGagnoOSIiCS rnit ettet tree 27 32 ISM Sensor 0 2 2 2 26 Old 759i dire ieu pon eret tem ges gna 33 ISM Set p ici eet ee ce ee 37 Cond 4e J MODU iecit og me ob eL 32 Conductivity specifications 42 thine pe 52 Configuration tool Operation i les 17 Sensor 016 10 6 0 20 Transmitter M100 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland 30 130 604 Printed in Switzerland Index 55 L Q Load 2222 29 QV AVETE a diet eoo 30 Lock Unlock 22 39 QV Comp cn rrt ero drea er de een 32 LONG TOG i eternidad e e ce Re Dt oe antes 36 A Mr PEE 30 Loop Current e 34 QV Linear creed e 32 M R Man al Hold et c etie e ees 35 Pange votes bt
3. 2 22 28 TIMES cosas eerte too dra 28 TIM CC cale epe 28 TIM Monitoring i en et e 38 Dp Mc E 30 TV Comp 2 32 DULCE 30 TV Linear Coet 32 26 0 E 32 WDOIMGGS eet o tete bm 32 V VON 23 da 23 02 esent 23 DH ORP 23 pH pNq ie hs 23 Warming notes e o 6 Caution ree en ee ne des 6 Danger coder testet retiro Te 6 WANING bet dme tetti tee etes 6 e Nd 52 WINO 14 Write Protection 222 2 2 36 ANTE 51 Transmitter 100 30 130 604 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Sales and Service Australia Mettler Toledo Ltd 220 Turner Street Port Melbourne AUS 3207 Melbourne VIC Phone 61 1300 659 761 Fax 61 3 9645 3935 e mail info mtausemt com Austria Mettler Toledo Ges m b H SUdrandstraBe 17 A 1230 Wien Phone 43 1 604 19 80 Fax 43 1 604 28 80 e mail infoprocess mtat mt com Brazil Mettler Toledo Ind e Com Ltda Avenida Tambor 41
4. 43 Analog 34 a ttr dd 9 Assembly sensor and transmitter 13 Asset management tool F ODOFGtiOEi t 17 Sensor calibration 20 Final assembly number 36 Autoclave Limit 37 Function eene nnns 11 26 Get Current Date and 6 39 Calibrate Sensor calibration 19 H Calibration Current input Ain 22 2 99 999 21 des ttt EROR e 50 A 19 HART handheld terminal Calibration Data 26 18 Calibration HISTORY 5 26 27 RT ota TaT uuu 20 Channel SOU Dean doe icem Mr 30 APR oct ct oN tes BR RAN 36 CIBO CIE ete 005 HART OUIDU cob 36 2 2 14 44 0 0 37 HART system architecture 14 CIP TORQDBIGTUIB iain goes t een dp abe Rides perio 37 Hazardous 5 9 Clear Status Group 25 c duh a eR Dumas 34 26428 Hold ei 34 Hold Oulpul sss es 35 Alcohol 1410
5. 35 Master scie eiie epe dits 26 28 Rel HUMIC rc eee ee 31 MOXCACT 38 R E LA 39 MaX TTM tees 38 sss 39 22 meme 30 Reset ISM Counter Timer 22 2 2 38 Mechanical specifications 43 Reset MelerCal eit rei es 39 Menu description 222 22 eset SVSIelTI o t dts 39 Menu Overview 22 ROVIQW Em 40 bote eds 51 Message cine 36 S MeSSQd68 iot ettet vetet epe ERR DN 24 a 8 Mettler 9 5 tecti re eee habs 47 T Mea Eo e eU E Mode Software Revision 28 Sensor calibration 2222 2 2 9 9 19 19 meer da epe e eeu i ut e ds 52 caen e tuuc dag 19 NIST Standard icri rete et eet 49 Asset management tool 20 NIST Technical em 48 Calibra te t tp SERIA 19 N rmireq predims scat cr ica ER 36 Configuration tool 20 Nurri prediis 36 HART handheld 1 222 2 2 20 Sensor Calibration cete e 23 0 Sensor Channel
6. The pH S values of the individual charges of the secondary reference materials are documented in a certificate of an accredited laboratory This certificate is supplied with the respective buffer materials Only these pH S values shall be used as standard values for the secondary reference buffer materials Corre spondingly this standard does not include a table with standard pH values for practical use The table above only provides examples of pH PS values for ori entation 4 004 4 001 4 001 4 003 4 008 4 015 4 028 4 036 4 049 4 064 4 075 4 091 4 126 4 164 4 205 4 227 6 950 6 922 6 900 6 880 6 865 6 853 6 841 6 837 6 834 6 833 6 834 6 836 6 845 6 859 6 877 6 886 NIST Standard DIN and JIS 19266 2000 01 9 392 9 331 9 277 9 228 9 184 9 144 9 095 9 076 9 046 9 018 8 985 8 962 8 921 8 885 8 850 8 833 10 2014 Mettler Toledo CH 8606 Greifensee Switzerland Printed in Switzerland Transmitter M100 30 130 604 50 Buffer Tables 12 1 5 Hach Buffer values up to 60 C as specified by Bergmann amp Beving Process Temp 26 0 5 10 15 20 25 30 35 40 45 50 55 60 12 1 6 Temp 26 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 Extrapolated pH of buffer solutions 4 00 4 00 4 00 4 00 4 00 4 01 4 01 4 02 4 03 4 05 4 06 4 07 4 09 Ciba 94 pH of buffer solutions 2 04 2 09 2 07 2 08 2 09
7. 1 Pending Dimensions See Chapter 3 2 Design on Page 12 Cable glands 2 pieces M20 x 1 5 Weight 1 2 kg Material Die cast aluminum for top housing Stainless steel 304 for lower parts Enclosure rating IP 66 NEMA4X 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Transmitter M100 30 130 604 44 Default Values 11 Default Values 11 1 Default Values for pH ORP or pH pNa Sensors Menu Sub menu Parameter Value Unit Measurements Channel Setup PV is pH pH SV is Temperature C TV is DLI days QV is days PV SV TV QV Special pH pH Buffer pH ORP Mettler 9 pH pNa Na 3 9M IP 7 0 pH STC Ref Mode No STC Value 0 00 pH C STC Ref Temp 25 C Output Condition Analog Output Loop Current Mode Disabled Alarm Type Hi 22 0 mA Last Value Hold Fixed 3 6 mA Analog Output gt Range PV LRV PV LSL 2 pH PV URV PV USL 12 pH Hold Output Manual Hold Stop when power on Din Hold State Off ISM Setup Limit 0 Limit 0 Autoclave Limit 0 Sensor Monitoring Setup DLI Monitoring On TTM Monitoring On ACT Monitoring On Alarm Setup Alarm Byte O Rg diagnostics Yes Rr diagnostics Yes Alarm Byte 1 Software Failure Transmitter M100 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland 30 130 604 Printed in Switzerland Default Values 45 Menu Measurements Output C
8. C Output Condition Analog Output Loop Current Mode Disabled Alarm Type Hi 22 0 mA Last Value Hold Fixed 3 6 mA Analog Output gt Range PV LRV PV LSL 0 mS cm PV URV PV USL 500 mS cm Alarm Setup Alarm Byte 1 Software Failure 2 No Dry Cond Sensor Cell Constant Deviation No Cond Sensor Shorted No Transmitter M100 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland 30 130 604 Printed in Switzerland Buffer Tables 47 12 Buffer Tables 100 transmitters have the ability to do automatic pH buffer recognition The following tables show different standard buffers that are automatically recognized 12 1 12 1 1 Temp 26 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 Mettler 9 Buffers for pH ORP Sensors pH of buffer solutions 2 03 2 02 2 01 2 00 2 00 2 00 1 99 1 99 1 98 1 98 1 98 1 98 1 98 1 98 1 99 1 99 2 00 2 00 2 00 2 00 4 01 4 01 4 00 4 00 4 00 4 01 4 01 4 02 4 03 4 04 4 06 4 08 4 10 4 13 4 16 4 19 4 22 4 26 4 30 4 35 7 12 7 09 7 06 7 04 7 02 7 00 6 99 6 98 6 97 6 97 6 97 6 98 6 98 6 99 7 00 7 02 7 04 7 06 7 09 7 12 9 52 9 45 9 38 9 32 9 26 9 21 9 16 9 11 9 06 9 03 8 99 8 96 8 93 8 90 8 88 8 85 8 83 8 81 8 79 8 77 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Transmitter M100 30 130 604 48
9. In case of improper disposal of the transmitter or components damage to the environment may result Observe the local and national laws and directives Disassemble the transmitter according to its components plastic metal electronics Supply sorted components for recycling 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Transmitter M100 Printed in Switzerland 30 130 604 Safety 2 Safety 2 1 Intended Use The M100 transmitter is designed for use in the process industries and is certified intrinsically safe for installation in hazardous areas METTLER TOLEDO accepts no liability for damages resulting from incorrect use or use other than that intended 2 2 General Safety Instructions The following is a list of general safety instructions and warnings Failure to adhere to these in structions can result in damage to the equipment and or personal injury to the operator Installation of cable connections and servicing of this product requires access to shock haz ard voltage levels Mains power wired to a separate power source must be disconnected before servicing Switch or circuit breaker shall be in close proximity to the equipment and within easy reach of the operator it shall be marked as the disconnecting device for the equipment Mains power must employ a switch or circuit breaker as the disconnecting device for the equipment Electrical installation must be in accordance with the Nati
10. 2 08 2 06 2 06 2 07 2 06 2 06 2 05 2 08 2 07 2 07 2 04 2 02 2 03 2 04 2 05 4 00 4 02 4 00 4 00 4 01 4 02 4 00 4 01 4 02 4 03 4 04 4 05 4 10 4 10 4 11 4 13 4 15 4 17 4 20 4 22 7 14 7 10 7 04 7 04 7 02 7 00 6 99 6 98 6 98 6 98 6 98 6 98 6 99 7 10 7 08 7 05 7 02 6 98 6 98 6 96 6 95 6 94 6 93 6 93 6 91 6 93 6 92 6 92 6 92 6 93 6 95 6 97 6 99 10 30 10 23 10 11 10 11 10 05 10 00 9 96 9 92 9 88 9 85 9 82 9 79 9 76 10 30 10 21 10 14 10 06 9 99 9 95 9 89 9 85 9 81 9 77 9 73 9 68 9 66 9 61 9 57 9 54 9 52 9 47 9 43 9 38 Transmitter M100 30 130 604 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Buffer Tables 51 12 1 7 Temp 26 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 12 1 8 Temp 26 0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 pH of buffer solutions 2 01 2 01 2 01 2 00 2 00 2 00 2 00 2 00 2 00 2 00 2 00 2 00 2 00 2 00 2 01 2 01 2 01 2 01 2 01 2 01 WTW 4 05 4 05 4 02 4 01 4 00 4 01 4 01 4 01 4 01 4 01 4 00 4 00 4 00 4 00 4 00 4 00 4 00 4 00 4 00 4 00 pH of buffer solutions 2 03 2 02 2 01 2 00 2 00 2 00 1 99 1 99 1 98 1 98 1 98 1 98 1 98 1 99 4 01 4 01 4 00 4 00 4 00 4 01 4 01 4 02 4 03 4 04 4 06 4 08 4 10 4 13 4 16 4 19 4 22 4 26 4
