untitled

P/N 20007151, Rev. CB 2010 10 (Micro Motion ) 3000 MVD TM Micro Motion

2010 Micro Motion, Inc. Micro Motion Emerson Micro Motion ELITE MVD ProLink MVD Direct Connect PlantWeb

1 1 1.1......................................................... 1 1.2............................................................... 1 1.3........................................................... 2 1.4...................................................... 2 1.5.............................................................. 2 1.6........................................................... 3 1.7......................................................... 3 1.8........................................................... 5 1.9........................................................ 5 2 7 2.1............................................................... 7 2.2........................................................... 7 2.3 RFT9739............................................ 7 2.4 3350 3700............................................ 8 2.5........................................................... 8 2.6 3300.............................................. 8 2.7.................................................. 8 2.8 3350 3700.................................. 9 2.9................................................. 10 2.10........................................................ 10 2.10.1.................................................. 10 2.10.2................. 11 2.11 /..................................................... 11 2.11.1................................. 11 2.11.2..................................................... 13 2.11.3................................................ 13 2.12....................................................... 13 3 15 3.1........................................................ 15 3.2........................................................ 15 3.2.1.................................................. 15 3.2.2 RS-485......................................... 15 3.2.3 Bell 202......................................... 16 3.3 RS-485.................................................... 16 3.4 Bell202.................................................... 19 4 25 4.1........................................................ 25 4.2........................................................ 25 4.3.......................................................... 26 4.3.1.......................................... 27 i

4.3.2................................................. 28 4.4..................................................... 28 4.5................................................. 30 4.5.1.............................................. 30 4.5.2............................................ 30 4.5.3.............................................. 30 4.5.4................................................ 30 4.6........................................................ 30 5 33 5.1........................................................ 33 5.2...................................................... 33 5.3.......................................................... 34 5.3.1.............................................. 34 5.3.2.......................................... 34 5.3.3............................ 35 5.4.......................................................... 35 6 37 6.1........................................................ 37 6.2.......................................................... 37 6.3.......................................................... 38 6.3.1................................................ 38 7 39 7.1........................................................ 39 7.2.......................................................... 39 7.3................................................. 41 7.3.1................................... 42 7.3.2.............................................. 42 7.3.3............................................ 53 7.3.4................................................ 56 7.3.5................................................. 56 7.4...................................................... 58 7.5...................................................... 59 7.6...................................................... 59 8 61 8.1........................................................ 61 8.2.......................................................... 61 8.3...................................................... 63 8.3.1..................................................... 63 8.3.2................................................ 64 8.3.3................................................. 65 8.4...................................................... 66 8.4.1................................................. 66 8.4.2................................................. 66 8.4.3................................................. 67 8.4.4................................................. 67 8.5...................................................... 70 ii 3000 MVD

8.5.1................................................ 71 8.5.2.............................................. 72 9 75 9.1........................................................ 75 9.2 API.......................................................... 75 9.3....................................................... 76 9.3.1..................................................... 76 9.3.2 CTL.............................................. 76 9.4................................................... 76 9.4.1................................................... 77 9.4.2.................................................. 78 10 79 10.1........................................................ 79 10.2....................................................... 79 10.3....................................................... 79 10.4................................................... 80 11 83 11.1........................................................ 83 11.2....................................................... 83 11.3................................................... 84 11.4............................................................ 85 11.5.......................................................... 86 11.5.1......................................... 88 11.6........................................................ 88 11.6.1.............................................. 89 11.7....................................................... 90 11.7.1....................................... 92 12 93 12.1........................................................ 93 12.2........................................................ 93 12.3..................................................... 94 12.4..................................................... 94 12.5.......................................................... 95 13 97 13.1........................................................ 97 13.2....................................................... 97 13.3 RS-485.................................................... 99 13.3.1 HART Modbus RTU Modbus ASCII.................. 99 13.3.2........................................... 101 13.4 Bell 202.................................................. 102 13.4.1............................................. 103 13.4.2................................................. 103 13.4.3........................................... 104 13.5...................................................... 104 iii

14 105 14.1....................................................... 105 14.2..................................................... 105 14.3......................................................... 106 14.4 (NTEP)............................................... 107 14.5 (OIML) (OIML/batch)........................... 108 14.6..................................................... 111 14.6.1................................................ 111 14.6.2................................................ 112 14.6.3............................................... 113 14.7..................................................... 115 15 117 15.1....................................................... 117 15.2......................................................... 117 15.3......................................................... 119 15.3.1................................................ 119 15.3.2.................................................... 120 15.4......................................................... 121 15.4.1................................................ 121 15.4.2.................................................... 122 15.5 NTEP................................................ 123 15.5.1................................................ 123 15.5.2.................................................... 124 15.6 OIML................................................. 125 15.6.1................................................ 125 15.6.2.................................................... 127 15.7 OIML................................................. 129 15.7.1................................................ 129 15.7.2.................................................... 131 16 133 16.1....................................................... 133 16.2............................................................. 133 16.2.1......................................... 134 16.3....................................................... 134 16.3.1....................................... 135 16.3.2...................................... 135 16.3.3........................................... 135 16.3.4...................................... 138 16.4.................................................... 138 16.4.1....................................... 139 16.4.2....................................... 139 16.4.3.................................. 139 16.4.4........................................... 139 16.5..................................................... 140 17 143 17.1......................................................... 143 17.2.................................................. 143 17.3......................................................... 143 iv 3000 MVD

17.4................................................ 144 17.5...................................................... 145 17.5.1............................................. 146 17.5.2............................................... 147 17.5.3................................................. 147 17.5.4............................................... 147 17.5.5............................... 147 17.5.6............................................... 148 17.5.7 LCD................................................ 148 17.5.8................................................. 148 17.5.9................................................. 148 18 149 18.1....................................................... 149 18.2...................................................... 149 18.3...................................................... 150 18.3.1................................................. 151 18.3.2............................................. 153 18.4...................................................... 153 18.5.............................................. 157 18.5.1 /.......................................... 157 18.5.2........................................ 157 18.6 AOC.................................................... 157 19 159 19.1....................................................... 159 19.2.............................................. 159 19.3.............................................. 159 19.4 (NTEP)................................................... 162 19.4.1 BOL.................................................. 162 19.4.2 (NTEP).................................. 162 19.4.3 (NTEP)................................. 162 19.4.4 3000................................... 163 19.4.5.................................................. 163 19.5 (OIML) (OIML/batch)............................... 163 19.5.1 BOL.................................................. 163 19.5.2 OIML................................. 163 19.5.3 OIML/batch............................ 164 19.5.4 OIML OIML.............. 165 19.5.5................................................. 166 19.5.6 3000................................... 167 19.6.............................................. 169 19.7 3000............................................ 169 19.8......................................................... 169 19.8.1........................................... 170 20 173 20.1....................................................... 173 20.2............................................................. 173 20.3....................................................... 174 20.4.................................................... 176 20.5.................................................. 176 v

20.6.................................................. 176 21 179 21.1............................................................. 179 21.2........................................... 179 21.2.1............................................. 180 21.2.2....................................... 181 21.2.3.................................................... 181 21.2.4............................................... 182 21.3.................................................. 183 21.3.1.................................... 183 21.3.2................................ 184 21.3.3...................................... 186 21.3.4.............................. 190 21.3.5........................... 195 21.4..................................................... 196 21.5..................................................... 197 21.5.1....................................... 197 21.5.2............................................. 199 21.6..................................................... 201 22 203 22.1....................................................... 203 22.2..................................................... 203 22.3......................................................... 206 22.4.................................................... 207 22.5............................................ 208 22.6.................................................... 208 22.6.1............................................... 208 22.6.2................................................ 209 22.6.3................................................ 209 22.6.4........................................... 209 22.6.5................................................ 211 22.7..................................................... 212 22.7.1............................................. 212 22.7.2............................................... 215 22.7.3................................................ 216 22.7.4................................................ 222 22.8......................................................... 224 22.9 3300 3500 A009/A026................................ 224 22.10 /.................................................... 225 22.11..................................................... 227 22.11.1............................................. 227 22.11.2.................................... 228 22.11.3................................................ 228 22.11.4 HART....................................... 228 22.11.5............................................. 228 22.11.6.................................... 229 22.11.7......................................... 229 22.12.................................................. 229 22.13.................................................. 229 22.14 ma.................................................. 229 22.15............................................ 229 vi 3000 MVD

22.16.................................................... 229 22.17......................................................... 230 22.18....................................................... 230 22.18.1........................................... 230 22.18.2........................................... 230 22.18.3........................................... 231 22.18.4.............................................. 231 22.18.5........................................... 232 22.19.................................................... 232 22.19.1 LED................................... 232 22.19.2................ 234 22.20 RTD............................................. 235 22.20.1........................... 235 22.20.2 4............................................. 236 A 3300 3500 241 A.1....................................................... 241 A.1.1.................................................. 241 A.1.2.................................................. 241 A.2 /...................................................... 241 A.3............................................................. 241 A.4............................................................. 241 A.5......................................................... 246 A.5.1.................................................. 246 A.5.2.................................................. 246 A.6....................................................... 246 A.6.1............................................. 246 A.6.2........................................... 246 A.6.3........................................... 247 A.6.4................................................. 248 A.7......................................................... 248 A.7.1 3300............................................ 248 A.7.2 3500............................................ 248 A.8......................................................... 249 A.9......................................................... 249 A.10...................................................... 249 A.10.1 ATEX................................................... 249 A.10.2 UL CSA............................................... 249 A.11......................................................... 249 A.12......................................................... 249 B 3350 3700 251 B.1.................................................... 251 B.2 /.................................................. 251 B.3............................................................. 251 B.4............................................................. 251 B.5......................................................... 255 B.6....................................................... 255 B.6.1............................................. 255 B.6.2........................................... 255 B.6.3........................................... 255 B.6.4................................................. 256 B.7......................................................... 257 vii

B.8......................................................... 257 B.9......................................................... 257 B.10..................................................... 257 B.10.1 ATEX................................................... 257 B.10.2 UL CSA............................................... 257 B.11......................................................... 258 B.12......................................................... 258 C 3100 259 C.1............................................................. 259 C.2....................................................... 259 C.3..................................................... 259 C.3.1 ATEX................................................... 259 C.3.2 UL CSA............................................... 259 D 261 D.1......................................................... 261 D.2..................................................... 261 D.2.1.................................................... 261 D.3..................................................... 261 D.3.1 3100.............................................. 261 D.3.2......................................... 262 D.4....................................................... 262 D.5 3000......................................... 262 D.5.1 3000........................................ 262 D.6 3100............................................ 263 D.7.............................................. 269 E 273 E.1............................................................. 273 E.2............................................ 273 F 3000 277 F.1............................................................. 277 F.2....................................................... 277 F.3......................................................... 278 F.4......................................................... 279 F.5......................................................... 281 G ProLink II Pocket ProLink......................... 289 G.1............................................................. 289 G.2....................................................... 289 G.3 ProLink II /............................................ 290 G.4 3000........................................ 290 G.5....................................................... 291 viii 3000 MVD

H 375 297 H.1............................................................. 297 H.2 DD.......................................................... 297 H.3 375 3000...................................... 297 H.4.................................................. 297 I 305 I.1............................................................. 305 I.2......................................................... 306 I.3......................................................... 309 I.4 (NTEP).................................................. 309 I.5 (OIML)................................................... 310 I.6 (OIML)................................................... 313 J 315 J.1.................................................... 315 J.2...................................................... 315 K 317 K.1............................................................. 317 K.2................................................ 317 K.3...................................................... 317 L NE 53 319 L.1............................................................. 319 L.2...................................................... 319 ix

x 3000 MVD

1 1.1 3000 3500 3700 3300 3350 API 3000 3000 (www.micromotion.com) (www.micromotion.com) 3000 (www.micromotion.com) 1.2 3000 1

3000 1.3 ATEX www.micromotion.com/atex 1.4 2006/66/EC 1.5 3000 3300 3350 3500 3700 MVD 17.5.9 3500 3700 3300 3350 IFT9701 2 3000 MVD

1.6 3000 ProLink II v2.5 ( ProLink II v2.9 ) Pocket ProLink v1.3 DD 375 3000 Mass flo v7 DD v2 F ProLink II 3000 G H 1.7 3000 3000 1. 3000 2 2. 3 3. 4 4. 5 15 a. 5 b. 6 c. 7 d. API 9 3000 3000 e. 10 f. 11 g. 8 h. 12 i. 13 j. 14 k. 15 3

5. 16 6. 3000 17 19 7. 20 8. 3000 21 9. 22 4 3000 MVD

1.8 3000 1-1 1-1 / 3300 3500 3300 3500 3350 3700 3500 (MVD) 3300 3500 (MVD) 3300 3700 (MVD) 3350 3000 ProLink II 3000 ProLink II ProLink II 1.9 400-820-1996 021-28929001 flow.support@emerson.com. 5

6 3000 MVD

2 2.1 3000 2.2 3000 1. (QRG) 2-1 2. 3300 3500 A 3350 3700 B 3. 4. 2-1 3000 3000 3300 3500 3300 3500 3350 3700 3500 (MVD) 3300 : 3500 (MVD) 3300 : 3700 (MVD) 3350 : 2.3 RFT9739 3500 RFT9739 3500EXTENDEDM 3000 RFT9739 7

2.4 3350 3700 3 2.5 3000 5-95% 140 F (60 C) IEC 68.2.6 5-2000 Hz 1.0 g 50 3000 2.6 3300 3300 3300 EN 50529 (IEC 529) IP65 3300 EN 50529 (IEC 529) NEMA 4X 2.7 3300 3350 18 AWG (0,80 mm 2 ) 1000 300 500 (150 ) 8 3000 MVD

2.8 3350 3700 3350 3700 3350 3700 90 180 270 1. 2. 3. 4. 5. 9

6. 7. 2.9 3500 3700 A-4 B-4 1. 4 (4 mm) 2. 3. 4 30-38 - 3-4 - 2.10 3500 3700 2.10.1 4 4 4 ATEX UL CSA 10 3000 MVD

9 9-9 2.10.2 2-1 2-1 3700*****B***** 3700*****C***** 2.11 / 1/2 14 NPT M20 x1.5 4 3/4 14 NPT 9 3000 3500**F******** 3500**G******** 3700**F******** 3700**G******** 2.11.1 2-2 3000 / / 2-3 11

2-2 / 3300 3500 3300 3500 3350 3700 / / / 2-3 / 3300 3500 3300 3500 / 3350 3700 Comm1 Comm2 Comm3 / 12 3000 MVD

2.11.2 3000 / 3000 / 3300 3500 / / 2-4 2-4 / 3000 / 3300 3500 2.11.3 3000 D 3100 C 2.12 3000 PLC ProLink. II 3 13

14 3000 MVD

3 3.1 3000 PLC ProLink II 375 HART Tri-Loop 13 3.2 3-1 3000 HART/Bell202 RS-485 3-1 3000 Bell 202 HART RS-485 RS-485 Modbus HART 3.2.1 3.2.2 RS-485 RS-232 USB RS-485 RS-232 USB PLKUSB485KIT PLK485KIT 15

IC521A-F ETO 9 25 ProLink PC PCIA 3000 PCIA RTS 3000 RS-485 3.2.3 Bell 202 RS-232 Bell 202 RS-232 PLKUSB202KIT PLK202KIT Bell202 9 25 Bell202 HART 3.3 RS-485 3000 RS-485 1. 3000 RS-485 3-2 2-2 3000 / 2-3 Comm1 Comm2 Comm3 / 3-2 RS-485 RS-485 RS-485 / A B 3300 3500 / a 32 c 32 3300 3500 / DIN / 25 24 3350 3700 12 11 16 3000 MVD

2. 3000 RS-485 3000 4000 1200 3300 3500 3-1 / 3300 3500 3-2 3350 3700 3-3 3. 4. 13.3 RS-485 3-1 3300 3500 RS-485 / 3000 120 Ω ½W RS-485 A RS-485 B 24 AWG (0,25 mm 2 ) RS-485 / RS-232 9 25 17

3-2 3300 3500 RS-485 / / 24 AWG (0,25 mm 2 ) RS-485 A 9 25 RS-485 / RS-232 RS-485 B 3000 120 Ω ½W 3-3 3350 3700 RS-485 / 9 25 RS-485 B RS-485 / RS-232 22 AWG (0,35 mm 2 ) RS-485 A 3000 120 Ω ½W 18 3000 MVD

3.4 Bell202 3000 Bell 202 1. 3000 3-3 2-2 3000 / 2-3 3-3 Bell 202 / + 3300 3500 / c 2 a 2 3300 3500 / DIN / 14 15 3350 3700 2 1 2. HART 3. 3000 3000 4000 1200 HART 3300 3500 3-4 / 3300 3500 3-5 3350 3700 3-6 HART/ 3-7 3000 HART 3-8 3-9 3000 HART Tri-Loop 3-10 HART Tri-Loop 3-11 HART 4. HART 250-600 Ω 5. 13.4 Bell 202 19

3-4 3300 3500 HART 24 AWG (0,25 mm 2 ) 600 Ω 250 Ω HART / 9 25 3-5 3300 3500 HART / 9 25 / 24 AWG (0,25 mm 2 ) HART 600 Ω 250 Ω 20 3000 MVD

3-6 3350 3700 HART 22 AWG (0,35 mm 2 ) 9 25 HART 600 Ω 250 Ω / 3-7 3350 3700 HART HART + 3300 3500 820 Ω HART HART/ - 600 Ω - 250 Ω HART + / 3300 3500 HART + 3350 3700 21

3-8 SMART FAMILY HART ProLink II v2.x, HART AMS HART HART 3000 SMART FAMILY HART 4-20 24VDC 600 Ω 250 Ω HART 3-9 ma ( ) + 3000 + DC 600 Ω 250 Ω 22 3000 MVD

3-10 HART Tri-Loop 2 ma 3 3000 1 + DC HART Tri-Loop 3-11 600 Ω 250 Ω ma 3000 HART Tri-loop 600 Ω 250 Ω 2 3 + HART Tri-Loop 1 + + DC DC 23

24 3000 MVD

4 4.1 3000 4.2 3000 5 1. 2-3 2. 2-3 3. 4-1 18-1 4-1 5 DEVICE 1 2 Mass Flow Rate 2.33 g/s Mass Total 485.88 g RESET EXIT 4. 22 25

4.3 3000 4-2 4-3 F 4-2 Management Configuration Maintenance Security Language System Inputs Discrete batch (1) Measurements Outputs Monitoring Digital communication Active alarm log Alarm history Alarm event log Batch inventory (1) Process inventory Meter fingerprinting (2) Audit trail (3) Calibration Diagnostics Meter verification (4) Security Passwords Weights & Measures (3) Language (1) (2) (3) (4) 4-3 View Active alarm log Preset selections (1) Process totalizers Density curves (2) Applications list Process monitoring Batch inventory (1) Diagnostic monitor LCD options (1) (2) 26 3000 MVD

