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Red-eye 2G Manual - Sky Eye Measurement

1. User Manual Red Eye 2G Table 9 Red Eye 2G Modbus Register Map version 2 2 Red Eye 2G PC52 00116 00 version 4 xx to 5 xx compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 40046 40046 Method 1 coefficient 2 50 0 100 CHAR RW 40047 40047 Method 1 coefficient 3 0 0 100 CHAR RW 40048 40048 Method 1 coefficient 4 0 0 100 CHAR RW 40049 40049 Method 1 coefficient 5 0 0 100 CHAR RW 40050 40050 Method 1 coefficient 6 0 0 100 CHAR RW 40051 40051 Method 1 coefficient 7 0 0 100 CHAR RW 40052 40052 Method 2 coefficient 1 0 0 100 CHAR WR 40053 40053 Method 2 coefficient 2 0 0 100 CHAR WR 40054 40054 Method 2 coefficient 3 0 0 100 CHAR RW 40055 40055 Method 2 coefficient 4 100 0 100 CHAR RW 40056 40056 Method 2 coefficient 5 0 0 100 CHAR RW 40057 40057 Method 2 coefficient 6 0 0 100 CHAR RW 40058 40058 Method 2 coefficient 7 0 0 100 CHAR RW 40059 40059 Method 3 coefficient 1 0 0 100 CHAR RW 40060 40060 Method3 coefficient 2 100 0 100 CHAR RW 40061 40061 Method3 coefficient 3 0 0 100 CHAR RW 40062 40062 Method 3 coefficient 4 0 0 100 CHAR RW 40063 40063 Method 3 coefficient 5 0 0 100 CHAR RW 40064 40064 Method3 coefficient 6 0 0 100 CHAR RW 40065 40065 Method 3 coefficient 7 0 0 100 CHAR RW 40066 40066 Method 4 coefficient 1 0 0 100 CHAR RW 400
2. Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 4125541256 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit 4125741258 33 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient 1450nm Float Float 41259 41260 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1632nm Float Float 41261 41262 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1730nm Float Float 41263 41264 unitless 0 00 Limit Limit FLOAT RW 412651412661 34 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit 41267141268 Oil Absorbance Coefficient 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit 4126941270 Oil Absorbance Coefficient E 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient E 1730nm Float Float 41271 41272 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1110nm Float Float 4127341274 35 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1450nm Float Float 4127541276 unitless 0 00 Limit Limit FLOAT RW 4127741278 Cil Absorbance Coefficient o 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient 1730nm Float Float 4127941280 unitless 0 00 Limit Limit FLOAT RW Oil A
3. Red Eye 2G User Manual Table 9 Red Eye 2G Modbus Register Map version 2 2 Red Eye 2G PC52 00116 00 version 4 xx to 5 xx compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 41356 41356 Method selection for well 36 1 1 5 CHAR RW 41357 41357 Method selection for well 37 1 1 5 CHAR RW 41358 41358 Method selection for well 38 1 1 5 CHAR RW 41359 41359 Method selection for well 39 1 1 5 CHAR RW 41360 41360 Method selection for well 40 1 1 5 CHAR RW Read Only Holding Registers block image of 30001 30054 block 45001 45002 Water Cut Result 96 0 00 0 00 100 00 FLOAT RO 45003 45003 Aux Analog Input 0 0 1023 WORD RO 45004 45004 Reserved WORD RO 45005 45005 Freq Input Hz 0 0 65535 WORD RO 45006 45006 Reserved 45007 45008 Current 9 1110nm nA 0 00 Float Limit Float FLOAT RO Limit 45009 45010 Current 9 1450nm nA 0 00 Float Limit Float FLOAT RO Limit 45011 45012 Current 9 1632nm nA 0 00 Float Limit Float FLOAT RO Limit 45013 45014 Current 9 1730nm nA 0 00 Float Limit Float FLOAT RO Limit 45015 45016 Temperature degC 0 00 Float Limit Float FLOAT RO Limit 45017 45020 Reserved 0 00 Float Limit Float FLOAT RO Limit 45021 45022 Water Cut 1110nm 96 Float Limit Float FLOAT RO Limit 45023 45024 Ratio 1 0 00 Float Limit Float FLOAT RO 1110nm 1450nm Limit 45025 4502
4. Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 411291411301 17 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient 1450nm Float Float 41131 41132 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1632nm Float Float 41133 41134 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1730nm Float Float 41135 41136 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1110nm Float Float 4113741138 18 unitless 0 00 Limit Limit FLOAT RW 4113941140 Oil Absorbance Coefficient 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit 41141141142 Oil Absorbance Coefficient 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit 41143141144 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient 6 1110nm Float Float 4114541146 19 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1450nm Float Float 4114741148 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1632nm Float Float 4114941150 unitless 0 00 Limit Limit FLOAT RW 4115141152 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit 411531411541 20 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit 41155141156 Oil Ab
5. Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 41003 41004 Oil Absorbance Coefficient Q 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit 4100541006 Oil Absorbance Coefficient o 1632nm 0 00 Float Float FLOAT RYV unitless Limit Limit Oil Absorbance Coefficient 1730nm Float Float 4100741008 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1110nm Float Float 41009 41010 2 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1450nm Float Float 41011 41012 unitless 0 00 Limit Limit FLOAT RW 4101341014 Oil Absorbance Coefficient 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit 41015141016 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit 41017 41018 3 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient 1450nm Float Float 41019 41020 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient o 1632nm Float Float 41021 41022 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1730nm Float Float 41023 41024 unitless 0 00 Limit Limit FLOAT RW 410251410261 4 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient 1450nm Float Float 41027 41028 unitless 0 00 Limit Limit FLOAT RW 4102941030 Oil Absorbance Coeff
6. Note The firmware version for the Red Eye 2G can be determined when powering up the unit At that time the firmware version will be displayed for two seconds BM RE2GVVCM 00 Rev G 35 August 2008 Red Eye 2G User Manual This page intentionally left blank 36 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G RedLine Configuration Program The 2G includes the RedLine configuration software designed for Pocket PCs This software allows the user to configure communications perform one button fluid calibrations and check system diagnostics The connection can be done through either of the meter s configuration ports See the RedLine Communication Connections section found earlier in this manual for further information on how to connect to the 2G using this software Also refer to the RedLine Configuration Program User manual Part Number BM REDLINE 00 for details on how to use the software BM RE2GVVCM 00 Rev G 37 August 2008 Red Eye 2G User Manual This page left intentionally blank 38 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Appendix A Modbus Register Maps Modbus Register Map version 2 8e Currently Function Codes 3 and 4 are supported for Modbus Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatible with Linear Board ver 5 xx onwards Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards
7. 41039 41040 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41041 41042 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41043 41044 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41045 41046 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41047 41048 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41049 41050 7 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41051 41052 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41053 41054 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41055 41056 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41057 41058 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41059 41060 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41061 41062 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41063 41064 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41065 41066 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41067 41068 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41069 41070 Oil
8. 100 Figure 3 NPT Mount Unit Dimensions 8 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Electrical Specifications Table 4 Specifications Electrical Power Required 10 32 Volts DC 1 Amp Maximum Analog Input Current 4 20mA Well Selection and Flow Rate Analog Output Current 4 20mA Water Cut High Level Frequency 0 10kHz TTL level or 24 VDC Operating Temperature 40 to 65 C NOTE Operating at 40 C requires a minimum input voltage level of 11 VDC Prior To 1 nstallation Instructions The following instructions apply to the Red Eye 2G Water Cut Meter covered by certificate number Sira O5ATEX1138 1 Installation shall be carried out by suitably trained personnel in accordance with the applicable code of practice e g EN 60079 14 1997 2 Inspection and maintenance of this equipment shall be carried out by suitably trained personnel in accordance with the applicable code of practice e g EN 60079 17 3 Repair of this equipment shall be carried out by suitably trained personnel in accordance with the applicable code of practice e g EN 60079 19 4 Replacement of component parts is limited to the termination board and the complete system board stack Fiber bundle lamp optical filter sapphire window and board level repair must be sent to the factory for repair replacement 5 The certification of this equipment relies upon the use o
9. 4 to 20mA Output 4 to 20mA Output of instantaneous water cut T1 5 4 to 20mA Output 4 to 20 represents 0 10096 T1 6 Com T1 7 4 to 20mA In 4 to 20mA Input for analog well selection 16 wells Use RedLine to T1 8 Ato 20mA In choose AI for WELL SELECTION T1 9 High Level Freq Flow meter input Either pulse 5Volt TTL or 24V pulse or analog 4 to Analog In 20mA Set SW1 accordingly see below T1 10 High Level Freq Analog In T1 11 Lamp pwr Factory set Do not change T1 12 Lamp pwr Factory set Do not change Note The default 4 to 20mA output wiring is passive For self powered 4 to 20mA refer to Figure 16 Frequency Input with Pre Amp Wiring P1 Comm port This port is a RS232 HMI port using Modbus RTU protocol This is the typical connection point for a RedLine Pocket PC connection BM RE2GWCM 00 Rev G 99 August 2008 Red Eye 2G User Manual SVVI Settings Set Switch SW1 as needed per Table 14 Table 14 Switch SW1 Settings Input Type SW1 1 SW1 2 4 to 20mA Closed Closed TTL Pulse Closed Open 24V Pulse Open Open Note SW1 3 is for a termination resistor for the Host Port RS485 Line Power up Initialization and setup After being properly installed the Red Eye unit can be started At power up the default display appears and should not show any application errors Check to see that the Red Eye 2G can funct
10. 1110nm Float Float 4117741178 23 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1450nm Float Float 4117941180 unitless 0 00 Limit Limit FLOAT RW 4118141182 Oil Absorbance Coefficient 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit 41183141184 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit 411851411861 24 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient 1450nm Float Float 41187 41188 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient o 1632nm Float Float 41189 41190 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1730nm Float Float 41191 41192 unitless 0 00 Limit Limit FLOAT RW 411931411941 25 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient 1450nm Float Float 41195 41196 unitless 0 00 Limit Limit FLOAT RW 41197 41198 Oil Absorbance Coefficient 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit 4119941200 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient 1110nm Float Float 41201 41202 26 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1450nm Float Float 41203 41204 unitless 0 00 Limit Limit FLOAT RW 41205 41206 Oil Absorbance Coefficient 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit 4120
11. 3 or 4 line 1480 psi CWP 316SS 1 NPT connection 0 060 gap A filter set 2G 1007 2G 6 10 P6 316 T B A 6 to 10 line 1480 psi CWP 316SS 1 NPT connection 0 060 gap A filter set 2G 1024 2G 2 4 P9 316 F2 B A 2 to 4 line 2220 psi CWP 316SS 1 1 2 15002 ANSI raised face flange connection 0 060 gap A filter set 2G 1034 2G 2 4 P9 HS F2 B A 2 or 4 line 2160 psi CWP Hastelloy 1 1 2 15002 ANSI raised face flange connection 0 060 gap A filter set 2G 1037 2G 2 6 P6 HS F1 C A 2 to 6 line 1480 psi CWP Hastelloy 1 1 2 6004 ANSI raised face flange connection 0 040 gap A filter set 2G 1001 2G 3 4 P6 316 T C A 3 to 4 line 1480 psi CWP 316SS 1 NPT Connection 0 040 gap A filter set Unit Weight The Red Eye 2G is approximately 23lbs 10 depending upon configuration BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Physical Dimensions The following drawings show the physical dimensions of the various flange and NPT mount units Figure 2 Flange Mount Unit Dimensions BM RE2GWCM 00 Rev G 7 August 2008 Red Eye 2G User Manual 3 4 14 NPT 2 PLACES Red Eye 26 Dimensions inch pre s A e c o E F 6 MH Eme OT EAS AE I gt 5 3 s zm 3 amp s s 359 39 jes s m sm am 39 ses Ger M6 6 10 ex see om s 706 s8 s s
12. 41288 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41289 41290 37 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41291 41292 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41293 41294 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41295 41296 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41297 41298 38 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41299 41300 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41301 41302 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41303 41304 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41305 41306 39 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41307 41308 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41309 41310 Oil Absorbance 0 Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless BM RE2GWCM 00 Rev G 51 August 2008 Red Eye 2G User Manual Start Reg 41311 41313 41315 41317 41319 41321 41322 41323 41324 41325 41326 41327 41328 41329 41330 41331 Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Co
13. A two line display on the meter itself allows the operator to monitor the water cut and other pertinent data at the installed site E s i o The first line of the display always displays the Water 0 00 current percentage of water The second line Stat OK will scroll through the following items e Active Well X Current Well being monitored Options displayed from 1 40 e Temp X Current temperature of the Red Eye 2G BoardStack in C e W Select Mode for Well Selection Options displayed between MBUS ModBUS and Al Analog Input e Modbus ID X Current ID set for Red Eye 2G Communication Options displayed from 1 255 Factory Default Setting at 49 e S 00 Stat OK Current Status of the Red Eye 2G device See Table 1 for further status interpretations e Photocur Live or User Displays whether the photocurrents used by the algorithm are live or user entered e Board Log Amp or Linear Amp Displays the detector board type From the user s standpoint these two board types are identical There is no difference in the operation of the water cut meter e All Channels On Indicates that the channel is switched ON for calculation e All Channels Off Indicates that the channel is switched OFF for calculation 1 BM RE2GWCM 00 Rev G August 2008 Red Eye 2G User Manual Note The Red Eye 2G unit will save any edits to the database one minute after the last e
14. FLOAT RW 1450nm unitless Limit 41213 41214 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41215 41216 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41217 41218 28 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41219 41220 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41221 41222 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41223 41224 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41225 41226 29 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 6 1110nm unitless Limit 41227 41228 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 66 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 9 Red Eye 2G Modbus Register Map version 2 2 Red Eye 2G PC52 00116 00 version 4 xx to 5 xx compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 41229 41230 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41231 41232 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41233 41234 30 Oil Absorbance Coefficien
15. Float FLOAT RW nA Limit 40009 40010 H20 Absorbance Coefficient 0 021 Float Limit Float FLOAT RW 1110nm unitless Limit 40011 40012 H20 Absorbance Coefficient 4 197 Float Limit Float FLOAT RW 1450nm unitless Limit 40013 40014 H20 Absorbance Coefficient 0 650 Float Limit Float FLOAT RW 1632nm unitless Limit 40015 40016 H20 Absorbance Coefficient 0 714 Float Limit Float FLOAT RW 1730nm unitless Limit 40017 40018 Reserved 0 00 0 00 1 00 JFLOAT RW 40019 40020 Reserved 0 00 0 00 1 00 JFLOAT RW 40021 40022 Reserved 0 00 0 00 1 00 FLOAT RW 40023 40024 Reserved 0 00 0 00 1 00 JFLOAT RW 40025 40026 Reserved 0 00 0 00 1 00 JFLOAT RW 40027 40028 Reserved 0 00 0 00 1 00 FLOAT RW 40029 40030 Reserved 0 00 0 00 1 00 JFLOAT RVV 40031 40032 Reserved 0 00 0 00 1 00 JFLOAT RW 40033 40034 Reserved 0 00 0 00 1 00 JFLOAT RW 40035 40036 Reserved 0 00 0 00 1 00 FLOAT RW 40037 40037 Modbus Address 49 1 255 WORD RW 40038 40038 Host port baudrate 0 9600 0 3 WORD RW 40039 40039 of 1 sec samples to 1 1 10 BYTE RW average 40040 40040 Low Signal Alarm Warning 10 5 20 WORD R W Limit 40041 40041 Reserved 40042 40042 Reserved 40043 40043 WellSelectMethod 0 MODBUS 0 1 Al CHAR RW MODBUS 40044 40044 Current Active Well 1 1 40 CHAR RW 40045 40045 Method 1 coefficient 1 50 0 100 CHAR RW 60 BM RE2GWCM 00 Rev G August 2008
