General Specifications

Transcription

1 eneral Specifications S 0E00-0E XF Magnetic / The XF magnetic flowmeter series are sophisticated products with outstanding reliability and ease of operation, developed on the basis of decades of fieldproven experience. The combination of a replaceable electrode and the diagnostic to defect adhesion level on the electrodes dramatically improves maintainability. The XF employs the fluid noise free ual Frequency Excitation Method and the newly added Enhanced ual Frequency Excitation Method as an option for more difficult applications to ensure greater stability and quicker response. Note: The ual Frequency Excitation Method is Yokogawa s unique technology. Fieldbus communication type is also available. Refer to S 0E0F0-0E for FOUNTION TM fieldbus communication type and S 0E0F-0E for ROFIUS communication type regarding the items marked with. FETURES User-oriented Functionality Fluid dhesion Level iagnosis y constantly monitoring the level of insulating substance on the electrodes, it is possible to determine when maintenance is required. With the utilization of an optional replaceable electrode, the electrodes can be easily removed from the flowmeter and cleaned. Flexible Electrical onnection irection The converter or the terminal box can be rotated arbitrarily to change the directions of electrical connection on the site. lear and Versatile Indications The L indicator employs a large, backlit full dotmatrix, that can facilitate various displays. One to three lines are available. When there is an alarm condition, a full description of the countermeasure is indicated. Easy Setup arameters The most frequently used parameters are arranged in a group at the top. The infra-red switches enable the users to set parameters without opening the cover. Expansion of roduct Lineup Improved ccuracy Specification The standard accuracy is 0.35% of reading. lso available is an optional high accuracy calibration rated at 0.% of reading. Extra Small Flange Type The flange type is now available from a.5 mm size. Various Sanitary onnections variety of sanitary connections are available, such as Tri-lamp, ISO, IN and SMS. Enhanced erformance and Specifications Enhanced ual Frequency Excitation Method The Enhanced ual Frequency Excitation Method can be optionally selected. For difficult applications such as for high concentration slurries or low conductivity fluid, extremely stable measurements can be realized. Improved Minimum onductivity The newly designed XF converter permits the measurement of fluids with conductivity as low as µs/cm. gh-speed ulse Output The pulse rate now goes up to 0,000 pps (pulse/ second) for use with high speed applications such as in short time batch processes. Versatile Input/Ouput Function for type is also equipped with versatile input/output function. ONTENTS Features. Standard Specifications. Hazardous rea lassification. Standard erformance.7 Normal Operating onditions.9 autions for Installation.3 ccessories. Terminal onfiguration and Terminal Wiring. Model and Suffix ode.5 Optional Specifications for s.36 External imensions. Sizing ata.57 Ordering Information.5 Yokogawa Electric orporation -9-3, Nakacho, Musashino-shi, Tokyo, 0-7 Japan Tel.: Fax.: S 0E00-0E opyright June 3(YK) 0th Edition June 07(K)

2 STNR SEIFITIONS onverter ( flowmeter) The contents of (*) and (*) described in the converter specifications are follows. *: Select two points from: one pulse output, one alarm output, one status input, or two status outputs. *: For models without an indicator, the configuration tool (Such as HHT (handheld terminal) or FieldMate TM etc.) is necessary to set parameters. Excitation Method: Standard dual frequency excitation:.5 to 00 mm (0. to 6 in.) Enhanced dual frequency excitation: 5 to mm (.0 to.0 in.) (Optional code HF or HF) Input Signal (*) : One Status Input: ry contact Load Resistance: Ω or less (ON), 00 kω or more (OFF) Output Signals : One urrent Output: to 0 m (load resistance: 7Ω maximum, including cable resistance) One ulse Output (*): Transistor contact output (open collector) ontact capacity: 30 V (OFF), m (ON) Output rate: to 0,000 pps (pulse/second) One larm Output (*): Transistor contact output (open collector) ontact capacity: 30 V (OFF), m (ON) Two Status Outputs (*): Transistor contact output (open collector) ontact capacity: 30 V (OFF), m (ON) ommunication Signals : RIN or HRT communication signal (Superimposed on the to 0 m signal) istance from ower Line: 5 cm (6 in.) or more (arallel wiring should be avoided.) RIN: ommunication istance: Up to.5 km (0.93 miles), when polyethylene insulated V-sheathed cables (EV cables) are used. ommunication distance varies depending on the type of cable and wiring used. Load Resistance: to Ω (including cable resistance) Load apacitance: 0. µf or less Load Inductance: 3.3 mh or less Input Impedance of ommunicating evice: 0 kω or more (at. khz) HRT: Load Resistance: to 600Ω (including cable resistance) Note: HRT is a registered trademark of the Fieldomm roup. ata Security uring ower Failure: ata (parameters, totalizer value, etc.) storage by EEROM. No back-up battery required. Indicator (*): Full dot-matrix L (3 3 pixels) Lightning rotector: The lightning protector is built into the current output and pulse/alarm/status input and output terminals. When optional code is selected, the lightning protector is built into the power terminals. rotection: eneral-purpose Use/Sanitary Type/TIIS Flameproof type: I66/I67 Explosion proof type except TIIS: In case of explosion proof type except TIIS, refer to description of "Enclosure" in "HZROUS RE LSSIFITION". oating: ase and over: orrosion-resistant coating oating olor; Mint green coating (Munsell /.9 or its equivalent) onverter Material: ase and over : luminum alloy Mounting/Shapes ( ): Electrical onnection:nsi / NT female ISO M0.5 female JIS / female irection of Electrical onnection: The direction can be changed even after delivery. Terminal onnection: M size screw terminal rounding: rounding resistance 00 Ω or less When optional code is selected, grounding resistance 0 Ω or less shall be applied. * In case of explosion proof type except TIIS, follow the domestic electrical requirements as regulated in each country. * In case of TIIS Flameproof type, refer to description of HZROUS RE LSSIFITION. Functions How to Set arameters (*): The indicator s L and three infra-red switches enable users to set parameters without opening the case cover. arameters can also be set with the configuration tool (Such as HHT (handheld terminal) or FieldMate, etc.). The language for the HHT is English only. isplayed Languages (*): Users can choose a language from among English, Japanese, erman, French, Italian, and Spanish. Instantaneous Flow Rate/Totalized Value isplay Functions (for models with an indicator) (*): The full dot-matrix L enables user selections of displays from one line to three lines for: Instantaneous flow rate Instantaneous flow rate (%) Instantaneous flow rate (bar graph) urrent output value (m) Totalized forward-direction flow rate Totalized reverse-direction flow rate Totalized differential flow rate Tag No. Results of electrode adhesion diagnostics ommunication type ll Rights Reserved. opyright 3, Yokogawa Electric orporation S 0E00-0E June 30, 07-00