4-4 (Management) 4-1 (View) (View) (EXIT) 4-1 4.3.1 3000 (Management) 4-4 4-5 - (Management) - (Maintenance) 4 1. 2. SEL 5 5 DEVICE 1 2 Mass Flow Rate 2.33 g/s Mass Total 485.88 g PRINT RESET EXIT DEVICE 1 Configuration Maintenance Security Language SEL EXIT 27

4-5 5 DEVICE 1 2 Mass Flow Rate 2.33 g/s Mass Total 485.88 g PRINT RESET EXIT Enter Password SEL HELP EXIT 4.3.2 (Management) (Management) EXIT 4.4 F1 F2 F3 4-6 4-6 4.5 28 3000 MVD

4-6 ALARMS DEVICE 1 Configuration Maintenance Security Language SEL HELP EXIT F1 START STOP END RESET SEL CHG SAVE YES ACK PRINT CLEAR F2 HELP RESUME RESET PRINT NEXT ACKALL RESET-T F3 F1 F3 VIEW EXIT NO PREV ABORT 29

4.5 (SEL) (CHG) 4.5.1 (CHG) (SAVE) (EXIT) 4.5.2 Yes No (SAVE) (EXIT) 4.5.3 4-7 (HELP) 4.5.4 12 4.6 1234000.00 1.234E6 1.234+6 30 3000 MVD

4-7 Density Density Units g/cm3 Density Damping 1.7 sec Density Cutoff 0.005000 g/cm3 Slug Low Limit 0.005000 g/cm3 CHG HELP EXIT Density Density Units g/cm3 Density Damping 1.7 sec Density Cutoff 0.005000 g/cm3 Slug Low Limit 0.005000 g/cm3 SAVE HELP EXIT 5 DEVICE 1 2 Mass Flow Rate 2.33 g/s Mass Total 485.88 g PRINT RESET EXIT YES/NO YES/NO 31

32 3000 MVD

5 5.1 3000 5-1 5-2 1.7 5.2 5-1 (Security) (Management) (Security) 4 14 5-1 Security Security Passwords Weights & Measures (2) (see Chapter 14) Enable security Write protect (1) Totalizer reset (1) Maintenance Press 1 Press 2 Press 3 Press 4 Configuration Press 1 Press 2 Press 3 Press 4 (1) (2) (3) World Area OIML Alarm log (2)(3) (see Chapter 14) 33

5.3 Management 3000 14 OIML 14 5.3.1 (Management) (Management) 4.3.1 Enable Security Enable Enable Security Disable 1. 2. Press 1 Press 4 1. 2. (SEL) 5.3.2 Write Protect Enable Write Protect Disable 34 3000 MVD

5.3.3 No Reset ProLink II HART Modbus Display Only 3000 Remote Only ProLink II HART Modbus Display & Remote 20 5.4 5-2 (Language) (Management) Language 4 3000 5-2 Language Language Language list 35

36 3000 MVD

6 6.1 6-1 1.7 6.2 6-1 (System) 6-1 (Management) (System) 4 6-1 System Tag Time Date Alarm severity Hour Minute Second Day Month Year (1) 3500 3700 Electronics alarms Process alarms Sensor alarms (1) Configuration alarms 37

6.3 6-1 6-1 Tag (1) Device 1 8 / Time 2 2 2 Date 4 2 Alarm severity 6.3.1 (1) HART HART ( HART ) HART 13.4 6.3.1 6-2 6-2 Fault Informational Ignore 8 A020 ( Fault) Information) Ignore) A102 ( ) Informational Ignore) Fault) CHG F1 F1 CHG 22.7 38 3000 MVD

7 7.1 7-1 7-2 1.7 7.2 7-1 7-2 Inputs Management Inputs management 4 - - - - - LD 3300 3350 7-2 39

7-1 Inputs Core processor (1) Other inputs See Figure 7-2 Enable/ Disable Configure process var Sensor cal data Sensor information Discrete inputs Flow variables Flow damping Flow direction Mass units Mass low flow cutoff Volume flow type Volume units (2) Std gas volume units (3) Std gas volume cutoff (3)(4) Std gas density (3) Vol low flow cutoff (2) Special mass units Special volume units (2) Special gas std units (3) Temperature Temperature units Temperature damping Density Density units Density damping Density cutoff Slug low limit Slug high limit Slug duration Yes FCF FTG FFQ D1 D2 D3 D4 K1 K2 K3 K4 FD DT DTG DFQ1 DFQ2 Temp. slope Temp. offset Mass factor Density factor Volume factor T-Series Setup No Flow cal D1 D2 K1 K2 FD Dens temp coeff Temp. cal factor Mass factor Density factor Volume factor Sensor model no. Sensor serial no. Sensor material Sensor flange Sensor liner LD Optimization Start zero Reset mass total Reset volume total Reset API cor vol tot (5) Reset ED std vol tot (6) Reset ED net mass to (6) Reset ED net vol tot (6) Reset all totals Start/stop all totals Start meter verify (7) (1) 3500 3700 (2) Liquid Volume (3) Gas Standard Volume (4) (5) (6) (7) 40 3000 MVD

7-2 Core processor inputs See Figure 7-1 Inputs Frequency input Flow rate units Scaling method Reset all totals (1) Start/Stop all totals (1) Frequency=flow Frequency Flow K-factor Pulses/unit Pulses/unit K-factor (1) 3300 3350 (2) 3500 3700 (3) (4) 7.3 Units/pulse Units/pulse K-factor Discrete inputs External inputs (2) Discrete input 1 Polarity 2 None Discrete input 1 Discrete input 2 Polling variable 1 Polling control Polling variable External tag Pressure compensation (3) Pressure units (3) Flow factor (3) Density factor (3) Cal pressure (3) External temperature compensation (4) 2 41

7.3.1 7-1 7-1 Enable core processor Yes No RTD (1) (1) 22 7.3.2 7-2 7-3 7-4 7-6 7-2 Flow damping 0.8 sec 2.56 0.0-51.2 8.4.4 Flow direction Forward 4mA 0 7-3 4mA 7-4 4 ma 8.4.4 7.3 Mass units g/s 7-4 Mass low flow cutoff 0.00000 g/s 8.4.4 Volume flow type Liquid - Liquid - gas standard - Liquid Volume units (1) l/s 7-5 42 3000 MVD

7-2 SCFM Volume low flow 0.00000 l/s 8.4.4 cutoff (1) Standard gas volume SCFM 7-6 units (2) Standard gas volume 0.0000 cutoff (3) (2) 8.4.4 Standard gas density (2) 0.10000 g/cm 3 (1) Liquid (2) Gas standard (3) 7-3 4 ma value = 0 20 12 4 -x (1) 0 x (2) 20 ma = x 4 ma = 0 4mA 20mA 8.4.4 20 12 4 -x 0 x (1) (2) / (1) (2) 20 12 4 -x 0 x (1) (2) / 43

7-4 4 ma value < 0 20 20 20 12 4 12 4 12 4 x 0 x x 0 x x 0 x (1) (2) (1) (2) (1) (2) / / 20 ma = x 4 ma = x x < 0 4mA 20mA 8.4.4 (1) (2) 1 = 4 ma = 0 g/s; 20 ma = 100 g/s 7-3 4mA 100g/s 4mA 20mA 100g/s 20.5mA 20.5mA 44 3000 MVD

2 = 4 ma = 0 g/s; 20 ma = 100 g/s 7-3 4 100g/s 4mA 20mA 100g/s 20.5mA 20.5mA 3 = 4 ma = 100 g/s; 20 ma = 100 g/s 7-4 12 ma - 100g/s 12 ma 20 ma - 100 g/s 20.5 ma 20.5 ma - 100 g/s 4 12-100 g/s 3.8 ma 3.8 ma 45

7-3 (1) (2) Forward only Reverse only 0 Hz Bidirectional Absolute value (3) Negate/Forward only Zero (3) Negate/Bidirectional All 0 Hz 0 (1) (2) 8.3.2 (3) (4) (4) Forward only 0 Hz Reverse only Bidirectional Absolute value (3) Negate/Forward only Negate/Bidirectional 7-4 (1000 kg) (1000 kg) (1000 kg) g/s g/min g/hr kg/s kg/min kg/hr kg/day t/min t/hr t/day lb/s lb/min 46 3000 MVD

7-4 (2000 lb) (2000 lb) (2000 lb) (2240 lb) (2240 lb) lb/hr lb/day STon/min STon/hr STon/day LTon/hr LTon/day Special 7-5 (1) (1) (1) (1) (2) (2) cuft/s cuft/min cuft/hr cuft/day cum/s cum/min cum/hr cum/day Usgps Usgpm Usgph Usgpd MilGal/day l/s l/min l/hr MilL/day UKgps UKgpm UKgph UKgpd bbl/s bbl/min bbl/hr bbl/day b bbl/s b bbl/min 47

7-5 (2) (2) (1) 42 (2) 31 b bbl/h b bbl/d Special 7-6 Sl/s Sl/min Sl/h Sl/d Nm3/s Nm3/min Nm3/h Nm3/d SCFS SCFM SCFH SCFD Sm3/s Sm3/min Sm3/h Sm3/d Special Standard Gas Density ProLink II 3000 1. ProLink > Configure > Flow 2. Gas Wizard 3. a. Choose Gas b. 48 3000 MVD

4. a. Enter Other Gas Property b. c. 5. Next 6. Change Reference Conditions 7. Next Finish Back 3000 - kg, m 3 - [ ] [ ] [ ] [ ] 49

1. 2. 1 / = 8 / 3. / 7-7 7-7 g Sec 1.0000 NONE 8 NONE 8 l Sec 1.0000 NONE 8 NONE 8 SCF Min 1.0000 NONE 8 NONE 8 50 3000 MVD

7-8 7-8 7-9 Density units g/cm 3 7-9 Density damping 1.6 sec 0.0-51.2 8.4.4 Density cutoff 0.2 g/cm 3 Slug low limit 0.000000 g/cm 3 Slug high limit 5.000000 g/cm 3 / 0.0-10.0 / 22.7.3 / 0.0-10.0 / 22.7.3 Slug duration 0.0 sec 0.0-60.0 0.0 22.7.3 7-9 / API SGU g/cm3 kg/m3 lb/gal lb/cuft g/ml kg/l g/l lb/cuin STon/CuYd deg API 51

7-10 7-10 Temperature units degc Temperature damping 4.8 sec 0.0-38.4 8.4.4 63% 8.4.4 7-11 7-11 0,.2,.4,.8,... 51.2 0,.2,.4,.8,... 51.2 0,.6, 1.2, 2.4, 4.8,... 38.4 52 3000 MVD

8.4.4 7.3.3 3300 3350 T-Series Other T- - Yes T- - No 7-1 3000 7-5 7-6 DT TC 53

7-5 T 7-6 T- 19.0005.13 12502142824.44 0.0010 12502.000 0.9980 14282.000 4.44000 310 19.0005.13 12500142864.44 D1 D2 D1 Dens A D1 D2 Dens B D2 K1 K2 K1, 7-6 12500 K2, 7-6 14286 FD DT TC, 3 7-6 4.44 54 3000 MVD

6 FCF 4 FT 10 T- FCF FT FCF X.XXXX FT X.XX T-10 FCF 10 Flow Cal 7-12 7-12 21 D3 D4 D3 D4 21.5 K3 K4 D3 D4 D3 D4 K3 K4 T Temperature slope Temperature offset Temp cal 7 Temp cal 6 1.000000 21.6 0.000000 21.6 55

LD Optimization LD LD LD LD ProLink II / 7.3.4 7-13 7-13 0 7.3.5 7.5 7.5 10 7-14 3300 3350 7.4 11 15 56 3000 MVD

7-14 Start zero 16.3 Reset mass total 1 2 Reset volume total 1 Reset GStd vol total 2 3 Reset API corrected 4 volume total (1) 5 API Reset ED standard ED volume total (2) Reset ED net mass ED total (2) Reset ED net volume ED total (2) Reset all totals Start/stop all totals Start meter verify (3) 21.2.1 (1) (2) (3) 57

7.4 7-15 7-15 Flow rate units kg/min 7-4 Scaling method Frequency = flow = / / 0-20,000 Hz Frequency 1000.000 Hz = Hz Flow 999.9999 kg/min = Pulses 60.00 pulses / Units 0.0167 kg / K-factor 1.0000 K- 3300 3350 K- 0.0001-2.0000 Reset all totals (1) Start/Stop all totals (1) (1) 3300 3350 3300 5483 / 5482 / K- K- 0.9998 8.5 58 3000 MVD

7.5 7-16 7.3.5 7-16 7.3.5 10.7 15 0.0 0.8 V 3.0 30.0 V 3.0 30.0 V 0.0 0.8 V 7.6 HART/Bell202 V2.1 v2.2 CTL (View) 17.5.9 (Applications List) HART 3.4 7-17 59

7-17 Polling control 3000 HART HART 3000 HART Polling variable External tag HART Pressure compensation (1) (1) (2) Enable Disable Pressure units PSI Flow factor (1) 0.0000 % PSI PSI 0.000004% PSI 0.000004 % PSI Density factor (1) 0.0000 g/cm3 per PSI PSI 0.000004% PSI 0.000004 % PSI Calibration pressure (1) 0.0000 PSI 20 psi External temperature compensation (2) Disable Enable Disable 60 3000 MVD

8 8.1 8-1 1.7 8.2 8-1 Outputs Management Outputs Management 4 ma 61

8-1 Outputs Discrete outputs Milliamp outputs Frequency output Discrete output 1 2 3 Milliamp output 1 2 Polarity Active high Active low Assignment Discrete input 1 Discrete input 2 Discrete event 1 Discrete event 2 Discrete event 3 Discrete event 4 Discrete event 5 Flow switch Flow direction Cal in progress Fault condition Batch timeout (1) Batch in progress (1) Batch end warn (1) Batch overrun (1) Batch pump (1) Batch primary valve (1) Batch secondary valve (1)(2) Printer job status (3) Display error (3) None Fault indication Flow switch source (4) Flow switch setpoint (4) Switch hysteresis (4) Fault indication Condition Setting Last measured value timeout Variable assignment Mass flow rate Temperature Density Line (gross) volume flow rate (5) API: Temp corrected density (6) API: Temp corrected (standard) volume flow (6) API: Batch weighted average density (6) API: Batch weighted average temperature (6) ED: Density at reference (7) ED: Density (fixed SGU) (7) ED: Standard volume flow rate (7) ED: Net mass flow rate (7) ED: Net volume flow rate (7) ED: Concentration (7) Drive gain External pressure External temperature Gas standard volume flow rate (8) Frequency input flow rate Calibration span 20 ma 4 ma Low flow cutoff Damping seconds 4.0 ma minimum (9) 20.0 ma maximum (9) Minimum span (9) Flow source Mass flow rate Line (gross) volume flow rate (5) Gas standard volume flow rate (8) API: Temp corrected (standard) volume flow (6) ED: Standard volume flow rate (7) ED: Net mass flow rate (7) ED: Net volume flow rate (7) Frequency input flow rate Scaling method Frequency = flow Pulses/unit Units/pulse Frequency (10) Flow (10) Pulses/unit (11) Units/pulse (12) Max. pulse width Power Active Passive Polarity Active high Active low Fault indication Downscale Upscale Internal zero None Fault frequency (13) Last measured value timeout (1) (2) 2 (3) World Area OIML (4) (5) Liquid (6) (7) (8) Gas Standard (9) (10) = (11) / (12) / (13) 62 3000 MVD

8.3 D 3100 C 8.3.1 ON OFF 8-1 8-2 8-1 8-2 +24 V 24V DO 0V DO 0V DO 24V DO 3.2 kω + 63

8.3.2 ON/OFF 8-2 8-2 None None Discrete input 1 1 Discrete input 2 2 Discrete event 1 1 Discrete event 2 2 Discrete event 3 3 Discrete event 4 4 Discrete event 5 5 Flow switch Flow direction Calibration in progress ON Fault condition 22.6 Batch timeout Batch in progress batch in progress batch in progress Batch end warn batch end warn Batch overrun batch overrun Batch pump Batch primary valve 64 3000 MVD

8-2 Batch secondary valve Printer job status (1) Display error FDW, EPSON, (1) World Area OIML Flow switch 5% 0.1% 10% OFF 100 g/sec 95 g/sec ON 105 g/sec OFF 95 g/sec (Batch pump) (Primary Valve) - (Primary Valve) - (Secondary valve) - (Batch pump) 8.3.3 8-4 65

8-3 Upscale Downscale None DO ON DO DO OFF 0 V DO DO DO OFF 0 V DO DO ON DO 8.3.2 None ON OFF 8.4 8.4.1 1 2 8.4.2 Upscale downscale (Condition) (Condition) 8-4 None 8-4 66 3000 MVD

8-4 3000 (1) Condition / Upscale Downscale Condition / Downscale Condition / Internal zero Condition / None Last measured value timeout (1) (2) ma 8.4.3 8.4.4 ma 0 sec 3000 0.0 60.0 (2) 8-5 21.0 24.0 ma 22.0 ma 1.0 3.6 ma 2.0 ma LRV URV 8.4.4 67

8-5 20 ma URV 20.0mA LRV URV 4 ma LRV 4.0mA LRV URV Low flow cutoff (1) Damping seconds (2) 4.0 ma minimum 20.0 ma maximum Minimum span 0.0 0 sec 4.0 ma 20.0 ma (1) (2) LRV URV 20mA 4mA URV LRV LRV URV LRV URV 8-6 8-6 LRV URV LRV URV 200.000 g/s 200.000 g/s 0.200 l/s 0.200 l/s 0.000 g/cm 3 10.000 g/cm 3 240.000 C 450.000 C 0.000% 100.000% 423.78 SCFM 423.78 SCFM 240.000 C 450.000 C 0.000 bar 100.000 bar 0% 100% 0 10 0 10 68 3000 MVD

rev7.0 LRV URV LRV URV LRV URV LRV URV LRV URV ma ma 7.3 ma ma ma AO 10 g/sec 15 g/sec 15 g/sec ma ma AO 15 g/sec 10 g/sec 15 g/sec 10 g/sec - ma - 10 g/sec 7.3 ma ma 7.3 ma 69

1 ma ma 2 3 ma 3000 1 8.5 8-7 8-7 Flow source (1) (1) API Scaling method Frequency = flow = / / Frequency (2) 1000.000 Hz Hz 8.5.1 0 10,000Hz Flow (2) 16666.6699 g/sec 8.5.1 Pulses/unit (3) 0.0600 70 3000 MVD

8-7 Units/pulse (4) 16.6700 g Maximum pulse width 277 ms 500 HZ 0.5 ms 277.2352 ms 8.5.2 Power Active 24 VDC 20 VDC 3VDC 10 ma 500 ma Polarity Active high Fault indication Downscale 0Hz - 0Hz - - - Fault frequency 15000.000 HZ 10.000 15000.000 Last measured value timeout 0 sec 3000 (5) (1) 7.3.2 (2) = (3) / (4) / (5) ma ma 8.5.1 = (Frequency = Flow) (Frequency) (Flow) = ----------- N T = T = N = 71

0 10,000 Hz 1Hz / 10,000 Hz / 2000 lbs/min 10 = ----------- N T = ----------- 3000 = 333.33 = 2000 8.5.2 3000 0.0 V 8-3 8-3 = = 0 0.5 277.2352 ms 0 50 50 8-4 72 3000 MVD