16. User Manual Red Eye 2G Table of Contents List of Paragraphs Introduction and Description nn nana nana nc an cer sss se ss ss sse eee res nasa es res res eenn nenn nee 1 BIE MP ce 1 General Principle of Operation nd ss ankuan es sss ne ee ss sne sss eres ene ne see s res eee res nna 3 Technical Specifications erue ee a 5 Model Number Information isis hetse it op exea epe Pr ERR 5 WE VEGNE aent opa aa ne Lat OP dinners 6 Physical Dimensions TA a erectas Tarte te d e 7 Electical SpeciiiCatiorie 32 geta 5512 i Dex esate tee e pada 9 Prior To Installation Instructions e e K eee KKK 9 NACEMROJ 7 5 COMDPITAN C soar oshte avi 161 varra Janae lisas rd green 10 Quality ASSUKAN La e E NASSE 10 Physical Mounting siste est eenn eanne ennn es 11 Flange Unit MOUNTING si ars 11 2 00 SAKT PIPE 11 Screwe in Unit MOURLTIG s RD NN 14 Display Orientation Instructions een 15 Wiring Connections ae EHE ai 19 LNELOJUELION ptem Rc 19 TEM al Sen T ann 20 Analog Input for Well Selection Wiring sees 20 Well Selection MIDIBIQ 10 21 Water Cut 4 to 20mA Out Remote Field Device VVirin du aaa aaa ee ee e anen 22 Flow Meter Wiring or Analog In Remote Field Device VViri nd ina aaa nanen 23 External Pre Amp Wiring Gers SAT 25 Communications Hook Up ese GN 26 RS485 for Modbus Host Communications sess 26 CODnneCHIODS M se 26 Default SettihgS sat eem e eee ru eor eh 26 RS232 support for HMI Port and Modbus Communicati
17. diagnostic Limit 58 BM RE2GWCM 00 Rev G August 2008 User Manual Modbus Register Map version 2 2 Red Eye 2G Table 9 Red Eye 2G Modbus Register Map version 2 2 Red Eye 2G PC52 00116 00 version 4 xx to 5 xx compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit Input Registers 30001 30002 Water Cut Result 96 0 00 0 00 100 00 FLOAT RO 30003 30003 Aux Analog Input 0 0 1023 WORD RO 30004 30004 Reserved WORD RO 30005 30005 Freq Input Hz 0 0 65535 WORD RO 30006 30006 Reserved 30007 30008 Current 1110nm nA 0 00 Float Limit Float FLOAT RO Limit 30009 30010 Current 1450nm nA 0 00 Float Limit Float FLOAT RO Limit 30011 30012 Current 1632nm nA 0 00 Float Limit Float FLOAT RO Limit 30013 30014 Current 9 1730nm nA 0 00 Float Limit Float FLOAT RO Limit 30015 30016 Temperature degC 0 00 Float Limit Float FLOAT RO Limit 30017 30018 Firmware ID 520011600 NA NA LONG RO 30019 30020 Reserved 0 00 Float Limit Float FLOAT RO Limit 30021 30022 Water Cut o 1110nm 96 Float Limit Float FLOAT RO Limit 30023 30024 Ratio 1 1110nm 1450nm 0 00 Float Limit Float FLOAT RO Limit 30025 30026 Ratio 2 1450nm 1632nm 0 00 Float Limit Float FLOAT RO Limit 30027 30028 Ratio 3
18. 1 FLOAT RW 40037 40037 Modbus Address 49 1 255 WORD RW 40038 40038 Host port baud rate 0 9600 0 3 WORD RW 40039 40039 mE 3t of 1 sec samples to BYTE RW average Alarm Warning Limit 40041 40041 Reseved 1 40042 40002 Reseved 1 1 1 e MODBUS MODBUS 40044 40044 Current Active vvel 1 2 40 CHAR RW 40045 40045 Method 1 coefficient1 50 0 100 CHAR RW 40046 40046 Method 1 coefficient2 50 0 100 CHAR RW 40047 40047 Method 1 coefficient3 0 0 100 CHAR RW 40048 40048 Method 1 coefficient4 0 0 100 CHAR RW 40049 40049 Methodl coefiiient5 0 0 100 CHAR RW 40050 40050 Method 1 coefficient6 0 Oo 100 CHAR RW 40051 40051 Method 1 coefficient7 0 0 100 CHAR RW 40052 40052 Method2 coefficient1 0 0 100 CHAR RW 40053 40053 Method2 coefficient2 0 0 100 CHAR RW 40054 40054 Method 2 coefficient3 0 0 100 CHAR RW 40055 40055 Method 2 coefficient4 100 0 100 CHAR RW 40056 40056 Method 2 coefficient5 0 0 100 CHAR RW 40057 40057 Method2 coefficient6 0 0 100 CHAR RW 40058 40058 Method 2 coefficient7 0 0 100 CHAR RW 40059 40059 Method 3 coefficient1 0 0 100 CHAR RW 40060 40060 Method3 coefficient2 100 0 100 CHAR RW 40061 40061
19. 1632nm 1730nm 0 00 Float Limit Float FLOAT RO Limit 30029 30030 Ratio 4 1110nm 1632nm 0 00 Float Limit Float FLOAT RO Limit 30031 30032 Ratio 5 1110nm 1730nm 0 00 Float Limit Float FLOAT RO Limit 30033 30034 Ratio 6 1450nm 1730nm 0 00 Float Limit Float FLOAT RO Limit 30035 30035 Firmware version Major Number CHAR RO 30036 30036 Firmware version Minor Number CHAR RO 30037 30037 Modbus version Major Number CHAR RO 30038 30038 Modbus version Minor Number CHAR RO 30039 30050 Reserved RO 30051 30051 Status 0 WORD RO BM RE2GVVCM 00 Rev G 59 August 2008 Red Eye 2G User Manual Table 9 Red Eye 2G Modbus Register Map version 2 2 Red Eye 2G PC52 00116 00 version 4 xx to 5 xx compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 30052 30052 of Good Messages 0 0 65535 WORD RO 30053 30053 3t of Bad Messages 0 0 65535 WORD RO 30054 30054 3t of Received Characters 0 0 65535 WORD RO Holding Registers 40001 40002 Current in Air 1110nm 0 00 Float Limit Float FLOAT RW nA Limit 40003 40004 Current in Air o 1450nm 0 00 Float Limit Float FLOAT RW nA Limit 40005 40006 Current in Air o 1632nm 0 00 Float Limit Float FLOAT RW nA Limit 40007 40008 Current in Air o 1730nm 0 00 Float Limit
20. 4 20 MA OUT 4 20 MA OUT CO 4 20 MA 4 20 MA LEVEL FREQ ANALOG LEVEL FREQ ANALOG LAMP POWF LAMP POWF Figure 14 4 to 20mA Output with Loop Power for the Field Device Note For self powered 4 to 20mA passive connect configuration connect directly to T1 4 and T1 5 22 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Flow Meter Wiring or Analog In Remote Field Device Wiring A Flow Meter can be connected to this unit and the signal will be passed through to the NOC or Flow Computer This signal can be either an analog signal 4 to 20mA or 24V Pulse or a High Level Frequency TTL Pulse input signal Note The Flow Meter input signal is not used within this unit but is passed on as a Modbus accessible parameter Switches and resistors are provided on the terminal board in order to select the proper resistance device for each of the inputs Table 6 and Figure 15 provide the switch settings for the various input types Table 6 Input Type Selection Switches Input Type SW1 1 SW1 2 4 to 20mA Closed Closed TTL Pulse Closed Open 24V Pulse Open Open Connections for the Flow Meter input are at Terminal Strip T1 connectors T1 9 and T1 10 Refer to Figure 12 and Figure 15 for additional details BM RE2GVVCM 00 Rev G 23 August 2008 Red Eye 2G I
21. Float FLOAT RW 1450nm unitless Limit 41013 41014 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41015 41016 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41017 41018 3 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41019 41020 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41021 41022 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41023 41024 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41025 41026 4 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41027 41028 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW Q 1450nm unitless Limit 41029 41030 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41031 41032 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41033 41034 5 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41035 41036 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41037 41038 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41039 41040 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm
22. Limit 41313 41314 40 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41315 41316 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 68 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 9 Red Eye 2G Modbus Register Map version 2 2 Red Eye 2G PC52 00116 00 version 4 xx to 5 xx compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 41317 41318 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41319 41320 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41321 41321 Method selection for well 1 1 1 5 CHAR RW 41322 41322 Method selection for well 2 1 1 5 CHAR RW 41323 41323 Method selection for well 3 1 1 5 CHAR RW 41324 41324 Method selection for well 4 1 1 5 CHAR RW 41325 41325 Method selection for well 5 1 1 5 CHAR RW 41326 41326 Method selection for well 6 1 1 5 CHAR RW 41327 41327 Method selection for well 7 1 1 5 CHAR RW 41328 41328 Method selection for well 8 1 1 5 CHAR RW 41329 41329 Method selection for well 9 1 1 5 CHAR RW 41330 41330 Method selection for well 10 1 1 5 CHAR RW 41331 41331 Method selection for well 11 1 1 5 CHAR RW 41332 413
23. Start End Description Default Low High Type Access Reg Reg Value Limit Limit Input Registers 30001 30002 Water Cut Result o O 100 FLOAT RO 30003 30003 Aux Analog Input o 0 1023 WORD RO 30004 30004 Reserved H H ORD RO 30005 J 30005 NS 65535 RO 30006 30006 T Reserved nA Limit nA Limit nA Limit nA Limit Limit 30017 ru Firmware ID 590011800 NA LONG RO LI NEAR 590011801 mu 30019 BE Lopes i RO Limit 96 Limit 1450nm Limit RO 1632nm Limit 1730nm Limit 1632nm Limit 1730nm Limit 1730nm Limit RO dl e RT d Major Number 30036 30036 Firmware version NA CHAR RO Minor Number BM RE2GWCM 00 Rev G 39 August 2008 Red Eye 2G User Manual Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatible with Linear Board ver 5 xx onwards Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards Start End Description Default Low High Type Access Reg Reg Value Limit Limit Number Number 30039 30050 Reseved RO 30051 30051 l status o T WORD T RO 30052 30052 tofGood Messages 0 0 65535 RO 30053 30053 tofBadMessages 0 0 165535 RO Characters 30055 30056 Absorbance value at Float Limit Float FLOAT RO NNN 1450 Limit 1632 Limit 30061 30062 Absorbance value at Float Limit Float FLOAT RO DE EN RE RI Limit Limit RO
24. Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit Input Registers 30001 30002 Water Cut Result 96 0 00 0 00 100 00 FLOAT RO 30003 30003 Aux Analog Input 0 0 1023 WORD RO 30004 30004 Reserved VVORD RO 30005 30005 Freq Input Hz 0 0 65535 WORD RO 30006 30006 Reserved 30007 30008 Current 1110nm nA 0 00 Float Float Loar RO Limit Limit 30009 30010 Current 1450nm nA 0 00 Float Float Loar ro Limit Limit 30011 30012 Current 1632nm nA 0 00 Float Float Loar ro Limit Limit Float Float 30013 30014 Current o 1730nm nA 0 00 Limit Limit FLOAT RO Float Float 30015 30016 Temperature degC 0 00 Limit Limit FLOAT RO Float Float 30017 30020 Reserved 0 00 Limit Limit FLOAT RO Float Float O 30021 30022 Water Cut o 1110nm 96 Limit Limit FLOAT RO Float Float 30023 30024 Ratio 1 1110nm 1450nm 0 00 Limit Limit FLOAT RO 30025 30026 Ratio 2 1450nm 1632nm 0 00 Float Float Loar ro Limit Limit 30027 30028 Ratio 3 1632nm 1730nm 0 00 Float Float post ro Limit Limit 30029 30030 Ratio 4 1110nm 1632nm 0 00 Float Float Loar no Limit Limit 30031 30032 Ratio 5 1110nm 1730nm 0 00 Float Float Loar ro Limit Limit 30033 30034 Ratio 6 1450nm 1730nm o oo Feat Float Legat Ro Limit Limit 30035 30035 Firmware version Major Number CHAR RO 30036 30036 Firmware version Minor Number CHAR RO 30037 30037 Modbus version Major Number CHAR RO 30038
25. this manual appear in lower case and bold type When the computer generates characters on the monitor or display and a response is required from the user these are italicized in the documentation Microsoft Windows The phrase choose followed by a command in bold text means that the cursor is to be moved to the command in question and left mouse click A trailing right bracket followed by another command indicates to highlight the first command move the cursor to the right and highlight the second command For example Choose FILE OPEN filename The expression click instructs the user to left mouse click on the Window button that display on the screen For example Click EXIT to return to the main menu screen Click OK to accept the values in the fields BM RE2GWCM 00 Rev G iii August 2008 Red Eye 2G User Manual Data Conventions In certain instances this manual sets specific information aside from the normal format of the text This is done to attract the attention of the reader This manual uses the terms Note Caution and Warning Note A note highlights information that will benefit the reader Caution A caution denotes conditions under which lack of care or attention to instructions could result in damage to equipment WARNING A warning tells of a situation in which lack of care or attention to instructions could result in injury or death to personnel iv BM RE2GWCM 00 Rev G August 2008
26. 00118 01 Compatible with Log Board ver 5 xx onwards Start End Description Default Low High Type Access Reg Reg Value Limit Limit nA Limit nA Limit nA Limit nA Limit Limit Limit 45021 45022 La ee FEL aia RO Limit 1450nm Limit 1632nm Limit 1730nm Limit 1632nm Limit 45031 45032 m Ratio 5 1110nm Float RO 1730nm Limit 45033 45034 IT Ratio 6 1450nm TI Float RO 1730nm Limit Major Number Minor Number Number 45038 45038 Modbus version Minor NA NA CHAR RO 45039 45050 Resevea T RO 45051 45051 Status 1 o X WORD RO 45052 45052 of Good Messages 0 O 65535 worD RO 45053 45053 tofBadMessages 0 O 65535 WORD RO Characters 1110 Limit 1450 Limit RO mum PA o a 1632 Limit 1730 Limit Xw 0 45063 45064 Float Limit Float FLOAT RO Limit BM RE2GWCM 00 Rev G 57 August 2008 Red Eye 2G User Manual Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatible with Linear Board ver 5 xx onwards Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards Start End Description Default Low High Type Access Reg Reg Value Limit Limit Limit Limit Limit 45071 45071 J ExtFag 0 o 6 CHAR RO 45072 45072 Numberofiterations 0 1 9 CHAR RO diagnostic Limit 45075 45076 Max boundary for S Float Limit Float FLOAT RO
27. 100 CHAR RVV CHAR RVV CHAR RVV CHAR RVV CHAR RVV CHAR RVV CHAR RVV CHAR RVV CHAR RVV CHAR RVV CHAR RVV CHAR RVV CHAR RVV CHAR RVV CHAR RVV CHAR RVV CHAR RVV 100 CHAR RVV CHAR RVV RVV RVV I W BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 11 Red Eye 2G Modbus Register Map version 2 0 Red Eye version 3 02 compatible Reg Reg Value Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit RW O Basil 8 E Rod Limit Limit Limit Limit BM RE2GVVCM 00 Rev G 87 August 2008 Red Eye 2G User Manual Table 11 Red Eye 2G Modbus Register Map version 2 0 Red Eye version 3 02 compatible Reg Reg Value Limit Limit Limit Limit Limit Limit idi inl BR sido Reo N 9 Limit Limit MM DO IEEE Limit Limit usd hsc B as Mc BE ad Limit Limit E Mk Kl Von Limit Limit a TEMP Limit Limit e pw EID Limit Limit M kai APT Limit Limit Limit Limit Ke ee Limit Limit ee ET Limit Limit et e J D Limit Limit Limit Limit ind ol BM an I ad Limit Limit U ined MM REBEL NE TEE Bi Limit Limit ch mel RHI Fl Limit Limit Limit Limit I E EM nd Limit Limit ed od E Limit Limit ch al Bd um Lim
28. 1730nm Float Float 41103 41104 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1110nm Float Float 4110541106 14 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1450nm Float Float 4110741108 unitless 0 00 Limit Limit FLOAT RW 4110941110 Oil Absorbance Coefficient o 1632nm 0 00 Float Float FLOAT RYV unitless Limit Limit Oil Absorbance Coefficient 1730nm Float Float 41111 41112 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1110nm Float Float 41113 41114 15 unitless 0 00 Limit Limit FLOAT RW 4111541116 Oil Absorbance Coefficient 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient o 1632nm Float Float 4111741118 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1730nm Float Float 4111941120 unitless 0 00 Limit Limit FLOAT RW 411211411221 16 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit 4112341124 Oil Absorbance Coefficient Q 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit 4112541126 Oil Absorbance Coefficient 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit 41127141128 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit BM RE2GWCM 00 Rev G 77 August 2008 Red Eye 2G User Manual Table 10 Red Eye 2G Modbus Register Map version 2 1 Red Eye 2G version 3 03 compatible
29. 30038 Modbus version Minor Number CHAR RO 30039 30050 Reserved RO 30051 30051 Status VVORD RO 300521130052 3t of Good Messages 0 0 65535 WORD RO 72 BM RE2GVVCM 00 Rev G August 2008 User Manual Red Eye 2G Table 10 Red Eye 2G Modbus Register Map version 2 1 Red Eye 2G version 3 03 compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 300521 30053 3t of Bad Messages 0 0 65535 WORD RO 30054 30054 of Received Characters 0 0 65535 WORD RO Holding Registers 40001 40002 Current in Air 1110nm nA 0 00 Feat Float FLOAT RW 40003 40004 Current in Air 1450nm nA o oo Feat Float FLOAT RW 40005 40006 Current in Air 1632nm nA o oo Hox Float FLOAT RW 40007 40008 Current in Air 1730nm nA 0 00 dis je FLOAT RW 40009 40010 HA Coefficient o 1110nm 0 021 ges jue FLOAT RW 40011 40012 e CERT Coefficient 1450nm 4 197 E jer FLOAT RW 40013140014 Ar E Coefficient 1632nm 0 650 diss ie FLOAT RW 40015 40016 Herre Coefficient p 1730nm 0 714 Pe jus FLOAT RW 4001740018 Reserved 0 00 0 00 1 00 FLOAT RVV 40019 40020 Reserved 0 00 0 00 1 00 FLOAT RW 40021 40022 Reserved 0 00 0 00 1 00 JFLOAT RVV 40023 40024 Reserved 0 00 0 00 1 00 FLOAT RW 40025 40026 Reserved 0 00 0 00 1 00 FLOAT RW 40027 40028 Rese
30. Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41071 41072 Oil Absorbance 0 Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 44 BM RE2GVVCM 00 Rev G August 2008 User Manual Red Eye 2G Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatible with Linear Board ver 5 xx onwards Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards Start End Description Default Low High Type Access Reg Reg Value Limit Limit 41073 41074 10 Oil Absorbance Float Limit Float FLOAT RW Coefficient QO Limit 1110nm unitless 41075 41076 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41077 41078 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41079 41080 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41081 41082 11 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41083 41084 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41085 41086 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41087 41088 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41089 41090 12 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41091 41092 Oil Absorbance Float Limit
31. Connections 1 nan aaa aaa aaa nan nene eee K be ke ekber eee per bee rene 29 Figure 18 Unit Showing Electrical Terminal s a aaa aaa aaa dek K never eren 98 BM RE2GWCM 00 Rev G vii Red Eye 2G User Manual This page intentionally left blank viii BM RE2GVVCM 00 Rev G August 2008 Red Eye 2G User Manual I ntroduction and Description The Red Eye 2G Water Cut Meter is a multi channel filter spectrometer designed for accurate measurement of oil and water fractions in a commingled stream The unit employs a patented optical sensor technology based on the bulk transmission of infrared radiation through an oil water mixture The Red Eye 2G is a full range 0 10096 water cut meter that performs over the wide range of conditions encountered in the oil field The sensor is independent of brine salinity variability in liquid densities and insensitive to entrained gas and vibration The Red Eye 2G sensor interfaces with network systems including remote terminal units RTU and supervisory control and data acquisition systems SCADA for remote operation The transmitter provides RS232 and RS485 serial communications for output and configuration control A Flash memory allows the user to configure and store the calibration parameters for up to 40 wells or process applications A separate 2G NOC Net Oil Computer allows the user to run well tests using the reading from the Red Eye 2G Water Cut Meter and a liquid flow meter Display
32. FLOAT RW Coefficient Limit 1450nm unitless 41213 41214 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41215 41216 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41217 41218 28 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41219 41220 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41221 41222 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41223 41224 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41225 41226 29 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41227 41228 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41229 41230 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41231 41232 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41233 41234 30 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41235 41236 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41237 41238 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41239 41240 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41241 41242 31 Oil Absorbance 0 Float Limit Float FLOAT RW Coeff
33. Float Limit Float FLOAT RW 1632nm unitless Limit 41063 41064 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41065 41066 9 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41067 41068 Oil Absorbance Coefficient 0 00 Float Limit Float JFLOAT RW E 1450nm unitless Limit 41069 41070 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW o 1632nm unitless Limit 41071 41072 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41073 41074 10 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41075 41076 Oil Absorbance Coefficient 0 00 Float Limit Float JFLOAT RW 1450nm unitless Limit 41077 41078 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41079 41080 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41081 41082 11 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41083 41084 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41085 41086 Oil Absorbance Coefficient 0 00 Float Limit Float JFLOAT RW 1632nm unitless Limit 41087 41088 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41089 41090 12 Oil Absorbance Coefficient 0 00 Float Limit Flo
34. If the 2G Watercut Meter is the last unit in the RS485 Transmission Line CLOSE Termination Resister SW1 3 otherwise leave it OPEN Refer to Figure 17 for switch location 26 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G RS232 support for HMI Port and Modbus Communication The Red Eye supports a single RS232 port for HMI communication for CDPD or network Also this port has added functionality for Modbus scanning over the HMI Port Note Byte Order for Modbus communications to the Red Eye 2G is ABCD The Red Eye supports a single RS232 port HyperTerminal communications HyperTerminal is the communications program that is included free with Windows 95 through Windows XP Windows Vista does not include HyperTerminal though the commercial products HyperTerminal Private Edition and HyperACCESS both support Vista s To switch to HyperTerminal mode the user needs to press the ESC key 4 times consecutively with about 500ms a stroke from HyperTerminal A welcome display showing the revision and the checksum will be displayed e To switch HyperTerminal back to Modbus the user needs to press ESC key 4 times consecutively with about 500ms a stroke from HyperTerminal Currently there is no indication displayed for the mode Caution Hyperterminal mode is a diagnostic mode for trained operators only An RS232 communication connection for the Pocket PC is made to P1 a standard male DB9 connector Refer to Figure 12 t
35. Limit Limit 30071 30071 jExtFag 0 0 6 char RO 30072 30072 Number ofiterations 0 1 9 CHAR RO diagnostic Limit diagnostic Limit plc lA a Holding Registers 1110nm Limit 1450nm nA Limit 1632nm Limit 40007 EES eer 1 Current nar RW 1730nm Limit 40009 40010 H20 ME 0 021 Float Limit Float FLOAT RW T ER r 1110nm unitless Coefficient 9 Limit 1450nm unitless 40013 40014 H20 Absorbance Float Limit Float FLOAT RW Coefficient 9 Limit 1632nm unitless 40 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatible with Linear Board ver 5 xx onwards Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards Start End Description Default Low High Type Access Reg Reg Value Limit Limit 40015 40016 H20 Absorbance 0 714 Float Limit Float FLOAT RW LEE Deme 1730nm unitless 40017 40018 Reevd 0o o 1 FLOAT RW 40019 40020 Resevea 0 o 1 Fiom RW 40021 40022 Reserved 0 o 1 Fiom RW 40023 40024 Reservea 0 o 1 FLOAT RW 40025 40026 Reseved o o 1 FLOAT RW 40027 40028 Reserved 0 o 1 FLOAT RW 40029 40030 Reservea 0 o 1 FLOAT RW 40031 40032 JReseved o o 1 FLOAT RW 40033 40034 Resevea 0 o 1 FIOAT RW 40035 40036 Resevea 0 o
36. PRESENTES POUR LES GROUPES C ET D DE LA CATEGORIE 1 LES JOINT DE FERMETURE SONT OBLIGATOIRES DANS UNE DISTANCE DE 18 POUCES ELECTRICAL RATING wove wers oro 1 A MAX ewe LD sel rel Figure 4 Hazardous Locations Approvals PC00 34316 00 REV G NACE MRO175 Compliance The wetted metal components of the 2G meter comply with NACE MRO175 recommendations for use in H2S environments within the guidelines stipulated below Table 5 NACE MR0175 Compliance Guidelines Probe Material Process Temp H2S Partial Pressure 316SS T 95 C No Limit 316SS 95 C lt T lt 120 C 1 PSI Hastelloy T lt 150 C No Limit Quality Assurance 1 Perry Johnson Registrars Inc ISO 9001 2000 2 UL International DEMKO CE 0539 04 ATEX Q138586 10 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Physical Mounting WARNING The Red Eye 2G is a production monitoring device and is not rated to withstand any impact from pipeline intervention equipment The unit shall be removed from the production line before any pipeline intervention services are performed Purchaser assumes the entire risk and liability for conducting any type of intervention services without removing the Red Eye 2G unit Mounting of the Red Eye 2G involves the following e Preparing the pipe to receive the unit by welding on a Thread O Let for the Screw In Mount style or a Weld Neck Flange for the Flange Mount style e Ins
37. The Red Eye supports a single RS485 port for Modbus Host communication Scanning consists of single or multiple Modbus register reads or writes The scanned data is either Function Code 4 Read Only or Input Registers and Function Code 3 Read Write or Holding Registers Red Eye host communication is via wired RS485 protocol The terminal unit needs a RS485 232 converter changing RS485 to RS232 protocol before connecting to the terminal s serial communication port RS485 protocol is used as it supports longer distance communication 1000 or so feet than serial communication 50 feet The RS485 communication connections are normally used to connect to a Net Oil Computer or Flow Computer Connections are made at Terminal Panel T1 on terminals T1 1 T1 2 and T1 3 Refer to Figure 12 to make the connections Connections e 485 TI 1 e 485 T1 2 e 485 Common T1 3 Default Settings Communication with the Red Eye 2G via the RS485 requires these settings e Data Bits 8 bits e Parity None e Stop bits 1 bit s Flow None The RS485 port is configurable to one of four baud rates 9600 14400 19200 and 28800 bps The user can configure the baud rate in register 40038 Refer to the appropriate Modbus Map in Appendix A by setting it to one of these values e 0 9600 bps default e 1 14400 bps e 2 19200 bps e 3 28800 bps Note The baud rate change will take affect after the Red Eye 2G performs a configuration save Note
38. measurement for 0 50 0 50 99 50 FLOAT RW well 30 41479 41480 Fi VVC reference for vvell ees Pics a 99 50 FLOAT RW 30 well 31 41483 41484 it WC reference for well KAKA 99 50 FLOAT RW 31 well 32 41487 41488 ME WC reference for well 99 50 FLOAT RW 32 well 33 41491 41492 EE WC reference for well 99 50 FLOAT RW well 34 41495 41496 i WC reference for well 99 50 FLOAT RW 34 well 35 41499 41500 m WC reference for well 99 50 FLOAT RW 35 well 36 41503 41504 E WC reference for well 99 50 FLOAT RW 36 well 37 41507 41508 ME WC reference for well 99 50 FLOAT RW 37 well 38 41511 41512 ER WC reference for well 99 50 FLOAT RW 38 well 39 41515 41516 D WC reference for well 99 50 FLOAT RW 39 41517 41518 WC measurement for 0 50 0 50 99 50 FLOAT RW well 40 41519 41520 S A WC reference for well NE 99 50 FLOAT RW 40 ss al Holding Registers BI Holding Registers Bock Image o image 55007730 30001 30054 45001 45002 Water Cut Result o o 100 FLOAT RO 45003 45003 Aux Analog Input o 0 1023 WORD RO 45004 45004 Reserved word RO 45005 45005 Freq Input Hz 0 0 165535 WORD RO 45006 45006 Reserved 56 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatible with Linear Board ver 5 xx onwards Red Eye 2G PC59
39. size or range in inches 2 through 24 2 means 2 size only 2 4 means suitable for 2 through 4 line size The range will depend on process connection style V2 Pressure Rating P6 is ANSI 6004 equivalent 1200 psi Cold Working Pressure P9 is ANSI 900 1500 equivalent 2160 psi Both P6 amp P9 are available in 1 5 inch RF Flanges P9 is also available in a 2 inch RTJ flange 3600 psi V3 Wetted Material 316 316LStainless steel HS Hastelloy C276 V4 Process Connection T 1 NPT Threaded Fx Raised Face Flange and x is style number e g 1 1 1 2 600 ANSI 2 1 1 2 900 1500 ANSI 3 1 1 2 API 2000 Rx Ring J oint Flange and x is style number Additional flange styles may be added provided they are compatible with pressure rating V5 Probe gap A 0 080 B 0 060 C 0 040 D 0 25 E 0 5 F 0 030 etc V6 Filter Set A Standard Filter B Same A but 1450 filter replaced with 1950 Note The Model Number is specific for the pipe size and pressure rating You must have a Red Eye 2G that is the correct size for your pipe Check your Model Number before installing BM RE2GWCM 00 Rev G August 2008 Red Eye 2G User Manual Table 3 Examples of Model Numbers Part Number Model Description 2G 1005 2G 2 P6 316 T B A 2 line 1480 psi CWP 316SS 1 NPT connection 0 060 gap A filter set 2G 1006 2G 3 4 P6 316 T B A
40. spectral properties of two crude oils water and condensate By measuring optical transmission at wavelengths where there are distinct differences in absorption for oil and water the Red Eye 2G Water Cut can accurately determine the relative concentrations A key advantage of this technique is the insensitivity to varying salinity of the water The absorption curve for water is governed by the water molecule itself rather than the dissolved components This feature allows the Red Eye 2G to have a single calibration point for water irrespective of the water chemistry BM RE2GWCM 00 Rev G 3 August 2008 Red Eye 2G User Manual Water cut techniques that measure properties such as dielectric constant are strongly affected by salinity Spectral measurements of a wide range of oil samples along with field experience have shown that absorption coefficients can and do vary even for oils with similar specific gravities This means well to well variation of oil spectral properties must be reflected in a specific calibration factor Gas carry under in the liquid leg of a two phase separator is commonly encountered during well testing This is true especially with high gas oil ratio GOR and high volume wells Fields that are under tertiary recovery using carbon dioxide flooding are particularly susceptible to free gas in the liquid phase during well testing This is due to the high solubility of CO in oil and water that can evolve as free
41. unitless Limit 41041 41042 6 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41043 41044 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW E 1450nm unitless Limit 41045 41046 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41047 41048 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41049 41050 7 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41051 41052 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 62 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 9 Red Eye 2G Modbus Register Map version 2 2 Red Eye 2G PC52 00116 00 version 4 xx to 5 xx compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 41053 41054 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41055 41056 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41057 41058 8 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41059 41060 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41061 41062 Oil Absorbance Coefficient 0 00
42. unitless Limit 41263 41264 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41265 41266 34 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41267 41268 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41269 41270 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41271 41272 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit BM RE2GVVCM 00 Rev G 67 August 2008 Red Eye 2G User Manual Table 9 Red Eye 2G Modbus Register Map version 2 2 Red Eye 2G PC52 00116 00 version 4 xx to 5 xx compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 41273 41274 35 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41275 41276 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41277 41278 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41279 41280 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41281 41282 36 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41283 41284 Oil Absorbance Coefficient 0 00 Float Limit Fl
43. 1380 WC reference for well 5 99 50 FLOAT RW well 6 41383 41384 WC reference for well 6 99 50 FLOAT RW well 7 41387 41388 WC reference for well 7 99 50 FLOAT RW well 8 41391 41392 WC reference for well 8 99 50 FLOAT RW well 9 41395 41396 E 4 WC reference for well 9 99 50 FLOAT RW 41397 41398 10 WC measurement for 0 50 0 50 99 50 FLOAT RW well 10 41399 41400 rd WC reference for well E RE XL 99 50 FLOAT RW 10 well 11 41403 41404 E WC reference for well KERN 99 50 FLOAT RW 11 41405 41406 WC measurement for 99 50 FLOAT RW well 12 41407 41408 EN WC reference for well rje 99 50 FLOAT RW 41409 41410 Wc measurement for 99 50 FLOAT RW well 13 41411 41412 E WC reference for well ST cc 99 50 FLOAT RW 13 well 14 41415 41416 ES WC reference for well 99 50 FLOAT RW 14 41417 41418 15 WC measurement for 0 50 0 50 99 50 FLOAT RW well 15 RW 41419 41420 E WC reference for well 99 50 FLOAT 15 well 16 41423 41424 i WC reference for well E 99 50 FLOAT RW 16 41425 41426 17 WC measurement for 99 50 FLOAT RW well 17 54 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatible with Linear Board ver 5 xx onwards Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards Start End Description Default High Type Access Reg Reg Value Dn
44. 230 Oil Absorbance Coefficient 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient 1730nm Float Float 41231 41232 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1110nm Float Float 41233 41234 30 unitless 0 00 Limit Limit FLOAT RW 4123541236 Oil Absorbance Coefficient Q 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit 4123741238 Cil Absorbance Coefficient o 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit 4123941240 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit 4124141242 31 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit 41243141244 Oil Absorbance Coefficient 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient o 1632nm Float Float 4124541246 unitless 0 00 Limit Limit FLOAT RW 41247 41248 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit 412491412501 32 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit 41251141252 Oil Absorbance Coefficient 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit 41253141254 Oil Absorbance Coefficient E 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit 80 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 10 Red Eye 2G Modbus Register Map version 2 1 Red Eye 2G version 3 03 compatible