3 Totalizer isplay Function (*): The flow rate is counted one pulse at a time according to the setting of totalization pulse weights. For forward and reverse flow measurement functions, the totalized values of the flow direction (forward or reverse) and the flow direction are displayed on the indicator together with the units. The difference of totalized values between the forward and reverse flow rate can be displayed. Totalization for the reverse flow rate is carried out only when Forward and reverse flow measurement functions is selected. amping Time onstant (*): Time constant can be set from 0. second to.0 seconds (63% response). The default is 3 seconds. Span Setting Function (*): Span flows can be set in units such as volume flow rate, mass flow rate, time, or flow rate value. The velocity unit can also be set. Volume Flow Rate Unit: kcf, cf, mcf, Mgal (US), kgal (US), gal (US), mgal (US), kbbl (US)*, bbl (US)*, mbbl (US)*, µbbl (US)*, Ml (megaliter), m 3, kl (kiloliter), l (liter), cm 3 Mass Flow Rate Unit (ensity must be set.): klb (US), lb (US), t (ton), kg, g Velocity Unit: ft, m (meter) Time Unit: s (sec), min, h (hour), d (day) * US oil or US eer can be selected. ulse Output (*)(*): Scaled pulse can be output by setting a pulse weight. ulse Width: uty % or fixed pulse width (0.05, 0., 0.5,, 0, 33,, 00 ms) can be selected. Output Rate: to 0,000 pps (pulse/second) Multi-range Function (*)(*): Range switching via status input Status input enables the switching of up to two ranges. utomatic range switching When the flow rate exceeds 00 % of the range, transition to the next range (up to four ranges) is carried out automatically. Range switching can be confirmed by status outputs and indicator. Forward and Reverse Flow Measurement Functions (*)(*): Flows in both forward and reverse directions can be measured. The reverse flow measurement can be confirmed by status output and indicator. Totalization Switch (*)(*): The status output is carried out when a totalized value becomes equal to or greater than the set value. 3 reset Totalization (*)(*): The parameter setting or status input enables a totalized value to be preset to a setting value or zero. 0% Signal Lock (*)(*): Status input forcibly fixes the instantaneous flow rate display, current output, pulse output, and flow rate totalization to 0%. larm Selection Function (*): larms are classified into the System larms (hard failures), rocess larms (such as Empty ipe, Signal Overflow and dhesion larm ), Setting larms, and Warnings. Whether alarms should be generated or not can be selected for each item. The current output generated for an alarm can be selected from among. m or less, fixed to m,.6 m or more, or HOL. larm Output (*)(*): larms are generated only for the items selected via the larm Selection Function if relevant failures occur. Self iagnostics Functions (*): If alarms are generated, details of the System larms, rocess larms, Setting larms and Warnings are displayed together with concrete descriptions of countermeasures. Flow Upper/Lower Limit larms (*)(*): If a flow rate becomes greater or smaller than the set value, this alarm is generated. In addition, two upper limits (H, HH) and two lower limits (L, LL) can be set. If a flow rate becomes greater or smaller than any of the set values, the status is output. Electrode dhesion iagnostics Function (*) (*): This function enables monitoring of the adhesion level of insulating substances to the electrodes. epending on the status of adhesion, users are notified by a warning or an alarm via status outputs. If replaceable electrodes are used, they can be removed and cleaned when adhesion occurs. ll Rights Reserved. opyright 3, Yokogawa Electric orporation S 0E00-0E June 30, 07-00

4 s ( / ) of XF s: XF Standard (Lay length code ) Use rocess onnection Lining eneralpurpose Use Wafer Flange F olyurethane Rubber Natural Soft Rubber EM Rubber eramics (*) F olyurethane Rubber.5 (0.), 5 (0.), 0 (0.), 5 (0.5), 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 () 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 () (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 () (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 () 5 (0.5), 5 (.0), 0 (.5), (.0), 0 (3.0), 00 (.0), (6.0), (.0).5 (0.), 5 (0.), 0 (0.), 5 (0.5), 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 (), 3 (), 00 (6) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 (), 3 (), 00 (6) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 (), 3 (), 00 (6) gh rade ccuracy 0.% of Rate (*3) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) 5 (.0), 0 (.5), (.0), 0 (3.0), 00 (.0), (6.0), (.0) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) Enhanced ual Frequency Excitation (Optional code HF,HF) (*3) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) 5 (.0), 0 (.5), (.0), 0 (3.0), 00 (.0), (6.0), (.0) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) Unit: mm (in.) Replaceable Electrode (Electrode structure code ) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 () 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 () 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 (), 3 (), 00 (6) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 (), 3 (), 00 (6) Natural Soft Rubber EM Rubber (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 (), 3(), 00(6) (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 (), 3(), 00(6) Union Joint eramics (*).5 (0.), 5 (0.), 0 (0.) (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) T0.ES ll Rights Reserved. opyright 3, Yokogawa Electric orporation S 0E00-0E June 30, 07-00

5 5 of XF s: XF Standard (Lay length code ) (continued) Use rocess onnection Lining Submersible Type Explosion proof Type Sanitary Type Wafer Flange Wafer Flange lamp: Tri-lamp (*), IN3676 ISO5/SMS306 Union: IN5 ISO53 (*5) SMS5 (*6) utt Weld: IN, ISO03 F olyurethane Rubber Natural Soft Rubber EM Rubber F olyurethane Rubber Natural Soft Rubber EM Rubber F eramics (*) F F 5 (0.5), 5 (.0), 3 (.5), 0 (.5) (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 () 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 () (.0), 65 (.5),0 (3.0), 00 (.0),5 (5.0), (6.0), (.0), (0), 300 () (.0), 65 (.5),0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 () 5 (0.5), 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 (), 3 (), 00 (6) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 (), 3 (), 00 (6) (.0), 65 (.5), 0(3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 (), 3 (), 00 (6) (.0), 65 (.5), 0(3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 (), 3 (), 00 (6).5 (0.), 5 (0.), 0 (0.), 5 (0.5), 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 () 5 (0.5), 5 (.0), 0 (.5), (.0), 0 (3.0), 00 (.0), (6.0), (.0).5 (0.), 5 (0.), 0 (0.), 5 (0.5), 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0), (0), 300 (), 3 (), 00 (6) 5 (0.5), 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) 5 (.0), 0 (.5), (.0), 0 (3.0), 00 (.0), (6.0), (.0) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) 5(.0),0(.5),(.0), 0(3.0),00(.0), (6.0),(.0) 5 (.0), 3 (.5), 0 (.5), (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) Union Joint eramics (*).5 (0.), 5 (0.), 0 (0.) 5 (.0), 3 (.5), 5 (.0), 3 (.5), 0 (.5), (.0), 0 (.5), (.0), 65 (.5), 0 (3.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0) 00 (.0), 5 (5.0) *: XF standard lay length dimensions for wafer type ceramics linings are the same as those for M ceramics linings. *: XF standard lay length dimensions for union joint type ceramics linings are the same as those for M ceramics linings. *3: Enhanced dual frequency excitation is not available for models with gh grade accuracy. *: Not available with 3 mm (.5 in.), 5 mm (5.0 in.) *5: Not available with 5 mm (5.0 in.) *6: Not available with 5 mm (0.5 in.), 5 mm (5.0 in.) gh rade ccuracy 0.% of Rate (*3) Enhanced ual Frequency Excitation (Optional code HF,HF) (*3) (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) (.0), 65 (.5), 0 (3.0), 00 (.0), 5 (5.0), (6.0), (.0) Unit: mm (in.) Replaceable Electrode (Electrode structure code ) T0.ES ll Rights Reserved. opyright 3, Yokogawa Electric orporation S 0E00-0E June 30, 07-00