8-4 50% 50% 3000 - - 50% PLC = -------------------------------------------- 50 PLC 10 Hz 50 10 Hz 50 ON OFF 10 Hz 50% = 200 Hz 8.5.1 pulse/unit unit/pulse 73

74 3000 MVD

9 9.1 API 9-1 3000 17.5 1.7 9.2 API 9-1 API API Measurements Management Management 4 9-1 API Discrete events See Chapter 10 (1) 6C 24C 54C (2) (3) 53x 54x Measurements Density functions See enhanced density manual API Table type User defined TEC (1) Temperature units (2) Density units (2) Reference temperature (3) 75

9.3 CTL API API 3000 9.3.1 API CTL CTL VCF TEC VCF CTL VCF 9.3.2 CTL CTL 1 2 9.4.1 9.4 9-1 9-1 Table type 9.4.1 User defined TEC (1) CTL Temperature units (2) Density units Reference 53X 54X temperature CTL C (1) 6C 24C 54C (2) API 7.3 76 3000 MVD

9-2 9.4.1 CTL - 5x 6x 23x 24x 60 F - 53x 54x 15 C 14.0 14.5 C CTL - 5 23 53 CTL 1 9.3.2-6 24 54 CTL 2 9.3.2 A B C D - A JP4 - B - C - D - API - (SG) - (kg/m 3 ) 9-2 API CTL API 5A Method 1 60 F 0-100 5B Method 1 60 F 0-85 5D Method 1 60 F 10 - +40 23A Method 1 60 F 0.6110-1.0760 23B Method 1 60 F 0.6535-1.0760 23D Method 1 60 F 0.8520-1.1640 53A Method 1 15 C 610-1075 kg/m 3 53B Method 1 15 C 653-1075 kg/m 3 53D Method 1 15 C 825-1164 kg/m 3 6C Method 2 60 F 60 F API 24C Method 2 60 F 60 F 54C Method 2 15 C 15 C kg/m 3 77

9.4.2 CTL 7.6 3000 CTL 78 3000 MVD

10 10.1 10-1 1.7 10.2 10-1 Discrete events Discrete events Measurements Management Management 4 10.3 3000 3000 rev7.0 3000 3500 3700 3300 3350 79

10-1 Measurements Process Discrete comparator events Density functions See enhanced density manual API See Chapter 9 Discrete event 1 2 3 4 5 Event type HI LO IN HI/LO OUT HI/LO Process variable HI PV value (1) LO PV value (2) (1) HI IN HI/LO OUT HI/LO (2) LO IN HI/LO OUT HI/LO 10.4 1-5 1 Discrete event 1 5 2 10-1 10-1 HI HI (1) LO (1) IN HI/LO (1) OUT HI/LO (1) (1) 3 80 3000 MVD

4 10-2 HI HI PV 100 lb/min 100 lb/min 100 lb/min 10-2 HI PV LO PV HI OUT HI/LO IN HI/LO OUT HI/LO IN HI/LO LO PV LO OUT HI/LO IN HI/LO OUT HI/LO IN HI/LO HI PV 5 7.3.5 7.3.5 11.7 8.3.2 15 7.3.5 1 2 lb/min 1. lb/min 7.3.2 2. 7.3.2 3. 1 LO 4. 2 LO PV 5. 6. / / / 1 7.3.5 81

82 3000 MVD

11 11.1 11-1 15 18 3000 17.5 14 15 19 1.7 11.2 11-1 Discrete Batch Management Discrete Batch Management 4 83

11-1 Discrete batch Flow source Control options Configure presets Discrete inputs None Frequency input Mass Volume (1) Gas standard volume (2) ED std vol ED net mass (3) ED net vol (4) API temp. corr vol (5) Enable batch Time out No. of stages No. of decimals Reset on start Count up Enable end warning Enable AOC Enable overrun Lockout target Maximum target (6) Ignore source alarms Alarm timeout (7) Configure presets by 4 5 Preset 1 2 3 Enable preset Name Density curve (8) Open primary (9) Open secondary (9) Close primary (9) End warning (10) Target Overrun (11) (1) Liquid 7.3.2 (2) Gas standard 7.3.2 (3) (4) (5) (6) No (7) Yes (8) (9) 2 (10) Yes (11) Yes 6 End Inhibit batch Inhibit totalizer Reset Resume Start Stop Increment preset Inhibit flow None Discrete input 1 Discrete input 2 Discrete event 1 Discrete event 2 Discrete event 3 Discrete event 4 Discrete event 5 11.3 1. a. b. c. d. 84 3000 MVD

2. 2 3 - - - 8.3 3. AOC AOC AOC AOC 18.6 4. 15 11.4 11-1 11-1 14 START IFT9701 RFT9739 3500 3700 (1) 3500 3700 (2) 3500 3700 (3) 85

11-1 (3) (3) API (4) 9 (1) Liquid 7.3.2 (2) Gas standard 7.3.2 (3) (4) 11.5 11-2 11-2 Enable batch Yes Yes No World AreaNTEPOIML 14 Enable batch yes Time out 10.0 sec 0.0 300.0 0 8.3.2 No. of stages 1 1 2 11.5.1 No. of decimals 1 0~5 Reset on start No Yes No RESET 11.7 World Area NTEP OIML No 86 3000 MVD

11-2 Count up Yes Yes No If World Area NTEP OIML 14 Count up yes Enable end warning No Yes Enable AOC Yes Yes AOC AOC AOC Enable AOC Yes AOC AOC 18.6 Enable overrun No Yes 8.3.2 Lockout target No Yes No Maximum target 1.0000E9 kg No Ignore source alarms No Yes No World Area NTEP OIML ( 14 ) Ignore source alarm No Alarm timeout 1 minute Yes 1 20 Configure presets by % of target %of target 11.6.1 2 11.6.1 1 11.6 87

11.5.1 1 11.6 2 2 0 0 11.6 6 1 11-3 11-3 Enable preset Yes 1 No 2 6 Name 1 2 3 4 5 6 Yes View 17.5.3 No 1 22 21 Density curves Open primary (1) Open secondary (1) Close primary (1) 0.00% of target 0.0 kg quantity 0.00% of target 0.0 kg quantity 80.00% of target 0.0 kg quantity 0 11.5 8.3.2 0 11.5 8.3.2 11.5 8.3.2 88 3000 MVD

11-3 End warning (2) 80.00% of target 0.0 kg quantity 8.3.2 11.5 Target (3) 0.0 kg Overrun (4) 0.0 kg 250 280 30 8.3.2 11.5 (1) 2 (2) Yes (3) (4) Yes 1 11.6.1 STOP RESUME 18.4 200 180 100 160 89

2 200 180 100 160 0.90 90% 90 0.50 50% 50 0.80 80% 80 11.7 18.3 ProLink II 11-4 11-5 1. 2. 18 7.3.5 15 90 3000 MVD

11-4 ON End Inhibit batch Inhibit totalizer Reset (1) Resume Start Stop Increment preset Inhibit flow 1 2 1 2 3 4 5 (1) 11.5 11-5 / / (1) 11.5 End ON OFF Inhibit batch ON Start not OK OFF OFF 91

11-5 / / Inhibit totalizer ON Timeout 0 Timeout 0 While ON OFF OFF Reset ON OFF Resume ON OFF Start ON OFF Stop ON OFF Increment preset ON OFF Inhibit flow (1) ON ON OFF OFF END (1) AOC 11.7.1 / 92 3000 MVD

12 12.1 12-1 1.7 12.2 12-1 Monitoring Management Monitoring management 4 12-1 Screens Screen 1, variable 1... 4 Screen 2, variable 1... 4 Screen 3, variable 1... 4 Screen 4, variable 1... 4 Screen 5, variable 1... 4 Variable list Monitoring Variables Number of decimals W&M approval (1) Label Update period (1) World Area OIML 93

12.3 Process Monitor Screens 0 4 12-1 17 12-1 1 1 1 1 1 2 1 2 1 3 1 3 1 4 1 4 2 1 2 1 2 2 2 2 2 3 2 3 2 4 2 4 3 1 3 1 3 2 3 2 3 3 3 3 3 4 3 4 4 1 4 1 4 2 4 2 4 3 4 3 4 4 4 4 5 1 5 1 5 2 5 2 5 3 5 3 5 4 5 4 12.4 Process Monitor Variables 1. 2. 0 5 94 3000 MVD

1. 2. World Area OIML 1. 2. W&M Approval Approved Not Approved 14.5 12.5 200 msec 100~10,000 msec 95

96 3000 MVD

13 13.1 15 3 1.7 13.2 13-1 13-3 Digital Communication RS-485 World Area OIML NTEP (Digital Communication) (Management) (Management) 4 RS-485 Bell 202 3 15 97

13-1 RS-485 =HART Modbus RTU Modbus ASCII Digital comm Configure RS-485 Protocol HART Modbus RTU Modbus ASCII Printer Configure protocol Baud rate Parity Data bits Stop bits Polling address (1) Byte order (2) Discrete inputs (3) Transfer reset screen Transfer scr to reset (1) RS-485 HART RS-485 Bell-202 13.3.1 (2) Modbus RTU Modbus ASCII (3) World Area OIML 14.5 6 13-2 RS-485 = Digital comm Configure RS-485 Protocol HART Modbus RTU Modbus ASCII Printer Configure printer Printer selection Pre header codes (1) Header line 1 2 Footer Post footer codes (1) Baud rate Parity Data bits Stop bits Chars per second Print buf size Lines per page Number of tickets (2) Auto print (2) Disable paper check (3) Format W&M ticket (4) See Chapter 15 Discrete inputs See Chapter 15 (1) (2) (3) World Area OIML (4) Printer test 98 3000 MVD

13-3 Bell 202 Configure Bell-202 Digital comm Device setup Polling address (1) Loop current mode Enable Disable Burst mode Enable Disable Burst command Primary variable PV & pct range Dyn vars & pct range Transmitter vars Burst variable 1 (2) Burst variable 2 (2) Burst variable 3 (2) Burst variable 4 (2) Fault setting Upscale Downscale Zero NAN Zero flow None Description User message HART QV HART device ID Transmitter serial no. (1) RS-485 HART RS-485 Bell-202 13.3.1 (2) 13.3 RS-485 RS-485 3000 RS-485 RS-485 3.3 RS-485 HART Modbus RTU Modbus ASCII 13.3.1 HART Modbus RTU Modbus ASCII HART Modbus RTU Modbus ASCII 13-1 HART HART/RS-485 HART/Bell 202 HART/RS-485 RS-485 HART/Bell 202 ma 99

13-1 HART Modbus RTU Modbus ASCII Baud rate 9600 Parity Odd Data bits 8 HART Modbus RTU 8 Modbus ASCII 7 Stop bits 1 HART 1 Polling address 0 (HART) 1 (Modbus) 3000 Modbus/RS485 Modbus Modbus 1 15, 32 47, 64 79, 96 110 HART/RS485 HART HART 0 15 HART 0 4mA Byte order 3 4 1 2 Modbus RTU Modbus ASCII Modbus 1 2 3 4 3 4 1 2 2 1 4 3 4 3 2 1 3000 Modbus HART Modbus RS-485 Modbus HART RS-485 HART Bell 202 RS-485 ma/hart HART RS-485 RS-485 3000 10 RS-485 13-2 100 3000 MVD

13-2 Protocol Modbus RTU Baud rate 38400 Stop bits 1 Parity Address/Tag 111 COM port 13-3 10 RS-485 3000 RS-485 RS-485 13.3.2 15 15 13-3 13-1 Printer selection FDW FernDruckWerk Baud rate 9600 Parity Data bits 8 7 8 101

13-3 Stop bits 1 1 2 Chars per second 1 1000 Print buf size 32 32768 Lines per page 25 25 Disable paper check Epson World Area OIML 3000 5 A130 Printer Test Print Test Complete RS-485 3.3 13.4 Bell 202 Bell 202 Bell 202 HART Bell 202 3.4 HART/Bell 202 Bell 202 13-4 13-4 Bell 202 Polling address (1) 0 3000 HART HART 0 15 Loop current Disable mode (2) Enable Disable Burst mode (3) Disable Enable Disable 102 3000 MVD

13-4 Bell 202 Burst command Transmitter vars 3000 PV (4) 14.0g/s 13.5g/s 12.0g/s PV & pct range PV PV 25% 11.0mA Dyn vars & Pct range PV SV TV QV PV 50lb/min 23 C 50lb/min 0.0023 g/cm 3 11.8mA Transmitter vars 1 4 Burst variable 1 (5) Mass flow rate 1 Burst variable 2 (5) Temperature 2 Burst variable 3 (5) Density 3 Burst variable 4 (5) Mass total 4 (1) RS-485 HART RS-485 Bell-202 13.3.1 (2) 13.4.1 (3) 13.4.2 (4) (PV) ma (MAO1) (SV) ma (MAO2) (TV) (QV) HART 13.5 (5) transnitter vars 13.4.1 4mA 13.4.2 HART 3000 HART ma Burst command HART 103

13.4.3 Bell 202 13-5 3000 13-5 Bell 202 Protocol HART Baud rate 1200 Stop bits 1 Parity Address/Tag 3000 COM port 13.5 13-6 13-6 Fault setting NAN IEEE NAN Modbus Max int+1 1 Description Device-dependent (1) 16 User message Device-dependent (2) 32 HART QV Volume flow rate QV 13-4 HART device ID 0 HART ID HART ID Transmitter 0 serial number 3000 (1) (2) ID 104 3000 MVD

14 14.1 3000 ( 17.5 1.7 14.2 3000 19 105

14.3 NTEP NTEP (NTEP) 3000 (NTEP) ( 14-1 14.4 NTEP) 3000 World Wide OIML (OIML) (OIML/batch) 3500 3700 3300 3350 - (OIML) - (OIML/batch) 14-1 14.5 OIML OIML/batch OIML 3000 OIML OIML OIML/batch 7.0 106 3000 MVD

14-1 NTEP - NTEP - OIML OIML/batch (1) API (1) ED (1) - (OIML) - - (OIML) - API (1) ED (1) - (OIML) - NTEP OIML OIML OIML 14.4 (NTEP) (NTEP) 1. 14-1 World Area NTEP 2. 3000 - - - - 3. 3500 3700 16.3 4. 13.3 5. 13.3.2 6. 15.5 7. 3000 ON 3000 14.6 8. 3000 14.7 107

14-1 (NTEP) Security Weights & Measures World area NTEP OIML Switch status (1) (1) 14.5 (OIML) (OIML/batch) (OIML) (OIML/batch) 1. 14-2 a. World Area OIML b. c. API API API 2. 3000 ( ) Volume Flow Type Liguid OIML - - - API - ED 3. 16.3 108 3000 MVD

4. (OIML) 12-1 a. W&M Approval Approved (OIML) 5 b. W&M Approval Not Approved Not Approved Approved (OIML) 19.5.5 5. 4 12.3 14-2 Approved 4a 12.3 Not Approved 6. (OIML) (OIML) OIML (OIML/batch) (OIML) (OIML) a. 13-2 Protocol b. Configure Printer ( 13.3.2 c. 15.6 RESET-T 13-1 Protocol Printer RESET-T 1 2 a. 13-1 Protocol Printer b. Discrete Inputs c. Transfer Reset d. Transfer Scr to Reset 15.6.2 109

(OIML) (OIML) 7-14 RESET 10.7 7. 14-2, a. 4 b. 8. (MID) (FVZ) FVZ 12.3 3300 3350 FVZ 9. MID 10. 3000 ON 3000 14.6 11. 3000 14.7 110 3000 MVD

14-2 OIML OIML/batch Security Weights & Measures Alarm log World area NTEP OIML Enable alarm log password Alarm log password Process monitoring Discrete batch (1) API (2) Enhanced density (3) Transmitter checksum (4) Core checksum (4) Switch status (4) 14.6 ON (3300 3500 ) (3300 3500 ) 3350 3700 (1) (2) (3) (4) 14.6.1 3300 3500 1. 2. 3000 I/O 3. 4. 14-3 5. I/O 6. 7. 111

14-3 3300 3500 14.7 14.6.2 3300 3500 1. 3000 2. 3. 14-4) 4. 14-4 5. 6. 14-4 14.7 7. 8. 9. 14-5 10. 11. 14-5 112 3000 MVD

14-4 S3300 3500 14.7 14-5 14.6.3 14-6 14.7 2 2 2 x 113

3000 3350 3700 1. 2. 14-6 3. 12-16 N-m 14-6 3350 3700 2 ( 4) 14.7 114 3000 MVD

14.7 3300 3500 14-3 3300 3500-14-4-14-5 3350 3700 14-6 115

116 3000 MVD

15 15.1 13.3.2 1.7 15.2 15-1 15-2 PRINT 15.3 15.6 117

15-1 (1) (NTEP) (4) (OIML) (OIML/batch) (5)(6) (NTEP) (2) (OIML) (OIML) (3) (1) (a) (b) World Area OIML (2) World Area NTEP (3) World Area OIML (4) (5) (6) (4) (4) (4) 15-2 1 2 3 4 (1) 1 2 BOL (NTEP) 1 2 3 4 (OIML) 1 2 3 4 (OIML) 1 2 3 4 BOL BOL BOL *Approved Measurement* Not A Legal Receipt (2) Duplicate Receipt Security Breach Not A Legal Receipt Not Complete Complete Alarm occurred during the Transfer (3) Duplicate Receipt b Security Breach Not A Legal Receipt (1) 3 4 (2) World Area OIML (3) 118 3000 MVD

15.3 15-1 Protocol 15.3.1 1. Configure RS-485 Protocol Printer 15-1 2. Configure Printer 3. 15-3 13-3 1 2 3 4 15.6.1 15.5.1 HART Modbus RTU Modbus ASCII Printer Configure printer Printer selection Pre header codes (1) 1 2 Post codes (1) Baud rate Parity Data bits Stop bits Chars per second Print buf size Lines per page Number of tickets (2) Auto print (2) Disable paper check (3) Digital comm Configure RS-485 Discrete inputs Print screen Screens to print Print process monitor Printer test (1) (2) (3) OIML 119

15-3 1 2 (1) 22 1 1 2 3 (2) (1) ASCII 0A (2) 15.3.2 PRINT PRINT 3000 3000 1. (Digital Communication) 15-1 RS-485 (Configure RS-485) (Discrete Inputs) 2. (Print Screen) 3. (Screen to Print) 4. (Print Process Monitor) Stats Stats 120 3000 MVD

7-14 NTEP OIML OIML OIML OIML 15.4 15-2 15.4.1 1. RS-485 Configure RS-485 Protocol Printer 15-2 2. Configure Printer 3. 15-4 13-3 1 2 Protocol HART Modbus RTU Modbus ASCII Printer Configure printer Digital comm Configure RS-485 Printer selection Pre header codes 1 2 Post codes Baud rate Parity Data bits Stop bits Chars per second Print buf size Lines per page Number of tickets Auto print Disable paper check (1) Discrete inputs Print screen Screens to print Print process monitor Printer test (1) World Area OIML 121