45. 32 Method selection for well 12 1 1 5 CHAR RW 42333 41333 Method selection for well 13 1 1 5 CHAR RW 42334 41334 Method selection for well 14 1 1 5 CHAR RW 41335 41335 Method selection for well 15 1 1 5 CHAR RW 41336 41336 Method selection for well 16 1 1 5 CHAR RW 41337 41337 Method selection for well 17 1 1 5 CHAR RW 41338 41338 Method selection for well 18 1 1 5 CHAR RW 41339 41339 Method selection for well 19 1 1 5 CHAR RW 41340 41340 Method selection for well 20 1 1 5 CHAR RW 41341 41341 Method selection for well 21 1 1 5 CHAR RW 41342 41342 Method selection for well 22 1 1 5 CHAR RW 41343 41343 Method selection for well 23 1 1 5 CHAR RW 41344 41344 Method selection for well 24 1 1 5 CHAR RW 41345 41345 Method selection for well 25 1 1 5 CHAR RW 41346 41346 Method selection for well 26 1 1 5 CHAR RW 41347 41347 Method selection for well 27 1 1 5 CHAR RW 41348 41348 Method selection for well 28 1 1 5 CHAR RW 41349 41349 Method selection for well 29 1 1 5 CHAR RW 41350 41350 Method selection for well 30 1 1 5 CHAR RW 41351 41351 Method selection for well 31 1 1 5 CHAR RW 41352 41352 Method selection for well 32 1 1 5 CHAR RW 41353 41353 Method selection for well 33 1 1 5 CHAR RW 41354 41354 Method selection for well 34 1 1 5 CHAR RW 41355 41355 Method selection for well 35 1 1 5 CHAR RW BM RE2GWCM 00 Rev G 69 August 2008
46. 38 Host portbaudrate 0 9600 0 3 WORD RW Rate sec 40040 40000 Reserved To pp 40041 F 28041 I Reservar dt 40042 40042 Reseved ons Modbus 40044 40044 Current Active Well L 1 40 CHAR RW coefficient 1 coefficient 2 coefficient 3 4 SM ELEME NN coefficient 5 coefficient 6 coefficient 7 RW m ma lr Ire coefficient 1 coefficient 2 BM RE2GWCM 00 Rev G 85 August 2008 Red Eye 2G User Manual Start Reg 40054 40055 40056 40057 40058 40059 40060 40061 40062 40063 40064 40065 40066 40067 40068 40069 40070 40071 40072 40073 40074 40075 41001 41003 86 Table 11 Red Eye 2G Modbus Register Map version 2 0 Red Eye version 3 02 compatible EE dia E M i Reg Value Limit Limit NNI coefficient 3 A een coefficient 4 EE RE Ml ie coefficient 5 ko ER EEE NE coefficient 6 Ga P EA LA kl coefficient 7 Esad BE RUNI EL coefficient 1 Rese IB cin s den m pow A bea A NINE NOME sl coefficient 4 EHM NN dan coefficient 5 ses DE E al 6 asd AMO FT coefficient 7 Sc ORI NU lo coefficient 1 ind BN A coefficient 2 mw imma ae coefficient 3 Los BM FUN UU ERR o coefficient 4 m uu pe cl coefficient 5 Gai O NN A uo coefficient 6 coefficient 7 hii EMI OG DRE Method m Em ITI Transition E i Method E e m kove U T be Bi Limit Limit hna MON bici all R 8 ai Limit Limit
47. 41167 41168 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41169 41170 22 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41171 41172 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41173 41174 Oil Absorbance 0 Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless BM RE2GVVCM 00 Rev G 47 August 2008 Red Eye 2G User Manual Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatible with Linear Board ver 5 xx onwards Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards Start End Description Default Low High Type Access Reg Reg Value Limit Limit 41175 41176 Oil Absorbance Float Limit Float FLOAT RW Coefficient QO Limit 1730nm unitless 41177 41178 23 Oil Absorbance Float Limit Float FLOAT RW Coefficient QO Limit 1110nm unitless 41179 41180 Oil Absorbance Float Limit Float FLOAT RVV Coefficient Limit 1450nm unitless 41181 41182 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41183 41184 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41185 41186 24 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41187 41188 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41189 41190 Oil Abso
48. 41351 Method selection for well 31 1 1 5 CHAR RW 41352 41352 Method selection for well 32 1 1 5 CHAR RW 41353 41353 Method selection for well 33 1 1 5 CHAR RW 41354 41354 Method selection for well 34 1 1 5 CHAR RW 41355 41355 Method selection for well 35 1 1 5 CHAR RW 41356 41356 Method selection for well 36 1 1 5 CHAR RW 41357 41357 Method selection for well 37 1 1 5 CHAR RW 41358 41358 Method selection for vvell 38 1 1 5 CHAR RVV 41359 41359 Method selection for well 39 1 1 5 CHAR RW 41360 41360 Method selection for well 40 1 1 5 CHAR RVV August 2008 Red Eye 2G User Manual Modbus Register Map version 2 0 Table 11 Red Eye 2G Modbus Register Map version 2 0 Red Eye version 3 02 compatible 30001 30003 30005 30006 30007 30009 30011 30013 30015 30017 30023 30025 30027 30029 30031 30033 30035 30036 30037 30038 30039 30051 30052 30053 30054 40001 40003 84 Description Default Low High Type Access C Value Limit Limit Input Registers 30002 WaterCutResut 0 00 0 00 100 00 FLOAT RO 30003 AuxAnaloginput 0 0 1024 WORD RO 30005 Fregimput 2 9 68838 WORD RO 30006 __ Reserved God B occid IBS RUE RE oi Limit Limit m TIBET Limit Limit m LEE Limit Limit m ALTI Limit Limit E ITIN Limit Limit ee c SH el Limit Limit m pes Limit Limit m o m lc Limit Limit um I i Limit Limit E m IIR S Limi
49. 6 99 100 Communications ne enen 26 31 96 CONNECCION Seali o aia iad aa aT EE EA 26 eq PTT 26 28 TRANSMISSION s ic ada v ni dk date nar 26 RS485 232 converter cesses 26 S Sapphire Window una aaa aaa 9 104 User Manual Screw In Unit Mounti nd aaa aaa aaa nanes 11 14 Seal CA a o a a e E 15 17 Single Conductor Wire esee 20 Sira CertiIiCatION avni she eke kada T rat dass 9 Socket Connectors main Pd net nsi tte rt Gs 16 Spectroscopy an ve shan ndo nde need ett ru da ro 3 State and Status Message Interpretations 2 StatiC MIXET 2 21 25 tardaba 97 Status Interpretations ee ee e e K e K K 1 31 Status Register Fault Codes 32 33 SIWIS OOO i eiedesetenenede ee an ei 100 T TCP IP ne 28 Temperature esimena ei v IIT 1 31 32 Operating Ret EC 9 Terminal Board 23 101 Terminal Strip aaa aaa aaa anen 23 28 29 Thread OF EE va h best dia teas hi ree edda 11 Two line Display aa aaa aaa ane See Display U UL International rinin ol Maver dd te 10 VV Weld Neck Flange ina aaa ananas 11 Well Select Method aararnnnnnnannnnnnnavavavaravanenenen 96 Well Selection Mode ann sss aaa nana neneve ve vepre e vere vese 1 le rp 19 20 97 99 Field Device sess 22 23 FOW Meter ca read dhe ph eter Dh hh En 23 Lamp PoWer ipie EVERY 28 Pr AMP rader e pulv yt 25 Water Cut Output sss 28 Wel Selection ernir a ert 20 Wiri
50. 6 Ratio 2 0 00 Float Limit Float FLOAT RO 1450nm 1632nm Limit 45027 45028 Ratio 3 0 00 Float Limit Float FLOAT RO 1632nm 1730nm Limit 45029 45030 Ratio 4 0 00 Float Limit Float FLOAT RO 1110nm 1632nm Limit 45031 45032 Ratio 5 0 00 Float Limit Float FLOAT RO 1110nm 1730nm Limit 45033 45034 Ratio 6 0 00 Float Limit Float FLOAT RO 1450nm 1730nm Limit 45035 45035 Firmware version Major Number CHAR RO 45036 45036 Firmware version Minor Number CHAR RO 45037 45037 Modbus version Major Number CHAR RO 45038 45038 Modbus version Minor Number CHAR RO 45039 45050 Reserved RO 70 BM RE2GVVCM 00 Rev G August 2008 User Manual Red Eye 2G Table 9 Red Eye 2G Modbus Register Map version 2 2 Red Eye 2G PC52 00116 00 version 4 xx to 5 xx compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 45051 45051 Status 0 WORD RO 45052 45052 of Good Messages 0 0 65535 WORD RO 45053 45053 3t of Bad Messages 0 0 65535 WORD RO 45054 45054 of Received Characters 0 65535 WORD RO BM RE2GVVCM 00 Rev G 71 August 2008 Red Eye 2G User Manual Modbus Register Map version 2 1 Table 10 Red Eye 2G Modbus Register Map version 2 1 Red Eye 2G version 3 03 compatible
51. 67 40067 Method 4 coefficient 2 0 0 100 CHAR RW 40068 40068 Method 4 coefficient 3 100 0 100 CHAR RW 40069 40069 Method 4 coefficient 4 0 0 100 CHAR RW 40070 40070 Method 4 coefficient 5 0 0 100 CHAR RW 40071 40071 Method 4 coefficient 6 0 0 100 CHAR RW 40072 40072 Method 4 coefficient 7 0 0 100 CHAR RW 40073 40073 Method 5 Low Water Cut 1 1 4 CHAR RW Method 40074 40074 Method 5 Transition 96 50 0 100 CHAR RW Water Cut 40075 40075 Method 5 High Water Cut 2 1 4 CHAR RW Method 41001 41002 1 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41003 41004 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41005 41006 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41007 41008 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit BM RE2GVVCM 00 Rev G 61 August 2008 Red Eye 2G User Manual Table 9 Red Eye 2G Modbus Register Map version 2 2 Red Eye 2G PC52 00116 00 version 4 xx to 5 xx compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 41009 41010 2 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW E 1110nm unitless Limit 41011 41012 Oil Absorbance Coefficient 0 00 Float Limit
52. 7 41208 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit 412091412101 27 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit 4121141212 Oil Absorbance Coefficient Q 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit BM RE2GWCM 00 Rev G 79 August 2008 Red Eye 2G User Manual Table 10 Red Eye 2G Modbus Register Map version 2 1 Red Eye 2G version 3 03 compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 41213141214 Oil Absorbance Coefficient o 1632nm 0 00 Float Float FLOAT RYV unitless Limit Limit 4121541216 Cil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient 1110nm Float Float 4121741218 28 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1450nm Float Float 4121941220 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1632nm Float Float 41221 41222 unitless 0 00 Limit Limit FLOAT RW 4122341224 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit 412251412261 29 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit 41227141228 Oil Absorbance Coefficient Q 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit 41229141
53. 904 006 SSWIO 91 cc 897 9601 lesze 19 91 006 SSWIO vi 109 YES T 96 lessie SG TI 006 SSYTD zi loz 61z e9 8 01806 erzi 006 SSVTD OL ieoz zo s 99G6c veti 006 SSvIO 8 sss z erg ev 267 1411 1006 SSWIO 9 2091 169 96 07 cog 006 SSvIO r Leca 849 21861 084 1006 sswo or vel 974 2oc61 964 1006 ssvIo z Me O E S MANNIN WOWXVA 30NVI9 32 3dd SUOISUaWIG dUl J9 Ua IZ MJ pay 343 0346 SALON RZZZ2ZZZZZ ZE AS SALLA LLALLA RR RR RR RRA RR RRA RRA AAA AA RRA RARA AAA LL LL Ly A loge sz vi OC 627 28811009 SSvT9 bz lozers al 28294 Cv 8l 009 SSVT9 zz eg tcc szzi fler osr L6 211009 SSv19 OZ seg6z 54 11 lez vvv 16211009 SSv19 8i soezz SL OL ce ttv 9071009 SSv19 9 cc 992 95011168 127 19911009 SSVTO vl 106167 eve lessie egzijoo9 SSV19 zi 106907 ue lorgos er z loog SSV19 Ol 12 07 208 99667 v911 009 SsyT 8 136 51 909 51917 158 009 SSv19 9 27 091 169 lge coz eos 009 SSVI LDE SUT 849 21861 084 009 SSv19 ov ver 974 zoz61 964 009 ssy z HEEN Ke Geer Make NANNA WOWXVW 3ONV13 325 3did SUOISUaWIG 3uluajua OZ J pay NOIL233IQ MO14 for Flange Types 13 imensions Depth D imum d Max imum an In Mi 6 igure F BM RE2GWCM 00 Rev G August 2008 Red E
54. Appendix A The first four methods each have 7 coefficients that can be set in registers 40045 40072 to use the wavelength channels as follows Coefficient 1 uses Freq 1110 amp 1450 ratio Register 30023 Coefficient 2 uses Freq 1450 amp 1632 ratio Register 30025 Coefficient 3 uses Freq 1632 amp 1730 ratio Register 30027 Coefficient 4 uses Freq 1110 amp 1632 ratio Register 30029 Coefficient 5 uses Freq 1110 amp 1730 ratio Register 30031 Coefficient 6 uses Freq 1450 amp 1730 ratio Register 30033 Coefficient 7 uses Freq 1110 channel Register 30021 The sum of the 7 coefficients of a method has to equal 100 or the unit will signal that there is a methods coefficient error in the status Refer to Table 7 Method 5 is a combination of methods 1 4 This method should be used for those wells which will require one method for low water cut measurements and another method for higher water cut measurements The low method is set in register 40073 and the high method is set in register 40075 Register 40074 is the transition 96 value which method 5 will switch from high to low Depending on which firmware version you are using refer to the appropriate Modbus Map in Appendix A Method 5 will calculate the water cut based on the chosen high method first and compare the water cut result to the transition value If the result is less than the transition value method 5 will use the low method to calculate the final water cut gt
55. CHAR WR 4005440054 Method 2 coefficient 3 0 0 100 CHAR RW 40055 40055 Method 2 coefficient 4 100 0 100 CHAR RW 40056 40056 Method 2 coefficient 5 0 0 100 CHAR RW 40057 40057 Method 2 coefficient 6 0 0 100 CHAR RW 4005840058 Method 2 coefficient 7 0 0 100 CHAR RW 40059 40059 Method 3 coefficient 1 0 0 100 CHAR RW 40060 40060 Method3 coefficient 2 100 0 100 CHAR RW 40061 40061 Method3 coefficient 3 0 0 100 CHAR RW 40062 40062 Method 3 coefficient 4 0 0 100 CHAR RW 40063 40063 Method 3 coefficient 5 0 0 100 CHAR RW 40064 40064 Method3 coefficient 6 0 0 100 CHAR RW 40065 40065 Method 3 coefficient 7 0 0 100 CHAR RW 4006640066 Method 4 coefficient 1 0 0 100 CHAR RW 4006740067 Method 4 coefficient 2 0 0 100 CHAR RW 40068 40068 Method 4 coefficient 3 100 0 100 CHAR RW 400691 40069 Method 4 coefficient 4 0 0 100 CHAR RW 40070 40070 Method 4 coefficient 5 0 0 100 CHAR RW 40071 40071 Method 4 coefficient 6 0 0 100 CHAR RW 40072140072 Method 4 coefficient 7 0 0 100 CHAR RW 40073 40073 Method 5 Low Water Cut Method 1 1 4 CHAR RW 40074 40074 Method 5 Transition 96 Water Cut 50 0 100 CHAR RW 40075 40075 Method 5 High Water Cut Method 2 1 4 CHAR RW 4100141002 1 m RE E KE aad EE pao T TA BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 10 Red Eye 2G Modbus Register Map version 2 1 Red Eye 2G version 3 03 compatible
56. Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41113 41114 15 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 6 1110nm unitless Limit 41115 41116 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW Q 1450nm unitless Limit 41117 41118 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41119 41120 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41121 41122 16 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41123 41124 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41125 41126 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41127 41128 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41129 41130 17 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41131 41132 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW E 1450nm unitless Limit 41133 41134 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41135 41136 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41137 41138 18 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41139 41140 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450n
57. EE Ee ER ads 99 Table 14 Switch SWI Settings sera ee Deere e n ae 100 vi BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G List of Figures August 2008 Figure 1 Crude Oil and Water Spectral in the Infrared region sssss 3 Figure 2 Flange Mount Unit Dimensions sss sese eee e e e K K K K KKK 7 Figure 3 NPT Mount Unit Dimensions oec eise sa 8 Figure 4 Hazardous Locations Approvals ssssssse m 10 Figure 5 Installation Showing Flanged Unit Mounted in Different Orientations 12 Figure 6 Minimum and Maximum Depth Dimensions for Flange Types 13 Figure 7 Alignment Mark on Red Eye 2G Screw Mount aa aaa aaa neneve 14 Figure 8 Removing Cap Insulator and Display Mounting Screws 15 Figure 9 Display Board Removed Revealing Connector Sockets 16 Figure 10 Display Board Being Plugged In ua aaa nana aaa aaa aaa eee eee nennen nennen 17 Figure 11 Wiring Going Into or Out of the Red Eye Unit aaa anen 19 Figure 12 TI Connector Wirlng iecore nene o en ie 20 Figure 13 4 to 20mA Input with Loop Power for the Well Selection Device 21 Figure 14 4 to 20mA Output with Loop Power for the Field Device 22 Figure 15 Analog with Loop Power or Frequency Inputs au aaa aa aaa aaa nanen neveri 24 Figure 16 Frequency Input with Pre Amp VVirind nana aaa e nene kene HH 25 Figure 17 T2 Terminal Strip
58. Figure 5 Installation Showing Flanged Unit Mounted in Different Orientations 12 BM RE2GWCM 00 Rev G August 2008 Red Eye 2G User Manual XP KA oost SSID vc fri OOGL SSVIDI zz Ka OOGL SSVID OG X PLY OOGL SSVID 8l K OOGL SSVI 9I XTX PL oost SSVT l xp Xjrie oos sswio zi X X ria oos SSVIDJ OL oc eez or re OI 124 ria OOS SSWIO 8 19942 68 01 28017 org friu OOS SSWIO 9 Lee 29 OL 09827 006 riu 0061 SSVTO lesssz 61 01 86722 968 riu OOS SSWIO x XM 0061 SSVIDJ c pS WAWININ WOWXVA 39NV13 3did suoisuawig auUl J9 Ua IZ aX pay GILINVIO Jdid JO JIVH JIGGIN NIHLIM TIVJ LOIS YOSN3S 3SMY3HLO Q3LON YO NMOHS SSIINN SINMY3LN39 1V21143A ONY WLNOZINOH IWNYON Jdid 310Qv lS TIVHS S370H L108 39NV1J p SL 10UN 39VN HLIM JONVOHOJIV NI 3INOG 38 OL SOIM Tiv X LKB ISNV HLIM JONVOHOJIV NI Q31VOIJ8VJ 38 OL ONIdid Tv Z S5318v1 NI NMOHS SV NN 3LVNYILTV 80 S3HONI JO SLINN NI GIHNSVIN 38V SNOISN3MIQ TV I Jdid 3H1 NO LNINJINOJ 343 03 3HL 311 OL 03SN 38 TIM 914 JYNM Gl JO W WININ Y LVHL NOILGNNSSV Y30NN N3AID SJONVISIG WNWININ Z 3did O8 31NQ3HOS 804 N3AID 3ONVISIQ Tiv 9 SONIQV3N TY 2301 304 Ise 286 ez SL OE 644 2881 006 SSWIO t 56 196 c KUS 79v cb BI 006 SSWIO cC 56905 ST EI pb OG 261 006 SSWIO Oc terug se zile vvv 1621 006 ssvroj 8i ls2 sgz ez UIZ gen