11. in an area where temperature extremes vibrations and electromagnetic and radio frequency interference are minimized or absent To prevent unintentional exposure of the transmitter circuitry to the plant environment keep the security lock in place over the circuit end cap To remove the circuit end cap loosen the lock nut until the tab disengages from the end cap then unscrew the cover 4 2 Assembly of Sensor and Transmitter Install sensor housing 4 as described in the documentation of the sensor housing Carefully insert sensor 3 into the sensor housing Screw in sensor hand tight Screw sensor housing and extension tube 2 hand tight Do not turn the M100 transmitter 1 Turn extension tube only Unscrew cover of the M100 transmitter Perform wiring See Chapter 5 3 Terminal Block TB Definition on Page 16 Screw cover of the M100 transmitter Fig 4 Assembly of sensor and transmitter 100 transmitter Extention tube Sensor or electrode Sensor housing 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Transmitter M100 Printed in Switzerland 30 130 604 Wiring Wiring 5 1 Safety Instructions for Wiring Power off transmitter during wiring Use water tight cable glands to keep moisture out of the transmitter If conduit is used plug and seal the connections at the transmitter housing to prevent moisture from getting inside transmitter Connect wires firmly to the
12. 30 4 35 7 13 7 07 7 05 7 02 7 00 6 98 6 98 6 96 6 95 6 95 6 95 6 95 6 96 6 96 6 96 6 96 6 97 6 98 7 00 7 02 7 12 7 09 7 06 7 04 7 02 7 00 6 99 6 98 6 97 6 97 6 97 6 98 6 98 6 99 7 00 7 02 7 04 7 06 7 09 7 12 Merck Titrisole Riedel de Ha n Fixanale 9 24 9 16 9 11 9 05 9 00 8 95 8 91 8 88 8 85 8 82 8 79 8 76 8 73 8 72 8 70 8 68 8 66 8 65 8 64 8 64 12 58 12 41 12 26 12 10 12 00 11 88 11 72 11 67 11 54 11 44 11 33 11 19 11 04 10 97 10 90 10 80 10 70 10 59 10 48 10 37 10 65 10 52 10 39 10 26 10 13 10 00 9 87 9 74 9 61 9 48 9 35 10 2014 Mettler Toledo CH 8606 Greifensee Switzerland Printed in Switzerland Transmitter M100 30 130 604 52 Buffer Tables 12 1 9 JIS Z 8802 Temp C pH of buffer solutions 0 1 666 4 003 6 984 9 464 5 1 668 3 999 6 951 9 395 10 1 670 3 998 6 923 9 332 15 1 672 3 999 6 900 9 276 20 1 675 4 002 6 881 9 225 25 1 679 4 008 6 865 9 180 30 1 683 4 015 6 853 9 139 35 1 688 4 024 6 844 9 102 38 1 691 4 030 6 840 9 081 40 1 694 4 035 6 838 9 068 45 1 700 4 047 6 834 9 038 50 1 707 4 060 6 833 9 011 55 1 715 4 075 6 834 8 985 60 1 723 4 091 6 836 8 962 70 1 743 4 126 6 845 8 921 80 1 766 4 164 6 859 8 885 90 1 792 4 205 6 877 8 850 95 1 806 4 227 6 886 8 833 12 1 10 Buffer for Dual Membrane pH Electrodes 12 1 10 1 Mettler pH pNa Na 3 9M Temp C pH of buffer solutions 0 1 98
13. Buffer Tables 12 1 2 Mettler 10 Temp C pH of buffer solutions 0 2 03 4 01 7 12 10 65 5 2 02 4 01 7 09 10 52 10 2 01 4 00 7 06 10 39 15 2 00 4 00 7 04 10 26 20 2 00 4 00 7 02 10 13 25 2 00 4 01 7 00 10 00 30 1 99 4 01 6 99 9 87 35 1 99 4 02 6 98 9 74 40 1 98 4 03 6 97 9 61 45 1 98 4 04 6 97 9 48 50 1 98 4 06 6 97 9 35 55 1 98 4 08 6 98 60 1 98 410 6 98 65 1 99 4 13 6 99 70 1 98 4 16 7 00 75 1 99 4 19 7 02 80 2 00 4 22 7 04 85 2 00 4 26 7 06 90 2 00 4 30 7 09 95 2 00 4 35 7 12 12 1 3 Technical Temp C pH of buffer solutions 0 1 67 4 00 7 115 10 32 13 42 5 1 67 4 00 7 085 10 25 13 21 10 1 67 4 00 7 06 10 18 13 01 15 1 67 4 00 7 04 10 12 12 80 20 1 675 4 00 7 015 10 07 12 64 25 1 68 4 005 7 00 10 01 12 46 30 1 68 4 015 6 985 9 97 12 30 35 1 69 4 025 6 98 9 93 12 13 40 1 69 4 03 6 975 9 89 11 99 45 1 70 4 045 6 975 9 86 11 84 50 1 705 4 06 6 97 9 83 11 71 55 1 715 4 075 6 97 11 57 60 1 72 4 085 6 97 11 45 65 1 73 410 6 98 70 1 74 413 6 99 75 1 75 4 14 7 01 80 1 765 416 7 03 85 1 78 418 7 05 90 1 79 4 21 7 08 95 1 805 4 23 7 11 Transmitter M100 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland 30 130 604 Printed in Switzerland Buffer Tables 49 12 1 4 Temp 26 0 5 10 15 20 25 30 35 40 45 50 55 60 70 80 90 95 pH of buffer solutions 1 668 1 670 1 672 1 676 1 680 1 685 1 694 1 697 1 704 1 712 1 715 1 723 1 743 1 766 1 792 1 806 NOTE
14. Change sensor DLI expired Cell constant deviation CIP cycle counter expired SIP cycle counter expired Autoclave cycle counter expired Hold activated Calibration values out of range Not used Change parameter Change sensor type Autoclave cycle counter increment Process calibration active Not used Prerequisites In Alarm Setup menu enabled In Alarm Setup menu enabled In Alarm Setup menu enabled Conductivity sensors In Alarm Setup menu enabled Conductivity sensors In Alarm Setup menu enabled Amperometric sensors In Alarm Setup menu enabled pH ORP sensors pH pNa sensors pH ORP sensors pH pNa sensors TTM monitoring enabled ACT monitoring enabled DLI monitoring enabled Conductivity sensors In Alarm Setup menu enabled CIP Limit enabled SIP Limit enabled In the Reset ISM Counter Timer menu you can reset ISM Counter and Timer See Chapter 8 4 5 2 Reset ISM Counter Timer on Page 38 Table 7 Messages Clear Status Group With the Clear Status Group function you can refresh the reading of the status The status of the transmitter and the sensor is read constantly 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Transmitter M100 30 130 604 26 Menu Overview and Menu Description 8 3 1 2 ISM Sensor Info Menu path Device Diagnostics amp Service I
15. Chapter 8 4 4 1 HART on 36 Last Value The output current is the last valid output Fixed The output current is set to the defined value of the Hold Fixed parameter Off The output current is calculated by the PV PV LRV and PV URV parameters Set the output current of the analog output during Hold state for the Hold Mode parameter option Fixed Transmitter M100 30 130 604 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Menu Overview and Menu Description 35 Range Menu path Device gt Detailed Setup gt Output Conditions gt Analog Output gt Range With the Range menu you can configure the upper and lower measurement value for the 4 mA and 20 mA output values Menu Description PV URV Set the Upper Range Value for the Primary Value The Upper Range Value corresponds to the 20 mA output value The value has to be within the measurement limits of the sensor Default PV USL PV LRV Set the Lower Range Value for the Primary Value The Lower Range Value corresponds to the 4 mA output value The value has to be within the measurement limits of the sensor Default PV LSL PV USL Display of the Upper Sensor Limit of the connected sensor This value cannot be changed PV LSL Display of the Lower Sensor Limit of the connected sensor This value cannot be changed Table 23 Range 8 4 3 2 Hold Output Menu path Device gt Detailed Set
16. DC Connection terminals Galvanic isolation Analog output Spring cage terminals appropriate for wire cross section 0 2 to 1 5 mm AWG 16 24 Inputs output and earth ground are galvanically isolated up fo 500 V Loop current 4 to 20 mA protected against wrong polarity Accuracy analog output lt x 0 05 mA over 4 to 20 mA Analog input 4 to 20 mA for pressure compensation Digital input For switching transmitter in Hold state Switching voltage selectable Low 0 0 fo 1 0 V DC High 2 3 to 30 0 V DC Alarm For sensor disconnected 22 mA Real time clock Fixed time and date format The format cannot be changed Power reserve 5 days Storage temperature 40 to 70 C 40 to 158 F Ambient temperature operating range 20 to 60 C 4 to 140 F Relative humidity 0 fo 95 non condensing EMC According to EN 61326 1 general requirements Emission Class B Immunity Class A Certificates and approvals NEPSI Zone 1 Il 2 1 G Ex ib ia Ga IIC T4 Gb Il 2 1 D Ex ib ia Da IIIC T80 C T90 C Db Il 2 1 G Ex d ia Ga IIC T4 Gb Il 2 1 D Ex tb ia IIIC T80 C T90 C Db FM cFMus Class Div 1 CE mark The measuring system is in conformity with the statutory requirements of the EC Directives METTLER TOLEDO confirms successful testing of device by affixing to it the CE mark
17. Setup gt pH ORP 02 Conductivity Analog Input gt Output Conditions Analog Output gt Range Hold Output gt HART Info m gt HART Output ISM Setup gt Sensor Monitoring Setup Reset ISM Counter Timer gt System Reset Date Timer Alarm Setup 1 For Conductivity sensors only the parameter Operating Days is displayed Review 2 For HART handheld terminal only 3 Only relevant for O2 sensors 4 For pH and 02 sensors only Fig 8 Menu overview Transmitter 100 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland 30 130 604 Printed in Switzerland Menu Overview and Menu Description 23 8 2 Menu Sensor Calibration The Sensor Calibration menu is dependent on the connected sensor This menu guides you through sensor calibration process See Chapter 7 Sensor Calibration on Page 19 The Ain Calibration function is only applicable for sensors See Chapter 7 4 Perform Cali bration for Current Input Ain on Page 21 8 2 1 Verify The Verify menu is dependent on the connected sensor This menu shows the raw signals of the connected sensor 8 2 1 1 pH ORP and Menu Description UpH Display of the raw voltage signal for pH measurement UORP Display of the raw voltage signal for ORP measurement Rref Display of the raw reference electrode resistance Rglass Display of the raw glass electrode resistance Temperature Display of the raw temperature si
18. character istics of 5O ethylene glycol in water Compensated measurements us ing this solution may go above 18 Mohm cm The Glycol 1 0 compensation mode matches the temperature character istics of 100 96 ethylene glycol Compensated measurements may go well above 18 Mohm cm The Cation compensation mode is used in power industry applications measuring the sample after a cation exchanger This mode takes into account the effects of temperature on the dissociation of pure water in presence of acids The Alcohol compensation mode provides for the temperature character istics of a 75 96 solution of isopropyl alcohol in pure water Compensat ed measurements using this solution may go above 18Mohm cm The Ammonia compensation mode is used in power industry applica tions for specific conductivity measured on samples using ammonia and or ETA ethanolamine water treatment This mode into account the effects of temperature on the dissociation of pure water in the presence of these bases The None compensation mode does not make any compensation of the measured conductivity value Table 20 Conductivity Compensation Mode 8 4 2 5 Analog Input Menu path Device gt Detailed Setup gt Measurement gt Analog Input For measurement you can connect an external pressure sensor for pressure compensation The pressure sensor is connected to Ain terminals To improve the accuracy of the measure ment we recommend to calibrate