6 6 of XF s: Replacement model for earlier M or M E (Lay length code ) Use rocess onnection Lining eneralpurpose use Submersible Type Wafer (*6) Flange (*7) Wafer (*6) Flange (*7) F olyurethane rubber.5 (0.), 5 (0.), 0 (0.), 5 (0.5), 5 (.0), 0 (.5), (.0), 0 (3.0), 00 (.0), (6.0), (.0) 5 (.0), 0 (.5), (.0), 0 (3.0), 00(.0), (6.0), (.0) F (6.0), (.0), (0) olyurethane (6.0), (.0), (0) rubber 5 (0.5), 5 (.0), F 0 (.5), (.0), 0 (3.0), 00 (.0), (6.0), (.0) olyurethane rubber F olyurethane rubber 5 (.0), 0 (.5), (.0), 0 (3.0), 00 (.0), (6.0), (.0) (6.0), (.0), (0) (6.0), (.0), (0) gh rade ccuracy 0.% of Rate Enhanced ual Frequency Excitation (Optional code HF,HF) Unit: mm (in.) Replaceable Electrode (Electrode structure code ) 5 (.0), 0 (.5), (.0), 0 (3.0), 00 (.0), (6.0), (.0) 5 (.0), 0(.5), (.0), 0(3.0), 00 (.0), (6.0), (.0) (6.0), (.0) (6.0), (.0), (0) (6.0), (.0) (6.0), (.0), (0) 5 (.0), 0 (.5), (.0), 0 (3.0), 00 (.0), (6.0), (.0) 5 (.0), 0 (.5), (.0), 0 (3.0), 00 (.0), (6.0), (.0) (6.0), (.0) (6.0), (.0) Explosion Wafer (*6) F.5 (0.), 5 (0.), 0 (0.), 5 (0.5), 5 (.0), 0 (.5), (.0), 0 (3.0), 5 (.0), 0 (.5), (.0), 0 (3.0), 00 (.0), proof Type 00 (.0), (6.0), (.0) (6.0), (.0) Flange (*7) F (6.0), (.0), (0) (6.0), (.0) T03.ES *6: M lay length dimensions for wafer type of mm (0 in.), and 300 mm ( in.) are the same as those for XF Standard. nd, in case of platinum-iridium (grounding ring code ) or tantalum (grounding ring code T) or None (grounding ring code N) in wafer type of.5 mm (0. in.) to 5 mm (0.5 in.), the lay lengths of Replacement model are the same as those for XF Standard. *7: M lay length dimensions for flange type of 5 mm (0.5 in.) to 00 mm (.0 in.), or 300 mm ( in.) to 00 mm (6 in.) are the same as those for XF Standard. However, in case of platinum-iridium (grounding ring code ) or tantalum (grounding ring code T) or None (grounding ring code N) in flange type of 5 mm (0.5 in.) to 00 mm (.0 in.), the lay length of XF Standard are longer by approx. mm (0.6 in) than those of earlier M or M E. rotection: eneral-urpose Use/Sanitary Type/TIIS Flameproof Type: I66/I67 Explosion proof type except TIIS: In case of explosion proof type except TIIS, refer to description of Enclosure in HZROUS RE LSSIFITION. Submersible Type (only for ): I6 (onforms to continuous immersion under the following test condition) Test ondition: m below the surface of the water, equivalent to 0.5 Ma hydraulic pressure, for one month. able should be protected at customer site. oating: eneral-urpose Use/Explosion proof Type:.5 to 5 mm (0. to 5.0 in.) (rocess connection code ** of wafer type),.5 to 5 mm (0. to 5.0 in.) (rocess connection code **, ** of flange type),.5 to 0 mm (0. to 0. in.) (rocess connection code ** of flange type): Housing, Flange (Flange type only) : No coating (Stainless steel surface) Terminal ox and over ( ): orrosion-resistant coating oating color; Mint green (Munsell /.9 or its equivalent) to 300 mm (6.0 to in.) (rocess connection code ** of wafer type), to 00 mm (6.0 to 6 in.) (rocess connection code **, ** of flange type), to 00 mm (.0 to 6 in.) (rocess connection code **of flange type): Housing, Flange (Flange type only), Terminal ox and over ( ): orrosion-resistant coating oating color; Mint green (Munsell /.9 or its equivalent) Sanitary Type: 5 to 5 mm (0.5 to 5.0 in.): Housing: No coating (Stainless steel surface) dapter : No coating (Stainless steel surface) Terminal ox and over ( ): orrosion-resistant coating oating color; Mint green (Munsell /.9 or its equivalent) Submersible Type: Non-tar epoxy coating (black) ll Rights Reserved. opyright 3, Yokogawa Electric orporation S 0E00-0E June 30, 07-00