59. Float FLOAT RW Coefficient Limit 1450nm unitless 41093 41094 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41095 41096 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41097 41098 13 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41099 41100 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41101 41102 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41103 41104 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41105 41106 14 Oil Absorbance 0 Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless BM RE2GWCM 00 Rev G 45 August 2008 Red Eye 2G User Manual Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatible with Linear Board ver 5 xx onwards Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards Start End Description Default Low High Type Access Reg Reg Value Limit Limit 41107 41108 Oil Absorbance Float Limit Float FLOAT RW Coefficient QO Limit 1450nm unitless 41109 41110 Oil Absorbance Float Limit Float FLOAT RW Coefficient QO Limit 1632nm unitless 41111 41112 Oil Absorbance Float Limit Float FLOAT RW Coefficient QO Limit 1730nm unitless 41113 41114 15 Oil Absorbance Float Limit Float FLOAT RW Coeff
60. GVVCM 00 Rev G August 2008 User Manual Red Eye 2G Note When using analog input for well selection the user is limited to 16 wells Signals outside of ranges mentioned above leave the current well active When using Modbus commands or RedLine for well selection all 40 wells are available Note The analog input must be of a discrete step type not of a ramp up or ramp down nature Well Selection Wiring The following illustration guides you in connecting a Well Selection device to terminals 7 and 8 of T1 Input Power 4 20mA Well Selection T1 Connector t RS485 RS485 COM 4 20 MA OUT 4 20 MA OUT COM 4 20 MA IN N N N 1000 3 On Board 4 20 MA HI LEVEL FREQ ANALOG HI LEVEL FREQ ANALOG LAMP POWER LAMP POWER Figure 13 4 to 20mA Input with Loop Power for the Well Selection Device Note For self powered 4 to 20mA devices connect directly to T1 7 and T1 8 BM RE2GVVCM 00 Rev G 21 August 2008 Red Eye 2G User Manual Water Cut 4 to 20mA Out Remote Field Device Wiring The following illustration guides you in connecting a remote field device to terminals 4 and 5 of T1 Input Power 4 20mA4 Remote Field Device T1 Connector RS485 RS485 COM
61. Method3 coefficient3 0 0 100 CHAR RW 40062 40062 __ Method 3 coefficient4 0 0 100 CHAR RW 40063 40063 Method 3 coefficient5 0 o 100 CHAR RW 40064 40064 Method3 coefficiente 0 O0 100 CHAR RW 40065 40065 Method3 coeffiient7 0 o 100 CHAR RW 40066 40066 Method 4 coefficient1 0 0 100 CHAR RW 40067 40067 Method4 coeffiient2 0 o 100 CHAR RW 40068 40068 Method 4 coefficient3 100 0 100 CHAR RW 40069 40069 Method 4 coefficient4 0 0 100 CHAR RW 40070 40070 Method 4 coefficient 5 0 0 100 CHAR RW BM RE2GWCM 00 Rev G 41 August 2008 Red Eye 2G User Manual Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatible with Linear Board ver 5 xx onwards Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards Start End Description Default High Type Access Reg Reg Value Tun Limit 40071 40071 Method 4 coefficient6 0 0 100 CHAR RW 40072 40072 Method 4 coefficient7 0 o 100 CHAR RW ld al IA IE E Cut Method Water Cut et ee ME id M Cut Method for user reference 40077 EG Minimum Di RW E Limit 40079 m Flag to indicate that 255 CHAR RW user supplies photocurrent values 0 live photocurrents non zero user supplied photocurrents Resets on power cycle defaults to live photocurren
62. N well 26 well 27 well 28 well 29 well 30 41351 41351 Method selection for 1 1 5 CHAR RW e er 41352 41352 Method selection for 1 1 5 CHAR RW al Fa well 33 well 34 41355 41355 Method selection for 1 1 5 CHAR RW Fr ze 41356 41356 Method selection for 1 1 5 CHAR RW EN a je well 37 well 38 41359 41359 WIN Method selection for 1 5 CHAR RW well 39 41360 42360 Method selection for 1 1 5 CHAR RW well 40 94 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Appendix B Quick Start I nstructions Note All parameters of the 2G device are stored to flash memory This allows for parameters to be maintained even after power has been removed from the 2G device Caution For any parameter change to be stored in the 2G Flash memory maintain power for a period of 90 Seconds after the final parameter change I nstallation Supplies Prior to physically mounting the unit the 2G can be fully configured and calibrated on a bench top You will need the following s 2G unit e 10 32V power supply s PDA running RedLine e PDA 2G cable If fluid calibrations need to be done you will need the following in addition to the above items s A single water sample and one oil sample for each well Approx 50cc each s Tape To cover probe slot or calibration boot e Syringe or pipet needle not required e Towels and solvent for cleaning BM RE2GWCM 00 Rev G 95 August 2008 Red Eye 2G User Manual I nstallation S
63. OAT RW Oil Absorbance Coefficient 1730nm Float Float 41303 41304 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1110nm Float Float 41305 41306 39 unitless 0 00 Limit Limit FLOAT RVV 4130741308 Oil Absorbance Coefficient 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit 4130941310 Oil Absorbance Coefficient 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit 41311141312 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient E 1110nm Float Float 4131341314 40 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1450nm Float Float 41315 41316 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1632nm Float Float 41317 41318 unitless 0 00 Limit Limit FLOAT RW 4131941320 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit 41321 41321 Method selection for well 1 1 1 5 CHAR RW 41322 41322 Method selection for well 2 1 1 5 CHAR RW 42323 41323 Method selection for well 3 1 1 5 CHAR RW 42324 41324 Method selection for well 4 1 1 5 CHAR RW 41325 41325 Method selection for well 5 1 1 5 CHAR RW 4132641326 Method selection for well 6 1 1 5 CHAR RW 4132741327 Method selection for well 7 1 1 5 CHAR RW 4132841328 Method selection for well 8 1 1 5 CHAR RW 4132941329 Method selection for well 9 1 1 5 CHAR RW 41330 41330 Method selection for well 10 1 1 5 CHAR RW 41331 41331 Method select
64. W po W po W po W po W x W zx W po W po W po W po W po W I W po W 41303 41304 Oil Scaler freq 1730 Float Float FLOAT RW Limit Limit 92 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 11 Red Eye 2G Modbus Register Map version 2 0 Red Eye version 3 02 compatible Reg Reg Value Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit mt well 1 well 2 well 3 well 4 well 5 41326 41326 Method selection for 1 1 5 CHAR RW ka 41327 41327 Method selection for 1 1 5 CHAR RW paro NE NN AA A NPE well 8 well 9 41330 41330 Method selection for CHAR RW een a 41331 41331 Method selection for CHAR RW Ear SUN CORE d carae car A E well 12 well 13 well 14 well 15 well 16 RW 41337 41337 Method selection for 1 1 5 CHAR vvell 17 BM RE2GWCM 00 Rev G 93 August 2008 Red Eye 2G User Manual Table 11 Red Eye 2G Modbus Register Map version 2 0 Red Eye version 3 02 compatible Start End Description Default Low High Type Access Reg Reg Value Limit Limit 5 CHAR RW m MESS T OJ A well 18 well 19 41340 41340 Method selection for 1 1 5 CHAR RW AAA RAE ne 41341 41341 Method selection for 1 1 5 CHAR RVV FEN well 22 well 23 41344 41344 Method selection for 1 1 5 CHAR RW pa EE 41345 41345 Method selection for 1 1 5 CHAR RW EN
65. Y Weatherford Red Eye 2G I nstallation Configuration and Operation Manual Manual Part Number BM RE2GVVCM 00 August 2008 Revision G Red Eye 2G User Manual Record of Revisions Revision Description Date Original O Initial Release 1 1 ABUL 2005 Revision A une 2005 Revision B uly 2005 Revision C Revised to include changes in Certifications and RedLine ____ August 2005 Revision D Revise to current build standard December 2005 SA RE2GWCM 01 Addendum to correct the Pre Amp Wiring Diagram February 2006 Revision E Revise to current build standard and incorporate Addendum 01 April 2006 SA RE2GWCM 01 Addendum to correct the Modbus Table Nay 2007 2571 PRN 2240 Revision G Revised to include New Modbus Register Map new state and August 2008 status message notifications amp new firmware Copyright Notice This document contains information proprietary to Weatherford with all rights reserved worldwide Any reproduction or disclosure of this publication or any part hereof to persons other than Weatherford personnel or Red Eye 2G Water Cut Meter customers is strictly prohibited except by written permission of Weatherford 22001 North Park Drive Kingwood Texas 77339 3804 Unauthorized disclosure reproduction or translation of this publication will result in Weatherford exercising the maximum possible legal action against all persons and or organizations i
66. a nane nene bebeve ve ve ve ve vere rete 96 Modbus Diet gesa racer a0 543 1 31 Modbus Register Map version 2 0 84 Modbus Register Map version 2 1 72 Modbus Register Map version 2 2 59 Modbus Register Map version 2 8e 39 Modbus RTU Protocol sse vrerin 99 Model US 6 Model Number Matrix aaa aaa nana aaa nana nave vv neneve A 5 N NACE Complian CA ia aa aa nane 10 Near Infrared Radiation i una nana ee eee aneve vesin See NIR NIR parre eo tulit ueni erste tr 3 Non hydrocarbon ii nana aa aaa cece nennen nennen nennen 4 NPT Mount Unit Dimensions kaa aaa aaa es nana ene neneve vesi 8 103 Red Eye 2G 0 Operating SPAaFeS se sieni rii ren a RO ERE RR UG 101 P PL CommvPOFE oe eere ana ea 99 PDA ges 28 95 96 Phot clr a en ee 1 31 Pipe Thread Lubricant esessesuss 14 101 Pocket PCi iie TE 2 27 37 99 101 POWeOr SWIECIT iii verand veta eh RTT 25 29 98 Probe iecit cae eia 9 11 95 97 101 ASS T S 9 M terials sanimin daa e e rua nad 10 Probe Gap aa aaa aaa aaa ene nennen nme nennen 5 96 Process Connections essen 97 99 Quality Assurance aaa aaa ana 10 R RedLine 2 21 28 34 37 42 95 99 101 PESTE Qa aa dh dr i e kra e ta 1 26 28 31 99 Communication aaa aaa aaa eee keksa 27 Connector eec tree a evt wa een 20 POMC as M 27 RS485 11 atte stie gata 1 2
67. at FLOAT RW 6 1110nm unitless Limit 41091 41092 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41093 41094 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41095 41096 Oil Absorbance Coefficient 0 00 Float Limit Float JFLOAT RW 1730nm unitless Limit BM RE2GVVCM 00 Rev G 63 August 2008 Red Eye 2G User Manual Table 9 Red Eye 2G Modbus Register Map version 2 2 Red Eye 2G PC52 00116 00 version 4 xx to 5 xx compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 41097 41098 13 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41099 41100 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41101 41102 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41103 41104 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41105 41106 14 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41107 41108 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41109 41110 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41111 41112 Oil Absorbance
68. at Limit Float FLOAT RW 1110nm unitless Limit 41163 41164 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41165 41166 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41167 41168 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41169 41170 22 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41171 41172 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41173 41174 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41175 41176 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41177 41178 23 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41179 41180 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41181 41182 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41183 41184 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit BM RE2GVVCM 00 Rev G 65 August 2008 Red Eye 2G User Manual Table 9 Red Eye 2G Modbus Register Map version 2 2 Red Eye 2G PC52 00116 00 version 4 xx to 5 xx compatible Start E
69. bsorbance Coefficient 1110nm Float Float 41281 41282 36 unitless 0 00 Limit Limit FLOAT RW 41283141284 Oil Absorbance Coefficient 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient o 1632nm Float Float 4128541286 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1730nm Float Float 4128741288 unitless 0 00 Limit Limit FLOAT RW 412891412901 37 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit 4129141292 Oil Absorbance Coefficient Q 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient 1632nm Float Float 41293 41294 unitless 0 00 Limit Limit FLOAT RW 41295 41296 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit BM RE2GWCM 00 Rev G 81 August 2008 Red Eye 2G User Manual Table 10 Red Eye 2G Modbus Register Map version 2 1 Red Eye 2G version 3 03 compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 412971412981 38 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient 1450nm Float Float 41299 41300 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1632nm Float Float 41301 41302 unitless 0 00 Limit Limit FL
70. copy is any measurement of a quantity as a function of either wavelength or frequency The differentiation of NIR crude oil and water is achieved by operating over a very narrow band of radiation with maximum intensity occurring at a wavelength where crude oil and water exhibit large differences in opacities The second generation Water Cut Meter Red Eye 2G measures transmissions at multiple infrared frequencies simultaneously This device supports four simultaneous measurements of optical power over a range of infrared frequencies Each measurement covers a different frequency range where water and oil can be differentiated The advantage of this is a pronounced increase in accuracy over the full range of water cut i e 0 100 Other advantages include the enhancement of the calibration process enabling a less rigorous but accurate Pure fluids calibration method A new algorithm has been recently developed to improve the accuracy of the 2G unit In this algorithm all four wavelengths are used to calculate water cut In the previous generation only two of the four wavelengths were used at one time This new version provides better out of the box performance has improved stability over varying emulsion levels and handles high gas content 15 absorption 1 L Condensate 800 1000 1200 1400 1600 1800 2000 wavelength nm Figure 1 Crude Oil and Water Spectral in the Infrared region Figure 1 shows the
71. display board can plug into any of the three Rotate the display so that it is viewable as desired and carefully plug the display board back into any plug that is correct for your viewing Be sure that all the pins are lined up in the female plug before pushing down on the display board to firmly seat the plug See Figure 9 and Figure 10 5 Install the 4 display mounting screws Electronics TS Display Board SH Male Socket Display Board Mounting Screws Figure 9 Display Board Removed Revealing Connector Sockets 16 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Display Board and Electronics Package Mating Sockets Display Board ST ar i lt gt i m Im ir s e PR edh er p i N i Electronics Package P On Off 24 lt e INE SIX K Switch Figure 10 Display Board Being Plugged In 6 Re install the insulator and then re install the vvindovv seal cap 7 Tighten the locking screvv and the display is properly orientated for vievving BM RE2GWCM 00 Rev G 17 August 2008 Red Eye 2G User Manual This page intentionally left blank 18 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Wiring Connections I ntroduction All wiring going into or out from the Red Eye 2G unit will enter or leave through the conduit flanges on the unit case All wiring must be encased in conduit per API Specifications See Figure 11 Wiring connection
72. dit The unit will display Saving CFG on the second line of the display for 2 seconds during actual writing of configuration values to the Unit Flash Memory Note The Red Eye 2G unit will display the firmware version of the unit for 2 seconds upon powering up the unit Table 1 State and Status Message Interpretations Display Description S 00 Stat OK Everything is OK S 01 Stat Def Conf Default Configuration Alarm S 02 Stat No Air Cal No Air Calibration S 04 Stat OK Low Signal Warning S 08 Stat Low Fault Low Signal Alarm S 16 Stat Coef Err Method Coefficients Error S 32 Stat Readl Error ADC Reading Error S 64 Stat DtecBd Err Incompatible Detector Board Note Not all State and Status Messages are available in all firmware versions Note If the status of the Red Eye 2G contains the No Air Cal alarm S202 then the Water Cut 96 will be fixed at 0 0096 Several means of configuration control are possible For instance s RedLine Configuration Program on a Pocket PC e Modbus via a Network Server or through a Modbus program running on a laptop 2 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G General Principle of Operation The Red Eye 2G Water Cut Meter uses the basic principle of spectroscopy relying on the large difference in the absorption of Near Infrared Radiation NIR between crude oil and water Spectros
73. efficient Limit 1730nm unitless 41017 41018 3 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41019 41020 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41021 41022 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41023 41024 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41025 41026 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41027 41028 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41029 41030 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41031 41032 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41033 41034 5 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41035 41036 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41037 41038 Oil Absorbance 0 Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless BM RE2GVVCM 00 Rev G 43 August 2008 Red Eye 2G User Manual Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatible with Linear Board ver 5 xx onwards Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards Start End Description Default Low High Type Access Reg Reg Value Limit Limit