19. claim whether based in contract warranty indemnify or tort including negligence 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Transmitter M100 Printed in Switzerland 30 130 604 54 Index Index D 36 Symbols DOCE 39 4 MA HIE sore 33 p AMA Value ete tetti tette teet tete 33 22702 2 ett eU ame Du tun teeta 12 20 33 Detailed 2 2 9 en 29 20 33 Device Info ie eee eet 24 Device Reset css diete t eme ime T s 29 DiGgrosti 24 Abort Sensor Calibration 19 tremere ente ber ees 35 ACT ois ROT 29 este petant te a as 28 DLI ACTH other epi e t eda ber METUS 28 ito ue ded d 28 Adaptive d t CPU 28 DS Cd o Mrd 28 ACT Moniitoririg 38 Dynamic Lifetime Indicator 2 2 0 44 28 Adjust Sensor calibration 19 DEL Monitoring per ree den es 38 Alarmi eret e ee tret territi 40 DLI Stress 2 2 37 AlarmiByle 40 40 34 Electrical specifications eterne 43 29 33 Environmental specifications
20. connection terminals Screw cover properly after wiring The Ingress Protection degree will no longer apply in the event of damage 10 the transmitter or the threads seals or cable glands on the transmitter head 5 2 HART System Architecture Configure the M100 transmitter either a configuration tool an asset management fool via a HART handheld terminal The DD and the DTM files are on the supplied CD ROM or can be downloaded via the Internet www mt com M 100 Fig 5 connection with HART handheld terminal M100 transmitter Repeater power supply preferably HART transparent Load resistor is not required if one is installed in the repeater power supply DCS Distributed Control System or PLC Programmable Logic Controller HART handheld terminal directly connected to the device even in the Ex i area HART handheld terminal e g 475 FieldCommunicator from Emerson Transmitter M100 30 130 604 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Wiring 4 20 mA 14 30V DC 6 Fig 6 HART connection with HART modem and configuration tool M100 transmitter Repeater power supply preferably HART transparent Load resistor is not required if one is installed in the repeater power supply DCS Distributed Control System or PLC Programmable Logic Controll
21. no humidity measure ment is available use 50 96 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Transmitter M100 30 130 604 32 Menu Overview and Menu Description Parameter Description UpolMeas Set the polarization voltage of amperometric oxygen sensors in the mea suring mode NOTE During a process calibration the polarization voltage UpolMeas defined for the measuring mode will be used 010 550 mV The connected sensor is set fo a polarization voltage of 500 mA Less than 550 mV The connected sensor is set to a polarization volt age of 674 mA UpolCal Set the polarization voltage of amperometric oxygen sensors for the cali bration mode 010 550 mV The connected sensor is set a polarization voltage of 500 mA Less than 550 mV The connected sensor is set to a polarization volt age of 674 mA Table 18 0 8 4 2 4 Cond 4e Conductivity 4e If a conductivity sensor is connected the Conductivity menu is shown Menu path Device gt Detailed Setup gt Measurement gt Conductivity For conductivity measurement you can set the following parameters Parameter Description PV SV TV QV Comp Mode Select temperature compensation mode for the corresponding value See table Compensation Mode PV SV TV QV Linear Coef Set linear coefficient in C for the compensation mode Linear 25 C and Linear 20 C of the correspond
22. sample as close as possible to the measurement point of the sen sor Measure the sample at process temperature NOTE Via configuration tool asset management tool or HART handheld terminal you can calibrate the sensor with the Process calibration method For other cali bration methods use the iSense software For calibrating the sensor in the lab or in non hazardous areas you can use iSense The scope of delivery comprises the iSense software on CD ROM and the iLink cable NOTE As soon as the calibration is in progress no other calibration can be started Terminate Sensor Calibration After every successful calibration the following options are available Adjust Calibration values are adopted and used for the measurement Additionally the cali bration values are stored in the calibration history Calibrate Calibration values are stored in the calibration history for documentation but cannot be used for the measurement The calibration values from the last valid adjustment are further used for the measurement Abort Calibration values are discarded 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Transmitter M100 Printed in Switzerland 30 130 604 20 Sensor Calibration 1 2 7 3 gt e S Perform Sensor Calibration via Configuration Tool or Asset Management Tool Select S
23. the current input Ain See Chapter 7 4 Perform Calibration for Current Input Ain on Page 21 Parameter 4 mA Unit 4 mA Value 20 mA Unit 20 mA Value Table 21 Analog Input Description Select pressure unit for the 4 mA analog input value Set value for the 4 mA analog input value Select pressure unit for the 20 mA analog input value Set value for the 20 mA analog input value 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Transmitter M100 30 130 604 34 Menu Overview and Menu Description 8 4 3 Output Conditions 8 4 3 1 Analog Output Menu path Device gt Detailed Setup gt Output Conditions gt Analog Output Menu Function Loop Current Mode Alarm Type Hold Mode Hold Fixed Table 22 Analog Output Description Configure the signal of the analog output Enabled The output current depends on the current measured value and the settings for the analog output Disabled The output current is set to 4 mA Use this setting e g for multi drop applications Select the output current for the case of an alarm for an alarm of the Status group 0 See Chapter 8 3 1 1 Messages on Page 24 High Output current is 22 0 mA Low Output current is 3 6 mA Select the output current of the analog output during Hold state You can change in the Hold state either by the parameter Manual Hold or by a signal at the digital input terminals See
24. 1 12 1 9 JIS Z 8802 52 12 1 10 Buffer for Dual Membrane pH Electrodes 52 12 1 10 1 Mettler pH pNa Na 3 9M 52 13 Warranty 53 Transmitter M100 30 130 604 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Introduction 1 Introduction 1 1 Information Regarding the Operating Instructions These operating instructions offer important notes on handling of the M100 transmitter of METTLER TOLEDO A prerequisite for safe work is compliance with all indicated safety notes and instructions Furthermore local work safety regulations and general safety provisions applicable for the appli cation of the transmitter must be complied with The operating instructions must be read carefully before starting any work It is part of the prod uct and must be kept in direct proximity of the transmitter accessible for the staff at all times When passing on the transmitter to third parties the operating instructions must be passed on as well Observe also the safety regulations and instructions of the connected sensor or of components from other suppliers 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Transmitter M100 Printed in Switzerland 30 130 604 30 130 604 6 Introduction 1 2 Explanation of Symbols Warning notes are marked by symbols in these operating instructions The notes are initiated by signal words that express the scope of the danger Always com
25. 2 0 23 8 2 1 3 Conductivity 23 8 3 Menu Diagnostics amp Service 24 8 3 1 Device Info 24 8 3 1 1 Messages 24 8 3 1 2 ISM Sensor Info 26 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Transmitter M100 30 130 604 8 3 1 3 Calibration Data and Calibration History 26 8 3 1 4 ISM Diagnostics and Sensor Monitoring 27 8 3 1 5 Model Software Revision 28 8 3 2 Test Device 29 8 3 3 HW Diagnostics 29 8 4 Detailed Setup 29 8 4 1 Load Configuration 29 8 4 2 Measurements 30 8 4 2 1 Channel Setup 30 8 4 2 2 pH pH ORP and pH pNa 30 8 4 2 3 0 31 8 4 2 4 Cond 4e Conductivity 4e 32 8 4 2 5 Analog Input 33 8 4 3 Output Conditions 34 8 4 3 1 Analog Output 34 8 4 3 2 Hold Output 35 8 4 4 HART Info 36 8 4 4 1 HART Output 36 8 4 5 ISM Setup 37 8 4 5 1 Sensor Monitoring Setup 38 8 4 5 2 Reset ISM Counter Timer 38 8 4 6 System 39 8 4 6 1 Reset 39 8 4 6 2 Date amp Time 39 8 4 7 Alarm Setup 40 8 5 Review 40 9 Troubleshooting 41 10 Technical Data 42 11 Default Values 44 11 1 Default Values for pH ORP or pH pNa Sensors 44 11 2 Default Values for Sensors 45 11 3 Default Values for Coductivity Sensors 46 12 Buffer Tables 47 12 1 Buffers for pH ORP Sensors 47 12 1 1 Mettler 9 47 12 1 2 Mettler 10 48 12 1 3 NIST Technical 48 12 1 4 NIST Standard DIN and JIS 19266 2000 01 49 12 1 5 Hach 50 12 1 6 Ciba 94 50 12 1 7 Merck Titrisole Riedel de Ha n Fixanale 5 12 1 8 WTW 5