7 Material:.5 mm (0. in.) to 5 mm (0.5 in.) Flange Mini- Flange ipe art Name Housing rocess onnection code: ** rocess onnection code: ** [.5 mm (0. in.) to 0 mm (0. in.)] rocess onnection code: ** Wafer Type F/olyurethane Rubber lining Wafer Type eramics lining [only for 5 mm (0.5 in.)] Sanitary Type [only for 5 mm (0.5 in.)] Wafer Type F/olyurethane Rubber lining Wafer Type/Union Joint eramics lining Flange Type F lining Sanitary Type [only for 5 mm (0.5 in.)] Terminal ox ( ) Material Stainless steel-jis SS equivalent Stainless steel-jis SUS30 (ISI 30 SS/EN.30 equivalent) or SUSF30 Stainless steel-jis SUS30 (ISI 30 SS/EN.30 equivalent) or SUSF30 Stainless steel-jis SUSF36 Stainless steel-jis SS3 (EN.30 equivalent) Stainless steel-jis SUS36L (ISI 36 SS/EN.0 equivalent) Stainless steel-jis SS3 (EN.30 equivalent) Stainless steel-jis SS3 (EN.30 equivalent) lumina ceramics (99.9%) Stainless steel-jis SS3 (EN.30 equivalent) and SUS30 (ISI 30 SS/EN.30 equivalent), or JIS SS3 (EN.30 equivalent) only Stainless steel-jis SS3 (EN.30 equivalent) luminum alloy T0.ES 5 mm (.0 in.) to 5 mm (5.0 in.) Flange Mini- Flange ipe art Name Housing rocess onnection code: ** rocess onnection code: ** [ mm (.0 in.) to 5 mm (5.0 in.)] rocess onnection code: ** [Except 3 mm (.5 in.), 65 mm (.5 in.) and 5 mm (5.0 in.)] Wafer Type F/olyurethane Rubber/ Natural Soft Rubber/ EM Rubber lining Wafer Type eramics lining Sanitary Type Wafer Type F/olyurethane Rubber/ Natural Soft Rubber/ EM Rubber lining Flange Type F/olyurethane Rubber/ Natural Soft Rubber/ EM Rubber lining Wafer Type eramics lining Sanitary Type 5 mm (.0 in.) (Lay Length code ) 5 mm (.0 in.) (Lay Length code ) 3 mm (.5 in.) to 5 mm (5.0 in.) 5 mm (.0 in.) to mm (.0 in.) 0 mm (3.0 in.), 00 mm (.0 in.) 5 mm (.0 in.) 3 mm (.5 in.) to 5 mm (5.0 in.) 5 mm (.0 in.) (Lay Length code ) 5 mm (.0 in.) (Lay Length code ) 3 mm (.5 in.) to 5 mm (5.0 in.) 5 mm (.0 in.) Terminal ox ( ) 3 mm (.5 in.) to 5 mm (5.0 in.) 5 mm (.0 in.) to 00 mm (.0 in.) 5 mm (.0 in.) 3 mm (.5 in.) to 5 mm (5.0 in.) Material Stainless steel-jis SUS30 (ISI 30 SS/EN.30 equivalent) Stainless steel-jis SUS30 (ISI 30 SS/EN.30 equivalent) or SUSF30 arbon steel-jis SS00 or SFV Stainless steel-jis SUSF36 Stainless steel-jis SS3 or EN.30 (SS3 equivalent) Stainless steel-jis SUS30 (STM 3000/IN X6r7/EN.06 equivalent) Stainless steel-jis SUS30 (STM 3000/IN X6r7/EN.06 equivalent) Stainless steel-jis SS3 (EN.30 equivalent) Stainless steel-jis SUS30 (ISI 30 SS/EN.30 equivalent) or SUSF30 Stainless steel-jis SS3 or EN.30 (SS3 equivalent) 7 Stainless steel-jis SUS36L (ISI 36L SS/EN.0 equivalent) Stainless steel-jis SUS30 (ISI 30 SS/EN.30 equivalent) Stainless steel-jis SUS30 (ISI 30 SS/EN.30 equivalent) Stainless steel-jis SUS30 (ISI 30 SS/EN.30 equivalent) Stainless steel-jis SS3 or EN.30 (SS3 equivalent) Stainless steel-jis SUS30 (ISI 30 SS/EN.30 equivalent) lumina ceramics (99.9%) Stainless steel-jis SS3 (EN.30 equivalent) Stainless steel-jis SUS30 (ISI 30 SS/EN.30 equivalent) luminum alloy T05.ES ll Rights Reserved. opyright 3, Yokogawa Electric orporation S 0E00-0E June 30, 07-00

8 mm (6.0 in.) to 00 mm (6 in.) asket: Flange art Name Housing rocess onnection code: ** rocess onnection code: ** Material arbon steel-jis S equivalent Stainless steel-jis SUS30 (ISI 30 SS/EN.30 equivalent) or SUSF30 arbon steel-jis SS00 or SFV Use Lining eneral-urpose Use / Submersible Type / Explosion proof Type F/olyurethane Rubber/ Natural Soft Rubber/ EM Rubber grounding ring grounding ring eramics rocess onnection code: ** Stainless steel-jis SUSF36 Mini- Flange ipe Wafer Type F/olyurethane Rubber/Natural Soft Rubber/ EM Rubber lining Wafer Type eramics lining [available with mm (6.0 in.), mm (.0 in.)] Flange Type/Wafer Type F/olyurethane Rubber/Natural Soft Rubber/ EM Rubber lining Wafer Type eramics lining [available with mm (6.0 in.), mm (.0 in.)] arbon steel-jis SS00 or SFV Stainless steel-jis SUS30 (ISI 30 SS/EN.30 equivalent) Stainless steel-jis SUS30 (ISI 30 SS/EN.30 equivalent) lumina ceramics (99.9%) Standard No gasket within asket within asket Material (within ) Fluororesin with ceramic fillers (Valqua #0) grounding ring grounding ring Terminal ox ( ) luminum alloy T06.ES Wetted art Material: Lining: Fluorocarbon F* lining olyurethane Rubber lining Natural Soft Rubber lining* EM Rubber lining*3 lumina ceramics lining *: F is F (U.S. Food and rug dministration) approval material. *: Natural soft rubber is a material which can reduce wear of the lining due to fluids mixed with slurries. If the concentration of mixed slurries is high, contact Yokogawa as necessary measures need to be taken separately for the electrodes. *3: EM rubber lining is superior in the ozone proof. Electrode: Stainless steel-jis SUS36L (ISI 36L SS/EN.0 equivalent), HSTELLOY* -76 equivalent, Titanium, Tantalum, latinum-iridium, Tungsten arbide, latinum-lumina cermet(only for ceramics lining) Note : For sanitary type, SUS36L only. rounding Ring/rounding Electrode: rounding Ring(plate type) Stainless steel-jis SUS36 (ISI 36 SS/EN.0 equivalent), Stainless steel-jis SUS36L or STM 36L (ISI 36L SS/EN.0 equivalent), HSTELLOY* -76 equivalent, Titanium rounding Electrode(electrode type) Fluorocarbon F lining + grounding electrode (Tantalum, latinum-iridium) *: HSTELLOY is a registered trademark of Haynes International Inc. *: vailable with sizes.5 to mm (0. to.0 in.), F and ceramics linings only. However, the permeable fluids (such as nitric acid, hydrofluoric acid, or sodium hydroxide at high temperature) are unusable. Optional code (,,, or F) Only when selecting the F lining/ ceramics lining asket within asket within asket Material (within ) : Fluororubber for V pipes (Viton ) : cid-resistant fluororubber for V pipes (Viton ) : lkali-resistant fluororubber for V pipes (Viton ) F* : Fluororesin with alkali-resistant carbons for metal pipes *: F is applicable only for ceramics lining. grounding ring Optional code (SF or S) Flange of user s pipe asket for user s flange asket Material (for user s flange) SF: TFE-sheathed non-asbestos S: hloroprene rubber Use Lining Standard Optional code (H) dapter for clamp connection dapter for union connection dapter for butt weld connection asket Material (within ) EM (ethylene propylene) rubber H: Silicone rubber Sanitary Type F T07.ES asket within T0.ES ll Rights Reserved. opyright 3, Yokogawa Electric orporation S 0E00-0E June 30, 07-00

9 9 Joints: Lining Standard eramics Union Joints (size 0 mm or less) weld joint (UW) screw joint (UN, UR) nut asket within Materials for Union Joint rocess onnection ode UW: Union Joint (weld joint) rocess onnection ode UN, UR: union joint (screw joint) Stainless steel (JIS SUS36L (NSI 36L SS/EN.0 equivalent)) Recommended askets etween s and User s Flanges: askets Type Use compressed non-asbestos fiber gaskets, TFEsheathed non-asbestos gaskets or gaskets which have equivalent elasticity. For optional codes,, and, use rubber gaskets or others which have equivalent elasticity (such as TFE-sheathed gaskets). Note: ontact Yokogawa office if V union joint is required. T09.ES Use Sanitary Type dapter for clamp connection dapter for union connection Standard dapter for butt weld connection Materials for dapters (clamp, union, butt weld) Stainless steel-jis SUS36L or SUSF36L (ISI 36L SS/EN.0 equivalent or NSI F36L SS/EN.35 equivalent) T0.ES O-Ring (Replaceable electrode type only): Fluororubber (art number : 9303SE) ll Rights Reserved. opyright 3, Yokogawa Electric orporation S 0E00-0E June 30, 07-00