74. erting at the proper depth and securing noting the position and alignment of the Alignment Mark e Repositioning the display as needed for easy viewing Note The Red Eye 2G does not need to be mounted in a vertical position to function properly It may be mounted in any position for ease of viewing to keep it out of the way or to ease installation Caution Do not loosen the Locking Nut or move the Head of the unit in relation to the probe Movement of the head will affect calibration and may cause internal damage Flange Unit Mounting There are several variations when installing a flange mount Red Eye 2G The requirements are basically divided up into 2 categories 2 and 3 inch mounting and 4 inch and above mounting Each specific model has a Probe insertion depth designed for a particular range of pipe diameters The following diagrams depict the requirements for Flange installation Note The Model Number is specific for the pipe size and pressure rating You must have a Red Eye 2G that is the correct size for your pipe Check your Model Number before installing 2 and 3 Inch Pipe On 2 and 3 inch pipe a pipe reducing T may need to be installed and an extension added to make a specific height Refer to Figure 6 BM RE2GVVCM 00 Rev G 11 August 2008 Red Eye 2G User Manual Installation Showing Unit Horizontally and Vertically Mounted Display Can Face Either Way Alignment Mark Must Be Parallel With Pipe
75. f sapphire windows and 316 stainless steel or Hastelloy in the construction of the probe assemblies 6 The Red Eye 2G is chemically resistant to normal oilfield solvents Use of the 2G in H2S environments for an extended period may cause degradation of metallic parts See NACE MRO175 Compliance statement 7 The Red Eye 2G must be installed in suitable conduit systems i e Class Zone 1 approved for flameproof installations 8 Approval Certificates and Certification Codes for the Red Eye 2G are as follows a Factory Mutual Approvals Project I D 3022805 XP Class I Division 1 Groups C D T3C Ta 485 C b Sira Certification Services Certificate SIRA OSATEX1138 EEx d IIB T3 Ta 85 C IP66 BM RE2GVVCM 00 Rev G 9 August 2008 Red Eye 2G User Manual c Canadian Standards Association Certificate Number 1675737 Class I Division 1 Groups C amp D T3C Ta 85 C Type 4 ePRODUCTION SOLUTIONS INC m Kingwood Texos U S A XP CL I DIV f GPS C amp D T3C Ta 85 C APPROVED CSA CL DIV 1 GPS C amp D T3C To 85 C e FM OGATEXOO21 TYPE 4 IECEx FMG 08 0006 C 1712 Ex 126 Ex d T3 To 85 IP66 WARNING MC 159871 DO NOT REMOVE COVER WHILE CIRCUITS ARE ENERGIZED OR WHEN FLAMMABLE ATMOSPHERES ARE PRESENT FOR CLASS I GROUPS C amp D CONDUIT SEALS ARE REQUIRED WITHIN 18 O AVERTISSEMENT IL NE FAUT PAS OUVRIR LE COUVERCLE PENDANT QUE LES CIRCUITS SONT SOUS TENSION OU LES ATMOSPHERES INFLAMMABLES SONT
76. gas even at separator conditions Hydrocarbon and non hydrocarbon gases transmit close to 10096 of the NIR radiation Thus the presence of free gas in the liquid phase can be distinguished from the oil and water resulting in very little or no effect on the net oil measurement Furthermore solution gas does not affect the NIR interaction with the crude oil The Red Eye 2G sensor interactions with oil water and free gas also called entrained gas are summarized below e Both crude oil and water are the absorbing media depending on the frequency of measurement This improves the accuracy of water cut measurement e Pure Fluid calibration is possible e Variation in crude oil density over the producing life of a well does not affect the oil calibration factor e Variation in water properties does not affect the transmission of the NIR radiation e Free gas entrained gas Limited measurements have shown that up to 10 gas void fraction has little or no effect on the Red Eye 2G sensor e Solution gas does not affect the Red Eye 2G performance 4 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Technical Specifications The following paragraphs and tables list the specifications that may be needed throughout the course of using this equipment Model Number Information Table 2 Model Number Matrix Model format 2G V1 V2 V3 V4 V5 V6 Variable Description V1 Process Line Size Line
77. i Limit 41427 41428 EB reference for well Mg Ea 50 pe 17 well 18 41431 41432 E WC reference for well fem 99 50 FLOAT RW 18 41433 41434 WC measurement for 99 50 FLOAT RW well 19 41435 41436 uM WC reference for well 99 50 FLOAT RW 19 41437 41438 WC measurement for 0 50 99 50 FLOAT RW well 20 41439 41440 E WC reference for well EEE 99 50 FLOAT RW 20 41441 41442 WC measurement for 0 50 99 50 FLOAT RW well 21 41443 41444 Ll VVC reference for vvell Na 99 50 FLOAT RW 21 well 22 41447 41448 WC reference for well D T 99 50 FLOAT W 22 well 23 po 41451 41452 WC reference for well 99 50 FLOAT RW 41453 41454 24 Wc measurement for 0 50 0 50 99 50 FLOAT RW well 24 41455 41456 ME WC reference for well I 99 50 FLOAT RW 24 RW d as Rl v REN ad oa well 25 25 41461 41462 26 WC measurement for 0 50 0 50 99 50 FLOAT W BEA d 26 zx well 27 27 well 28 RW 41471 41472 E WC reference for well ja 99 50 FLOAT 28 well 29 41475 41476 WC reference for well 50 99 50 FLOAT RW 29 BM RE2GVVCM 00 Rev G 55 August 2008 Red Eye 2G User Manual Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatible with Linear Board ver 5 xx onwards Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards Start End Description Default Low High Type Access Reg Reg Value Limit Limit 41477 41478 30 WC
78. icient Limit 1110nm unitless BM RE2GWCM 00 Rev G 49 August 2008 Red Eye 2G User Manual Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatible with Linear Board ver 5 xx onwards Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards Start End Description Default Low High Type Access Reg Reg Value Limit Limit 41243 41244 Oil Absorbance Float Limit Float FLOAT RW Coefficient QO Limit 1450nm unitless 41245 41246 Oil Absorbance Float Limit Float FLOAT RW Coefficient QO Limit 1632nm unitless 41247 41248 Oil Absorbance Float Limit Float FLOAT RW Coefficient QO Limit 1730nm unitless 41249 41250 32 Oil Absorbance Float Limit Float FLOAT RW Coefficient QO Limit 1110nm unitless 41251 41252 Oil Absorbance Float Limit Float FLOAT RW Coefficient QO Limit 1450nm unitless 41253 41254 Oil Absorbance Float Limit Float FLOAT RVV Coefficient Limit 1632nm unitless 41255 41256 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41257 41258 33 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41259 41260 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41261 41262 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41263 41264 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm u
79. icient o 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit 41031141032 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient 1110nm Float Float 41033 41034 5 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1450nm Float Float 41035 41036 unitless 0 00 Limit Limit FLOAT RW 4103741038 Oil Absorbance Coefficient o 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit 4103941040 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient 1110nm Float Float 4104141042 6 unitless 0 00 Limit Limit FLOAT RW 41043141044 Oil Absorbance Coefficient Q 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit BM RE2GWCM 00 Rev G 75 August 2008 Red Eye 2G User Manual Table 10 Red Eye 2G Modbus Register Map version 2 1 Red Eye 2G version 3 03 compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 41045141046 Oil Absorbance Coefficient o 1632nm 0 00 Float Float FLOAT RYV unitless Limit Limit Oil Absorbance Coefficient 1730nm Float Float 4104741048 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1110nm Float Float 4104941050 7 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1450nm F
80. icient QO Limit 1110nm unitless 41115 41116 Oil Absorbance Float Limit Float FLOAT RW Coefficient QO Limit 1450nm unitless 41117 41118 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41119 41120 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41121 41122 16 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41123 41124 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41125 41126 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41127 41128 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41129 41130 17 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41131 41132 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41133 41134 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41135 41136 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41137 41138 18 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41139 41140 Oil Absorbance 0 Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 46 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatib
81. ientation seen ns 15 19 Display Board 15 19 101 E Electrical Specifications ina aaa anen 9 Entrained Gas aaa aaa aaa 1 4 F Factory Mutual Approvals ina aaa aaa anen 9 Flange Mount Unit Dimensions ku aaa aaa aa aaa ananasi 7 Flange Types Depth Dimensions 1 aaa aaa aaa anen 13 Flange Unit Mountin di eee nana 11 Flash Memory ios reme eene tet 1 2 31 95 Flow Meter aa aa aaa 1 23 96 99 Frequency Inputs aaa aaa aaa 24 25 BM RE2GVVCM 00 Rev G August 2008 G Gas Carry UN ta ra dr ep Ma Sara ah 4 Gas OILRatlO s 22 an bata 4 GOR ainia oie See Gas Oil Ratio H HS environments doin eean a o n o a E be 9 Hastelloy aiii ih tha ae a 5 9 Hazardous Locations Approvals 10 High Level Frequency ina aaa ann 9 23 High Volume Wells seem 4 alu 27 28 COMMUNICATION add dat en eine 27 OR 28 Port E ETTET 27 28 96 99 Host POM anne 28 96 99 100 Hydrocarbon uses en ey ame demeve 4 HyperACCESS sio kt acc rave eres AAA AAA e he 27 HyperTerminal sese 27 HyperTerminal Private Edition K eee 27 I LAS ul tor TTT 15 17 15090015 2000 2 keen 10 L Lamp Power Connections esses 28 LCD Screen Display suse See Display linear Amp ee es 1 31 LOCKING NUES rn 11 Locking Screw ia aaa ananas 15 17 Log Amp eee eee ee NUEVE NER 1 31 LOOP POWER i iir ERR RR 21 23 24 28 M Modbus Address aaa aa anen a
82. ion for well 11 1 1 5 CHAR RW 4133241332 Method selection for vvell 12 1 1 5 CHAR RVV 42333 41333 Method selection for vvell 13 1 1 5 CHAR RVV 42334 41334 Method selection for well 14 1 1 5 CHAR RW 82 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 10 Red Eye 2G Modbus Register Map version 2 1 Red Eye 2G version 3 03 compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 4133541335 Method selection for well 15 1 1 5 CHAR RW 4133641336 Method selection for well 16 1 1 5 CHAR RW 41337 41337 Method selection for well 17 1 1 5 CHAR RW 4133841338 Method selection for well 18 1 1 5 CHAR RW 41339 41339 Method selection for well 19 1 1 5 CHAR RW 41340 41340 Method selection for well 20 1 1 5 CHAR RW 41341 41341 Method selection for well 21 1 1 5 CHAR RW 41342 41342 Method selection for well 22 1 1 5 CHAR RW 41343 41343 Method selection for well 23 1 1 5 CHAR RW 41344 41344 Method selection for well 24 1 1 5 CHAR RW 41345 41345 Method selection for well 25 1 1 5 CHAR RW 41346 41346 Method selection for well 26 1 1 5 CHAR RW 41347 41347 Method selection for well 27 1 1 5 CHAR RW 41348 41348 Method selection for well 28 1 1 5 CHAR RW 41349 41349 Method selection for well 29 1 1 5 CHAR RW 41350 41350 Method selection for well 30 1 1 5 CHAR RW 41351
83. ion in the specified voltage range of 8 32 VDC and does not exceed the specified power usage restriction of 10W before using the unit to measure water cut hi 100 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Appendix C Suggested Spare Parts The following are recommended start up and two year operating spares Part Number Description PC00 21051 00 2G Spare Replacement Fuse Suggested Qty 6 PC00 21132 01 2G Terminal Board Fuse Cover Suggested Qty 1 PCO2 00499 00 IPAQ Pocket PC with RedLine Software installed for 2G configuration amp calibration Includes IPAQ serial cable adapter optional amp qty 1 PC00 33565 00 Pipe Thread Lubricant Optional Parts The following part numbers are associated with the 2G product line Part Number Description PC54 00030 00 RedLine software PC40 00063 00 PDA Serial Cable PC03 00270 00 NOC to Pocket PC cable PC00 19761 00 Null Modem PC03 00282 00 Connector PCO3 00071 00 Cable 8P 8P PC90 00053 00 2G Termination Board with meter power supply PREM 60 0073 Display Board PC00 40082 00 Redesigned probe to Housing Lock Nut PC02 00612 00SP LCD Display Retrofit Kit Inc interface PCB hardware amp inst PC02 00612 01SP VFD Display Retrofit Kit Inc interface PCB hardware amp inst PC00 4008200 Nut Locking 34 NPSM Probe to ho
84. it Limit Limit Limit et EB Ba Limit Limit AEE Bil 1 DE Nd Limit Limit po W po W po W zx W I W po W zx W po W zx W po W po W po W zx W x W zx W po W po W po W po W po W I W po W 41103 41104 Oil Scaler freq 1730 Float Float FLOAT RVV Limit Limit 88 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 11 Red Eye 2G Modbus Register Map version 2 0 Red Eye version 3 02 compatible Reg Reg Value Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit RW xad iil ee BE Rod Limit Limit Limit Limit BM RE2GWCM 00 Rev G 89 August 2008 Red Eye 2G User Manual Table 11 Red Eye 2G Modbus Register Map version 2 0 Red Eye version 3 02 compatible Reg Reg Value Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit RW Limit Limit Limit Li
85. ixer should be used Install the mixer no more than 3 ft upstream of meter Wiring All wiring connections are made on the termination board located under the back access cover Power connections are made to terminal T2 and process connections are made to terminal T1 Note All wiring connections should be made with unit power OFF BM RE2GWCM 00 Rev G 97 August 2008 Red Eye 2G User Manual lectrical Wiring In or Out EJ gt p nuam Au u NYJA KMR m 4 m A x PR MN e Boo um Electrical Wirin y In or Out Figure 18 Unit Showing Electrical Terminals Operating Power The 2G meter requires 10 32 VDC power for operation approx 8 watts Connect wires as shown in Table 12 Table 12 Operating Power Inputs Terminal Signal T2 1 power T2 3 power Note The Red Eye 2G comes configured from the factory with the power switch in the ON position 98 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Process Connections There are a variety of process connection points Not all may be required for a particular installation Refer to the guide below Table 13 to see which are required for your application Connect wires as needed Table 13 Process Connection Table Term Signal Comments Tl 1 RS485 Host port communications Two wire RS485 plus com line Modbus RTU T1 2 RS485 This is the connection for the 2GNOC T1 3 Com T1 4
86. l is switched OFF for calculation NOTE The 2 line of the local display will display all the errors and warnings first prior to displaying the temperature AI Method and Active Well The Display will update the screen at approximately 5 seconds intervals Note The Red Eye 2G unit saves any edits to the database one minute after the last edit The unit displays Saving CFG on the second line of the display for 2 seconds during actual writing of configuration values to the Unit Flash Memory BM RE2GVVCM 00 Rev G 31 August 2008 Red Eye 2G User Manual Note The RE2G unit displays the firmware version of the unit for 2 seconds upon powering up the unit Detector Board Temperature With the current Detector Board the reading of the I2C based temperature sensor should be displayed in the local display after showing the Active Well This can be viewed or retrieved from the Modbus Register 30015 30016 Float inverse Status Register Fault Codes The following paragraphs describe how fault readings in the status register can be read For example If the status register 30051 reads 23 This is a decimal number reading This decimal number should be converted into a binary number The binary equivalent of 23 is 10111 This number should be filled into the table shown below to indicate which faults are occurring Each column with a 1 assigned to it will indicate a fault and each column with a 0 assigned to it will indica
87. le with Linear Board ver 5 xx onwards Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards Start End Description Default Low High Type Access Reg Reg Value Limit Limit 41141 41142 Oil Absorbance Float Limit Float FLOAT RW Coefficient QO Limit 1632nm unitless 41143 41144 Oil Absorbance Float Limit Float FLOAT W Coefficient Limit 1730nm unitless po 41145 41146 19 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41147 41148 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41149 41150 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41151 41152 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41153 41154 20 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41155 41156 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41157 41158 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41159 41160 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41161 41162 21 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41163 41164 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41165 41166 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless
88. loat Float 41051 41052 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1632nm Float Float 41053 41054 unitless 0 00 Limit Limit FLOAT RW 41055 41056 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit 410571410581 8 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit 41059 41060 Oil Absorbance Coefficient Q 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient E 1632nm Float Float 4106141062 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1730nm Float Float 41063 41064 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1110nm Float Float 4106541066 9 unitless 0 00 Limit Limit FLOAT RW 4106741068 Oil Absorbance Coefficient Q 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit 4106941070 Oil Absorbance Coefficient o 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit 4107141072 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit 410731410741 10 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit 4107541076 Oil Absorbance Coefficient 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient o 1632nm Float Float 4107741078 unitless 0 00 Limit Limit FLOAT RW 41079 41080 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit 410811410821 11 Oil Absorba
89. m unitless Limit 64 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 9 Red Eye 2G Modbus Register Map version 2 2 Red Eye 2G PC52 00116 00 version 4 xx to 5 xx compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 41141 41142 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41143 41144 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41145 41146 19 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41147 41148 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41149 41150 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41151 41152 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41153 41154 20 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41155 41156 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41157 41158 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW o 1632nm unitless Limit 41159 41160 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41161 41162 21 Oil Absorbance Coefficient 0 00 Flo
90. mA out is equal to 10096 watercut Refer to Figure 12 and Figure 14 to make these connections Lamp Power Connections The lamp power connections are made at Terminal Strip 1 TI 11 and T1 12 These are factory connected and should not be changed Refer to Figure 11 Power Connections Four terminals are available for connections on Terminal Strip T2 Terminals T1 and T2 are connected together Terminals 3 and 4 are connected together Connect 10 32 Volts DC to a 1 or 2 and a 3 or 4 Terminal Refer to Figure 17 The spare power terminals are available to provide loop power for a 4 to 20mA Transducer 28 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G NOTE The unit comes from the factory with the power switch ON Figure 10 Once power is applied to terminals T2 1 T2 3 the unit will power up 10 32V0C PC90 00053 MN REV IM m HE s s wee QE EE ES e g 34 SW1 ANALOG FREQ amp 4 20mA TTL hak B 4 14 20mA 485 RT 485 RT Closed Side Figure 17 T2 Terminal Strip Connections Note Attach a ground wire to an external point on the Red Eye 2G Casing BM RE2GWCM 00 Rev G 29 August 2008 Red Eye 2G User Manual This page intentionally left blank 30 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Operation There are no operating controls at the unit except for the On Off
91. mit 90 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 11 Red Eye 2G Modbus Register Map version 2 0 Red Eye version 3 02 compatible Reg Reg Value Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit Limit RW AO Bail S P Limit Limit Limit Limit BM RE2GWCM 00 Rev G 91 August 2008 Red Eye 2G User Manual Table 11 Red Eye 2G Modbus Register Map version 2 0 Red Eye version 3 02 compatible Reg Reg Value Limit Limit Limit Limit Limit Limit TIAM Limit Limit ES d Limit Limit sod kon BN EE Limit Limit Limit Limit m E rd Limit Limit sal i BM inc BR UE E ul Limit Limit amd iil IBI banin MESURE RE Bd Limit Limit Limit Limit sid boil M oe eR EE N Limit Limit ad had eee BE Ban Limit Limit id ied et a Limit Limit Limit Limit cl cad EI sl EM kn Limit Limit cel b NEM TEL Bic Limit Limit nad n WI RHI a Limit Limit Limit Limit oad el MR E B id Limit Limit sun bad TETT Limit Limit ee Mi BE El Limit Limit Limit Limit EB Ba Limit Limit A nd Limit Limit po W po W po W zx W I W po W zx W po W zx
92. mpatible with Linear Board ver 5 xx onwards Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards End Description Default Low High Type Access Reg Value Limit Limit 41312 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless Coefficient Limit 1110nm unitless 41316 Oil Absorbance Float Limit Float FLOAT RW 1450nm unitless Oil Absorbance ad Float Limit RW Coefficient QO Limit 1632nm unitless 41320 Oil Absorbance Float Limit Float FLOAT RVV Coefficient QO Limit 1730nm unitless MEA itl Be well 1 CHAR RW 5 5 41323 3 Method selection for 1 5 well 3 41324 Method selection for 1 5 well 4 41325 5 Method selection for 1 1 5 well 5 41326 Method selection for 1 1 5 well 6 Method selection for 1 5 well 7 1 5 5 5 5 1 1 1 1 1 1 1 1 O I gt 5 I O T gt D po O I gt 70 I 41322 2 Method selection for 1 well 2 O T gt 5 I W W W W dB ses OE a vvell 8 fs rer O A well 9 well 10 41331 Method selection for ese CHAR RVV vvell 11 vvell 12 41333 41333 13 Method selection for 1 1 5 CHAR RVV ee ee cee eae well 14 well 15 well 16 well 17 41338 41338 18 Method selection for 1 1 5 CHAR RW well 18 52 BM RE2GVVCM 00 Rev G August 2008 User Manual Red Eye 2G Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatible with Linear Board ver 5 xx onwa
93. nce Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient 1450nm Float Float 41083 41084 unitless 0 00 Limit Limit FLOAT RW 41085 41086 Oil Absorbance Coefficient E 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit 76 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 10 Red Eye 2G Modbus Register Map version 2 1 Red Eye 2G version 3 03 compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 41087 41088 Oil Absorbance Coefficient 1730nm 0 00 Float Float FLOAT RW unitless Limit Limit 410891410901 12 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient 1450nm Float Float 41091 41092 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1632nm Float Float 41093 41094 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1730nm Float Float 41095 41096 unitless 0 00 Limit Limit FLOAT RW 41097 41098 13 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit 41099 41100 Oil Absorbance Coefficient 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit 41101141102 Oil Absorbance Coefficient o 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient
94. nd Well Description Default Low High Type Access Reg Reg Value Limit Limit 41185 41186 24 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41187 41188 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41189 41190 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41191 41192 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41193 41194 25 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41195 41196 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41197 41198 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41199 41200 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41201 41202 26 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41203 41204 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW Q 1450nm unitless Limit 41205 41206 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41207 41208 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41209 41210 27 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41211 41212 Oil Absorbance Coefficient 0 00 Float Limit Float
95. ng Connections ina aaa aa 19 20 BM RE2GVVCM 00 Rev G August 2008
96. nitless 41265 41266 34 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41267 41268 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41269 41270 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41271 41272 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41273 41274 35 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41275 41276 Oil Absorbance 0 Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 50 BM RE2GVVCM 00 Rev G August 2008 User Manual Red Eye 2G Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatible with Linear Board ver 5 xx onwards Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards Start End Description Default Low High Type Access Reg Reg Value Limit Limit 41277 41278 Oil Absorbance Float Limit Float FLOAT RW Coefficient QO Limit 1632nm unitless 41279 41280 Oil Absorbance Float Limit Float FLOAT W Coefficient Limit 1730nm unitless po 41281 41282 36 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41283 41284 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41285 41286 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41287
97. nnn 95 Installation Supplies Svea io ada ta oh 95 Installation Steps za ses era ESS 96 Physical Mounting ana Connections corsa na Led eee 97 WINO A eee 97 Operating PONTA eee 98 Process COnnectonS asis dit vivo b obese cata Lon h ne ht des i 99 PI Comm DOR TTT r o bee UD xv dod ets 99 SWI SettiINgS ac sere ope tn ani gg 100 Power up Initialization and setup aaa aaa aaa K K K K eK 100 Appendix C Suggested Spare Parts a nnrnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn 101 Optional Parb edicti n Rt S tee ei eri eed ic teda 101 List of Tables Table 1 State and Status Message Interpretations ina nana aaa ann need neve krere 2 Table 2 Model Number MatriX variada ed da sedi pct us vds 5 Table 3 Examples or Model Number a a 6 Table 4 Specifications oes cose tai nannte 9 Table 5 NACE MR0175 Compliance Guidelines nccc eeen 10 Table 6 Input Type Selection Switches ruanurrannvnanrananrennnrennnrnennrennnenanransnsene 23 Table 7 Status Register Fault Table rrarnanurrannvnanrananrennnrennnrnennvennnenansensnsnne 33 Table 8 Red Eye 2G Modbus Register Map version 2 88 aaa nene 39 Table 9 Red Eye 2G Modbus Register Map version 2 2 cce ee nana eneve rei 59 Table 10 Red Eye 2G Modbus Register Map version 2 1 nana aaa aaa 72 Table 11 Red Eye 2G Modbus Register Map version 2 0 sees 84 Table 12 Operating Power Inputs na aaa aaa e e K anen need eee i eee rei meme ne 98 Table 13 Process Connection Table a e
98. nput Power RS485 RS485 COM 1 20 MA OUT 1 20 MA OUT CO 4 20 MA 4 20 MA LEVEL FREQ ANALOG LEVEL FREQ ANALOG LAMP POWER LAMP POWER T1 Connector T1 1 T1 2 11 3 11 4 Components Are On Circuit Board Set Switches as Needed for Input Type Sw1 1 To CPU Input Type TTL Pulse Closed Open 24V Pulse TI 9 SW1 2 182 Figure 15 Analog with Loop Power or Frequency Inputs 24 User Manual BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G External Pre Amp Wiring The following illustration guides you in connecting a pre amp to the Red Eye 2G Pre Amp Wiring Block Input Power Pulse Source T1 Connector EQ ANALOG IN EQ ANALOG IN 0 un un nam m ET E Er Eli E El E Ee e El E E B NO Input Type sw jeve Switch SW1 is On 2G Termination Circuit Board Set Switch as Needed Figure 16 Frequency Input with Pre Amp Wiring NOTE The unit comes from the factory with the power switch ON Figure 10 Once power is applied to terminals T2 1 amp T2 3 the unit will power up BM RE2GWCM 00 Rev G 25 August 2008 Red Eye 2G User Manual Communications Hook Up RS485 for Modbus Host Communications
99. nvolved Disclaimer Weatherford makes no representations or warranties with respect to the contents hereof Further Weatherford reserves the right to revise this publication and to make changes in the content hereof without obligation to notify any person or organization of such revision or changes The following products and organizations have been mentioned in this documentation Various trademarks are owned by the respective owners e Microsoft and Windows are either registered trademarks or trademarks of Microsoft Corporation in the United States and or other countries http www microsoft com BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G This Documentation Nomenclature manual uses the following protocol to present information The Uppercase in bold type words set apart keystrokes that you must press on the keyboard or numeric keypad for a defined action or input The KEYNAME notation refers to a specific key on the keyboard or keypad For example CTRL refers to the control key which is usually labeled CTRL or Ctrl The KEYNAME1 KEYNAME2 notation means that two keys must be pressed at the same time The user does this by holding down one key and pressing the other key Situations in which this occurs usually include the SHI FT ALT or the CTRL keys The DOS Operating System used on IBM and compatible computers does not differentiate between upper and lower case characters DOS commands in
100. o make the connections Connections e RXD P1 2 e TXD P1 3 e COM P1 5 e RTS P1 7 e CTS P1 8 Default Settings Communication with the Red Eye 2G via the RS232 has these default settings e Data Bits 8 bits e Parity None e Stop bits 1 bit e Flow None The RS232 port is set to a default baud rate of 115 200 bps Note Connecting a standard PC or laptop will require a null modem cable BM RE2GWCM 00 Rev G 27 August 2008 Red Eye 2G User Manual Note Modbus communication can be established via both the RS232 and the RS485 ports simultaneously The Red Eye 2G has the capability of communicating with two separate hosts online at the same time RedLine Communications Connections The RedLine connection to the 2G can be made in several ways e HMI Port RS232 Fixed baud rate of 115 Kbps PDA to HMI connection does not require null modem e Host Port RS485 Configurable baud rates of 9600 14400 19200 or 28800 bps e TCP IP This connection is possible if the 2G is connected serially to a separate device with an IP Address such as a 2GNOC or CDMA modem s Bluetooth This connection is possible if the 2G is connected serially to a separate device with Bluetooth capability Water Cut Output Wiring The Water Cut percentage output signal is taken from Connector T1 at terminals T1 4 and T1 5 The output is a 4 to 20mA signal and corresponds to 0 10096 watercut e 4 mA out is equal to 0 watercut e 20
101. oat FLOAT RW 1450nm unitless Limit 41285 41286 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41287 41288 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41289 41290 37 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41291 41292 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41293 41294 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41295 41296 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41297 41298 38 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41299 41300 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41301 41302 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41303 41304 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41305 41306 39 Oil Absorbance Coefficient 0 00 Float Limit Float JFLOAT RW 1110nm unitless Limit 41307 41308 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41309 41310 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41311 41312 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless
102. om the drop down menu Tap READ then CALI BRATE Repeat for each well Go to the Service Screen to Save Configuration File Tap READ then in the lower left corner tap TOOLS SAVE Use the default file name date included or create your own Tap OK in the upper right hand corner to save Mount the unit per the Physical Mounting instructions Insure the alignment grooves are in line with the pipe Wire the unit per the Wiring instructions in this User Manual Connect the flow meter signal if used Set SW1 for analog or pulse input 10 Connect to the 2GNOC if used Two pair connections are required to the 96 2GNOC DC power and RS485 communication line BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Physical Mounting and Connections The Red Eye 2G comes in two mounting styles threaded and flanged The threaded style has a 1 NPT process connection suitable for insertion through a standard weldolet The flange styles are 1 12 raised face 600 or 900 ANSI and 2 RTJ 1500 ANSI For either style the mounting guidelines are as follows e Horizontal or vertical pipe are acceptable for mounting e The probe slot should be in the center 17 diameter of the pipe e The alignment grooves on the 2G unit must be parallel with the pipe e To avoid damage to feed through cables and fiber optics do not spin the head assembly relative to the probe shaft e If the linear flow rate is less than 4 ft sec a static m
103. on cce cece eee eee ees 27 Connections sui ca PTT EE 27 Default Settings a on sen 27 RedLine Communications Connections nana aaa Herner eee nennen menn 28 Water Cut Output WII 9235 sss ho ndo Ute Eee e Ere datus eT gehe eie CL od teen a iei eod 28 Lamp Power onnectoris xeesssseersv pese euo e e gode 28 Power Connections cg eger es 28 Operation dd e iaka dia Ea 31 LED Screen Display pane oe bee See th etri tiro leta pad cee eser ete toga 31 BM RE2GWCM 00 Rev G v August 2008 Red Eye 2G User Manual Detector Board Temperature a arunnnnnnnnnennnnnnnnnnnnnennnnnnnnnnnnnnnnnnnnnnnnnnnnnnnennn 32 Status Register Faull Codes th int ot eo exte ovem Ete ctm etu Eos 32 Water Cub Calculations or ves a datio Eaux Boone ardet Keene 34 Water Cut Methods and Coefficients for Firmware versions 4 0 and Lower 35 RedLine Configuration Program este sees ss nese sees sss ne esen nana nn 37 Appendix A Modbus Register Maps a xnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnr 39 Modbus Register Map version 2 BR ina aaa nana aaa cece eee ence per nenn tee eee tete vete eee tet s 39 Modbus Register Map version 2 2 err o ae he aa 59 Modbus Register Map Version Zr rar ot HE 72 Modbus Register Map version 2 0 ecceee cece eee e cece eee eens eee mee 84 Appendix B Quick Start lnSstructions ss sss sees ss sss se es sss eee es re see ores enorme es