26. 3 1 4 ISM Diagnostics and Sensor Monitoring Menu path Device gt Diagnostics amp Service gt Device Info gt ISM Diagnostics The ISM Diagnostics menu is not available for Conductivity sensors The ISM Diagnostics menu shows limits and the current counts of the cleaning cycles coun ter as well as the maximum temperature You can configure the cleaning cycles counter in the ISM Setup menu See Chapter 8 4 5 ISM Setup on Page 37 NOTE This function requires the correct setting of Date and Time See Chapter 8 4 6 2 Date amp Time on Page 39 Parameter Description CIP Limit Display of the limit for the CIP cycles counter CIP Cycles Display of the current amount of executed CIP cycles SIP Limit Display of the limit for the SIP cycles counter SIP Cycles Display of the current amount of executed SIP cycles Autoclave Limit Display of the limit for the Autoclave cycles counter Autoclave Cycles Display of the current amount of executed Autoclave cycles Max Temp Display of the maximum temperature of the sensor During autoclaving the Max Temp is not recorded Max Temp Date Display of the date of the maximum temperature Table 11 ISM Diagnostics 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Transmitter M100 Printed in Switzerland 30 130 604 28 Menu Overview and Menu Description Sensor Monitoring Menu path Device Diagnostics amp Service Device Info ISM Diagnostics Se
27. 3 99 7 01 9 51 5 1 98 3 99 7 00 9 43 10 1 99 3 99 7 00 9 36 15 1 99 3 99 6 99 9 30 20 1 99 4 00 7 00 9 25 25 2 00 4 01 7 00 9 21 30 2 00 4 02 7 01 918 35 2 01 4 04 7 01 9 15 40 2 01 4 05 7 02 9 12 45 2 02 4 07 7 03 9 11 50 2 02 4 09 7 04 9 10 Transmitter M100 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland 30 130 604 Printed in Switzerland Warranty 53 13 Warranty METTLER TOLEDO warrants this product to be free from significant deviations in material and workmanship for a period of one year from the date of purchase If repair is necessary and not result of abuse or misuse within the warranty period please return by freight pre paid and amendment will be made without any charge METTLER TOLEDO s Customer Service Dept will determine if the product problem is due to deviations or customer abuse Out of warranty products will be repaired on an exchange basis at cost The above warranty is the only warranty made by METTLER TOLEDO and is lieu of all other war ranties expressed or implied including without limitation implied warranties of merchantability and fitness for a particular purpose METTLER TOLEDO shall not be liable for any loss claim expense or damage caused by contributed to or arising out of the acts or omissions of the Buyer or Third Parties whether negligent or otherwise In no event shall METTLER TOLEDO s liability for any cause of action whatsoever exceed the cost of the item giving rise to the
28. 4 0020X SEV 14 ATEX 0128X IECEx ATEX METTLER TOLEDO M100 2XH C A i P N 323XXXXX S N XXXXXXXXXX 1258 ed Il 2 1 G Ga T4 Gb C 1 2 1 D Ex ib ia Da 80 90 Db 1258 Il 2 1 G Ex Ga lc T4 Gb Il 2 1 D Ex tb ia Da 80 90 Db Electrical Data See User Manual DO NOT OPEN WHEN A COMMBUSTABLE DUST ATMOSPHERE IS PRESENT P N 300 S N 123 Feed Volt 14 to 30 V DC Ta 20 C to 60 C Ta 20 C to 60 C XK 20 Fig 1 Labels M100 2XH EU Left Placed on the top of the housing Right Placed inside the housing Address Mettler Toledo AG Process Analytics Im Hackacker 15 CH 8902 Urdorf Switzerland www mt com pro Model M100 2XH Billerica MA 01821 USA IECEx CQM 14 0020X SEV 14 ATEX 0128X METTLER TOLEDO M100 2XH C P N 323 S N XXXXXXXXXX 1258 Jong Il 2 1 G Ex ib ia Ga T4 Gb C 11 2 1 D Ex ib ia Da 80 90 Db 1258 Il 2 1 G Ex dfia Ga T4 Gb Il 2 1 D Ex tb ia Da T80C T90C Db Electrical Data See User Manual DO NOT OPEN WHEN A COMMBUSTABLE DUST ATMOSPHERE IS PRESENT P N 300 S N 123 Feed 14 to 30 V DC Ta 20 C to 60 C Ta 20 C to 60 eo Fig 2 Labels M100 2XH US Left Placed on the top of the housing Right Placed inside the housing Address Met
29. 8 Tambor BR 06460 000 Barueri SP Tel 55 11 4166 7400 Fax 55 11 4166 7401 e mail mettler mettler com br service mettler com br China Mettler Toledo Instruments Shanghai Co Ltd 589 Gui Ping Road Cao He Jing CN 200233 Shanghai Phone 86 21 64 85 04 35 Fax 86 21 64 85 33 51 e mail mtcs public sta net cn Croatia Mettler Toledo d 0 0 Mandlova 3 HR 10000 Zagreb Phone 385 1 292 06 33 Fax 385 1 295 81 40 e mail mt zagreb mt com Czech Republic Mettler Toledo s r o Trebohosticka 2283 2 CZ 100 00 Praha 10 Phone 420 2 72 123 150 Fax 420 2 72 123 170 e mail sales mtcz mt com Denmark Mettler Toledo A S Naverland 8 DK 2600 Glostrup Phone 45 43 27 08 00 Fax 45 43 27 08 28 e mail info mtdk amp mt com Management System certified according to ISO 9001 ISO 14001 France Mettler Toledo Analyse Industrielle S A S 30 Boulevard de Douaumont F 75017 Paris Phone 33 1 4737 06 00 33 1 47 37 46 26 e mail mtpro f mt com Germany Mettler Toledo GmbH ProzeBanalytik Ockerweg 3 D 35396 GieBen Phone 49 641 507 333 Fax 49 641 507 397 e mail prozess mt com Great Britain Mettler Toledo LTD 64 Boston Road Beaumont Leys GB Leicester LE4 1AW Phone 44 116 235 7070 Fax 44 116 236 5500 e mail enquire mtuk mt com Hungary Mettler Toledo Kereskedelmi KFT Teve u 41 HU 1139 Budapest Phone 436 1 288 40 40 Fax 436 1 288 40 50 e mail mthu axelero hu India Me
30. ER TOLEDO Process Analytics 900 Middlesex Turnpike Bld 8 Billerica MA 01821 USA Phone 1 781 301 8800 Freephone 1 800 352 8763 Fax 1 781 271 0681 e mail mtprous mt com www mt com pro
31. Head Mount Transmitter 100 CO M ES c O Subject fo technical changes Mettler Toledo AG Process Analytics 10 2014 Printed in Switzerland 30 130 604 Contents 3 Contents 1 Introduction 5 1 1 Information Regarding the Operating Instructions 5 1 2 Explanation of Symbols 6 1 3 Scope of Delivery 7 1 4 Customer Service 7 1 5 Environmental Protection 7 2 Safety 8 2 1 Intended Use 8 2 2 General Safety Instructions 8 2 3 Changes and Conversions 9 2 4 Ex Instructions for M100 Multi parameter Transmitters 9 3 Function and Design 11 3 1 Function 11 3 2 Design 12 4 Installation 13 4 Safety Instructions for Installation 13 4 2 Assembly of Sensor and Transmitter 13 5 Wiring 14 5 1 Safety Instructions for Wiring 14 5 2 HART System Architecture 14 5 3 Terminal Block TB Definition 16 6 Operation 17 6 1 Start up Operation via Configuration Tool or Asset Management Tool 17 6 2 Start up Operation via HART Handheld Terminal 18 6 3 Change Sensor Type 18 7 Sensor Calibration 19 7 1 Terminate Sensor Calibration 19 72 Perform Sensor Calibration Configuration Tool or Asset Management Tool 20 7 3 Perform Sensor Calibration via HART Handheld Terminal 20 7 4 Perform Calibration for Current Input Ain 21 8 Menu Overview and Menu Description 22 8 1 Menu Overview 22 8 2 Menu Sensor Calibration 23 8 2 1 Verify 23 82 1 1 pH ORP and pH pNa 23 8 2 1
32. OM You can download the DTM via the Internet www mt com M 100 Prerequisite The M100 transmitter and sensor are mounted and electrically connected For steps 1 to 5 and for step 12 refer to the documentation of the configuration tool or asset management tool 1 2 3 4 12 13 Install configuration tool e g PACTWare or asset management tool Install DTM for HART interface and DTM for M100 transmitter Update device catalog Make a connection between the transmitter and the software Check COM port settings if necessary Select Sensor Type Menu path Detailed Setup Measurements Channel Setup Sensor Setup Load configuration from device Set Tag or and Long Tag Menu path Device Setup Detailed Setup HART Info Set Date and Time Set the time in the 24 hour format The time format cannot be changed Menu path Device Setup gt Detailed Setup gt System Set range of the analog output signal Menu path Detailed setup gt Output Condition gt Analog Output gt Range Upper Range Value and LRV Lower Range Value The values have to be within the measurement limits of the sensor USL Upper Sensor Limit and LSL Lower Sensor Limit The limits are defined by the sensor and cannot be changed Define the process variables PV SV TV and QV Menu path Device Setup gt Detailed Setup gt Measurements gt Channel Setup Calibrate sensor Menu path Device Setup Sensor Cal
33. SM Sensor Info Parameter Description Sensor Type Display of the connected sensor type Cal Date Display of the date of the last adjustment or calibration Part No Display of the part number order number of the transmitter Serial No Display of the serial number of the transmitter Master Display of the firmware revision number of the transmitter Comm Display of the firmware revision number of the communication PCB Table 8 5 Sensor Info 8 3 1 3 Calibration Data and Calibration History Menu path Device gt Diagnostics amp Service gt Device Info gt Calibration Data Parameter Description Calibration Data Display of the current Slope and Offset For ORP sensors the OPR Offset is displayed additionally Note The Calibration Data function requires the correct setting of Date and Time See Chapter 8 4 6 2 Date amp Time on Page 39 Table 9 Calibration Data Calibration History Menu path Device gt Diagnostics amp Service gt Device Info gt Calibration Data gt Calibration His tory Definitions Ho 5 means Slope 7 means Offset Adjustment The calibration procedure is completed with the Adjust command The calibra tion values are adopted and used for measurement Additionally the calibration values are stored in the calibration history The dataset and Cal 1 are identical The current cali bration dataset Act moves to Cal2 Calibration The cali
34. after an incorrect analog output calibration Table 30 Reset 8 4 6 2 Date amp Time Menu path Device gt Detailed Setup gt System gt Date amp Time Parameter Description Get Current Date and Time Display of the Date and Time stored in the transmitter MM DD HH MM SS Set Date and Time Date YY MM DD Time HH MM SS in 24 hour format Table 31 Date amp Time 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Transmitter M100 Printed in Switzerland 30 130 604 40 Menu Overview and Menu Description 8 4 7 Alarm Setup Menu path Device Detailed Setup Alarm Setup Tick checkbox for activating option Multiple selection is possible If an alarm is activated and the alarm occurs the alarm will be shown in the Message menu See Chapter 8 3 1 1 Messages on Page 24 Parameter Description Alarm Byte O Diagnostic functions for pH sensors Rg is out of tolerance e g a broken measuring electrode Rr RpNa Rr is out of tolerance e g coated or depleted reference elec trode Alarm Byte 1 General Software Failure Watchdog time out function Diagnostic functions for conductivity sensors Dry Cond Sensor The conductivity sensor is in air e g in an empty pipe Cell Constant Deviation Cell constant is out of tolerance i e has changed too much compared to the value thru factory calibration Cond Sensor Shorted Conductivity sensor has a short circuit Dia