10 0 Inner iameter of rounding Ring, Outer iameter for Effective Sealing, Recommended Inner iameter of asket; e sure to choose a gasket with an inner and outer diameter that does not protrude inside the piping. If the inner diameter of the gasket is too large, or outer diameter of the gasket is too small, fluid leakage may result. XF Standard: Inner iameter of rounding Ring [ø] Wafer Outer iameter for Effective Sealing [ø] Flat asket [ø] F/ olyurethane Rubber/ Natural Soft Rubber/ EM Rubber Flange Recommended Inner iameter of asket TFEsheathed Nonasbestos asket [ø] Inner iameter of rounding Ring [ø] Outer iameter for Effective Sealing [ø].5 (0.) 5 (0.59) 3 (.) 7 (0.67) (0.7) 5 (0.59) [ (0.7)] * 30 (.) 5 (0.) 5 (0.59) 3 (.) 7 (0.67) (0.7) 5 (0.59) [ (0.7)] * 30 (.) 0 (0.) 5 (0.59) 3 (.) 7 (0.67) (0.7) 5 (0.59) [ (0.7)] * 30 (.) 5 (0.5) 5 (0.59) 3 (.) (0.7) 5 (0.59) 3 (.3) 5 (.0) (.0) 53 (.09) 35 (.3) (.0) 53 (.09) 3 (.5) 3 (.3) 5 (.) 3 (.69) 3 (.3) 5 (.) 0 (.5) (.6) 7 (.0) 9 (.93) (.6) 7 (.0) (.0) 53 (.09) (3.3) 6 (.0) 53 (.09) (3.3) 65 (.5) 66 (.60) 03 (.06) (3.3) 66 (.60) 03 (.06) 0 (3.0) 77 (3.03) (.9) 90 (3.5) 77 (3.03) (.9) 00 (.0) 0 (.0) 0 (5.5) 5 (.53) 0 (.0) 0 (5.5) 5 (5.0) (5.0) 65 (6.) (5.55) (5.0) 65 (6.) (6.0) 6. (5.75) 90 (7.) 67 (6.57) 6. (5.75) 90 (7.) (.0) 93.6 (7.6) 0 (9.5) (.5) 93.6 (7.6) 0 (9.5) (0) 3.7 (9.59) 300 (.) (0.63) 3 (9.57) 35 (.0) 300 () 9.7 (.60) 3 (3.) 3 (.6) 9.3 (.7) 360 (.7) 3 () 33. (.73) 05 (5.9) 00 (6) (.) 65 (.3) *: The inner diameter of the process connection code:, J, J is values in brackets [ ]. Recommended Inner iameter of asket Flat asket [ø] TFE-sheathed Non-asbestos asket [ø] 7 (0.67) [5 (0.59)]* (0.7) [9 (0.75)]* 7 (0.67) [5 (0.59)]* (0.7) [9 (0.75)]* 7 (0.67) [5 (0.59)]* (0.7) [9 (0.75)]* (0.7) 35 (.3) 3 (.69) 9 (.93) 6 (.0) (3.3) 90 (3.5) 5 (.53) (5.55) 67 (6.57) (.5) (0.63) 3 (.6) 359 (.3) 0 (6.) Inner Outer iameter of iameter for rounding Effective Ring Sealing [ø] [ø] 5 (0.59) 7 (.06) 0 (.57) 5 (.05) (3.9) 9 (3.6) (5.67) 9 (7.56) 33 (.30) (.97) 6 (.6) (3.3) (.) 3 (5.) (7.0) 0 (9.5) eramics Flat asket [ø] Unit : mm (in.) Recommended Inner iameter of asket (0.7) 35 (.3) 9 (.93) 6 (.0) 90 (3.5) 5 (.53) 67 (6.57) (.5) TFEsheathed Nonasbestos asket [ø] T.ES Replacement Model for earlier M or M E: F/ olyurethane Rubber Wafer Recommended Inner iameter of asket Inner iameter Outer iameter of rounding for Effective Ring Sealing [ø] [ø].5 (0.) 5 (0.) 0 (0.) 5 (0.5) 5 (.0) 0 (.5) (.0) 0 (3.0) 00 (.0) (6.0) (.0) (0) 5 (0.59) 5 (0.59) 5 (0.59) 5 (0.59) 7 (.06) 0 (.57) 5 (.05) (3.9) 9 (3.6) 0.7 (5.5).9 (7.) 3 (.) 3 (.) 3 (.) 3 (.) 56 (.0) 7 (.0) 5 (3.35) 5 (.53) (5.67) 90 (7.) 0 (9.5) Flat asket [ø] TFEsheathed Nonasbestos asket [ø] 7 (0.67) (0.7) 7 (0.67) (0.7) 7 (0.67) (0.7) (0.7) 35 (.3) 9 (.93) 6 (.0) 90 (3.5) 5 (.53) 67 (6.57) (.5) Inner iameter of rounding Ring [ø] 0.7 (5.5).9 (7.) 3 (9.57) Outer iameter for Effective Sealing [ø] 05 (.07) 55 (0.0) 35 (.0) Flange Flat asket [ø] Unit : mm (in.) Recommended Inner iameter of asket 67 (6.57) (.5) (0.63) TFE-sheathed Non-asbestos asket [ø] T.ES of Inner iameter of rounding Ring, Outer iameter for Effective Sealing and Recommended Inner iameter of asket: ø * ø ø ø XF Lining rounding Ring Flat asket TFE-sheathed Non-asbestos asket F0.ES *: o not have this length be smaller than the inner diameter of grounding ring (ø). ll Rights Reserved. opyright 3, Yokogawa Electric orporation S 0E00-0E June 30, 07-00