104. ote There are no Method Coefficients Errors in Red Eye 2G firmware versions 5 0 and later BM RE2GWCM 00 Rev G August 2008 33 Red Eye 2G User Manual Water Cut Calculations Firmware version 5 02 introduces a new water cut calculation technique that simplifies the configuration and improves measurement accuracy The improvement is based on moving from a two wavelength calculation where the user was required to select the optimal wavelength pair to a four wavelength calculation where sophisticated chemometric techniques are used to determine the optimal solution Note Chemometrics is the application of mathematical or statistical methods to chemical data The configuration steps still rely on accurate water and oil absorption calibrations but the method selection featured in earlier firmware versions has been eliminated Please refer to the RedLine manual for detailed configuration steps Note The firmware version for the Red Eye 2G can be determined when powering up the unit At that time the firmware version will be displayed for two seconds 34 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Water Cut Methods and Coefficients for Firmware versions 4 0 and Lower There are five methods of calculating the Water Cut 96 available for each well The methods for each well can be selected in registers 41321 41360 Depending on which firmware version you are using refer to the appropriate Modbus Map in
105. rbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41191 41192 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41193 41194 25 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41195 41196 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41197 41198 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41199 41200 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41201 41202 26 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41203 41204 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41205 41206 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41207 41208 Oil Absorbance 0 Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 48 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatible with Linear Board ver 5 xx onwards Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards Start End Description Default Low High Type Access Reg Reg Value Limit Limit 41209 41210 27 Oil Absorbance Float Limit Float FLOAT RW Coefficient QO Limit 1110nm unitless 41211 41212 Oil Absorbance Float Limit Float
106. rds Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards Start End Description Default High Type Access Reg Reg Value Dn ENSE well 19 fa ee A Il well 20 well 21 well 22 well 23 41344 41344 24 Method selection for 1 1 5 CHAR RW FN 41345 41345 25 Method selection for 1 1 5 CHAR RW FEN well 26 well 27 41348 41348 28 Method selection for 1 1 5 CHAR RW NN well 29 well 30 41351 41351 31 Method selection for 1 1 5 CHAR RW pcc nei eR 41352 41352 32 Method selection for 1 1 5 CHAR RW RENT well 33 well 34 41355 41355 35 Method selection for 1 1 5 CHAR RW portu Es oce 41356 41356 36 Method selection for 1 1 5 CHAR RW ESSI ee sic ind di well 37 well 38 rd ro well 39 EM well 40 well 1 41363 41364 WC reference for well 1 99 50 FLOAT RW well 2 41367 41368 WC reference for well 2 50 99 50 FLOAT RW BM RE2GWCM 00 Rev G 53 August 2008 Red Eye 2G User Manual Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatible with Linear Board ver 5 xx onwards Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards Start End Description Default Low High Type Access Reg Reg Value Limit Limit well 3 41371 41372 WC reference for well 3 99 50 FLOAT RW well 4 41375 41376 WC reference for well 4 99 50 FLOAT RW 41377 41378 WC measurement for 0 50 0 50 99 50 FLOAT RW well 5 41379 4
107. rved 0 00 0 00 1 00 FLOAT RW 40029 40030 Reserved 0 00 0 00 1 00 FLOAT RW 40031 40032 Reserved 0 00 0 00 1 00 FLOAT RW 40033 40034 Reserved 0 00 0 00 1 00 FLOAT RW 40035 40036 Reserved 0 00 0 00 1 00 FLOAT RW 4003740037 Modbus Address 49 1 255 WORD RW 40038 40038 Host port baudrate 0 9600 0 3 WORD RW 40039 40039 of 1 sec samples to average 1 1 10 BYTE RW 40040 40040 Low Signal Alarm Warning Limit 10 5 20 WORD R W 40041140041 Reserved 40042 40042 Reserved 40043 40043 WellSelectMethod 0 MOD O MOD 1 Al CHAR RW 40044 40044 Current Active Well 1 1 40 CHAR RW BM RE2GWCM 00 Rev G 73 August 2008 Red Eye 2G User Manual Table 10 Red Eye 2G Modbus Register Map version 2 1 Red Eye 2G version 3 03 compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 4004540045 Method 1 coefficient 1 50 0 100 CHAR RW 40046 40046 Method 1 coefficient 2 50 0 100 CHAR RW 4004740047 Method 1 coefficient 3 0 0 100 CHAR RW 40048 40048 Method 1 coefficient 4 0 0 100 CHAR RW 400491 40049 Method 1 coefficient 5 0 0 100 CHAR RW 40050 40050 Method 1 coefficient 6 0 0 100 CHAR RW 40051 40051 Method 1 coefficient 7 0 0 100 CHAR RW 40052 40052 Method 2 coefficient 1 0 0 100 CHAR WR 40053 40053 Method 2 coefficient 2 0 0 100
108. s are made at the bottom of the unit opposite from the display Electrical Wiring In or Out Electrical Wiring In or Out Figure 11 Wiring Going Into or Out of the Red Eye Unit BM RE2GWCM 00 Rev G 19 August 2008 Red Eye 2G Terminals User Manual Most wiring connections are made to the T1 and T2 Terminals These terminals have little levers on the side which allow you to open the terminal and slide the bare wire end into it Only about Ya of single conductor wire is required to be stripped bare They make for easy and secure connections P1 is a standard RS232 Connector Analog Input for Well Selection Wiring An Analog Input for Well Selection is provided on terminal T1 positions T1 7 and T1 8 See Figure 12 These connections allow input well selection information 4 to 20mA from an external source The well number is directly associated with the mA number input 4 0 25mA Well 1 5 0 25mA Well 2 18 0 25mA Well 15 19 amp 20 0 25mA Well 16 20 LEVEL LEVEL ON SNOILATOS NOILINGOYd E gt A z E Ei RS485 RS485 COM 4 20 MA OUT 4 20 MA OUT co 4 20 MA 4 20 MA FREQ ANALOG FREQ ANALOG LAMP POWER LAMP POWER PC90 00053 MI REV UNI 955555555 E Figure 12 TI Connector VViring BM RE2
109. sorbance Coefficient Q 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit 41157141158 Oil Absorbance Coefficient 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient o 1730nm Float Float 4115941160 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient 1110nm Float Float 41161 41162 21 unitless 0 00 Limit Limit FLOAT RW 4116341164 Oil Absorbance Coefficient 1450nm 0 00 Float Float FLOAT RW unitless Limit Limit 4116541166 Oil Absorbance Coefficient 1632nm 0 00 Float Float FLOAT RW unitless Limit Limit Oil Absorbance Coefficient 1730nm Float Float 4116741168 unitless 0 00 Limit Limit FLOAT RW 411691411701 22 Oil Absorbance Coefficient 1110nm 0 00 Float Float FLOAT RW unitless Limit Limit 78 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 10 Red Eye 2G Modbus Register Map version 2 1 Red Eye 2G version 3 03 compatible Start End Well Description Default Low High Type Access Reg Reg Value Limit Limit 41171141172 Oil Absorbance Coefficient E 1450nm 0 00 Float Float FLOAT RYV unitless Limit Limit 4117341174 Oil Absorbance Coefficient o 1632nm 0 00 Float Float FLOAT RYV unitless Limit Limit Oil Absorbance Coefficient 1730nm Float Float 4117541176 unitless 0 00 Limit Limit FLOAT RW Oil Absorbance Coefficient
110. switch Refer to Figure 10 to locate that switch Control of the unit is limited to RS232 and RS485 communications channels LCD Screen Display A two line display is available for viewing the o actual water cut of the selected well This Wat e R O 00 9 display allows the operator to monitor the St at OK water cut and other pertinent data at the installation site The first line of the display always displays the current percentage of water The second line scrolls through the following items e S 00 Stat OK Current Status of the Red Eye 2G device See Table 1 for more status interpretations e Active Well X Current well being monitored Options displayed from 1 40 e Temp X Current temperature of the Red Eye 2G BoardStack in C e W Select Mode for Well Selection Options displayed between MBUS ModBUS and AI Analog Input e Modbus ID X Current ID set for Red Eye 2G Communication Options displayed from 1 255 Factory Default Setting at 49 e Photocur Live or User Displays whether the photocurrents used by the algorithm are live or user entered e Board Log Amp or Linear Amp Displays the detector board type From the user s standpoint these two board types are identical There is no difference in the operation of the water cut meter e All Channels On Indicates that the channel is switched ON for calculation e All Channels Off Indicates that the channe
111. t 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41235 41236 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41237 41238 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41239 41240 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41241 41242 31 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41243 41244 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41245 41246 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW o 1632nm unitless Limit 41247 41248 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41249 41250 32 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41251 41252 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41253 41254 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm unitless Limit 41255 41256 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1730nm unitless Limit 41257 41258 33 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1110nm unitless Limit 41259 41260 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1450nm unitless Limit 41261 41262 Oil Absorbance Coefficient 0 00 Float Limit Float FLOAT RW 1632nm
112. t Limit m nEMwS Limit Limit band B ac RN Dc Rd Limit Limit Im Number M REM i E LE Number 30037 Modbus version Major Number CHAR RO 30038 T Modbus version Minjor Number CHAR RO 30050 Reevd RO 30501 status X won RO 30052 of Good Messages 0 o 65535 WORD RO 30053 si of Bad Messages 0 0 165535 WORD RO 30054 EN 3t of Received H EN 65535 WORD RO Characters Holding Registers u a Limit Limit e ev ela Limit Limit BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Table 11 Red Eye 2G Modbus Register Map version 2 0 Red Eye version 3 02 compatible Reg Reg Value Limit Limit Limit Limit Limit Limit Freq 1110 Limit Limit Freq 1450 Limit Limit Freq 1632 Limit Limit Freq 1730 Limit Limit 40017 40018 Reseved 000 000 RW 40019 40020 _ Reserved 0 00 000 1 00 FLOAT RW 40021 40022 Reseved 000 0 00 100 FLOAT RW 40023 40024 Reseved 0 00 000 1 00 FLOAT RW 40025 40026 Reserved 040 000 1 00 FLOAT RW 40027 40028 Reserved 020 000 1 00 FLOAT RW 40029 40030 Reseved 000 0 00 100 FLOAT RW 40031 40032 Reseved 0 00 000 1 00 FLOAT RW 40033 40034 Reserved 000 000 1 00 FLOAT RW 40035 40036 Reseved 020 0 00 100 FLOAT RW 40037 40037 Modbus Address 255 1 255 WORD RW 40038 400
113. te no fault The 2G Status will display a decimal value of 0 when there are no faults The number 23 10111 would mean the following s Method Coefficients Error e Low Signal Warning e No Air Calibration s Default Configuration Note Table 7 contains a complete list of Status Register Fault codes for all firmware versions Not all faults will be applicable for all firmware versions 32 BM RE2GWCM 00 Rev G August 2008 User Manual Table 7 Status Register Fault Table Red Eye 2G Method Coefficients Error Low Signal Fault Alarm Low Signal Warning No Air Calibration Default Configuration Decimal Equivalent o 0 O 0 NIA u B W JN je 10 Hn o m m m N m w n A Hn u Pp o n SQ KA KA N o N m N N N w N gt N Ui N o N I N 00 N te w o Role H P le le e ja le e a e le fa je lo jo lo o jo o lo o lo lo o lo o o lo e je HP je je je je je jo JO Oo JO JO JO jo JO je je mp je je je pp jo jo JO JO O jo oo LA HP H la je jo lo jo le e jo o o lo Ir e P Ir jo 10 lo lo Ir le Ir Ir lo jo lo e po jo je je 10 OD je Hn JO OD je je JO JO je je jO JO je je O JO iIe ie JO JO rr jp o o e Ok jO je JO je jo je JO je O je JO je O je jO je JO je JO ie O Ir JO ie jO Im JO nm o 31 N
114. teps 1 2 8 9 Connect a PDA to the Red Eye 2G and turn on the povver Start the RedLine program Go to the Set Up Screen and set the follovving e Modbus Address Note The default 2GNOC expects the 2G to be address 49 This address is changeable Remember when changing the address to change it on both devices e Host Port Baud Rate Note The 2GNOC expects the 2G to be set at 9600 e Well Select Method MODBUS if the host port or HMI port selects the active well Al if a 4 to 20mA signal is used to select the active well Go to the Air Calibration Screen Make sure the gap between the probe s sapphire lenses is clean with only air in between Tap READ If Channel 1 and 3 are greater than 40 000 and Channel 2 and 4 are greater than 10 000 tap CALI BRATE Go to the Water Calibration Screen The unit comes with default values that are good for 060 probe gaps See Table 2 to determine your probe gap You can use default water calibration values or calibrate with a sample of produced water which may give slightly better performance To calibrate fill the gap with water Use electrical tape or equivalent to hold the fluid in Insure there are no air bubbles on the sapphire lenses Tap READ then tap CALI BRATE Go to the Oil Calibration Screen Absorbance coefficients for oil samples from each well need to be measured entered Fill the gap with oil for well number 1 Insure Well 1 is selected fr
115. ts 40080 a Watercut analog m pos RW bui M output calibration parameter LowCount 40081 nis P Watercut analog m E RW output calibration parameter HighCount 40082 40082 Channel to be switched i RW off A value of 0 means all channels are ON A value of 1 through 4 selects the channel to be switched off 40083 I E od K Factor For RedLine RVV local display Limit Limit Limit Limit OO a e O Coefficient QO Limit 1110nm unitless 41003 41004 Oil Absorbance Float Limit Float FLOAT RVV Coefficient QO Limit 1450nm unitless 42 BM RE2GVVCM 00 Rev G August 2008 User Manual Red Eye 2G Table 8 Red Eye 2G Modbus Register Map version 2 8e Red Eye 2G PC59 00118 00 Compatible with Linear Board ver 5 xx onwards Red Eye 2G PC59 00118 01 Compatible with Log Board ver 5 xx onwards Start End Description Default Low High Type Access Reg Reg Value Limit Limit 41005 41006 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41007 41008 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1730nm unitless 41009 41010 2 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1110nm unitless 41011 41012 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1450nm unitless 41013 41014 Oil Absorbance Float Limit Float FLOAT RW Coefficient Limit 1632nm unitless 41015 41016 Oil Absorbance Float Limit Float FLOAT RW Co
116. using lock nut replacement PC00 21051 03 Spare Fuse for NOC Power 3A PC00 2105 00 Spare Fuse for NOC Loop Power 1A BM RE2GWCM 00 2G Installation Configuration amp Operation Manual 8 Va x 11 BM RE2GWCM M 2G Installation Configuration amp Operation A4 BM REDLI NE 00 RedLine Configuration Program User Manual BM RE2GNOC 00 NOC User Manual 8 Va x 11 BM RE2GNOC M NOC User Manual A4 BM RE2GWCM 00 Rev G 101 August 2008 Red Eye 2G User Manual This page intentionally left blank 102 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Index 2 2 and 3 Ich PIPE hu der s vika er e RR RR ARR 11 3 316 Stainless Steel ssss 5 6 9 10 A Analog input sans e tr RR RO 1 20 21 31 B Baud eese ere ee ekom 26 28 96 Hostos e e ph Y PR ve pud Ups 96 Bl etOoOth ad nd nenit anne 28 BY le Orders isst EU en 27 C Calibration x ver en T 1 4 11 A E 96 Eli nn 37 95 61 tuta dan turore E tate ue beata ta adn 4 96 Pure Fl ld eee e M E RR M MIRA 3 4 Mateo een ule ute reve epe sue aE 96 Canadian Standards Association Certificate 10 Certifica Nic ds 9 10 AN 34 SS ci 29 999 added boni pu 35 Erude Oil Density asi sce a ee 4 D DB9 Contiector imet ee imet eie ias 27 Detector Board see 1 2 31 32 Temperature issue nter io 32 Display 1 2 11 15 19 27 31 32 34 35 100 101 Or
117. ye 2G User Manual Screw l n Unit Mounting For 2 inch to 10 inch pipe the Screw In unit should be screwed into the 1 3000 or 6000 ASME A 105 Material ThreadoLet Flexolet until it is seated and the alignment mark is straight with the pipe Use the provided pipe thread lubricant P N PC00 33565 00 or an approved API pipe thread lubricant when installing Installation Alignment Mark Light Window Figure 7 Alignment Mark on Red Eye 2G Screw Mount 14 BM RE2GWCM 00 Rev G August 2008 User Manual Red Eye 2G Display Orientation Instructions The internal display can be re orientated in one of 3 ways to make it easier to read when installed on the piping The following instructions guide you in re orientating your display 1 Remove the seal cap from the display head of the Red Eye 2G by loosening the locking screw and turning the seal cap counter clockwise Set the seal cap and the insulator if installed aside for re installation later 2 Remove the 4 plastic screws that hold the display board onto the electronics package and set them aside as shown in Figure 8 Seal Cap e Insulator Figure 8 Removing Cap Insulator and Display Mounting Screws BM RE2GWCM 00 Rev G 15 August 2008 Red Eye 2G User Manual 3 Remove the display board by pulling straight up and set it aside See Figure 9 4 You will notice that there are 3 socket connectors on the electronics package board J1 J2 and 3 The

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