15-4 1 2 22 1 1 2 3 (1) 1 No YES NO (1) 15.4.2 15.5.2 NTEP 15.6.2 OIML 15-4 PRINT PRINT 3000 1. (Digital Communication) 15-1 RS-485 (Configure RS-485) (Discrete Inputs) 2. (Print Screen) 3. (Screen to Print) 122 3000 MVD

7-14 NTEP OIML OIML OIML OIML 15.5 NTEP World Area NTEP 15.5.1 NTEP NTEP 1. 15.4.1 2. (Digital Communication) RS-485 (Configure RS-485) Format W&M Ticket 15-3 3. 15-5 13-3 1 2 (NTEP) 123

15-3 NTEP Digital comm Configure RS-485 Protocol HART Modbus RTU Modbus ASCII Printer Configure printer Printer selection Pre header codes 1 2 Post footer codes Baud rate Parity Data bits Stop bits Chars per second Print buf size Lines per page Number of tickets (1) Auto print Disable paper check Format W&M ticket 1 4 Batch start no. (BOL) Discrete inputs Print screen Screens to print Print process monitor (1) NTEP Printer test 15-5 NTEP 1 2 3 4 (BOL) 22 A maximum of 21 characters are displayed. 1 1 2 3 (1) 0 (BOL) (1) 15.5.2 (NTEP) (NTEP) 124 3000 MVD

NTEP YES 15-4 PRINT PRINT 3000 NTEP NTEP 1. (Digital Communication) 15-1 RS-485 (Configure RS-485) (Discrete Inputs) 2. (Print Screen) 3. (Screen to Print) NTEP NTEP 7-14 NTEP PRINT NTEP NTEP Duplicate receipt 15.6 OIML World Area OIML 15.6.1 OIML 1. (Digital Communication) RS-485 (Configure RS-485) Protocol Printer 15-4 2. Format W&M Ticket 3. 15-6 125

1 2 (OIML) 13-3 W&M 14.5 4 15-4 OIML Digital comm Configure RS-485 Protocol HART Modbus RTU Modbus ASCII Printer Configure printer Printer selection Pre header codes Header line 1 2 Foote Post footer codes Baud rate Parity Data bits Stop bits Chars per second Print buf size Lines per page Number of tickets (1) Auto print (1) Format W&M ticket Header line 1 4 Transfer ticket Transfer start (BOL) Transfer print conditions Transfer form feed Alarm occurred Number of transfer tickets Foote Discrete inputs Transfer print screen (2) Transfer screens to print (2) Print screen (3) Screens to print (3) Print process monitor Printer test (1) OIML (2) OIML (3) 15-6 OIML 1 2 3 4 22 1 1 2 3 (1) 126 3000 MVD

15-6 OIML (BOL) 0 BOL With flow No Flow Complete With Flow - Not Complete - Complete - No No Yes No No Alarm occurred during the transfer Yes Alarm occurred during the transfer 1 OIML 1 3 (2) (1) (2) Duplicate receipt 15.6.2 OIML PRINT 15-7 127

15-7 OIML N/A Not Complete N/A Yes N/A Complete BOL No N/A Not Complete No Flow OIML 1. Transfer Totalizer 2. 3. PRINT OIML 7-14 OIML OIML OIML OIML 1. (Digital Communication) 15-4 RS-485 (Configure RS-485) (Discrete Inputs) 2. Transfer Print Screen OIML 3. Transfer Screen to Screen Transfer Totals Transfer&Inventory API Transfer&Inventory ED Trans fer&inventory Inventory 128 3000 MVD

Transfer Print Screen Transfer Screen to Print 14.5 Transfer Reset Screen Transfer Scr To Reset Inventory OIML OIML Duplicate receipt 15.7 OIML World Area OIML 15.7.1 OIML 1. (Digital Communication) RS-485 (Configure RS-485) Protocol Printer 15-4 2. Format W&M Ticket 3. 15-6 1 2 (OIML) 13-3 > W&M 14.5 4 129

15-5 OIML Digital comm Configure RS-485 Protocol HART Modbus RTU Modbus ASCII Printer Configure printer Printer selection Pre header codes Header line 1 2 Foote Post footer codes Baud rate Parity Data bits Stop bits Chars per second Print buf size Lines per page Number of tickets (1) Format W&M ticket Header line 1 4 Transfer ticket (2) Foote Batch start no. (BOL) Discrete inputs Transfer print screen (2) Transfer screens to print (2) Print screen Screens to print Print process monitor Printer test (1) OIML (2) OIML 15-8 OIML 1 2 3 4 (BOL) 22 1 1 2 3 (1) OIML BOL (1) 130 3000 MVD

15.7.2 (OIML) OIML OIML YES 15-8 Display OIML PRINT PRINT 3000 OIML OIML 7-14 OIML OIML OIML OIML 1. (Digital Communication) 15-4 RS-485 (Configure RS-485) (Discrete Inputs) 2. (Print Screen) (OIML) 3. (Screen to Print) PRINT Duplicate receipt 131

132 3000 MVD

16 16.1 3000 3300 3350 16.2 3000 3000 3000 5 1. 2-3 2. 2-3 3. 17-1 18-1. 133

4. 22 3000 1 10 10 16.2.1 ProLink II HART/Bell202 3000 ProLink II G H ProLink II RS-485 10 RS-485 10 RS-485/Modbus ProLink II 16.3 3300 3350 20 22.6 134 3000 MVD

16.3.1 16.3.4 ProLink II 16.3.2 1. 2. 3000 30 3. 4. 5. 6. 16.3.3 1. Calibration 16-1 Sensor Zero 2. Zero Time 3. Mass Flow Rate 16.3.2 4. (Calibrate Zero) SEL Calibration In Progress Calibrate Zero In Progress 135

5. 6. EXIT 7. 22 136 3000 MVD

16-1 Sensor zero Zero time Mass flow rate (1) Calibrate zero Restore factory zero (2) View current data Density (see Chapter 21) Low density Density D1 Calibrate density High density Density D2 Calibrate density Flowing density Actual density Calibrate density Milliamp output 1 Density D3 (T-Series) Density D3 Calibrate density Density D4 (T-Series) Density D4 Calibrate density View current data ma output trim Trim 4.0 ma Enter ma reading ma output reads Does ma out match? Trim 20.0 ma Enter ma reading ma output reads Does ma out match? 2 Calibration Temperature (see Chapter 21) Low temperature Low temp. value Calibrate temp. High temperature High temp. value Calibrate temp. View current data Batch AOC (3) (see Chapter 18) Density curve trim (4) (see the enhanced density manual) Meter verification (see Chapter 21) Uncertainty limit Counter Start meter verify (1) (2) (3) (4) 137

16.3.4 calibration failure EXIT 16.3.1 16.4 (Diagnostics) 16-2 (Management) (Diagnostics) ma 16-2 Diagnostics Read external inputs Simulate outputs Discrete input 1 Discrete input 2 Frequency input External pressure (1) External temperature (2) (1) (2) Discrete outputs Discrete output 1 Discrete output 2 Discrete output 3 Milliamp outputs Milliamp output 1 Milliamp output 2 Frequency output 17 22 138 3000 MVD

16.4.1 16-2 1 2 Yes (ON) No (OFF) 3000 16.4.2 3000 16-2, Hz 3000 16.4.3 16-2 3000 3000 16.4.4 16-2 1. 2. On Off On Off 8-1 8.3.1 3. SAVE 4. 5. 139

16-2 1. 2. 3. SAVE 4. 16.5 16-2 1. 2. 3. SAVE 4. 16.5 3000 4mA 3.8mA 3000 4mA 4mA 20mA 1. DMM 16-1 2. 140 3000 MVD

16-1 3300 3500 3300 3500 I/O 3350 3700 4 20 ma + c 2 1 2 a 2 2 1 4 20 ma + c 4 14 4 a 4 15 3 DIN 3. Maintenance Calibration 16-1 4. ma Output Trim 5. Milliamp Output 1 ma 1 Milliamp Output 2 ma 2 6. 4 ma Trim 4.0 ma 20 ma Trim 20.0 ma 7. CHG SAVE 8. YES NO 7 8 ± 200 ma HART 3000 HART HART 141

142 3000 MVD

17 17.1 3000 17.4 18 19 17.5.9 17.2 3000 5 1. 2-3 2. 2-3 3. 17-1 18-1 4. 22.5 17.3 3000 16.3 143

17.4 17-1 RESET RESET PRINT 5 12 View Process Monitor 17.5 17-1 3000 5 DEVICE 1 2 Mass Flow Rate 2.33 g/s Mass Total 485.88g PRINT RESET EXIT 144 3000 MVD

17.5 View View 17-2 19 World Area OIML 17-3 17-2 View menu View menu Active alarm log Diagnostic monitor Tube frequency Left pickoff Right pickoff Drive gain Live zero Process monitoring Density curves (2) Density curve 1 Density curve 2 Density curve 3 Density curve 4 Density curve 5 Density curve 6 Preset selections (1) Preset 1 Preset 2 Preset 3 Preset 4 Preset 5 Preset 6 LCD options Contrast LCD backlight (1) (2) (3) (4) Batch inventory (1) Preset inventory 1 Preset inventory 2 Preset inventory 3 Preset inventory 4 Preset inventory 5 Preset inventory 6 Applications list Process totalizers Process Mass total Volume total API ref vol total (3) ED ref vol total (4) ED net mass total (4) ED net vol total (4) Frequency input total Inventory Mass inventory Volume inventory API ref vol inventory (3) ED ref vol inventory (4) ED net mass inventory (4) ED net vol inventory (4) Freq input inventory 145

17-3 ALARMS VIEW MENU Active Alarm Log Process Monitoring Preset Selections Batch Inventory Process Totalizers Diagnostic Monitor Density Curves LCD Options Applications List SEL HELP EXIT SEL CHG SAVE STOP START RESET PRINT HELP RESET EXIT 17.5.1 Active alarm log View 17-2 Electronic Senser Process Configure HELP Maintenance 22.7, 22.6 146 3000 MVD

17.5.2 17.4 17-1 View EXIT View 17.5.3 11.6 17.5.4 10.6 18.3 17.5.5 View 1. View Process Totalizers 2. Process 3. START STOP 4. a. b. RESET 1. View Process Totalizers 2. Inventory 3. 20.5 147

17.5.6 Diagnostic monitor 22 7.3.2 16 17.5.7 LCD LCD LCD Option 1. View LCD (LCD Options) 2. Contrast 3. LCD Backlight 17.5.8 Density Curve SEL 17.5.9 Applications list 3000 148 3000 MVD

18 18.1 AOC 11 15 18.2 1. 17.5.3 2. STRAT 10.7 Rest on Start 11.5 RESET 11.7 3. STOP END STOP END 11.7 RESUME RESUME 11.7 18-1 STOP RESUME 18.4 11.7 149

18-1 \ Batch in progress Primary valve open/close, 1-stage batch Primary valve open/close, 2-stage batch Secondary valve open/close, 2-stage batch End warning Overrun Batch pump Batch in progress Batch in progress Reset on start START Reset on start START Reset on start 0% 0 START Reset on start 0% 0 START 0% Reset on start 0% 0 START Reset on start 0% 0 START 0% 18.3 18-1 3000 11.5 150 3000 MVD

18-1 3000 DEVICE 1 Preset 1 Actual Target 0.0 kg 12.3 START HELP VIEW 18.3.1 18-2 12.3 kg START START 18-2 151

18-2 DEVICE 1 Preset 1 Actual Target 0.0 kg 12.3 START HELP VIEW DEVICE 1 Preset 1 Actual Target 4.4 kg 12.3 STOP HELP VIEW 18-3 18-3 DEVICE 1 Preset 1 Actual Target 0.0 kg 12.3 START HELP VIEW VIEW ACK HELP RESUME PRINT START STOP END RESET 0 152 3000 MVD

18.3.2 Lockout target Lockout target No 11.5 18-4 Lockout target No 18-4 18-4 DEVICE 1 Preset 1 Actual Target 0.0 kg 12.3 START HELP VIEW 18.4 18-5 18-6 STOP / RESUME 153

18-5 0% 0% m% n% 100% x% STOP/RESUME x% 0% x% m% m+x% n% 100% x% m+x% < n% 0% m% x% m+x% n% 100% x% m+x% > n% 0% m% x% n% m+x% 100% x% 0% m% n% x% m+x% 100% 0% m% n% 154 3000 MVD

18-6 0% 0% m% n% 100% x% STOP/RESUME x% 0% x% m% m+x% n% 100% x% m+x% < n% x% m+x% > n% x% m% 0% n% 0% m% x% m+x% n% 100% 0% m% x% n% m+x% 100% 0% m% n% x% m+x% 100% 155

1 = 2 = = 100 liters = 0% m ( ) = 30% n ( ) = 70% 18-5 30 70 100 2 = 2 = = 100 liters = 0% m ( ) = 30% n ( ) = 70% 20 STOP/RESUME 20% x=20% ( 18-5 ) 50 30+20 m+x 70 100 156 3000 MVD

18.5 18.5.1 / 1. 11.7 2. 3. 4. 18.5.2 1. 11.7 2. 18.6 AOC AOC AOC 11.5 AOC AOC AOC AOC AOC 1. Calibration 4-2 2. Batch AOC 3. Start Calibration 4. EXIT 5. 2 10 157

6. a. Calibration b. Batch AOC 7. Save Calibration 8. SEL 158 3000 MVD

19 19.1 19.2 19.3 NTEP 19.4 OIML OIML/batch 19.5 19.6 3000 19.7 19.8 14 19.2 ON 3000 Security Breach 3000 Security Breach Security Breach Not a legal receipt (NTEP) (OIML) (OIML) 3000 19.6 19.3 3000 19-1 159

19-1 3000 (NTEP) (OIML) (OIML/batch) Y Y Y Y Y Y Y Y BOL N Y N Y Y Y Y Y BOL N/A N/A N Y 1 Y 1 Y Y Y Y Y Modbus HART N Y N Y N Y N Y N Y N Y N Y N Y N Y N Y Y Y Y Y Y Y Y Y N Y N Y, N Y N Y N Y N Y ( ) N N N Y N Y N Y 160 3000 MVD

19-1 3000 N Y RS-485 N Y RS-485 (NTEP) N/A N/A N/A N/A N Y N Y (OIML) (OIML/batch) 161

19.4 (NTEP) BOL World Area NTEP 3000 19.4.1 BOL (NTEP) BOL BOL BOL 0 BOL BOL 15.5.1 BOL 99 999 999 0 BOL BOL BOL (NTEP) 19.4.2 (NTEP) (NTEP) (NTEP) 1. BOL 2. 3. 4. (NTEP) (NTEP) 19.4.3 (NTEP) (NTEP) (NTEP) (NTEP) 15.5.2 (NTEP) (NTEP) Duplicate receipt EPSON TMU295 13-3 162 3000 MVD

19.4.4 3000 (NTEP) 3000 19-1 19.4.5 20.2 19.8 19.5 (OIML) (OIML/batch) BOL World Area NTEP 3000 19.5.1 BOL OIML BOL BOL 0 BOL BOL BOL 15.6.1 BOL 19.5.5 OIML/batch BOL BOL 0 BOL BOL BOL 15.6.1 BOL BOL BOL OIML OIML OIML 19.5.5 19.5.2 OIML OIML 1. 2. 163

3. OIML OIML 19.5.4 - RESET - 14.5 6 3000 BOL 1 - - - Not Complete 19.5.4 OIML 19.5.3 OIML/batch OIML/batch 1. BOL 2. 3. 4. NTEP 19.5.4 ) NTEP 164 3000 MVD

19.5.4 OIML OIML OIML OIML 19-2 19-2 OIML OIML OIML PRINT 15.6.2 OIML PRINT 15.7.2 15-7 15-6 FDW OIML 5 Ticket Print Failure Printer off-line and/or out of paper Ticket Print Failure Manually record the transfer data from the Transfer Log FDW OIML 5 Ticket Print Failure Printer off-line and/or out of paper ( duplicate receipt ) BOL Epson TMU295 RS-485 165

8.3.2 19.5.5 OIML NTEP OIML 14.5 19-1 20 1. Transfer Log 2. Select Bol To View 19-1 Transfer Log Transfer Not Printed M. RESET 5-MAR-2007 19:19:02 Transfer (BOL): 1 Complete Mass Transfer * 100.000 kg * Volume Transfer 10000.000 l EXIT BOL 166 3000 MVD

19.5.6 3000 OIML OIML/batch 3000 19-1 14.5 5 14.5 7 19-2 19-2 Active alarm log OIML OIML/batch Process monitoring Preset selections (1) Batch inventory (1) Transfer totalizer (2) (1) (2) (3) View Transfer log Diagnostic monitor Density curves (3) LCD options Applications list 167

PRINT With Flow No Flow 19.5.3 RESET-T 19.5.3 1. View Transfer log 2. Select Bol To View 20 20.2 3000 999999999 0 R R 14.5 R R R R R 1. Transfer Totalizer 2. 3. 4. CLEAR 4-6 R 3000 3000 19.8 168 3000 MVD

19.6 19-3 19-3 OFF ON OFF ON 3300 3500 A9 A26 22.9 3000 19.2 14.7 19.7 3000 3000 1. 2. OFF 14.6 3. 4. ON 14.6 5. 22.6 3000 6. 14.7 19.8 3000 3000 - - - 19-3 169

19-3 Maintenance Audit trail Current event number View event Date search 19.8.1 Current event number View Event a. View Event b. CHG c. d. SAVE e. EXIT a. Date Search b. SEL c. DAY Month Year d. SAVE e. EXIT 1. View Event 2. VIEW 3. 4. SEL 5. PGDN PGUP 170 3000 MVD

171

172 3000 MVD

20 20.1 19 20.2 - - - API - ED - ED - ED - - - - API - ED - ED - ED - 173

World Area OIML, 19.5.6 2 64 2 64 20.3 20-1 12.3 12.4 17.4 View Maintenance 4 20-1 (1) (1) (1) N/A (1) 5.3.3 174 3000 MVD

20-1 20-2 Process Mass total Volume total API ref vol total (1) ED ref vol total (2) ED net mass total (2) ED net vol total (2) Frequency input total Process totalizers Inventory View Mass inventory Volume inventory API ref vol inventory (1) ED ref vol inventory (2) ED net mass inventory (2) ED net vol inventory (2) Frequency input inventory (1) (2) (3) Batch inventory (1) Preset 1 Preset 2 Preset 3 Preset 4 Preset 5 Preset 6 (1) (2) (3) Maintenance Batch inventory (3) Preset 1 Preset 2 Preset 3 Preset 4 Preset 5 Preset 6 Process inventory Mass inventory Volume inventory API ref vol inventory (2) ED ref vol inventory (3) ED net mass inventory (3) ED net vol inventory (3) Freq input inventory 175

20.4 (View) (View) 1. (Process Totalizers) 2. (Process) 3. (START) 4. (STOP) 5. (RESET) RESET 5.3.3 5.3.2 20.5 (Maintenance) (Maintenance) 1. (Process Inventory) 2. (reset) RESET 5.3.3 (View) (View) 1. Process Totalizers 2. Inventory 3. 20.6 (Maintenance) (Maintenance) 1. (Batch Inventory) 2. (RESET) 176 3000 MVD