35. al Timer is reset to its initial value after a successful adjust ment or calibration Set the interval for the Time to Maintenance indicator As soon as the timer reaches the set interval a message is shown in the Message menu Set the interval for the Adaptive Cal Timer As soon as the timer reaches the set interval a message is shown in the Message menu Table 28 Sensor Monitoring Setup 8 4 5 2 Reset ISM Counter Timer Menu path Device gt Detailed Setup gt ISM Setup gt Reset ISM Counter Timer With the Reset ISM Counter Timer menu you can reset each counter and timer individually The view of this menu is dependent on the connected sensor Transmitter M100 30 130 604 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Menu Overview and Menu Description 39 8 4 6 System Menu path Device gt Detailed Setup gt System Parameter Description Lock Unlock Device Lock or unlock the transmitter In the Lock state no other master can write to the transmitter Table 29 System 8 4 6 1 Reset Menu path Device Detailed Setup System Reset Parameter Description Reset System Reset all parameters to the default values The meter calibration is not affected Reset MeterCal Reset electronics factors to default values Use this function after an in correct analog input calibration ResetAnalogOutCal Reset analog output factors to default values Use this function
36. bration procedure is completed with the Calibrate command The cali bration values are stored in the calibration history as dataset Cal1 for documentation but cannot be used for the measurement The measurement continuous with the last valid adjust ment dataset Act Transmitter M100 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland 30 130 604 Printed in Switzerland Menu Overview and Menu Description 27 Parameter Description Calibration History The Calibration History parameter shows the history of calibration data Fact Factory calibration This is the original dataset determined in factory This dataset remains stored in the sensor for reference and cannot be overwritten Act Actual adjustment This is the current calibration dataset which is used for the measurement This dataset moves to Cal2 position after the next adjustment 1 Adj First adjustment This is the first adjustment after the factory calibration This dataset remains stored in the sensor for reference and cannot be overwritten Call latest calibration adjustment This is the latest executed cali bration adjustment This dataset moves to Cal2 when a new calibra tion adjustment is performed Cal2 and Cal After calibration adjustment the dataset moves to Cal2 and 2 moves to Cal3 The former Cal3 dataset is not available anymore Table 10 Calibration History 8
37. ctly See Chapter 8 Menu Overview and Menu Description on Page 22 Perform reset See Chapter 8 4 6 1 Re set on Page 39 Unlock transmitter See Chapter 8 4 6 Sys tem on Page 39 The Diagnostics amp Service menu shows information about the transmitter and the connected sensor and supports you in troubleshooting See Chapter 8 3 72 Menu Diagnostics amp Service on Page 24 Alarms are shown in the Messages menu See Chapter 8 3 1 1 Messages on Page 24 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Transmitter M100 30 130 604 42 Technical Data 10 Technical Data pH ORP incl pH pNa Measurement parameters pH mV and temperature pH measuring range 2 00 to 20 00 pH ORP input range 1500 to 1500 mV Temperature measuring range 30 to 130 22 to 266 F Calibration Configuration tool Process iSense software 1 point and 2 point Amperometric oxygen Measurement parameters Dissolved oxygen Saturation or concentration and temperature Oxygen measuring ranges Saturation to 500 air to 200 0 Concentration O ppb ug L to 50 00 ppm mg L Polarization voltage 550 mV or 674 configurable Temperature input NTC 22 Pt1000 00 Temperature compensation Automatic Temperature measuring range 10 to 80 C 14 t
38. d before any technical changes and expansions of transmitter can be carried out 2 4 Ex Instructions for 100 Multi parameter Transmitters M100 multi parameter transmitters are produced by Mettler Toledo AG The M100 transmitter has passed the inspection of IECEx and ATEX and conforms to the following standards EC 60079 0 Explosive atmospheres Part 0 Equipment General requirements EC 60079 1 Explosive atmospheres Part 1 Equipment protection by flameproof enclosures d EC 60079 11 Explosive atmospheres Part 11 Equipment protection by intrinsic safety i EC 60079 26 Explosive atmospheres Part 26 Equipment with equipment protection level EPL Ga EC 60079 31 Explosive atmospheres Part 1 Equipment dust ignition protection by enclosure 4 Ex Marking 1201 Ex ib ia Ga IIC T4 Gb 1201 D Ex ib ia T80 C T90 C Db 120 G Ex d ia Ga IIC T4 Gb 1201 D Ex tb ia T80 C T90 C Db Certification No ATEX SEV 14 ATEX 0128 X ECEx IECEx 14 0020 X NEPSI GYB14 1194X NOTE For the special conditions of use refer to the corresponding certificate supplied on CD 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Transmitter M100 Printed in Switzerland 30 130 604 Safety Labels M100 2XH EU KALER 100 2 9o CH 8902 Urdorf Switzerland IECEx COM 1
39. e shown 7 Click Next gt The following message appears Set output to 20 mA 8 OK Reference value 2 The old value for the 20 mA value is shown 9 Enter new reference value measured with the reference meter 10 Click OK to store the new reference value for 20 mA gt Reference Value Sensor Value and Status are shown 11 Click Next gt The following message appears Complete calibration procedure Select either Adjust or Abort 12 Select Adjust Calibrate or Abort 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Transmitter M100 Printed in Switzerland 30 130 604 22 Menu Overview and Menu Description 8 Menu Overview and Menu Description 8 1 Menu Overview Device Setup m gt Sensor Calibration gt i 02 Conductivity gt Ain gt Verify gt Diagnostics Service gt Device Info Messages gt ISM Sensor Info Calibration Data gt Calibration History gt ISM Diagnostics gt Sensor Monitoring Model Software Revision L Test Device HW Diagnostics gt Detailed Setup gt Configuration 2 gt Measurements gt Channel
40. easure in the lab or perform parallel measurement Press OK The following message is shown Enter reference value You can perform this step at any time Enter the measured reference value Press ENTER fo store the reference value If the reference value is within the valid range the Slope and Offset are shown Transmitter M100 30 130 604 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Sensor Calibration 21 8 Press OK gt The following message appears Select process select either Adjust Calibrate or Abort 9 Select Adjust Calibrate or Abort 10 Press ENTER 7 4 Perform Calibration for Current Input Ain For measurement you can connect an external pressure sensor for pressure compensation The pressure sensor is connected 10 Ain terminals To improve the accuracy of the O measurement we recommend to calibrate the current input Ain 1 Connect reference meter fo Ain terminals 2 Select Sensor Calibration menu Menu path Device Setup Sensor Calibration 3 Select calibration method Click Ain Calibration The following message appears Set output to 4 mA 4 Click OK Reference Value 1 The old value for the 4 mA value is shown 5 Enter the new reference value measured with the reference meter 6 Click OK to store the new reference value for 4 gt Reference Value Sensor Value and Status ar
41. ensor Calibration menu Menu path Device Setup gt Sensor Calibration Select calibration method Click Step 1 Capture current measured value For O calibration select calibration unit The current Sensor Value and Status are shown Click Next to store the measured value The following message appears Captured value is stored Take a grab sample to measure in the lab or perform parallel measurement Click OK Click Step 2 Enter reference value NOTE You can perform Step 2 at any time The captured value of Step 1 is shown Enter the measured reference value Click Next to store the reference value If the reference value is within the valid range the Slope and Offset are shown Click OK The following message appears Complete calibration procedure Select either Adjust Calibrate or Abort Select Adjust Calibrate or Abort Click OK Perform Sensor Calibration via HART Handheld Terminal Select Sensor Calibration menu Menu path Device Setup gt Sensor Calibration Select calibration method The following message appears Capture act value For O calibration the following message appears Select calibration unit For calibration select calibration unit Press ENTER The current Sensor Value and Status are shown Press Next 10 capture the current measured value The following message appears Captured value is stored Take a grab sample to m
42. er HART modem PC with configuration tool e g PACTWare from Pepperl Fuchs PACTWare is on supplied CD ROM or available as freeware 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Transmitter M100 30 130 604 16 Wiring 5 3 Terminal Block TB Definition Fig 7 Terminal block TB definition Terminal Description Port Interface for service e g firmware update Aout HART Notice polarity Aout HART Power connection 14 to 30 V DC Analog output HART signal Dl DI Digital input for switching transmitter in Hold state ISM DATA Sensor input see Table 1 on Page 11 and Fig 4 on Page 13 ISM GND Wired by factory Do not disconnect Ain Ain Analog input 4 to 20 mA for pressure compensation Table 2 Terminal block TB definition Transmitter M100 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland 30 130 604 Printed in Switzerland 6 Operation Configure the M100 transmitter either a configuration tool an asset management fool via a HART handheld terminal The DD is on the supplied CD ROM or can be downloaded via the Internet www mt com MT1 OO You can calibrate the sensor via iSense software 6 1 Start up Operation via Configuration Tool or Asset Management Tool NOTE The configuration tool PACTWare is on the supplied CD R