11 Electrode onstruction: Non-replaceable Electrode Type eneral-urpose Use/Submersible Type/Explosion proof Type: F, olyurethane Rubber lining: External insertion type Natural Soft Rubber, EM Rubber lining: Internal insertion type eramics lining: type Sanitary Type: Internal insertion type Replaceable Electrode Type Electrode parts can be put into unit to facilitate replacement or mounting at customer site. The optional dedicated tool (F907SK) is required. Replaceable electrodes are available for the following: XF standard: ombined onverter: XF remote flowtube can be combined with XF onverter or XF onverter. For TEX, IEEx or TIIS certified XF remote flowtube, it is only approved to be combined with XF converter. If a combined converter is changed from XF to XF or vice versa, a new meter factor must be adjusted by flow calibrations. In case that size mm (0 in.) or larger is used in low conductivity or high concentration slurries, please use the XF onverter. Maximum able Length: ombination of XF remote and XF: up to m (660 ft) ombination of XF remote and XF: up to 00 m (330 ft) Use eneral- urpose Use rocess onnection Wafer Flange vailable 5 to 300 mm (.0 to in.) 5 to 00 mm (.0 to 6 in.) Lining F/ olyurethane Rubber Electrode Material JIS SUS36L (ISI 36L SS/EN.0 equivalent) ( * ) T3.ES Replacement model for earlier M or M E: Use eneral- urpose Use rocess onnection Flange vailable to mm (6.0 to 0 in.) Lining F/ olyurethane Rubber Electrode Material JIS SUS36L (ISI 36L SS/EN.0 equivalent) ( * ) T.ES *: If any other electrode materials are required, please contact Yokogawa office. Mounting/Shapes ( ): Electrical onnection: NSI / NT female ISO M0.5 female JIS / female irection of Electrical onnection: The direction can be changed even after delivery. Note: In case of submersible types or an optional code H, the direction can not be changed after delivery. Terminal onnection at Terminal ox: M size screw rounding: rounding resistance 00 Ω or less * In case of explosion proof type except TIIS, follow the domestic electrical requirements as regulated in each country. * In case of TIIS Flameproof type, refer to description of HZROUS RE LSSIFTION. ll Rights Reserved. opyright 3, Yokogawa Electric orporation S 0E00-0E June 30, 07-00

12 HZROUS RE LSSIFITION TEX: pplicable Standard: EN , EN , EN , EN , EN ertificate: EKR 5TEX009 X ( ) Type of as tmosphere rotection roup: II ategory: Type of rotection: Ex db e ia II T6...T b Specification of rotection: Um: V ower Supply: 00 to 0 Vac 7 to 63 Hz 00 to 0 Vdc Vac/dc urrent Output: to 0 m igital Output: on;.6 Vdc, m max off; 30 Vdc max, 0 m igital communication: 9 to 3 Vdc 5 m Enclosure: I66/I67 (a).5 to 5 mm (0. to 0.5 in.) of F lining lass T6 T5 T rocess 0 to +75 (0 F to +67 F) 0 to +90 (0 F to +9 F) 0 to +90 (0 F to +9 F) mbient 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) (b) 5 to 00 mm (.0 to 6 in.) of F lining lass T6 T5 T rocess 0 to + (0 F to + F) 0 to +65 (0 F to +9 F) 0 to +0 (0 F to +30 F) T5.ES mbient 0 to +5 (0 F to +3 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) T6.ES (c).5 to mm (0. to.0 in.) of eramics lining lass T6 T5 T rocess 0 to +75 (+ F to +67 F) 0 to +90 (+ F to +9 F) 0 to +90 (+ F to +9 F) Type of ust tmosphere rotection roup: II ategory: Type of rotection: Ex tb III T75...T0 b mbient 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) T7.ES Specification of rotection: Um: V ower Supply: 00 to 0 Vac 7 to 63 Hz 00 to 0 Vdc Vac/dc urrent Output: to 0 m igital Output: on;.6 Vdc, m max off; 30 Vdc max, 0 m igital communication: 9 to 3 Vdc 5 m Enclosure: I66/I67 (a).5 to 5 mm (0. to 0.5 in.) of F lining Maximum Surface T75 T90 T0 rocess 0 to +75 (0 F to +67 F) 0 to +90 (0 F to +9 F) 0 to +90 (0 F to +9 F) mbient 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) (b) 5 to 00 mm (.0 to 6 in.) of F lining Maximum Surface T75 T90 T0 rocess 0 to + (0 F to + F) 0 to +65 (0 F to +9 F) 0 to +0 (0 F to +30 F) T.ES mbient 0 to +5 (0 F to +3 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) T9.ES (c).5 to mm (0. to.0 in.) of eramics lining Maximum Surface T75 T90 T0 rocess 0 to +75 (+ F to +67 F) 0 to +90 (+ F to +9 F) 0 to +90 (+ F to +9 F) mbient 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) ( ) Type of as tmosphere rotection roup: II ategory: Type of rotection: Ex db e ia II T6...T3 b Specification of rotection Um: V Enclosure: I66/I67 (a).5 to 5 mm (0. to 0.5 in.) of F lining lass T6 T5 T T3 rocess 0 to +75 (0 F to +67 F) 0 to +90 (0 F to +9 F) 0 to +95 (0 F to +03 F) 0 to +95 (0 F to +03 F) mbient T0.ES 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) T.ES ll Rights Reserved. opyright 3, Yokogawa Electric orporation S 0E00-0E June 30, 07-00

13 (b) 5 to 00 mm (.0 to 6 in.) of F lining lass T6 T5 T T3 rocess 0 to + (0 F to + F) 0 to +65 (0 F to +9 F) 0 to +0 (0 F to +30 F) 0 to +0 (0 F to + F) mbient 0 to +5 (0 F to +3 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) T.ES (c).5 to mm (0. to.0 in.) of eramics lining lass T6 T5 T T3 rocess 0 to +75 (+ F to +67 F) 0 to +90 (+ F to +9 F) 0 to +95 (+ F to +03 F) 0 to +95 (+ F to +03 F) mbient 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) T3.ES Type of ust tmosphere rotection roup: II ategory: Type of rotection: Ex tb III T75...T0 b Specification of rotection: Um: V Enclosure: I66/I67 (a).5 to 5 mm (0. to 0.5 in.) of F lining Maximum Surface T75 T90 T0 T0 rocess 0 to +75 (0 F to +67 F) 0 to +90 (0 F to +9 F) 0 to +95 (0 F to +03 F) 0 to +95 (0 F to +03 F) mbient 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) (b) 5 to 00 mm (.0 to 6 in.) of F lining Maximum Surface T75 T90 T0 T0 rocess 0 to + (0 F to + F) 0 to +65 (0 F to +9 F) 0 to +0 (0 F to +30 F) 0 to +0 (0 F to + F) T.ES mbient 0 to +5 (0 F to +3 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) T5.ES (c).5 to mm (0. to.0 in.) of eramics lining Maximum Surface T75 T90 T0 T0 rocess 0 to +75 (+ F to +67 F) 0 to +90 (+ F to +9 F) 0 to +95 (+ F to +03 F) 0 to +95 (+ F to +03 F) mbient 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) T6.ES Note: For TEX certified XF remote flowtube, it is only approved to be combined with XF converter. FM: pplicable Standard: FM3600, FM360, FM365, FM30, NSI/NEM 3 ( ) Explosion proof for lass I, ivision, roups,, &. ust-ignition proof for lass II/III, ivision, roups E, F &. Intrinsically safe (electrodes) for lass I, ivision, roups,, &. SEL LL ONUITS WITHIN INHES WHEN INSTLLE IN IV., SELS NOT REQUIRE Electrode ircuit Um: Vac/dc Maximum power supply voltage: Vac/30 Vdc Excitation ircuit: 0V max Enclosure: NEM X ode: T6 Note: ode T5 to T3 included in the scope of application and its approval. Refer to following table; ode T6 T5 T T3 Maximum rocess + (+5 F) +5 (+5 F) +0 (+ F) +30 (+66 F) Minimum rocess 0 (0 F) 0 (0 F) 0 (0 F) 0 (0 F) mbient Temp.: 0 to +60 (0 F to +0 F) T7.ES ( ) Explosion proof for lass I, ivision, roups,, &. ust-ignition proof for lass II/III, ivision, roups E, F &. Intrinsically safe (electrodes) for lass I, ivision, roups,, &. SEL LL ONUITS WITHIN INHES WHEN INSTLLE IN IV., SELS NOT REQUIRE Electrode ircuit Um: Vac/dc Excitation ircuit: V max Enclosure: NEM X ode: T6 Note: ode T5 to T3 included in the scope of application and its approval. ll Rights Reserved. opyright 3, Yokogawa Electric orporation S 0E00-0E June 30, 07-00