(View) (View) 1. (Batch Inventory) 2. 177

178 3000 MVD

21 21.1 21.3 21.4 21.5 21.6 3000 ProlinkII 3000 21.2 3 21.2.1 21.2.4 3300/3500 3350/3700 179

21.2.1 3500 3700 21-1 21-2 ProLink II ProLink II 21-1 v7.0 v8.0 (1) v3.0 v3.6 ProLink II v2.5 v2.9 HART DD 375 rev 7 DD rev 1 375 rev 8 DD rev 1 (1) 21-2 90 140 140 ProLink II 20 ProLink II 180 3000 MVD

21-2 / / / / / / / / ProLink II / / / / 21.2.2 3000 3000 3000 3000 1.0 21.2.3 3500 3700 3300/3500 3350/3700 181

16.3 2 / 21.2.4 - - - - - - - 182 3000 MVD

- - - 21.3 21.3.1 Last Measured Value Fault 3300/3500 3350/3700 183

Pass Fail Caution 21.3.2 ProLink II 21-1 21-2 ProLink II SENSOR VERFY/x% 184 3000 MVD

21-1 ProLink II Tools > Meter Verification > Structural Integrity Method Verify configuration parameters View previous test data Next Back (1) Graph of results Enter optional test data Next Yes Next Initialize and start meter verification Fault configuration Abort Start Progress bar shows test in progress Fail Rerun test? Hold last value Pass No Abort Back Next View report (option to print or save) Finish (2) (1) Back (2) 3300/3500 3350/3700 185

21-2 Maintenance Menu > Meter Verification > Set Uncertainty Limit (1) Start Meter Verify (1) 0.0400 (4%) Select Set output behavior Proceed? Yes Progress......... x% PASS FAIL ABORT 21.3.3 ProLink II 21-3 21-4 21-5 Continue Measuring Fault 19.3 ProLink II Last Measured Value Fault SENSOR VERFY/x% 186 3000 MVD

21-3 ProLink II Tools > Meter Verification > Run Meter Verification Verify configuration parameters View Previous Results Next Enter descriptive data (optional) Next Yes Rerun test? No Fail No Configuration Changed or Zero Changed? Select output behavior Start Meter Verification --------------------- Test result Abort Next Yes Test result chart Next Report Finish Pass View details (optional) Back 3300/3500 3350/3700 187

21-4 Maintenance Menu > Meter Verification > Start Meter Verify Select Set output behavior Continue Measuring Output setting Hold Last Value Fault Proceed? Yes Progress......... x% PASS FAIL ABORT 188 3000 MVD

21-5 Online > 1 Overview > 3 Shortcuts > 6 Meter Verification Online > 3 Service Tools > 4 Maintenance > 1 Routine Maintenance > 3 Meter Verification 6 3 1 Run Meter Verification 2 View Test Results 3 Schedule Meter Verification 1 Select Output Behavior 1 Continue Measuring 2 Outputs Held at Last Value 3 Outputs Held at Fault Meter verification in progress: x% complete Abort Result screen Abort OK 3300/3500 3350/3700 189

21.3.4 / / Pass Fail Abort Pass Fail/Caution / Continue Measurement Last Measured Value Fault - Fail/Caution / - Abort 21-3 21-3 1 15 3 5 8 21.3.1 13 14 15 Other 190 3000 MVD

ProLink II 0 ProLink II ProLink II ProLink II ProLink II Synchronizing x out of y y x Please wait ProLink II No ProLink II 21-6 HTML View Previous Test Results Print Report 21-3 ProLink II 3300/3500 3350/3700 191

21-6 Initiated from the display or other tool Initiated from ProLink II ProLink 192 3000 MVD

21-7 ProLink II ProLink II 20 ProLink II ProLink II ProLink II ProLink II CSV 0 21-7 Test Result Running Seconds Outlet Stiffness Inlet Stiffness Pass Maintenance Menu > Meter Verification > Read Results Select Select Test Number Test result Fail Test Result Running Seconds Outlet Stiffness Inlet Stiffness Abort Test Result Running Seconds Test Result Abort Code 3300/3500 3350/3700 193

0 20 21-8 21-8 Online > 1 Overview > 3 Shortcuts > 6 Meter Verification Online > 3 Service Tools > 4 Maintenance > 1 Routine Maintenance > 3 Meter Verification 6 3 1 Run Meter Verification 2 View Test Results 3 Schedule Meter Verification 2 1 Run Counter 2 Running Hours 3 Test Result 4 Abort Code 5 LPO Stiffness 5 RPO Stiffness 7 Show Results Table 8 Show Results Plot 7 Test Result #x Run Counter Running Hours Test Result Abort Code LPO Stiffness RPO Stiffness Abort OK To previous test 194 3000 MVD

21.3.5 Continue Measuring 24 10.4 7.3.5 - ProLink II Tools > Meter Verification> Schedule Meter Verification - 21-9 - 21-10 2:00 3.5 5:30 2:00 2 4:00 6:00 Next Run Recurring Time 0 3300/3500 3350/3700 195

21-9 Maintenance Menu > Meter Verification > Schedule Meter Verify Select Time Remaining Next Run Recurring Time 21-10 Online > 1 Overview > 3 Shortcuts > 6 Meter Verification Online > 3 Service Tools > 4 Maintenance > 1 Routine Maintenance > 3 Meter Verification 6 3 1 Run Meter Verification 2 View Test Results 3 Schedule Meter Verification 3 1 Next Run 2 Set Hrs Until Next Run 3 Set Recurring Hours 4 Turn Off Schedule 21.4 = 0.8 1.2 Input 7-1 196 3000 MVD

250.27 lb 250 lb = = 0.9989 250.07lb 250.25lb = = 0.9996 21.5 - D1 - D2 T - D3 - D4 T D3 D4 D3 D4 D1 D2 D3 D3 D4 Prolink II 21.5.1 3300/3500 3350/3700 197

D1 D2 D1 D2 T D1 D2 T D1 D2 D3 D3 0.6 g/cm 3 D3 0.1 g/cm 3 D3 D4 D4 0.6 g/cm 3 D4 D3 0.1 g/cm 3 D4 D3 D4 0.1 g/cm 3 D4 21-1 21-2 21-4 mbar 10 C 50 F 15 C 59 F 20 C 68 F 25 C 77 F C/ F 30 C 86 F 35 C 95 F 40 C 104 F 45 C 113 F 50 C 122 F 850 (25.14).0010.0010.0010.0010.0010.0010.0009.0009.0009 900 (26.62).0011.0011.0011.0010.0010.0010.0010.0010.0009 950 (28.10).0012.0011.0011.0011.0011.0011.0010.0010.0010 1000 (29.57).0012.0012.0012.0012.0011.0011.0011.0011.0011 1050 (31.06).0013.0013.0012.0012.0012.0012.0012.0011.0011 198 3000 MVD

21-5 C F Density in g/cm 3 C F Density in g/cm 3 0 1 2 3 4 5 6 7 8 9 10 32 33.8 35.6 37.4 39.2 41 42.8 44.6 46.4 48.2 50 0.99987 0.99993 0.99997 0.99999 1.00000 0.99999 0.99997 0.99993 0.99988 0.99981 0.99973 21 22 23 24 25 26 27 28 29 30 69.8 71.6 73.4 75.2 77 78.8 80.6 82.4 84.2 86 0.99802 0.99780 0.99756 0.99732 0.99707 0.99681 0.99654 0.99626 0.99597 0.99567 11 12 13 14 15 16 17 18 19 20 51.8 53.6 55.4 57.2 59 60.8 62.6 64.4 66.2 68 0.99963 0.99952 0.99940 0.99927 0.99913 0.99897 0.99880 0.99862 0.99843 0.99823 31 32 33 34 35 36 37 38 21.5.2 1. 2. 3. g/cm 3 21-4 4. Security 5. Calibration 6. Density 7. Low Density a. D1 g/cm 3 b. Calibrate Density SEL Calibration In Progress 8. Success Failed 9. EXIT 10. 22 1. 87.8 89.6 91.4 93.2 95 96.8 98.6 100.4 0.99537 0.99505 0.99473 0.99440 0.99406 0.99371 0.99336 0.99229 3300/3500 3350/3700 199

2. 3. 4. g/cm 3 21-5 5. High Density a. D2 g/cm 3 b. Calibrate Density SEL Calibration In Progress 6. Success Failed 7. EXIT 8. 22 D3 T- 1. 2. 3. 4. g/cm 3 5. D3 Density D3 a. D3 g/cm 3 b. Calibrate Density SEL Calibration In Progress 6. Success Failed 7. EXIT 8. 22 D4 T 1. 2. 3. 200 3000 MVD

4. g/cm 3 5. D4 Density D4 a. D4 g/cm 3 b. Calibrate Density SEL Calibration In Progress 6. Success Failed 7. EXIT 8. 22 21.6 7.3.2 1. 2. 30 3. RTD 4. Calibration 5. Temperature 6. Low temperature 7. a. Low Temperature Value 3 Save b. Calibrate temp SEL 8. 9. Success Failed 10. EXIT 11. 22 1. 3300/3500 3350/3700 201

2. 30 3. 4. High temperature 5. a. High Temperature Value 3 Save b. Calibrate temp SEL 6. 7. Success Failed 8. EXIT 9. 22 202 3000 MVD

22 22.1 22.2 22.3 12 22-1 22-1 16.3 22.13 7.3.2 22.16 3300/3500 3350/3700 203

22-1 RF 22.11.5 T- 9 22.13 7.3.2 22.7.3 O O ±0.5Hz 3000 22.13 7.3.2 22.18.3 22.18.4 22.7.3 204 3000 MVD

22-1 7.3.3 22.13 16.3 7.3.3 22.11.3 22.7.3 22.11.6 7.3.3 22.11.3 22.7.3 ±0.5Hz RTD 7.6 22.11.2 22.17 21.6 22.11.2 22.18 K2 22.16 3300/3500 3350/3700 205

22-1 22.7.3 K2 22.16 22.18 22.18.5 22.18.3 22.3 22-2 22-2 Current Factory Installation Last zero - 5-5 - - 5-5 - - 22-1 206 3000 MVD

RESET Factory SAVE - 22-1 Maintenance Meter Fingerprinting Units Current Factory Installation Last zero SI English 22.4 Mass flow rate Volume flow rate Density Temperature Case temperature Live zero Tube frequency Drive gain Left pickoff Right pickoff Board temperature Input voltage PLC 3300/3500 3350/3700 207

Prolink II G-3 H-7 1. 2. a. b. 3. 2 22.5 3000 ProLink II 22.6 3000 22.6.1 22-3 208 3000 MVD

22-3 3000 Yes Yes Yes Yes Yes Yes Yes No Yes No No No (1) (1) 22-4 22-6 8 A020 A102 22.7 6.3.1 22.6.2 3000 8 22.7 22.6.3 3500 3700 22.6.4 22-2 - - 3300/3500 3350/3700 209

22.6.5 3000 View Maintenance 22-3 3000 22-4 50 3000 22-2 Active Alarm Log Sensor Failure 23-JUN-03 10:02 Density Out-of-Range 23-JUN-03 10:02 Xmtr Initializing 23-JUN-03 10:02 Power Reset 23-JUN-03 10:02 ACK HELP EXIT 22-3 Alarm History Power Reset Cnt 25 Post 23-JUN-03 14:56 Clr 23-JUN-03 14:56 Freq. Output Fixed Cnt 1 Post 13-JUN-03 9:39 Clr 13-JUN-03 9:39 EXIT 210 3000 MVD

22-4 Alarm Event Log Meter Verify Hold LMV Clr: 15-JAN-07 16:53 Sensor Failure Clr: 15-JAN-07 16:51 Sensor Failure Post: 15-JAN-07 16:50 EXIT View 1. EXIT VIEW 2. Active Alarm Log 3. ACKALL 4. a. Active Alarm Log b. c. ACK Maintenance 1. Security 2. Maintenance 3. Active Alarm Log 4. ACKALL 5. a. Active Alarm Log b. c. ACK 22.6.5 PGUP (HELP) (HELP) 3300/3500 3350/3700 211

PGDN PGUP 22-5 ALARMS Density Out-of-Range [A8]The density reading is outside the sensor limits. If the Sensor Failure (A3) alarm is also present, solve the Sensor Failure first. Verify all density PGDN EXIT 22.7 22.7.1 22-4 22-4 A001 CP EEPROM Failure A002 CP RAM Failure RAM 212 3000 MVD

22-4 A009 Xmtr Initializing A014 Transmitter Error A018 EEPROM (3000) A019 RAM Failure RAM A022 (1) CP Config Failure A023 (1) CP Totals Failure A024 (1) A025 (1) CP Program Failure CP Boot Program Fault 7.3.3 A026 19.6 22.20 3300/3500 3350/3700 213

22-4 A026 Xmtr Comm Problem A028 Xmtr Write Error A031 (2) Low Power A103 (1) Data Loss Possible A107 Power Reset A112 (3) Upgrade Software A129 PPI Display Error 22.9 LED 22.19.1 22.11.1 22.19.2 214 3000 MVD

22-4 A130 Printer Out of Paper A134 PPI Memory Error A135 PPI Comm Error (1) (2) (3) rev7.0 22-5 22.7.2 22-5 A003 Sensor Failure 22.18 22.20 22.11.2 22.7.3 3300/3500 3350/3700 215

22-5 A004 Temp. Out-of-Range A016 Sensor RTD Error RTD 22.11.2 7.3.3 22.18 RTD 22.20 22.11.2 7.3.3 22.18 22.20 A017 Meter RTD Error RTD 22.11.2 7.3.3 22.7.3 22-6 216 3000 MVD

22-6 A005 A008 A010 Mass Flow Overrange Density Out-of-Range Calibration Failure A011 Cal Fail - Too Low 22.18 22.20 22.13 4 ma 20 ma 22.14 22.17 22.18 A3 22.20 22.17 21.5 3300/3500 3350/3700 217

22-6 A012 A013 Cal Fail - Too High Cal Fail - Too Noisy A033 (1) Tube Not Full LPO RPO A100 ma 1 Saturated A102 Drive Overrange A105 Slug Flow A110 Freq. Out Saturated (2) 7.3.3 (2) 218 3000 MVD

22-6 A113 ma 2 Saturated A115 A116 A117 External Input Error API: Temp Overrange API: Dens Overrange HART API API A121 ED: Extrap. Fail A124 Freq. Input Saturated A125 Batcher Timeout A126 Batcher Overrun (1) (2) (2) 7.6 API 9.4 API 9.4 3000 7.4 0.0 5.0 g/cm 3 3300/3500 3350/3700 219

0.0 7.3.2 7.3.2 3000 - - 20 ma 4 ma 8.4.4 / / 8.5 3000 22-7 220 3000 MVD

22-7 Time Out 11.5 END R ESUME 3300 3350 Overrun Start Without Reset RESET 1. 2. 3. 4. AOC 11.5 RESET START RESET START Rest on Star Yes 11.5 Start Not OK Enable batch control No Enable batch control YES 11.5 11.4 8.3.2 22.6 11.6 11.6 3300/3500 3350/3700 221

22.7.4 22-8 22-8 A006 A020 A021 Characterize Meter Cal. Factors Missing Sensor Type Incorrect K1 RTD A027 Security Breach A032 (1)(2) Meter Verify Fault A032 (3) Outputs Fixed Fault Last Measured Value A034 (3) A035 (3) Meter Verify Failed Meter Verify Aborted 7.3.3 7.3.3 7.3.3 ON Varies (4) Continue Measurement 21.3.4 21.3.4 222 3000 MVD

22-8 A101 ma 1 Fixed A104 Cal in Progress A106 Burst Enabled A111 Freq. Output Fixed A114 ma 2 Fixed A118 DO 1 Fixed 1 A119 DO 2 Fixed 2 A120 ED: Curve Fit Fail A122 DO 3 Fixed 3 A127 A128 Batcher Needs Reset Batcher Cannot Start (5) 22.11.7 ma 16.5 ma 16.4.4 ma (5) (5) (5) 16.4.2 (5) 16.5 16.4.4 (5) 1 16.4.1 (5) 2 16.4.1 (5) 1 16.4.1 22.7.3 22.7.3 3300/3500 3350/3700 223

22-8 A131 (1)(2) A131 (3) Meter Verify Hold LMV Meter Verify Progress Info Info A132 (1) Simulation Mode Info (5) 22.4 (1) (2) (3) (4) Last Measured Value Info Fault Fault (5) 22.8 ProLink. II G-1 3000 - G-2 ProLink. II ProLink. II v2.6 - H-3 22.9 3300 3500 A009/A026 rev6.1 3300 3500 A009 A026 1 1. 3000 RS-485 2-3 2. ProLink II RS-485 RS-485 ModbusRTU 8 224 3000 MVD

3. 4. ProLink > Configuration > Device Modbus 1 5. Apply 6. ProLink II 7. 3000 RS-485 Modbus Modbus Modbus 22.10 / / 22-9 22-9 / 22.11 8.4.2 8.5 22.7 ma < 4 ma 4 ma ma 8.4.4 ma 8.4.2 22.6 ma ma 22.11.6 16.4.4 3300/3500 3350/3700 225

22-9 / 8.4.4 HART ma ma 8.5 22.6 22.7.3 7.3.2 22.11.6 16.4.4 8.5.2 8.5 HART 22.11.7 16.4.4 13.4 22.17 8.4.2 22.6 20mA 4mA 20mA 4mA 22.14 16.5 22.13 ma 8.4.3 20mA 4mA 20mA 4mA 22.14 ma 226 3000 MVD

22-9 / 22.15 22.13 RF 22.11.5 RS-485 RS-485 RS-485 RS-485 RS-485 22.11 10 3000 10 111 RS-485 3000 RS-485 10 10 10 RS-485 =1 =9600 RS-485 13.3 22.11.1 1. 2. 5 3. 4. 3300/3500 3350/3700 227

5. A B 22.11.2 1. 2. 5 3. 4. 22.11.3 3000 T- 22.11.4 HART HART 1. HART/ 2. 3. 250 4. 4 20 ma 1 5 VDC < 1 VDC >1VDC 5. HART 22.11.5 RF RF - - - 360 228 3000 MVD

22.11.6 ma 22.11.7 4 13.4.1 22.12 21 K1 K2 22.13 g/min 7.3.2 22.14 ma 4 ma 20 ma 8.4.4 22.15 / 8.5 22.16 7.3.3 3300/3500 3350/3700 229

22.17 >20% 21 22.18 22.18.1 Diagnostic monitor View 16 22.18.2 22.18.3 22-10 22.18.5 22-10 230 3000 MVD

22-10 (1) ELITE CMF 3.4 mv Hz D, DL DT 3.4 mv Hz F025, F050, F100 3.4 mv Hz F200 2.0 mv Hz F200 3.4 mv Hz H025, H050, H100 3.4 mv Hz H200 2.0 mv Hz R025, R050, R100 3.4 mv Hz R025, R050, R100 2.0 mv Hz T 0.5 mv Hz CMF400 I.S. 2.7 mv Hz CMF400 3.4 mv Hz (1) 22.18.3 22-11 22-11 22.16 22.18.4 22-12 3300/3500 3350/3700 231