43. eraging for large changes in input signal Table 16 Channel Setup 8 4 2 2 pH ORP and pH pNa If a pH ORP or pH pNa sensor is connected the pH menu is shown Menu path Device gt Detailed Setup gt Measurements gt pH For pH measurement you can set the following parameters Parameter Description pH Buffer Select pH Buffer Options Mettler 9 Mettler 10 Nist Tech Nist Std Hach Ciba Merck WTW None JIS Z 8802 Na 3 9 For dual membrane pH electrodes pH pNa select buffer Na 3 9 See Chapter 10 Technical Data on Page 42 IP Set the Isothermal Point value For most applications use the default value For specific compensation requirements or non standard inner buffer values change the value Transmitter M100 30 130 604 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Menu Overview and Menu Description 31 Parameter STC Ref Mode STC Value STC Ref Temp Table 17 pH 8 4 2 3 0 Description Use the STC Ref Mode parameter for STC compensation Yes The measured pH value is compensated with values of the STC Value and STC Ref Temp parameter No The measured pH value is compensated with the current mea sured temperature Set the STC Value The STC Value is the Solution Temperature Coeffi cient in pH C The coefficient is referred to the temperature set with the STC Ref Temp Set the reference temperature for the STC Value param
44. eter If a O Lo O Hi or Trace sensor is connected the 0 menu is shown Menu path Device gt Detailed Setup gt Measurement gt 02 For measurement there is a difference between measuring mode and calibration mode Measuring mode means that the sensor is placed in the real process Calibration mode means that the sensor is placed in a reference medium outside the real process For O measurement you can set the following parameters Parameter Pcal Pres Unit Pressure Process Cal Pressure Source Process Pressure Mode Process Pressure Unit Process Pressure Salinity Rel Humidity Description Select the pressure unit for process calibration Set the pressure for process calibration Select the pressure source for process calibration Pcal Pressure The pressure is set with the Pressure parameter Proc Pressure The pressure is set with the Process Pressure Mode and Process Pressure parameters Select mode for entering the pressure during the measuring mode Edit The process pressure is set manually with the Process Pressure parameter Ain The pressure is given by the input signal at the analog input ter minals Ain Select the pressure unit for measuring mode Set the pressure for measuring mode For the Process Pressure Mode parameter the option Edit has been selected Set salinity of the measured solution Set relative humidity of the calibration gas When
45. from auto matic control For the D A Trim connect a reference meter to the Aout terminals and enter for the 4 mA and 20 mA values the values of the reference meler Table 6 Diagnostics amp Service 8 3 1 Device Info 8 3 1 Messages Menu path Device Diagnostics amp Service Device Info Messages The Messages menu shows current active alarms or current status returned in HART Command 48 You can deactivate some alarms in the Alarm Setup menu If an alarm occurs but is deactivat ed in the Messages menu the alarm will not shown in the Messages menu See Chapter 8 4 7 Alarm Setup on Page 40 Some messages are only displayed for certain sensors or for specific settings The column Pre requisites of the following table shows the dependancies Transmitter M100 30 130 604 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Menu Overview and Menu Description 25 Status group Bit Byte 0 0 2 3 4 5 6 7 1 0 1 2 3 4 5 6 7 2 0 1 2 3 4 5107 3 0 1 2 3 4107 Meaning Software failure Sensor disconnected Wrong sensor connected Broken sensor Rg RpNa 5 MOhm Open circuit Rg RpNa gt 2000 MOhm Dry cond sensor Shorted cell Electrolyte level too low Rg lt 0 3 Rgcal Rg gt 3 Rgcal Rr or RpNa lt 0 3 Rrcal Rr or RpNa gt 3 Rrcal Maintenance required expired Calibration required ACT expired gt
46. gnal Table 3 Menu Verify pH ORP and pH pNa 8 2 1 2 0 Menu Description Measured current Display of the measured current Temperature Display of the raw temperature signal Table 4 Verify 0 8 2 1 3 Conductivity Menu Description Resistivity Display of the raw resistance signal without temperature compensation Resistance Display of the raw resistance signal with temperature compensation Temperature Display of the raw temperature signal Table 5 Verify Conductivity 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Transmitter M100 Printed in Switzerland 30 130 604 24 Menu Overview and Menu Description 8 3 Menu Diagnostics amp Service Menu path Device Diagnostics amp Service The Diagnostics amp Service menu shows information about the transmitter and the connected sensor and supports you in troubleshooting Menu Description Loop Test With the Loop Test function you can check the hardware of the analog output by defining a constant analog output value During the test we recommend to remove the loop from automatic control 4 mA The analog output is set to 4 mA 20 mA The analog output is set to 20 mA Other The analog output is set to entered current value End The test is terminated D A Trim With the D A Trim function you can calibrate the hardware of the analog output During the trim we recommend to remove the loop
47. gnostic function for amperometric oxygen sensors Electrolyte Level Electrolyte in the membrane body reaches such a low level that the connection between cathode and reference electrode is disturbed Table 32 Alarm Setup 8 5 Review Menu path Device gt Review The Review menu shows important information of the transmitter and of the connected sensor Transmitter M100 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland 30 130 604 Printed in Switzerland Troubleshooting 41 9 Troubleshooting If the transmitter is used in a manner not specified by METTLER TOLEDO the protection provided by the transmitter may be impaired Review the table below for possible causes of common problems Problem HART communication error Current output is always 22 mA Incorrect measurement readings Settings cannot be changed Table 33 Possible cause Wiring is incorrect Device is in multi drop mode Sensor is disconnected or incorrectly con nected Sensor is incorrectly configured Transmitter is locked Troubleshooting NOTE Action Check wiring See Chapter 5 Wiring on Page 14 Notice polarity of supply voltage See Chapter 5 3 Terminal Block TB Defini on Page 16 Set for the polling address 0 See Chapter 8 4 4 1 HART Output on Page 36 Connect sensor See Chapter 4 2 Assembly of Sensor and Transmitter on Page 13 Configure sensor corre
48. ibration See Chapter 7 Sensor Calibration on Page 19 Perform further settings See Chapter 8 Menu Overview and Menu Description on Page 22 Store configuration to device 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Transmitter M100 Printed in Switzerland 30 130 604 Operation 6 2 Start up Operation via HART Handheld Terminal NOTE The DD OO8E8E7D0101 hhd is on the supplied CD ROM You can also download DD the Internet www mt com M 100 Prerequisite The M100 transmitter and sensor are mounted and electrically connected For step 1 refer to the documentation of the HART handheld terminal 1 Check if the DD of the M100 transmitter has already been installed on the HART handheld terminal Install the DD if necessary The communication is made automatically 3 Select Sensor Type Menu path Detailed Setup Measurements Channel Setup Sensor Setup 4 Load configuration from device Menu path Device Setup Detailed Setup Set Tag or and Long Tag Menu path Device Setup Detailed Setup HART Info Set Date and Time Set the time in the 24 hour format The time format cannot be changed Menu path Device Setup gt Detailed Setup gt System 7 Setrange of the analog output signal Menu path Detailed setup gt Output Condition gt Analog Output gt Range Upper Range Value and LRV Lower Range Value The values have to be within the mea
49. ing value Table 19 Conductivity Compensation Mode Compensation Mode Description Standard The Standard compensation mode includes compensation for non linear high purity effects and conventional neutral salt impurities This mode conforms fo ASTM standards D1125 and D5391 Linear 25 C The Linear 25 C compensation mode adjusts the reading by a coeffi cient expressed as C deviation from 25 C Use this mode only if the solution has a well characterized linear temperature coefficient The coefficient is set with the Linear Coef parameter Linear 20 C The Linear 20 C compensation mode adjusts the reading by a coeffi cient expressed as C deviation from 20 C Use this mode only if the solution has a well characterized linear temperature coefficient The coefficient is set with the Linear Coef parameter Transmitter M100 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland 30 130 604 Printed in Switzerland Menu Overview and Menu Description 33 Compensation Mode Light 84 Std 75 C Glycol 0 5 Glycol 1 0 Cation Alcohol Ammonia None Description The Light 84 compensation mode matches the high purity water re search results of Dr T S Light published in 1984 Use this mode only if your institution has standardized on that work The Std 7526 compensation mode is the Standard compensation algo rithm referenced to 75 C The Glycol 0 5 compensation mode matches the temperature