14 Refer to following table; ode T6 T5 T T3 Maximum rocess + (+5 F) +5 (+5 F) +0 (+ F) + (+30 F) Minimum rocess 0 (0 F) 0 (0 F) 0 (0 F) 0 (0 F) mbient Temp.: 0 to +60 (0 F to +0 F) Note: Installation shall be in accordance with the manufacturer s instructions and National Electric ode, NSI/NF-, and Local Electric ode. Note: In case the electrodes and/or grounding rings are made of titanium, the flowtube should be kept away from impacts and frictions in hazardous locations. T.ES S: pplicable Standard: For S. Series;. No 0,. No 0.,. No 0.5,. No 5,. No 30,. No 9,. No 57,. No.600--,. No For S E79 Series; N/S-E79-0, N/S-E79-, N/S-E79-7, N/S-E79-, N/S-E79- ertificate: 3 rocess Sealing ertification: ual Seal certified by S to the requirements of NSI/IS.7.0. No additional sealing required. rimary seal failure annunciation; eterioration of the flowrate output at nonzero flow point. Unstable flowrate outputjù$ zero flow point. ( ) For S. Series Explosion proof for lass I, ivision, roups,, &. ust-ignition proof for lass II/III, ivision, roups E, F &. Intrinsically safe (electrodes) for lass I, ivision, roups,, &. SEL LL ONUITS WITHIN cm OF THE ENLOSURE WHEN INSTLLE IN IV., SELS NOT REQUIRE Electrode ircuit Um: Vac/dc Maximum power supply voltage: Vac/30 Vdc Excitation ircuit: 0V max Enclosure: Type X ode: ode T6 T5 T T3 Maximum rocess + (+5 F) +5 (+5 F) +0 (+ F) +30 (+66 F) Minimum rocess 0 (0 F) 0 (0 F) 0 (0 F) 0 (0 F) mbient Temp.: 0 to +60 (0 F to +0 F) For S E79 Series Flameproof for Zone, Ex dme[ia] II T6...T3 Intrinsically safe (electrodes), Ex ia II T6...T3 Electrode ircuit Um: Vac/dc Maximum power supply voltage: Vac/30 Vdc Excitation ircuit: 0V max Enclosure: I66, I67 ode: ode T6 T5 T T3 Maximum rocess + (+5 F) +5 (+5 F) +0 (+ F) +30 (+66 F) 0 (0 F) 0 (0 F) 0 (0 F) 0 (0 F) T9.ES Minimum rocess mbient Temp.: 0 to +60 (0 F to +0 F) T30.ES ( ) For S. Series Explosion proof for lass I, ivision, roups,, &. ust-ignition proof for lass II/III, ivision, roups E, F &. Intrinsically safe (electrodes) for lass I, ivision, roups,, &. SEL LL ONUITS WITHIN cm OF THE ENLOSURE WHEN INSTLLE IN IV., SELS NOT REQUIRE Electrode ircuit Um: Vac/dc Excitation ircuit: V max Enclosure: Type X ode: ode T6 T5 T T3 Maximum rocess + (+5 F) +5 (+5 F) +0 (+ F) + (+30 F) Minimum rocess 0 (0 F) 0 (0 F) 0 (0 F) 0 (0 F) mbient Temp.: 0 to +60 (0 F to +0 F) T3.ES For S E79 Series Flameproof for Zone, Ex dme[ia] II T6...T3 Intrinsically safe (electrodes), Ex ia II T6...T3 Electrode ircuit Um: Vac/dc Excitation ircuit: V max Enclosure: I66, I67 ll Rights Reserved. opyright 3, Yokogawa Electric orporation S 0E00-0E June 30, 07-00

15 ode: ode T6 T5 T T3 Maximum rocess + (+5 F) +5 (+5 F) +0 (+ F) + (+30 F) Minimum rocess 0 (0 F) 0 (0 F) 0 (0 F) 0 (0 F) mbient Temp.: 0 to +60 (0 F to +0 F) IEEx: pplicable Standard: IE , IE , IE , IE , IE ertificate: IEEx EK 5.00 X ( ) Type of as tmosphere rotection Type of rotection: Ex db e ia II T6...T b Specification of rotection: Um: V ower Supply: 00 to 0 Vac 7 to 63 Hz 00 to 0 Vdc Vac/dc urrent Output: to 0 m igital Output: on;.6 Vdc, m max off; 30 Vdc max, 0 m igital communication: 9 to 3 Vdc 5 m Enclosure: I66/I67 (a).5 to 5 mm (0. to 0.5 in.) of F lining lass T6 T5 T rocess 0 to +75 (0 F to +67 F) 0 to +90 (0 F to +9 F) 0 to +90 (0 F to +9 F) mbient 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) (b) 5 to 00 mm (.0 to 6 in.) of F lining lass T6 T5 T rocess 0 to + (0 F to + F) 0 to +65 (0 F to +9 F) 0 to +0 (0 F to +30 F) T33.ES T3.ES mbient 0 to +5 (0 F to +3 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) T3.ES (c).5 to mm (0. to.0 in.) of eramics lining lass T6 T5 T rocess 0 to +75 (+ F to +67 F) 0 to +90 (+ F to +9 F) 0 to +90 (+ F to +9 F) mbient 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) T35.ES Type of ust tmosphere rotection Type of rotection: Ex tb III T75...T0 b Specification of rotection: Um: V ower Supply: 00 to 0 Vac 7 to 63 Hz 00 to 0 Vdc Vac/dc urrent Output: to 0 m igital Output: on;.6 Vdc, m max off; 30 Vdc max, 0 m igital communication: 9 to 3 Vdc 5 m Enclosure: I66/I67 (a).5 to 5 mm (0. to 0.5 in.) of F lining Maximum Surface T75 T90 T0 rocess 0 to +75 (0 F to +67 F) 0 to +90 (0 F to +9 F) 0 to +90 (0 F to +9 F) mbient 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) (b) 5 to 00 mm (.0 to 6 in.) of F lining Maximum Surface T75 T90 T0 rocess 0 to + (0 F to + F) 0 to +65 (0 F to +9 F) 0 to +0 (0 F to +30 F) T36.ES mbient 0 to +5 (0 F to +3 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) T37.ES (c).5 to mm (0. to.0 in.) of eramics lining Maximum Surface T75 T90 T0 rocess 0 to +75 (+ F to +67 F) 0 to +90 (+ F to +9 F) 0 to +90 (+ F to +9 F) mbient 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) T3.ES ( ) Type of as tmosphere rotection Type of rotection: Ex db e ia II T6...T3 b Specification of rotection: Um: V Enclosure: I66/I67 (a).5 to 5 mm (0. to 0.5 in.) of F lining lass T6 T5 T T3 rocess 0 to +75 (0 F to +67 F) 0 to +90 (0 F to +9 F) 0 to +95 (0 F to +03 F) 0 to +95 (0 F to +03 F) mbient 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) T39.ES 5 ll Rights Reserved. opyright 3, Yokogawa Electric orporation S 0E00-0E June 30, 07-00