22-12 K1 K1 7.3.3 22.18.5 22-13 22-13 22.11.2 22.11.2 22.20 22.19 LED 22-14 A26 22.19.1 LED LED 1. 2. 4 3. 22-14 22-15 LED 4. O 232 3000 MVD

22-14 LED LED 1 25%, 75% 1 22.7.3 75%, 25% 11.5 5 3 22.11.2 22.16 4 22.6 22-15 5 VDC LED LED q 22.11.2 LED 1 (VDC+) 2 (VDC-) 14VDC 0 1 2 14 VDC 14 VDC 1 VDC 22.11.2 LED LED 80% 20% 50% 50% A105 22.7.3 A033 3300/3500 3350/3700 233

22-15 LED LED q 50% 50% 4 5 V LED 1 VDC+ 2VDC- 1VDC 22.11 LED 22.11 LED 22.19.2 A026 1. 2. 3. 4 4. 3 4 (RS-485A RS-485B) 22-6 40 kω 50 kω 5. 2 3 (VDC RS-485A) 20 kω 25 kω 6. 2 4 (VDC RS-485B) 20 kω 25 kω 7. 8. a. 4 b. O 234 3000 MVD

22-6 40 kω 50 kω 20 kω 25 kω 20 kω 25 kω 22.20 RTD 22.20.1 1. 2. 5 3. a. b. c. (DMM) 22-16 22-16 (LPO) (RPO) (RTD) LLC CMF400 T- ) RTD T- CMF400 4. LPO RPO ± 5 3300/3500 3350/3700 235

5. 6. a. b. c. d. e. f. g. h. i. D600 CMF400 22-17 7. 8. a. b. c. O 22-17 9-22.20.2 4 4 1. 2. 5 3. 236 3000 MVD

4. 5. (2.5 mm) 6. (2.5 mm) 22-7 7. (DMM) 22-7 22-8 LLC / RTD / (1) RTD RTD + + + + (1) F300 H300 F025A F050A F100A CMF400 CMFS T RTD (LLC) 3300/3500 3350/3700 237

22-8 + RTD LLC / RTD / (1) RTD + + + (1) F300 H300 F025A F050A F100A CMF400 CMFS T RTD (LLC) 8. LPO PRO ± 5 9. 22-17 10. a. + b. + c. + d. + e. + f. + g. RTD + LLC + RTD/LLC h. LLC + RTD + RTD/LLC i. RTD/LLC LLC + RTD + D600 CMF400 22-17 11. 238 3000 MVD

1. a. 3 b. 2. a. b. c. 3. 6 8 in-ibs (0,7 0,9 N-m) 4. 5. O 3300/3500 3350/3700 239

240 3000 MVD

A 3300 3500 A.1 3300 3500 A.1.1 IP65 (NEMA 4X) A.1.2 19 (486.2 mm) DIN 41494 IEC297-3 IP40 A.2 / LCD 128 128 A.3 3.5 lb (1.6 kg) A.4 A-1 A-2 A-3 A-4 3300/3500 3350/3700 241

3300 3500 A-1 3300 3500 (mm) 6 1/2 (165) 8 1/2 (216) 7 3/4 (197) 6 (152) 4 1/2 (114) 6 11/16 (170) 6 (152) 1/2 (12) 3500 242 3000 MVD

3300 3500 A-2 3300 3500 I/O (mm) 6 1/2 (165) 8 3/4 (222) 6 (152) 6 (152) 1/2 (12) 5 5/16 (135) 6 11/16 (170) 4 1/4 (108 mm) 3300/3500 3350/3700 243

3300 3500 A-3 3300 3500 (mm) 25 HP (25 TE) 1 U = 1 HE = 1.750 (44,45 mm) 1 HP = 1 TE = 0.200 (5,08 mm) 4 x M2.5x11 3 U (3 HE) 4 13/16 (122,5) 5 1/16 (128,5) 5 9/16 (142,2) 28 HP (28 TE) 19 (486,2 mm) DIN 41494 5 IEC 297-3 3300 3500 DIN 41612 IEC 603-2 3300 3500 3500 1 (25,4) 6 11/16 (169,9) 7 29/32 (200,6) 7 11/32 (186,7) 8 33/64 (216,2) 244 3000 MVD

3300 3500 A-4 (mm) Ø4 3/8 (111) 2X 3 (76) 5 11/16 (144) 6 3/16 (158) 4X Ø3/8 (10) 2 13/16 (71) 4 1/2 (114) 2 1/4 (57) 2 5/8 (67) 2 13/16 (71) 5 3/4 (146) 4 9/16 (116) 2 1/2 (64) 2 3/4 14 NPT 1/2 14 NPT M20 X 1.5 2 3/8 (61) 1 11/16 (43) 3 5/16 (84) 3300/3500 3350/3700 245

3300 3500 A.5 A.5.1 DIN I/O 4 I/O 2 5 10 0.6 1.5 3 24 16 AWG 0.25 1.5mm 2 18 14 AWG 0.75 2.5mm 2 A.5.2 D DIN 41612 (IEC 603-2) 24 16 AWG 0.25 1.5mm 2 18 14 AWG 0.75 2.5mm 2 A.6 A.6.1 4 A.6.2 / / 0 20,000 Hz 25 μsec 0 0.8 VDC 3 30 VDC 5 ma 246 3000 MVD

3300 3500 0.15 0 0.8 VDC 3 30 VDC A.6.3 4 20mA ±50 VDC 1000 Ω 3.8 20.5 ma NAMUR NE43 1994 6 24V 24 VDC V out = 3 VDC 5.6 ma 30 VDC 500 ma / / 12,500 Hz 10000 Hz 500 Hz 50% 500 Hz 24 VDC 30 VDC 3 VDC 10 ma 500 ma NAMUR NE43 1994 6 21 24 ma 15,000Hz 1 3.6 ma 0Hz 3300/3500 3350/3700 247

3300 3500 A.6.4 RS-485 - Modbus RTU Modbus ASCII HART/RS485 - HART ma - HART/Bell 202 RS-232 A.7 A.7.1 3300 85 265 VAC 50/60 Hz, 15 VA 85 VAC 0.25 A 265 VAC 0.12 A IEC 127-3/4 0.63 A 2006/95/ EC IEC61010-1 2 18 30 VDC 7 14 IEC 127-3/4 1.6 A A.7.2 3500 85 265 VAC 50/60 Hz, 30 VA 85 VAC 0.33 A 265 VAC 0.15 A IEC 127-3/4 0.63 A 2006/95/ EC IEC 61010-1 2 18 30 VDC 18 25 IEC 127-3/4 1.6 A 248 3000 MVD

3300 3500 A.8-4 140 F 20 +60 C - 40 +158 F 40 +70 C 131 F 55 C 4 F 20 C 5-95% 140 F 60 C IEC 68.2.6 5 2000 Hz 1.0 g 50 A.9 EMI EMC 89/336/EEC EN 61326 NAMUR NE21 1997 6 1 C ± 0.005% A.10 A.10.1 ATEX 3500 [EEx ib] IIB/IIC Zone1 A.10.2 UL CSA 3300 2 A B C D 3500 2 A B C D 2 A B C D 1 C D 1 E F G A.11 A.12 3300 3500 3300/3500 3350/3700 249

250 3000 MVD

B 3350 3700 B.1 - - / 3700 / NEMA 4X (IP67) B.2 / LCD 128 128 B.3 19 lb (8,6 kg) B.4 B-1 B-4 3300/3500 3350/3700 251

3350 3700 B-1 3350 3700 (mm) 11 (279) 12 (305) 4 x 5/16-inch (9 mm) 2 13/16 (71) 9 3/16 (234) 4 (102) 90 90 180 2.8 3 5/8 (92) 6 (152) B-2 3350 3700 (mm) 5 1/16- (129 mm) 11 5/16 (288) 6 1/8 (158) 8 11/16 (221) 15 1/2 (394) 252 3000 MVD

3350 3700 B-3 3350 3700 (mm) 5 x 3/4 14 NPT 5 x M20 x 1.5 6H 2 x 15/16 (24) 1 7/8 (48) 2 x 2 13/16 (71) 5 3/4 (147) 7 1/2 (191) 10 3/8 (265) 3300/3500 3350/3700 253

3350 3700 B-4 (mm) Ø4 3/8 (111) 5 11/16 (144) 2X 3 (76) 2 1/4 (57) 2 5/8 (67) 6 3/16 (158) 4X Ø3/8 (10) 2 13/16 (71) 2 2 13/16 (71) 4 1/2 (114) 5 3/4 (146) 4 9/16 (116) 2 1/2 (64) 1/2 14 NPT M20 X 1.5 2 3/8 (61) 1 11/16 (43) 3 5/16 (84) 3/4 14 NPT 254 3000 MVD

3350 3700 B.5 3/4 NPT M20 1.5 3/4 NPT M20 1.5 22 16 AWG 0.35 1.5 mm 2 18 12 AWG 0.75 4.0 mm 2 B.6 B.6.1 4 B.6.2 / / 0 20,000 Hz 25 μsec 0 0.8 VDC 3 30 VDC 5mA 0.15 0 0.8 VDC 3 30 VDC B.6.3 4 20mA ±50 VDC 1000 Ω 3.8 20.5 ma NAMUR NE43 1994 6 3300/3500 3350/3700 255

3350 3700 24V 24 VDC V out =3 VDC 5.6mA 30VDC 500mA / / 12,500Hz 10000Hz 500Hz 50% 500Hz 24 VDC 30 VDC 3 VDC 10 ma 500 ma NAMUR NE43 1994 6 21 24 ma 15,000 Hz 1 3.6 ma 0 Hz B.6.4 RS-485 - Modbus RTU Modbus ASCII HART/RS-485 - HART ma - HART/Bell 202 RS-232 256 3000 MVD

3350 3700 B.7 85 265 VAC 50/60 Hz, 30 VA 85 VAC 0.33 A 265 VAC 0.15 A IEC 127-3/4 0.63 A 2006/95/EC IEC61010-1 2 18 30 VDC 18 25 IEC 127-3/4 1.6 A B.8-4 +140 F 20 +60 C - 40 +158 F 40 +70 C 131 F 55 C 4 F 20 C 5-95% 140 F 60 C IEC 68.2.6 5 2000 Hz 1.0 g 50 B.9 EMI EMC 89/336/EEC EN 61326 NAMUR NE21 1997 6 1 C ±0.005% B.10 B.10.1 ATEX 1 ATEX (94/9/EC) II 2G EEx de [ib] IIB/IIC T4 B.10.2 UL CSA I 2 A B C D 2 A B C D 1 C D II 1 E F G 3300/3500 3350/3700 257

3350 3700 B.11 B.12 3350 3700 3350 3700 3350 3700 258 3000 MVD

C 3100 3100 C.1 3100 C.2 3100 3 SPST 24 250VAC 40mA 5A 0 70VDC 5A C.3 C.3.1 ATEX 2 ATEX (94/9/EC) II 3G CENELEC pren 50021:1998 EEx n V II T4 KEMA 97 ATEX 4940 X 20 +60 C 4 +140 F C.3.2 UL CSA I 2 A, B, C, D 3000 259

260 3000 MVD

D 3100 D.1 3000 D.2 3000 3100 3100 3000 D.5.1 D.2.1 3100 3000 2 3000 D.5.1 D.3 D.3.1 3100 ATEX 3100 2 ATEX (94/9/EC) II 3G CENELEC pren 50021:1998 EEx nv II T4 KEMA 97 ATEX 4940 X 20 +60 C 4 +140 F 3000 261

3100 EN 60529 IP4X UL CSA 3100 I 2 A B C D CSA (CSA) D.3.2 2 3 D.4 3100 D.5 3000 3000 D.5.1 3000 3000 - - - 5.6 V = 3VDC - 30 VDC 500 D-1 262 3000 MVD

D-1 +24 V 3.2 kω 3100 + D.6 3100 3100 1 DIN D-2 3000 263

D-2 (mm) 3 3/64 (77) 2 1/32 (52) 2 (50) 2 7/32 (56) 2 21/64 (59) TS 32 TS 15 TS 35 x 7.5 TS 35 x 15 8 (203) 264 3000 MVD

2 / 3100 4 +140 F 20 +60 C D-1 I/O I/O 1. 3300 3500 24 16AWG 0.25 1.5mm 2 3350 3700 22 16AWG 0.35 1.5mm 2 2. D-1 / 3300 3500 D-3 3300 3500 / D-4 3350 3700 D-5 / 3100 / 3300 3500 3350 3700 19 a 14 20 a 14 18 c 14 18 DO1 c 14 20 c 16 17 DO2 c 16 22 c 18 16 DO3 c 18 3100 3000 265

D-3 3300 3500 3100 24 16 AWG 0,25 1,5 mm 2 MODEL 3300/3500 TERMINAL CONNECTION 3 2 1 3300 3500 / 2-2 D-4 3300 3500 3100 I/O 24 16 AWG 0,25 1,5 mm 2 3 2 1 MODEL 3300/3500 TERMINAL CONNECTION 3300 3500 / 2-2 266 3000 MVD

D-5 3350 3700 3100 3350 3700 / 2-2 3100 3 2 1 MODEL 3300/3500 TERMINAL CONNECTION 3 1 2 3 1. 22 16AWG 0.35-1.5 mm 2 2. D-6 D-7 22 16 AWG (0,35 1,5 mm 2 ) 3000 267

D-6 3100 24 280 VAC MODEL 3300/3500 TERMINAL CONNECTION 1 2 3 D-7 3100 MODEL 3300/3500 TERMINAL CONNECTION 12 30 VDC 1 2 3 268 3000 MVD

D.7 1 / 3100 D-2 I/O I/O 4 +140 F 20 +60 C 1. 3300 3500 24 16AWG 0.25 1.5mm 2 3350 3700 22 16AWG 0.35 1.5mm 2 2. D-2 / 3300 3500 D-8 3300 3500 / D-9 3350 3700 D-10 / / 3300 3500 3350 3700 19 a 14 20 18 c 14 18 DO1 20 c 16 17 DO2 22 c 18 16 DO3 3000 269

D-8 3300 3500 3300 3500 / 2-2 12 30 VDC 500 ma/ 500 ma 24 16 AWG (0,25 1,5 mm 2 ) 500 ma 500 ma D-9 3300 3500 I/O 3300 3500 / 2-2 12 30 VDC 500 ma/ 24 16 AWG 0,25 1,5 mm 2 500 ma 500 ma 500 ma 270 3000 MVD

D-10 3350 3700 3350 3700 / 2-2 500 ma 3100 500 ma D-11 2 D-11 500 ma 22 16 AWG 0,35 1,5 mm 2 + 12 30 VDC 500 ma/ 3000 271

272 3000 MVD

E 3100 E.1 3000 E.2 3000 E-1 3000 Forward only 0.8 sec 0.0 51.2 sec 2.56 1.00005.13 T- FCF FT 7.3.3 g/s 0.0000 g/s 0.2% - - 2.5% Liquid L/s 0.0000 l/s 0.0 x l/s x 0.2 l/s 1.00000 1.00000 1.00000 3000 273

E-1 3000 1.6 sec 0.0 51.2 sec g/cm 3 0.2 g/cm 3 0.0 0.5 g/cm 3 D1 0.00000 D2 1.00000 K1 1000.00 K2 50,000.00 FD 0.00000 4.44 0.0 g/cm 3 0.0 10.0 g/cm 3 5.0 g/cm 3 0.0 10.0 g/cm 3 0.0 sec 0.0 60.0 sec 4.8 sec 0.0 38.4 sec degc 1.00000T0.0000 kg/min Frequency = Flow 1000.0000 999.9999 kg/min K 1.0000 Active low HI Mass flow rate HI PV 0.0000 Active low None None 1 Downscale 2.0000 ma 1.0 3.6 ma 0 sec 0.0 60.0 sec Mass flow 20.0 ma 200.0000 g/s 4.0 ma 200.0000 g/s 0.0000 g/s 0.0000 274 3000 MVD

E-1 3000 2 Downscale 2.0000 ma 1.0 3.6 ma 0 sec 0.0 60.0 sec Density 20.0 ma 10.0000 g/cm 3 4.0 ma 0.0000 g/cm 3 0.0000 200.000 g/s 0.200 l/s 0.000 g/cm 3 240.000 C 0.000% 423.78 SCFM 240.000 C 0.000 psi 200.000 g/s 0.200 l/s 10.000 g/cm 3 450.000 C 100.000% 423.78 SCFM 450.000 C 100.000 psi Mass flow Frequency = flow 1,000.00 Hz 0.00091 10,000.00 Hz 16,666.66999 g/s 277.2352 ms 0 277.2352 ms Active Active high Downscale 0.0 sec 0.0 60.0 sec RS-485 9600 HART Odd 8 1 0 3100 3000 275

E-1 3000 RS-485 Modbus RTU RS-485 Modbus ASCII 9600 RS-485 Odd Modbus RTU 8 1 1 3 4 1 2 9600 Odd 7 1 1 3 4 1 2 RS-485 9600 Odd 7 1 Bell 202 HART 0 Disabled PV & Pct Range None HART QV Volume flow 276 3000 MVD

F 3000 3100 F.1 3000 F.2 F-1 F-2 (View) F-1 < > < > < > < > < > Screen 1 Screen 2 Screen 3 Screen 4 Screen 5 Var Var Var Var Var Var Var Var Var Var Var Var Var Var Var Var Var Var Var Var 3000 277

3000 F-2 Well Performance Meas Start Well Test View Well Tests Recalculate Well Test > < > > VIEW View Menu Process Monitoring < > < > < > < > < > Screen 1 Screen 2 Screen 3 Screen 4 Screen 5 Var Var Var Var Var Var Var Var Var Var Var Var Var Var Var Var Var Var Var Var F.3 F-3 View VIEW (Management) F-3 Process monitor (1) Batch operation screen (2) < > Screen x > Preset Name > Var Var Var Var < > > Total Target < > > VIEW VIEW to View menu to Management menu (1) F-1 (2) F-2 278 3000 MVD

3000 F.4 F-4 F-5 OIML F-6 NTEP F-4 API ED Active Alarm Log Diagnostic Monitor Tube Frequency Left Pickoff Right Pickoff Drive Gain Live Zero Temperature Screen Screen 1Screen 2Screen 3Screen 4 5 Var Var Var Var Var Var Var Var Var Var Var View Menu Process Monitoring < > Density Curves (2) Curve 1 name (3) Curve 2 name (3). (1) (2) (3) Process LCD Options Process Totalizers Mass Total Volume Total API Corr Volume Total (1) ED Std Volume Total (2) ED Net Mass Total (2) Freq Input Total Contrast LCD Backlight Inventory Mass Inventory Volume Inventory API Cor Vol Inventory (1) ED Std Volume Inventory (2) ED Net Mass Inventory (2) Freq Input Inventory Applications List I/O Core processor version API (1) Enhanced Density (2) 3100 3000 279