50. ision Menu path Device gt Diagnostics amp Service gt Device Info gt Model Software Revision Parameter Part No Serial No Master Comm Sensor FW Sensor HW Description Display of the part number of the transmitter Display of the serial number of the transmitter Display of the firmware revision number of the transmitter Display of the firmware revision number of the communication PCB Display of the firmware version of the sensor Display of the hardware version of the sensor Table 13 Model Software Revision Transmitter M100 30 130 604 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Menu Overview and Menu Description 29 8 3 2 Test Device Menu path Device Diagnostics amp Service Test Device Function Description Self Test With the Self Test a diagnostic routine is performed This test detects electronics failures or other failures that affect performance Device Reset With the Device Reset a reset is performed This reset is identical to a power reset switching power off and on again Table 14 Test Device 8 3 3 HW Diagnostics Menu path Device Diagnostics amp Service HW Diagnostics Menu Description Analog Input Display of the current analog input value Din Status Display of the current status of the digital input Options High and Low Table 15 HW Diagnostics 8 4 Detailed Setup 8 4 1 Load Configuration Menu path Device g
51. nsor monitor ing The Sensor Monitoring menu shows the status of the different timers Parameter DLI d DLI 96 TIM d 96 ACT d ACT 96 Operating Days Table 12 Sensor Monitoring Description Display of the remaining days for the Dynamic Lifetime Indicator The days are set by the manufacturer Display of the remaining time for the Dynamic Lifetime Indicator in per centage The days are set by the manufacturer Display of the remaining days for the Time To Maintenance indicator You can set the days with the Max parameter the Sensor Monitor ing Setup menu See Chapter 8 4 5 1 Sensor Monitoring Setup on Page 38 Display of the remaining time for the Time To Maintenance indicator in percentage 100 percent corresponds to the set days for the Max TTM parameter Display of the Adaptive Cal Timer in days The Adaptive Cal Timer estimates when the next calibration should be performed to keep the best possible measurement performance The Adaptive Cal timer is reset to its initial value after a successful adjust ment or calibration You can set the days with the Max ACT parameter in the Sensor Monitor ing Setup menu See Chapter 8 4 5 1 Sensor Monitoring Setup on Page 38 Display of the Adaptive Cal Timer in percentage 100 percent corre sponds fo the set days for the Max ACT parameter Display of the operating days of the connected sensor 8 3 1 5 Model Software Rev
52. o 176 F Calibration Configuration tool Process iSense software 1 point and 2 point Conductivity 4 e Measurement parameters Conductivity resistivity and temperature Conductivity ranges 0 01 to 650 mS cm 1 54 Q x cm to 0 1 MO x cm Chemical concentration curves NaCl O0 26 0 C to 0 28 100 C NaOH O 12 0 C to O 16 40 C to 0 696 100 C 0 189656 9 20 C to 0 18 0 C to 0 5 96 Q 50 C HNO 0 309069 20 C to 0 3096 9 O C to O 8 Q 50 C 504 20 2696 12 C to 0 2696 5 C to 0 996 100 C 0 35 0 5 C fo 80 C TDS ranges NaCl Temperature input 000 Temperature measuring range 40 to 200 40 to 392 F Calibration Configuration tool Process iSense software 1 point and 2 point Transmitter M100 30 130 604 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Technical Data 43 General electrical specifications Environmental specifications Mechanical specifications Output Analog output 4 to 20 mA with HART Communication Digital communication via FSK modulation of the analog output device identification measured values status and messages param eters calibration ISM diagnostics DLI ACT and TTM Operation Via configuration tool Asset Management Tool or HART handheld terminal Supply voltage 14 to 30 V
53. onal Electrical Code and or any other applicable national or local codes The transmitter should be installed and operated only by personnel familiar with the transmit ter and who are qualified for such work The transmitter must only be operated under the specified operating conditions See Chapter 10 Technical Data on Page 42 Repair of the transmitter must be performed by authorized trained personnel only With the exception of routine maintenance cleaning procedures or fuse replacement as described in these operating instructions the transmitter must not be tampered with or altered in any manner METTLER TOLEDO accepts no responsibility for damage caused by unauthorized modifica tions 10 the transmitter Follow all warnings cautions and instructions indicated on and supplied with this product Install equipment as specified in these operating instructions Follow appropriate local and national codes The transmitter s protective lid must be in place at all times during normal operation If this equipment is used in a manner not specified by the manufacturer the protection provid ed by it against hazards may be impaired Transmitter M100 30 130 604 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Safety 2 3 Changes and Conversions Changes or conversions of the transmitter or the installation may cause unexpected dangers The manufacturer s written approval is require
54. ondition ISM Setup Alarm Setup 11 2 Sub menu Channel Setup 02 Analog Output Analog Output gt Range Hold Output Sensor Monitoring Setup Parameter PV is SV is TV QV is PV SV TV QV Average Pcal Pressure Process Cal Pressure Source Process Pressure Mode Process Pressure Salinity Humidity Umeaspol Ucalpol Loop Current Mode Alarm Type Hold Mode Hold Fixed PV LRV PV LSL PV URV PV USL Manual Hold Din Hold State CIP Limit SIP Limit Autoclave Limit DLI Monitoring TTM Monitoring ACT Monitoring Alarm Byte 1 Default Values for 0 Sensors Value 0 Temperature DLI Special 759 8 Pcal Pressure Edit 759 8 0 100 Reading from sensor 674 Disabled Hi 22 0 mA Last Value 3 6 0 100 Stop when power on Off 0 0 0 On On On Software Failure No Electrolyte Level Yes Unit Hi 96air Lo and O2 Trace ppb C days days mmHg mmHg g kg mA Same as PV is Same as PV is 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Transmitter M100 30 130 604 46 Default Values 11 3 Default Values for Coductivity Sensors Menu Sub menu Parameter Value Unit Measurements Channel Setup PV is Conductivity mS cm SV is Temperature C TV is None QV is None PV SV TV QV Special Average Conductivity Compensation Mode Standard Linear Coefficient 2 0
55. ply with the notes and act carefully to prevent accidents personal injury and proper ty damage Warning notes A DANGER DANGER indicates a directly dangerous situation that will lead to death or seri ous injury if not avoided WARNING indicates a potentially dangerous situation that may lead to death serious injury if not avoided CAUTION indicates a potentially dangerous situation that may lead to slight or minor injury if not avoided ATTENTION indicates a potentially harmful situation that may lead to property damage if not avoided Advice and recommendations NOTE emphasizes useful advice and recommendations as well as information for efficient and interference free operation Transmitter M100 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Introduction 1 3 Scope of Delivery The following is included in the scope of delivery MIOO Transmitter iLink cable for iSense software Quick Setup Guide CD ROM with documentation device description DD iSense software and configuration tool PACTWare 1 4 Customer Service Our customer service is available for technical information You can find your local office on the last page NOTE For quick processing of the call note the data on the product s label such as serial number part number etc 1 5 Environmental Protection Danger for the environment by improper disposal of the transmitter or com ponents
56. ransmitter Enter a message Enter a number to identify materials and electronics of the transmitter 8 4 4 1 HART Output Menu path Device gt Detailed Setup gt HART Info gt HART Output Poll addr Num req preams Num resp preams Table 26 Output Description Set the polling address of the transmitter 0 Point to point installations The digital signal is overlaid on 4 to 20 mA output current Anumber between 1 and 63 Multidrop installations Each transmitter needs to have a unique address to allow automatic identification by a master In multidrop only the digital signal is used The analog output current is fixed at 4 mA In multidrop mode it is possible to have more than one transmitters on one signal cable Display of the number of requested preambles Set number of preambles Transmitter M100 30 130 604 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Menu Overview and Menu Description 37 8 4 5 ISM Setup The ISM Setup menu is not available for Conductivity sensors Menu path Device gt Detailed Setup gt ISM Setup With the ISM Setup menu you configure the CIP cycle counter SIP cycle counter and the Auto clave cycle counter You can reset each counter in the Reset ISM Counter menu See Chapter 8 4 5 2 Reset ISM Counter Timer on Page 38 CIP or SIP cycles are automatically recognized by the sensor The algorithm of the coun
57. s EU RIP ie 30 02 Sensor FW t ie betta ettet atteso 28 31 Sensor HW ui tutu m MR DID ES 28 O2 specifications ecce edd 42 Sensor Monitoring p 28 Operating Days ale Me Le eS eer 28 Sensor Monitoring Setup 22 38 Operation Sensor e set Met uttter fe tns 30 Asset management tool 0 00 00 etree 17 o ed Configuration tool sss 17 Service NoD MDC tae E 24 HART handheld 18 ae sy reo MI Output Conditions ssse e 34 BIG Da c e e cos le Zone 31 SIG Ref Tempi i isi ertt ma ee dotes eile 31 SIG VONUG is tore RO 31 POI NO 2 15 es tef peris dut teta eter dts 26 28 SV AVEIOge settore 30 5 prt etica eng 31 SV eto ve ro eB end 32 Peal Pres Unil bre D ees 31 RAMS MM DEMNM RITE 30 pH Goeth coo Et eee erases 32 MENU senis 30 p 6 DH 30 Lx d Une ed 39 pH pNa specifications 42