16 (b) 5 to 00 mm (.0 to 6 in.) of F lining lass T6 T5 T T3 rocess 0 to + (0 F to + F) 0 to +65 (0 F to +9 F) 0 to +0 (0 F to +30 F) 0 to +0 (0 F to + F) mbient 0 to +5 (0 F to +3 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) T0.ES (c).5 to mm (0. to.0 in.) of eramics lining lass T6 T5 T T3 rocess 0 to +75 (+ F to +67 F) 0 to +90 (+ F to +9 F) 0 to +95 (+ F to +03 F) 0 to +95 (+ F to +03 F) mbient 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) T.ES Type of ust tmosphere rotection Type of rotection: Ex tb III T75...T0 b Specification of rotection: Um: V Enclosure: I66/I67 (a).5 to 5 mm (0. to 0.5 in.) of F lining Maximum Surface T75 T90 T0 T0 rocess 0 to +75 (0 F to +67 F) 0 to +90 (0 F to +9 F) 0 to +95 (0 F to +03 F) 0 to +95 (0 F to +03 F) mbient 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) (b) 5 to 00 mm (.0 to 6 in.) of F lining Maximum Surface T75 T90 T0 T0 rocess 0 to + (0 F to + F) 0 to +65 (0 F to +9 F) 0 to +0 (0 F to +30 F) 0 to +0 (0 F to + F) T.ES mbient 0 to +5 (0 F to +3 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) 0 to +60 (0 F to +0 F) T3.ES (c).5 to mm (0. to.0 in.) of eramics lining Maximum Surface T75 T90 T0 T0 rocess 0 to +75 (+ F to +67 F) 0 to +90 (+ F to +9 F) 0 to +95 (+ F to +03 F) 0 to +95 (+ F to +03 F) mbient 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) 0 to +60 (+ F to +0 F) T.ES Note: For IEEx certified XF remote flowtube, it is only approved to be combined with XF converter. 6 TIIS: ( ) onstruction: Ex de[ia] II T : onverter ; Explosion proof ; Increased Safety and Intrinsically Safety(ia) Electrode ; Intrinsically Safety(ia) as roup and lass: II T mbient : 0 to 60 * (power supply code ) : 0 to (power supply code ) Fluid : 0 max Electrode ircuit: V / Maximum power supply voltage: V /30V rounding: JIS lass (grounding resistance 0Ω or less) or JIS lass (grounding resistance 0Ω or less) *In case that ambient temperature exceeds, use heat-resistant cables with maximum allowable temperature of or above. ( ) onstruction: Ex de[ia] II T : Terminal box ; Explosion proof ; Increased Safety and Intrinsically Safety(ia) Electrode; Intrinsically Safety(ia) as roup and lass: II T mbient : 0 to 60 * Fluid : 0 max Electrode ircuit: V / rounding: JIS lass (grounding resistance 0Ω or less) or JIS lass (grounding resistance 0Ω or less) *In case that ambient temperature exceeds, use heat-resistant cables with maximum allowable temperature of or above. Note: For TIIS certified XF remote flowtube, it is only approved to be combined with XF converter. ll Rights Reserved. opyright 3, Yokogawa Electric orporation S 0E00-0E June 30, 07-00

17 STNR ERFORMNE ccuracy Note: The accuracy of a product before shipment is defined as totalized value at the result of calibration test in our water actual flow test facility. alibrated conditions in our water actual test facility are as follows: Fluid temperature; 0 ± 0 mbient temperature; 0 ± 5 Length of straight runs;0 or more on the upstream side; 5 or more on the downstream side Reference conditions; Similar to S EN90 (993); ISO 90 (99) ulse Output: F/eramics Lining: mm (in.).5 (0.) to 5 (0.5) 5 (.0) to (.0) (0) to 00 (6) Flow Velocity V m/s (ft/s) V 0.3 () 0.3 V 0 () (33) V 0.5 (0.5) 0.5 V 0 (0.5) (33) V 0.5 (0.5) 0.5 V 0 (0.5) (33) Standard ccuracy ( * ) (alibration code ).0 mm/s 0.35% of Rate 0.5 mm/s 0.35% of Rate 0.5 mm/s 0.35% of Rate Flow Velocity V m/s (ft/s) gh rade ccuracy (alibration code ) V 0.5 (0.5) 0.5 mm/s 0.5 V 0.% of Rate (0.5) (3.3) 0.mm/s V 0 0.% of Rate (3.3) (33) T5.ES *: For enhanced dual frequency excitation(option code HF) add mm/s to the standard accuracy..5 mm (0. in.) to 5 mm (0.5 in.) % of Rate ulse Output gh Standard grade ccuracy ccuracy Velocity[m/s] F0.ES 5 mm (.0 in.) to 00 mm (6 in.) % of Rate Standard ccuracy ulse 0.6 Output gh grade ccuracy ccuracy Velocity[m/s] F03.ES olyurethane Rubber /Natural Soft Rubber / EM Rubber Lining: mm (in.) 5 (.0) to 00 (6) Flow Velocity V m/s (ft/s) Standard ccuracy ( * ) (alibration code ) V 0.3 (.0).0 mm/s 0.3 V 0 (.0) (33) 0.35% of Rate 7 T6.ES *: For enhanced dual frequency excitation(option code HF) add mm/s to the standard accuracy. 5 mm (.0 in.) to 00 mm (6 in.) % of Rate ulse Output gh Standard grade ccuracy ccuracy Velocity[m/s] F0.ES urrent Output : ulse output accuracy plus 0.05% of Span Repeatability: 0.% of Rate (V m/s (3.3 ft/s)) 0.05% of Rate 0.5 mm/s (V < m/s (3.3 ft/s)) Maximum ower onsumption: : W : ombined with XF: 0W ombined with XF: W Note: The power consumption is the same as above regardless of the communication type. Insulation Resistance (*): : etween power supply terminals and ground terminalm : 00MΩ at 0V etween power supply terminals and input /output terminals : 00MΩ at 0V etween ground terminal and input/output terminals : 0MΩ at 00V etween input/output terminals : 0MΩ at 00V : etween excitation current terminal and signal / common terminals : 00MΩ at 0V etween signal terminals : 00MΩ at 0V etween signal terminals and common terminal () : 00MΩ at 0V Withstand Voltage (*): etween power supply terminals and ground terminal : 00V for seconds etween power supply terminals and input/output terminals : 00V for seconds ll Rights Reserved. opyright 3, Yokogawa Electric orporation S 0E00-0E June 30, 07-00