3000 F-5 (OIML) API ED View Menu Active Alarm Log Process Monitoring Preset Selections (1) Batch Inventory (1) Screen Screen 1Screen 2Screen 3Screen 4 5 Var Var Var Var Var Var Var Var Var Var Var Preset 1 name (2) Preset 2 name (2). Preset 1 name (2) Preset 2 name (2). < > Transfer Totalizer Transfer Log Transfer Inventory Transfer & Inventory Current BOL Select BOL to view Current BOL Mass Transfer Volume Transfer Current BOL Mass Inventory Volume Inventory Current BOL Mass Transfer Mass Inventory Volume Transfer Volume Inventory API Transfer & Inventory (3) Current BOL API Corr Vol Transfer API Cor Vol Inventory ED Transfer & Inventory (4) Current BOL ED Net Mass Transfer ED Net Mass Inventory Volume Transfer Volume Inventory ED Concentration Diagnostic Monitor Density Curves (5) LCD Options Applications List Tube Frequency Left Pickoff Right Pickoff Drive Gain Live Zero Temperature Curve 1 name (6) Curve 2 name (6). Contrast LCD Backlight I/O Core processor version API (7) Enhanced Density (5) Weights & Measures (8) (1) (2) (3) (4) (5) (6) (7) (8) World Area OIML 280 3000 MVD

3000 F-6 V (NTEP) (API ED Active Alarm Log Process Mass Total Volume Total API Corr Volume Total (2) ED Std Volume Total (3) ED Net Mass Total (3) Freq Input Total Process Monitoring Screen Screen 1Screen 2Screen 3Screen 4 5 Var Var Var Var Var Var Var Var Var Var Var < > Process Totalizers Inventory Diagnostic Monitor Tube Frequency Left Pickoff Right Pickoff Drive Gain Live Zero Temperature (1) (2) (3) (4) View Menu Mass Inventory Volume Inventory API Cor Volume Inventory (2) ED Std Volume Inventory (3) ED Net Mass Inventory (3) Freq Input Inventory Preset Selections Preset 1 name (1) Preset 2 name (1). LCD Options Contrast LCD Backlight Batch Inventory Preset 1 name (1) Preset 2 name (1). Density Curves (3) Curve 1 name (4) Curve 2 name (4). Applications List I/O Core processor version API (2) Enhanced Density (3) Discrete Batch F.5 F-7 F-13 F-7 F-8 F-12 F-13 3100 3000 281

3000 F-7 Management Menu Configuration Maintenance Security Language See following pages See following pages Security Enable/disable Write Protect (1) Totalizer Reset (1) Language (1) (2) (3) OIML (4) (5) (6) Passwords Maintenance Configuration Weights & Measures (2) World Area Process Monitoring (3) Discrete Batch (3)(4) API (3)(5) Enhanced Density (3)(6) Transmitter Checksum (3) Core Checksum (3) Switch Status Alarm Log (3) Enable Alarm Password Alarm Log Password 282 3000 MVD

3000 F-8 System ( Tag ( Time ( Date ( Alarm Severity ( Electronics Alarms ( Process Alarms ( Sensor Alarms ( Configuration Alarms Enable Core Processor Config Process Var ( Flow Variables ( Flow Damping ( Flow Direction ( Mass Units ( Mass Low Flow Cutoff ( Volume Flow Type ( Volume Units (1) ( Vol Low Flow Cutoff (1) ( Std Gas Volume Units (2) ( Std Gas Volume Cutoff (2) ( Std Gas Density (2) ( Special Mass Units ( Special Volume Units (1) ( Special Gas Std Units (2) ( Density ( Density Units ( Density Damping ( Density Cutoff ( Slug Low Limit ( Slug High Limit ( Slug Duration ( Temperature ( Temperature Units ( Temperature Damping Management Menu Configuration Inputs Frequency Input ( Flow Rate Units ( Scaling Method ( Frequency (6) ( Flow (6) ( Pulses/Unit (6) ( Units/Pulse (6) ( K-factor ( FCF ( FTG ( FFQ ( D1 4 ( K1 4 ( FD ( DT ( DTG ( DFQ1 DFQ2 ( Temperature Slope ( Temperature Offset ( Mass Factor ( Density Factor ( Volume Factor continued Discrete Inputs ( Start Zero ( Reset Mass Total ( Reset Volume Total ( Reset API Cor Vol Tot (4) ( Reset ED Std Vol Tot (5) ( Reset ED Net Mass Tot (5) ( Reset All Totals ( Start/Stop All Totals Sensor Cal Data ( T-Series Setup (3) Discrete Inputs ( Discrete Input 1 2 ( Polarity ( Flow Cal ( D1 2 ( K1 2 ( FD ( Dens Temp Coeff ( Temp Cal Factor ( Temperature Slope ( Temperature Offset ( Mass Factor ( Density Factor ( Volume Factor (1) = Liquid (2) = Gas Standard (3) T (4) (5) (6) (7) = (8) = Yes No External Inputs ( Polling Variable 1 2 ( Polling Control ( Polled Variable ( Pressure Compensation (7) ( Pressure Units (7) ( Flow Factor (7) ( Density Factor (7) ( Cal Pressure (7) ( Ext Temp Compensation (8) Sensor Information ( Sensor Model No. ( Sensor Serial No. ( Sensor Material ( Sensor Flange ( Sensor Liner 3100 3000 283

3000 F-9 Management Menu Configuration continued Discrete Batch (1) Measurements Flow Source Frequency Input Mass Volume Control Options Enable Batch Time Out No. of Stages No. of Decimals Reset on Start Count Up Enable End Warning Enable AOC Enable Overrun Lockout Target Maximum Target Ignore Source Alarms Configure Presets by Configure Presets Preset 1 6 Enable Preset Name End Warning Target Overrun Discrete Inputs End Inhibit Batch Inhibit Totalizer Reset Resume Start Stop Increment Preset Inhibit Flow Discrete Events Discrete Event 1 5 Event Type Process Variable HI PV Value (2) LO PV Value (2) API (3) Table Type Temperature Units Density Units Reference Temperature (1) (2) (3) (4) Density Functions (4) Derived Variable DI Next Curve Configure Curve Extrapolation Alarms Curve Fit Results 284 3000 MVD

3000 F-10 F-11 Discrete Outputs Discrete Output 1 3 Polarity Assignment Fault Indication Flow Switch Source (1) Flow Switch Setpoint (1) Outputs Management Menu Configuration Milliamp Outputs Milliamp Output 1 2 Fault Indication Condition Setting Last Meas Val Timeout (2) Variable Assignment Calibration Span 20 ma 4 ma Low Flow Cutoff Damping Seconds 4 ma Minimum 20 ma Maximum Minimum Span (1) = (2) (3) (4) OIML Configure Bell-202 Polling Address Loop Current Mode Burst Mode Burst Command Burst Variable 1 4 Management Menu Configuration Digital Communication Device Setup Fault Setting Description User Message HART QV HART Device ID Transmitter Serial No Frequency Output Flow Source Scaling Method Frequency (3) Flow (3) Pulses/Unit (3) Units/Pulse (3) Max Pulse Width Power Polarity Fault Indication Last Meas Val Timeout (2) continued Protocol=HART, Modbus RTU, Modbus ASCII Configure RS-485 Protocol HART Modbus RTU Modbus ASCII Printer Configure Protocol Baud Rate Parity Data Bits Stop Bits Polling Address Byte Order Monitoring Screens 1 5 Variables 1 4 Variables Number of Decimals W&M Approval (4) Label Update Period continued 3100 3000 285

3000 F-12 Management Menu Configuration Digital Communication Protocol=Printer Protocol=Printer Discrete Batching Protocol=Printer Discrete Batching Custody Transfer (NTEP) Protocol=Printer Custody Transfer (OIML) Protocol=Printer Discrete Batching Custody Transfer (OIML/batch) Configure RS-485 Protocol (Printer) Configure Printer Printer Selection Pre Header Codes Header Line 1 2 Footer Post Footer Codes Baud Rate Parity Data Bits Stop Bits Chars Per Second Print Buf Size Lines Per Page Disable Paper Check Discrete Inputs Print Screen None Discrete Input 1 2 Discrete Event 1 5 Screens to Print Process Monitor Monitor Screen 1 5 Batch Ticket All Config Data Active Alarm Log Alarm History Alarm Event Log Audit Event Log Print Process Monitor Printer Test Configure RS-485 Protocol (Printer) Configure Printer Printer Selection Pre Header Codes Header Line 1 2 Footer Post Footer Codes Baud Rate Parity Data Bits Stop Bits Chars Per Second Print Buf Size Lines Per Page Disable Paper Check Discrete Inputs Print Screen None Discrete Input 1 2 Discrete Event 1 5 Batch Timeout Batch End Warn Batch Overrun Batch in Progress Batch Pump Batch Primary Valve Screens to Print Process Monitor Monitor Screen 1 5 Batch Ticket All Config Data Active Alarm Log Alarm History Alarm Event Log Audit Event Log Print Process Monitor Printer Test Configure RS-485 Protocol (Printer) Configure Printer Printer Selection Header Line 1 2 Footer Baud Rate Parity Data Bits Stop Bits Chars Per Second Print Buf Size Lines Per Page Number Of Tickets Auto Print Disable Paper Check Format W&M Ticket Header Line 1 4 Footer Batch Start No. (BOL) Discrete Inputs Print Screen None Discrete Input 1 2 Discrete Event 1 5 Batch Timeout Batch End Warn Batch Overrun Batch in Progress Batch Pump Batch Primary Valve Screens to Print Process Monitor Monitor Screen 1 5 Batch Ticket All Config Data Active Alarm Log Alarm History Alarm Event Log Audit Event Log Print Process Monitor Printer Test (1) (2) Configure RS-485 Protocol (Printer) Configure Printer Printer Selection Header Line 1 2 Footer Baud Rate Parity Data Bits Stop Bits Chars Per Second Print Buf Size Lines Per Page Format W&M Ticket Header Line 1 4 Transfer Ticket Transfer Start (BOL) Transfer Print Cond. Transfer Form Feed Alarm Occurred Num. Transfer Tickets Footer Discrete Inputs Transfer Print Screen None Discrete Input 1 Discrete Input 2 Transfer Screen To Print Transfer Totals Inventory Transfer & Inventory API Transfer & Inv (1) ED Transfer & Inv (2) Print Screen None Discrete Input 1 2 Discrete Event 1 5 Screens to Print Process Monitor Monitor Screen 1 5 Batch Ticket All Config Data Active Alarm Log Alarm History Alarm Event Log Audit Event Log Print Process Monitor Printer Test Configure RS-485 Protocol (Printer) Configure Printer Printer Selection Header Line 1 2 Footer Baud Rate Parity Data Bits Stop Bits Chars Per Second Print Buf Size Lines Per Page Number Of Tickets Auto Print Format W&M Ticket Header Line 1 4 Transfer Ticket Transfer Start (BOL) Transfer Print Cond. Transfer Form Feed Alarm Occurred Num. Transfer Tickets Footer Batch Start No. (BOL) Discrete Inputs Transfer Print Screen None Discrete Input 1 Discrete Input 2 Transfer Screen To Print Transfer Totals Inventory Transfer & Inventory API Transfer & Inv (1) ED Transfer & Inv (2) Print Screen None Discrete Input 1 2 Discrete Event 1 5 Batch Timeout Batch End Warn Batch Overrun Batch in Progress Batch Pump Batch Primary Valve Screens to Print Process Monitor Monitor Screen 1 5 Batch Ticket All Config Data Active Alarm Log Alarm History Alarm Event Log Audit Event Log Print Process Monitor Printer Test 286 3000 MVD

3000 F-13 Active Alarm Log Alarm History Alarm Event Log Batch Inventory (1) Preset 1 6 Management Menu Maintenance Process Inventory Mass Inventory Volume Inventory API Cor Vol Inventory (3) ED Std Vol Inventory (4) ED Net Mass Inventory (4) Freq Input Inventory Audit Trail (2) Current Event Number View Event Date Search (1) (2) (3) (4) (5) (6) (7) Calibration Sensor Zero Zero Time Mass Flow Rate Calibrate Zero Restore Factory Zero View Current Data Density Low Density Density D1 Calibrate Density High Density Density D2 Calibrate Density Flowing Density View Current Data ma Output Trim Milliamp Output 1 2 Trim 4.0 ma Trim 20.0 ma Batch AOC (1) Temperature Low Temperature High Temperature View Current Data Density Curve Trim (4) Curve x ED Trim Offset ED Trim Slope Diagnostics Read External Inputs Discrete Input 1 2 Frequency Input External Pressure (5) External Temperature (6) Simulate Outputs Discrete Output 1 3 Milliamp Output 1 2 Frequency Output Meter Verification (7) Uncertainty Limit Counter Start Meter Verify Fault Hold Last Value 3100 3000 287

288 3000 MVD

G ProLink II Pocket ProLink ProLink II G.1 ProLink II Windows 3000 Pocket ProLink ProLink II 3000 ProLink II 3000 ProLink II 3000 G.2 / G.3 3000 G.4 ProLink II 3000 G.4 ProLink II ProLink II Pocket ProLink Procket ProLink ProLink II G.2 ProLink II 3000 ProLink II v2.5 ProLink II v2.9 3000 ProLink II - RS-232 Bell 202 (HART) - RS-232 RS-485 Modbus HART - USB Bell 202 (HART) - USB RS-485 Modbus HART USB Windows USB Windows RS-485 ProLink II v2.4 375 289

ProLink II Pocket ProLink G.3 ProLink II / ProLink II / 3000 / 1. ProLink II 3000 2. File Load from Xmtr to File 3000 Send to Xmtr from File G.4 3000 3000 ProLink II HART/Bell 202 HART/RS-485 Modbus/RS-485 Modbus/RS-485 HART HART Modbus HART, ProLink II 10 RS-485 10 Modbus/RS-485 3000 3000 1. 2. Bell202 RS-485 RS-485 3000 2-2 2-3 3. USB 4. 290 3000 MVD

ProLink II Pocket ProLink 5. HART/Bell 202 250 600 Ω ProLink II RS-485 ProLink II 6. ProLink II Connection > Connect to Device a. ProLink II b. c. Connect 7. RS-485 RS-485 a. b. 10 Connect c. RS-485 10 Connect G.5 ProLink II ProLink II v2.6 3000 rev7.0 ProLink II 375 291

ProLink II Pocket ProLink G-1 ProLink II File View Connection ProLink Tools Plug-ins Load from Xmtr to File Save to Xmtr from File License Preferences Use External Temperature Enable Inventory Totals Reset Enable External Pressure Compensation Copper RTD Installed options Connect to Device Disconnect Configuration Output Levels Process Variables Status Alarm Log Diagnostic Information Calibration Test ED Totalizer Control Totalizer Control Core Processor Diagnostics Finger Print API Process Variables ED Process Variables PPI Variables Batcher Control Gas Unit Configurator Meter Verification Options ProLink II Language Error Log On Data Logging (1) Enable/Disable Custody Transfer (1) ProLink II 292 3000 MVD

ProLink II Pocket ProLink G-2 ProLink II ProLink > Configuration Additional configuration options ProLink II Flow Density Temperature Pressure Flow direction Flow damp Flow cal Mass flow cutoff Mass flow units Vol flow cutoff (1) Vol flow units (1) Vol flow type Std gas vol flow cutoff (2)(3) Std gas flow units (2) Std gas density (2) Gas wizard (2) Mass factor Dens factor Vol factor Flow switch variable Flow switch setpoint Density units Density damping Slug high limit Slug low limit Slug duration Low density cutoff K1 K2 FD D1 D2 Temp coeff (DT) T Series FTG FFQ DTG DFQ1 DFQ2 K3 D3 D4 K4 Temp units Temp cal factor Temp damping External temperature Device (1) = Liquid (2) = Gas Standard (3) Tag Date Descriptor Message Sensor type Transmitter serial number Floating pt ordering Add comm resp delay Restore factory configuration Digital comm settings Fault setting HART address Loop current mode HART device ID Modbus address Enable write protection Update rate Response time Burst setup Enable burst Burst cmd Burst var 1...4 Flow factor Dens factor Cal pressure Pressure units External pressure Display Screen 1 Var 1...4 Screen 2 Var 1...4 Screen 3 Var 1...4 Screen 4 Var 1...4 Screen 5 Var 1...4 Display precision Var Number of decimals Custody transfer approved Display language 375 293

ProLink II Pocket ProLink G-3 ProLink II ProLink > Configuration Additional configuration options Analog output Frequency Sensor simulation (1) Primary/secondary output PV/SV is Lower range value Upper range value AO cutoff AO added damp LSL USL Min span AO fault action AO fault level Last measured value timeout Tertiary variable Scaling method Freq factor Rate factor Pulses per unit Units per pulse Freq pulse width Last measured value timeout Freq output power Freq fault action Freq fault level Freq output polarity Enable/disable Mass flow Wave form Fixed value Period Minimum Maximum Density Wave form Fixed value Period Minimum Maximum Frequency input Scaling method Freq factor Rate factor Pulses per unit Units per pulse Discrete output Discrete output 1/2/3 DO1/2/3 assignment DO1/2/3 polarity DO1/2/3 fault action Discrete input Assignment Polarity DI1 polarity DI2 polarity Temperature Wave form Fixed value Period Minimum Maximum K-factor Units (1) 294 3000 MVD

ProLink II Pocket ProLink G-4 ProLink II ProLink > Configuration Additional configuration options ProLink II System Special units RS-485 Discrete events Real-time clock Security Enable security Maintenance password Configuration password Enable alarm security (1) Alarm password (1) Totalizer reset options (1) Weights and measures Approval Software rev Enable OIML CT approval for API (2) Enable OIML CT approval for ED (2) Enable OIML CT approval for process monitor (2) Enable OIML CT approval for discrete batcher (2) Polled variables Polled variable 1/2 Polling control External tag Variable type Current value Base mass unit Base mass time Mass flow conv fact Mass flow text Mass total text Base vol unit (3) Base vol time (3) Vol flow conv fact (3) Vol flow text (3) Vol total text (3) Base gas vol unit (4) Base gas vol time (4) Gas vol flow conv fact (4) Gas vol flow text (4) Gas vol total text (4) Sensor Sensor s/n Sensor model Sensor matl Liner matl Flange (1) (2) Approval OIML (3) Liquid (4) Gas Standard Variable mapping PV is SV is TV is QV is Protocol Baud rate Parity Stop bits Choose typical HART settings Alarm Event name Event type Process variable Low setpoint (A) High setpoint (B) Alarm Severity 375 295