58. surement limits of the sensor USL Upper Sensor Limit and LSL Lower Sensor Limit The limits are defined by the sensor and cannot be changed 8 Define the process variables PV SV TV and QV Menu path Device Setup Detailed Setup Measurements Channel Setup 9 Calibrate sensor Menu path Device Setup Sensor Calibration See Chapter 7 Sensor Calibration on Page 19 10 Perform further settings See Chapter 8 Menu Overview and Menu Description on Page 22 6 3 Change Sensor Type If you change the sensor type e g a conductivity sensor with a pH sensor perform the following procedure Prerequisite The M100 transmitter and another sensor type are mounted and electrically con nected 1 a connection between the transmitter and the software HART device 2 Select Sensor Setup Menu path Detailed Setup Measurements Channel Setup Sensor Setup Start Sensor Setup Select the new sensor type for the Sensor Type parameter Load configuration from device The configuration in the configuration tool or in the HART handheld is updated If you have selected correct sensor type the Verify menu will be shown Transmitter M100 30 130 604 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Sensor Calibration 7 1 Sensor Calibration NOTE For best process calibration results observe the following points Take grab
59. t Detailed Setup gt Measurement gt Load Configuration The Load Configuration menu is only available via HART handheld terminal With this function you load the latest configuration data from the transmitter to the HART hand held terminal 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Transmitter M100 Printed in Switzerland 30 130 604 30 Menu Overview and Menu Description 8 4 2 Measurements The Measurements menu is dependent on the connected sensor 8 4 2 1 Channel Setup Menu path Device gt Detailed Setup gt Measurements gt Channel Setup Parameter Description Sensor Setup Select the measured variable of the connected sensor type Options pH ORP pH pNa Cond 4e Hi Lo O Trace Sensor Channel The Sensor Channel parameter is set to ISM and cannot be changed PV is Select measured variable as Primary Value SV is Select measured variable as Secondary Value TV is Select a measured variable as Tertiary Value QV is Select a measured variable as Quaternary Value PV SV TV and QV Average With the Average parameters you set the averaging method noise filter for the corresponding value None No averaging or filtering Low Equivalent to 3 point moving average Medium Equivalent to 6 point moving average High Equivalent to 10 point moving average Special Default Averaging dependent on the signal change normally High averaging but Low av
60. t limit of the Autoclave cycle counter If the counter exceeds the set value the message Autoclave cycle counter expired is shown The function is switched off by entering the value 000 Table 27 ISM Setup 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Transmitter M100 Printed in Switzerland 30 130 604 38 Menu Overview and Menu Description 8 4 5 1 Sensor Monitoring Setup Menu path Device gt Detailed Setup gt ISM Setup gt Sensor Monitoring Setup Parameter DLI Monitoring TTM Monitoring ACT Monitoring Max TTM Max ACT Description Switch on or off the Dynamic Lifetime Indicator The Dynamic Lifetime Indicator estimates the remaining lifetime to en sure a reliable measurement For amperometric oxygen sensors the Dynamic Lifetime Indicator is re lated to the inner body of the sensor Switch on or off the Time To Maintenance indicator The Time To Maintenance indicator estimates when the next cleaning cy cle should be performed to keep the best possible measurement perfor mance The indicator is influenced by significant changes on the DLI pa rameters For amperometric oxygen sensors the Time To Maintenance indicator shows the maintenance cycle for the membrane and electrolyte Switch on or off the Adaptive Calibration Timer The Adaptive Cal Timer estimates when the next calibration should be performed to keep the best possible measurement performance The Adaptive C
61. ter rec ognizes an increase of the measured temperature above the set temperature If the temperature remains for longer than five minutes at the set temperature the transmitter is locked for the next two hours The counter is incremented by one Menu Description DLI Stress Adjustment With the DLI Stress Adjustment parameter you can adapt DLI TTM and ACT to application requirements and or experiences This parameter is available for pH sensors only Low DLI TTM and ACT are increased approximately 25 compared to Medium Medium default No change for DLI TTM and ACT High DLI TTM and ACT are reduced approximately 25 compared to Medium CIP Limit Set limit of the CIP cycle counter If the counter exceeds the set value the message CIP cycle counter expired is shown The function is switched off by entering the value 0007 CIP Temperature Set the temperature at which the sensor recognizes CIP cleaning If the sensor measures the entered temperature or higher the cycle coun ter is incremented by one SIP Limit Set limit of the SIP cycle counter If the counter exceeds the set value the message SIP cycle counter expired is shown The function is switched off by entering the value 0007 SIP Temperature Set the temperature at which the sensor recognizes SIP cleaning If the sensor measures the entered temperature or higher the SIP cycle counter is incremented by one Autoclave Limit Se
62. tler Toledo Thornton Inc Billerica 01821 USA Transmitter M100 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland 30 130 604 Function and Design 11 3 Function and Design 3 1 Function The M100 is a 2 wire head mount transmitter with HART communication capability for analytical measurements The M100 is a single channel multi parameter transmitter for pH ORP ph pNa dissolved oxygen and conductivity measurement It is only compatible with ISM sensors The M100 transmitter is designed for use in the process industries and is certified intrinsically safe for installation in hazardous areas M100 parameter fit guide Parameter 100 2XH ISM pH ORP pH pNa Conductivity 4 Amp DO ppm ppb 2 trace 2 1 Ingold and Thornton sensors 2 Ingold sensors Table 1 M100 parameter fit guide 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Transmitter M100 Printed in Switzerland 30 130 604 12 Function and Design 3 2 Design d Fig 3 Dimensions M100 transmitter Transmitter M100 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Printed in Switzerland Installation 4 Installation 4 1 Safety Instructions for Installation Power off transmitter during installation The transmitter tolerates harsh environments However for best results install the transmitter
63. ttler Toledo India Private Limited Amar Hill Saki Vihar Road Powai IN 400 072 Mumbai Phone 91 22 2857 0808 Fax 91 22 2857 5071 e mail sales mtin mt com Italy Mettler Toledo S p A Via Vialba 42 1 20026 Novate Milanese Phone 39 02 333 321 Fax 39 02 356 2973 e mail customercare italia mt com Japan Mettler Toledo K K Process Division 6F Ikenohata Nisshoku Bldg 2 9 7 Ikenohata Taito ku 110 0008 Tokyo Phone 81 3 5815 5606 481 3 5815 5626 e mail helpdesk ing jp mt com Subject to technical changes Mettler Toledo AG Process Analytics 10 2014 Printed in Switzerland 30 130 604 METTLER TOLEDO Market Organizations Malaysia Mettler Toledo M Sdn Bhd Bangunan Electroscon Holding U 1 01 Lot 8 Jalan Astaka U8 84 Seksyen U8 Bukit Jelutong MY 40150 Shah Alam Selangor Phone 60 3 78 44 58 88 Fax 603 78 45 87 73 e mail MT MY CustomerSupport mt com Mexico Mettler Toledo S A de C V Ejercito Nacional 340 Col Chapultepec Morales Del Miguel Hidalgo MX 11570 M xico D F Phone 52 55 1946 0900 e mail ventas lab mt com Poland Mettler Toledo Poland Sp z o o ul Poleczki 21 PL 02 822 Warszawa Phone 48 22 545 06 80 Fax 48 22 545 06 88 e mail polska mt com Russia Mettler Toledo Vostok ZAO Sretenskij Bulvar 6 1 Office 6 RU 101000 Moscow Phone 7 495 621 56 66 Fax 7 495 621 63 53 e mail inforus mt com Singapore Mettler Toledo S Pte Ltd Block 28 A
64. up gt Output Conditions gt Hold Output With the Hold Output menu you start and stop the Hold state The behavior of the analog output during the Hold state you configure with the Analog Output menu Parameter Description Manual Hold Start and stop the Hold state manually Start The transmitter changes in the Hold state Stop The Manual Hold mode is determined Din Hold State Set the signal level to start and stop the Hold state with the signal at the digital input terminals Din Low The transmitter changes in Hold state when the signal is Low When the signal is High the Hold state is stopped High The transmitter changes in Hold state when the signal is High When the signal is Low the Hold state is stopped Off A signal at the digital input terminals will not evaluated Table 24 Hold Output 10 2014 Mettler Toledo AG CH 8606 Greifensee Switzerland Transmitter M100 Printed in Switzerland 30 130 604 36 Menu Overview and Menu Description 8 4 4 HART Info Menu path Device gt Detailed Setup gt HART Info Parameter Tag Long Tag Date Write Protection Descriptor Message Final assembly number Table 25 HART Info Description Identifies the transmitter 8 packed ASCII characters Identifies the transmitter 32 ISO Latin 1 characters Enter a date The date is used for record keeping Display of the status of the write protection Enter a description for describing the t
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