ProLink II Pocket ProLink G-5 ProLink II ProLink > Configuration API setup (1) Discrete batch (2) Printer Table type Units ED setup (3) Global config Active curve Derived variable Reset all curve info Lock/unlock ED curves Curve specific config Curve configured Curve name Reference temperature Water reference temperature Water reference density Trim slope Trim offset Extrapolation Alarm limit Enable density low Enable density high Enable temperature low Enable temperature high Concentration Units Special unit string ED curve (3) Process fluid density at specified temperature and concentration Curve being configured Curve fit max order Temperature isotherms Concentration points Curve data points Flow source Control options Enable batch Count up Enable AOC Lockout target Auto print at batch end Reset on start Enable end warning Enable overrun Ignore source alarms No-flow timeout Number of stages Number of decimals Maximum target Alarm timeout Configure presets by Configure presets Preset number Preset name Enable preset Open primary Open secondary Close primary End warning Density curve Overrun Preset target Printer Type Data bits Chars/sec Buffer size Disable paper out detection Ticket Batch start number (BOL) No. of batch tickets Transfer start (BOL) Transfer type No. of transfer tickets Transfer type Use form feed Print with non-zero flow Alarm occurrence on transfer ticket Header and footer Pre header Line #1? #4 Line feeds #1? #4 Font size #1? #4 Footer line Post footer Footer line feeds Footer font size Print request configuration Process monitor with statistics Process monitor Monitor screen 1? 5 Batch ticket All configuration data Alarm history Active alarm log Audit trail event log Printer test Alarm event log Curve fit results Accuracy Process fluid density at reference temperature and specified concentration Reference temperature Concentration points Curve data points (1) (2) (3) 296 3000 MVD

H 375 ProLink II H.1 375 3000 H.2 3000 H.3 H.4 H.2 DD 375 3000 DD Micro Motion 3000 Mass flo v7 DD v2 DD 3000 3000 H.3 375 3000 3000 1. 3000 3000 2-2 2-3 2. 3. 4. 3000 H.4 Micro Motion 3000 Mass flo v7 DD v2 3000 rev7.0 online 375 297

375 H-1 On-Line Menu > 1 Process variables 1 2 Additional options View fld dev vars 1 View basic vars 2 View external vars 3 View FI vars 4 View API vars 5 View ED vars 6 View batcher vars View output vars 1 View PV-Analog 1 2 View SV-Analog 2 3 View TV-Freq/DO 4 View QV (1) 5 View discrete event 1 2 1 Mass flo 2 Mass totl 3 Mass inventory 4 Temp 5 Dens 6 Vol flo 7 Vol totl 8 Vol inventory 1 Pressure 2 Temp 5 1 Current ED curve 2 ED std vol flo 3 ED std vol totl 4 ED std vol inv 5 ED net mass flo 6 ED net mass totl 7 ED net mass inv 8 ED net vol flo 9 ED net vol totl ED net vol inv ED dens at ref ED dens (SGU) ED dens (Baume) 5 1 Discrete event 1 2 Discrete event 2 3 Discrete event 3 4 Discrete event 4 5 Discrete event 5 Value Type Setpoint A Setpoint B Status 3 4 1 FI flow rate 2 FI total 3 FI inv 1 TC Dens 2 TC vol 3 TC vol totl 4 TC vol inv 5 TC avg temp 6 TC avg dens 7 CTL 6 1 name unit 2 Batch total 3 Batch target 4 Preset 1 inv 5 Preset 2 inv 6 Preset 3 inv 7 Preset 4 inv 8 Preset 5 inv 9 Preset 6 inv 298 3000 MVD

375 H-2 3 4 On-Line Menu > 1 Process variables 5 6 ProLink II View status Totlizer contrl 1 Mass totl 2 Vol totl 3 Start totalizer 4 Stop totalizer 5 Reset all totals 6 Reset mass total 7 Reset volume total Batcher cntrl 1 None unit 2 Batch total 3 Batch target 4 Batcher cntrl 4 1 Start batch 2 Stop batch 3 End batch 4 Inhibit batch 5 Resume batch 6 Reset batch 7 Inhibit totalizer 8 Print batch ticket Custody trf tot reset opt 375 299

375 H-3 / On-Line Menu > 2 Diag/Service 1 2 3 4 Test/Status Calibration Perform diagnostic action Loop test 1 View status 2 Self test 1 Auto zero 2 Density cal 3 Meter verification 1 Reset alarm log 2 Acknowledge all alarms 3 Reset Power On time 4 Restore factory configuration 5 Reset all ED curve information 6 Enable write protect 7 Disable write protect 8 Restore factory zero 9 Exit 1 Fix analog out 1 2 Fix analog out 2 3 Fix frequency out 4 Fix discrete out 1 5 Fix discrete out 2 6 Fix discrete out 3 5 6 7 8 Trim outputs Read outputs Read inputs Test points 1 Trim Analog out 1 2 Trim analog out 2 3 Scaled AO1 trim 4 Scaled AO2 trim 1 Pres freq 2 Read DO 1 3 Read DO 2 4 Read DO 3 1 Read discrete in 2 Read DI 2 3 FI freq 1 Status words 2 LPO 3 RPO 4 Tube 5 Drive 6 Board temperature 7 Meter temp. T-Series 8 Live zero flow 9 Input voltage Actual target amplitude Average sensor temp Min sensor temp Max sensor temp Max electronics temp Min electronics temp Average electronics temp Wire RTD Meter RTD Line RTD Power cycle count Power on time Drive current 300 3000 MVD

375 H-4 1 2 On-Line Menu > 3 Basic Setup 4 6 ProLink II Tag PV unit 3 SV unit 5 Freq scaling Anlog 1 range values 1 PV URV 2 PV LRV Anlog 2 range values 1 PV URV 2 PV LRV 1 FO scale method Freq = flow Pulses/Unit Units/Pulse 2 FO scaling (1) TV freq factor TV rate factor TV pulses/unit TV units/pulse (1) 375 301

375 H-5 On-Line Menu > 4 Detailed Setup 1 Charize sensor 2 Config fld dev vars Additional options 1 Sensor selection 2 Flow 3 Density 4 Temp cal factor 5 Pressure compensation 6 Meter factors 7 Polling setup 8 External temp 1 2 3 5 1 T-Series 2 Other 1 FlowCal (1) 1 FCF (2) 2 FTG (2) 3 FFQ (2) 1 D1 2 K1 3 D2 4 K2 5 Temp coeff (1) 5 DTG (2) 6 FD (1) 6 DFQ1 (2) 7 DFQ2 (2) 8 DT (2) 9 FD (2) 8D3 (2) 8K3 (2) 8D4 (2) 8K4 (2) 1 Enable pressure 2 Flow factor 3 Dens factor 4 Flowcal pressure 5 Static pressure 6 7 8 1 Mass factor 2 Vol factor 3 Dens factor 1 Poll control 2 External device tag 1 3 Polled var 1 4 External device tag 2 5 Polled var 2 1 Enable ext temp 2 Static temperature 1 Flow 2 Density 3 Temperature 4 Pressure 5 API 6 Batcher 1 2 3 4 5 1 Mass flow unit 2 Mass flow cutoff 3 Spcl mass units 4 Vol flow unit 5 Vol flow cutoff 6 Spcl vol units 7 Flo direction 8 Flo damp 1 Density unit 2 Density damp 3 Density cutoff 4 Slug low limit 5 Slug high limit 6 Slug duration 1 Temp unit 2 Temp damp 1 Pressure unit 1 API setup 2 Enable API 3 API 2440 CTL table (read-only) 4 API thermal exp (read-only) 5 API ref temp (read-only) 6 1 Current preset 2 Batch flow source 3 Batch timeout 4 Reset on start 5 Counting up 6 Ignore alarms 7 Alarm timeout 8 Preset 1 setup 9 Preset 2 setup Preset 3 setup Preset 4 setup Preset 5 setup Preset 6 setup 1 Enabled 2 Target 3 Source units 4 ED curve (1) T (2) T 302 3000 MVD

375 H-6 3 On-Line Menu > 4 Detailed Setup 4 Additional options ProLink II Config outputs Config inputs 1 AO setup 2 FO output 3 DO setup 4 HART output 5 RS485 setup 6 Fault timeout 1 2 3 1 PV is 2 Range values 3 PV AO cutoff 4 PV AO added damp 5 AO1 fault setup 6 SV is 7 Range values 8 SV AO2 cutoff 9 SV AO added damp AO2 fault setup 1 TV is 2 FO scale method (1) 3 TV freq factor 4 TV rate factor 5 Max pulse width 6 FO fault indicator 7 FO fault value 1 DO1 is 2 DO1 polarity 3 DO1 fault indicator 4 DO2 is 5 DO2 polarity 6 DO2 fault indicator 7 DO3 is 8 DO3 polarity 9 DO3 fault indicator 4 5 1 Var assignment 2 Poll addr 3 Num preambles 4 Burst mode 5 Burst option 6 Burst var 1 7 Burst var 2 8 Burst var 3 9 Burst var 4 1 1 PV is 2 SV is 3 TV is 4 QV is 1 RS485 protocol 2 RS485 baudrate 3 RS485 parity 4 RS485 stop bits 5 Modbus address 6 Comm fault indicator 7 Printer setup 1 Discrete actions 2 DI setup 3 FI setup (1) / 1 2 3 1 Assign discretes 2 Read action assign (read-only) 3 Action assignments (read-only) 4 PrintScreen assign 1 4 1 DI1 polarity 2 DI2 polarity 1 Start sensor zero 2 Reset mass total 3 Reset volume total 4 Reset API ref vol 5 Reset all totals 6 Reset ED ref vol 7 Reset ED net mass 8 Reset ED net vol 9 Start/stop all totals End batch Inhibit batch Inhibit batch tot Reset batch Resume batch Start batch Stop batch Increment preset Increment ED curve Print screen Process monitor Batch ticket All config data Alarm history Active alarm log Audit trail 1 FI scale method (1) 2 Freq factor 3 Rate factor 4 FI unit 5 K factor 375 303

375 H-7 On-Line Menu > 4 Detailed Setup 5 6 7 Device information 1 Tag 2 Descriptor 3 Message 4 Date 5 Device id 6 Final assembly num 7 Sensor s/n 8 Sensor model 9 Output option board Construction materials Revision #s Real-time clock Config discrete event 1 Discrete event 1 2 Discrete event 2 3 Discrete event 3 4 Discrete event 4 5 Discrete event 5 1 Discrete event var 2 Discrete event type 3 Setpoint A 4 Setpoint B Config alarms 1 Write severity 2 Read severity (read-only) 3 Review severity 4 Acknowledge the selected alarm 5 Alarm history 6 Refresh alarm history Display setup 8 Setup simulation mode 9 Modbus data 1 Enable/disable 2 Display variables 3 Display precision 1 2 3 1 Update period 2 Display language 1 Screen 1, Line 1 2 Screen 1, Line 2 Screen 5, Line 4 1 Var code varx 2 Precision varx 1 Simulation mode enable/disable 2 Simulate mass flow 3 Simulate temperature 4 Simulate density 5 Mass flow simulation mode (read-only) 6 Mass flow fixed value (read-only) 7 Mass flow minimum amplitude (read-only) 8 Mass flow maximum amplitude (read-only) 9 Mass flow period of waveform (read-only) Temperature simulation mode (read-only) Temperature fixed value (read-only) Temperature minimum amplitude (read-only) Temperature maximum amplitude (read-only) Temperature period of waveform (read-only) Density simulation mode (read-only) Density fixed value (read-only) Density minimum amplitude (read-only) Density maximum amplitude (read-only) Density period of waveform (read-only) 1 Read Modbus data value 2 Write Modbus data value 304 3000 MVD

I ProLink II I.1 - I-1 - I-2 - I-3 I-4 (NTEP) - I-5 - I-6 (OIML) - I-7 - I-8 - I-9 (OIML) - I-10 - I-11 375 305

I.2 I-1 Stats HEADER 1 HEADER 2 M. RESET 29-SEP-2003 10:58:27 Mass Flow Rate g/s Current_Value:0.000000 Average:-0.043297 Maximum:56:830570 Minimum:-0.145275 Mass Total g Current_Value:628050.562500 Volume Flow Rate l/s Current_Value:0.000000 Average:-0.000035 Maximum:0.046584 Minimum:-0.000107 Volume Total l Current_Value:744.410522 Density g/cm3 Current_Value:1.219813 Average:1.219888839 Maximum:1.262375 Minimum:1.216220 FOOTER Stats Not A Legal Receipt HEADER 1 HEADER 2 M. RESET 29-SEP-2003 10:58:27 Mass Flow Rate g/s Current_Value:0.000000 Mass Total g Current_Value:628050.562500 Volume Flow Rate l/s Current_Value:0.000000 Volume Total l Current_Value:744.410522 Density g/cm3 Current_Value:1.219813 FOOTER Not A Legal Receipt 306 3000 MVD

I-2 HEADER 1 HEADER 2 M. RESET 29-SEP-2003 13:27:33 Active Alarm Log Temp. Out-of-Range INFO 17-JAN-07 14:14:53 Sensor RTD Error INFO 17-JAN-07 14:14:53 Meter RTD Error INFO 17-JAN-07 14:14:53 API: Temp Overrange FAULT 17-JAN-07 14:14:53 FOOTER HEADER 1 HEADER 2 M. RESET 28-MAR-2007 16:36:45 Alarm Event Log Drive Overrang Post: 28-MAR-07 16:36 Power Reset Clr: 28-MAR-07 16:36 Power Reset Post: 28-MAR-07 16:36 Security Breach Post: 28-MAR-07 16:36 FOOTER HEADER 1 HEADER 2 M. RESET 29-SEP-2003 13:27:33 Historical Alarm Log Drive Overrange Cnt 13 Post 29-SEP-3 13:27 Clr 29-SEP-3 13:27 Security Breach Cnt 11 Post 29-SEP-3 11:02 Clr 29-SEP-3 11:03 Xmtr Initializing Cnt 10 Post 29-SEP-3 13:27 Clr 29-SEP-3 13:27 FOOTER ProLink II 375 307

I-3 HEADER 1 HEADER 2 M.RESET 29-SEP-2003 1:05:03 ::Frequency Output:: 0 FO Active 1 FO Polarity 1 FO Flow Source 0 FO Fault Frequency 15000.000000 FO Frequency Factor 1000.000000... FOOTER HEADER 1 HEADER 2 HEADER 3 HEADER 4 M. RESET 29-SEP-2003 1:05:03 Audit Trail 001 4-JAN-2003 15:58:58 MA01 Source 0 001 4-JAN-2003 15:58:58 MA02 Source 0 001 4-JAN-2003 15:59:01 FO Flow Source 5 001 4-JAN-2003 15:59:01: Flow Direction 2 FOOTER I-3 0 5 Using Modbus Protocol with Micro Motion Transmitters, November 2004, P/N 3600219, Rev. C (manual plus map) Modbus Mapping Assignments for Micro Motion Transmitters, October 2004, P/N 20001741, Rev. B (map only) : 308 3000 MVD

I.3 I-4 I.4 (NTEP) I-5 HEADER 1 HEADER 2 M. RESET 29-SEP-2003 11:05:01 Preset 1 Units: g Actual: Target: FOOTER 1324.5 g 1300.9 g HEADER 1 HEADER 2 HEADER 3 HEADER 4 M. RESET 15-MAR-2005 10:57:23 Total: 1162.0591 g Batch Count: (8) FOOTER Not A Legal Receipt HEADER 1 HEADER 2 M. RESET 15-MAR-2005 11:05:01 Preset 1 Units: g Actual: 1324.5 g Target: 1300.9 g FOOTER Not A Legal Receipt HEADER 1 HEADER 2 HEADER 3 HEADER 4 M. RESET 15-MAR-2005 10:57:23 Total: 1324.5 g Batch Count: (9) SECURITY BREACH Not A Legal Receipt FOOTER ProLink II 375 309

I-6 HEADER 1 HEADER 2 HEADER 3 HEADER 4 M. RESET 15-MAR-2005 10:57:23 Total: 1162.0591 g Batch Count: (8) DUPLICATE_RECEIPT FOOTER HEADER 1 HEADER 2 HEADER 3 HEADER 4 M. RESET 15-MAR-2005 10:57:23 Total: 1324.5 g Batch Count: (9) DUPLICATE_RECEIPT SECURITY BREACH Not A Legal Receipt FOOTER I.5 (OIML) I-7 I-8 3000 310 3000 MVD

I-7 HEADER 1 HEADER 2 HEADER 3 HEADER 4 M. RESET 15-MAR-2005 10:57:23 Transfer (BOL): 31 Complete Mass Transfer * 0.906 kg* Volume Transfer * 0.3 US gal* FOOTER HEADER 1 HEADER 2 HEADER 3 HEADER 4 M. RESET 15-MAR-2005 10:57:23 Transfer (BOL): 500 Not Complete Mass Flow Rate 0.0513 g/s Volume Flow Rate 0.0001 l/s Mass Transfer 53434.1016 g Volume Transfer 60.3386 l FOOTER ProLink II 375 311

I-8 HEADER 1 HEADER 2 HEADER 3 HEADER 4 M. RESET 15-MAR-2005 10:57:23 Transfer (BOL): 36 Complete Mass Transfer * 0.000 kg* Mass Inventory 297.18 kg Volume Transfer * 0.0 US gal* Volume Inventory 137.3086 US gal Alarm occurred during the Transfer. FOOTER HEADER 1 HEADER 2 HEADER 3 HEADER 4 M. RESET 15-MAR-2005 10:57:23 Transfer (BOL): 501 Not Complete Mass Flow Rate 0.0513 g/s Volume Flow Rate 0.0001 l/s Mass Transfer 53434.1016 g Volume Transfer 70.3386 l Alarm occurred during the Transfer. FOOTER 312 3000 MVD

I-9 I.6 (OIML) I-10 HEADER 1 HEADER 2 HEADER 3 HEADER 4 M. RESET 28-MAR-2007 16:42:01 Transfer (BOL): 2 Complete Mass Flow Rate 0.0000 kg/s Volume Flow Rate 0.0000 l/s Mass Transfer * 5.1050 kg* Volume Transfer 5.1718 l FOOTER HEADER 1 HEADER 2 HEADER 3 HEADER 4 M. RESET 15-MAR-2005 10:57:23 Total: 1162.0591 g Batch Count: (8) FOOTER HEADER 1 HEADER 2 HEADER 3 HEADER 4 M. RESET 28-MAR-2007 16:41:43 Transfer (BOL): 2 Not Complete Mass Flow Rate Volume Flow Rate Mass Transfer Volume Transfer FOOTER 0.1007 kg/s 0.1020 l/s 5.1050 kg 5.1718 l HEADER 1 HEADER 2 HEADER 3 HEADER 4 M. RESET 15-MAR-2005 10:57:23 Total: 1324.5 g Batch Count: (9) SECURITY BREACH Not A Legal Receipt FOOTER ProLink II 375 313

I-11 HEADER 1 HEADER 2 HEADER 3 HEADER 4 M. RESET 15-MAR-2005 10:57:23 Total: 1162.0591 g Batch Count: (8) DUPLICATE_RECEIPT FOOTER HEADER 1 HEADER 2 HEADER 3 HEADER 4 M. RESET 15-MAR-2005 10:57:23 Total: 1324.5 g Batch Count: (9) DUPLICATE_RECEIPT SECURITY BREACH Not A Legal Receipt FOOTER 314 3000 MVD

J ProLink II J.1 ANSI Z535.4 J.2 3000 J-1 3300215 3100436 3300709 375 315