Level Switch soliphant II FTM 30, FTM 31, FTM 32

Transcription

1 Technical Information TI 29F/2/ae Level Switch soliphant II FTM 0, FTM, FTM 2 Cost-effective vibration level switch for fine-grained bulk solids Application Soliphant II is a rugged level switch for use in silos containing fine-grained and powdery solids, including those with very low bulk densities. The various versions ensure it can be used in a wide range of applications, including dust, explosion areas and foodstuffs. Typical applications include grain, flour, milk powder, cocoa, sugar, animal feed, washing powders, dyes, chalk plaster, cement, and plastic granules. FTM 0 Compact version for mounting at any orientation FTM with extension tube (up to 55 inches) for top mounting in silos or tanks Features and Benefits No calibration: quick and low-cost start-up Insensitive to build-up: maintenance free No mechanical moving parts: no wear, long operating life Choice of various electronic inserts: optimum adaptability to the plant process Plastic housing with transparent cover: switching status seen externally, simple control Aluminum housing with separate electrical connection compartment: designed for hazardous locations FTM 2 with cable for mounting up to 65 feet for top mounting in silos or tanks The Power of Know How

2 Measuring System The Soliphant II with the integrated electronic inserts (FEM 2, or 7) are a compact level switch that can be connected to miniature contactors, magnetic valves and programmable logic controllers (PLCs). The electronics are dust-ignition proof and can be mounted in hazardous areas. FTM with FEM FTM 2 with FEM 2 + A Compact limit switch for two-wire AC power supply FTM 0 with FEM B Compact limit swtich for three-wire DC power supply I PFM t C Compact limit switch for AC or DC power supply D Limit switch as intrinsically safe version with remote switching unit FTM 0 with FEM 7 Nivotester FTL Function The symmetrical vibrating fork is excited to its resonant frequency. Vibration characteristics change when the fork is submerged in solid material. The change is registered by the electronics which actuate an electronic switch or relay. The tip of the Soliphant fork is particularly sensitive, while the base of the fork is completey insensitive. This enables solids with very low density to be detected even with material build-up on the vessel walls. Fail safe mode Electronic Insert Electronic Insert Electronic Insert FEM FEM FEM 2 FEM FEM Red LED FEM 5 FEM 5 Red LED Green LED FEM 7 Green LED The function of the electronic switch or relay and LED depends on the level and fail-safe mode. The electronic insert FEM 7 changers the frequency of the PRM signal causing the Nivotestor FTL to switch accordingly. Maximum Minimum L+ + L+ L+ L Hz 50 Hz 50 Hz 50 Hz V 2 L+ 5 V 0V The Soliphant can be operated in both minimum or maximum fail-safe mode, i.e. the electronic switch opens or the relay de-energizes when the minium or maximum level is reached, on fault or on power failure. 2

3 ENDRESS + HAUSER ENDRESS + HAUSER Mechanical and Electrical Versions Application according to approvals FTM - Standard application - Dust Ex area Zone 0 FTM.. D - Standard application - Dust Ex area Zone 0 - Ignition protection EEx de FTM.. S - Standard application - Dust Ex area Zone 0 - Ignition protection EEx i PFM Plug-in electronic insert options simple to replace with another electronic insert, without recalibration Two-wire AC power supply (thyristor) FEM for FTM 0, 0 D,, 2 FEM for FTM D, 2 D, 2 dust-ex Three-wire DC power supply (transistor, PNP) FEM 2 for FTM 0,, 2 and FTM 0 D (not for FTM 2 dust Ex) Universal power supply (relay changeover contact) FEM for FTM 0, 0 D,, 2 FEM for FTM D, 2 D, 2 dust-ex Universal power supply (2-relay changeover contacts) FEM 5 for FTM 0,, 2, 0 D, D, 2 D FEM 5 for FTM 2, FTM 0 D, D, 2 D Intrinsically safe signal transmission along two-wire power cable to remote Nivotester switching unit FEM 7 for FTM 0 S, S, 2 S Housing all with NEMA X protection and a wide range of conduit entries Aluminum housing F6 for FTM.. and FTM.. S Plastic housing F0 with transparent cover for FTM.. and FTM.. S Aluminum housing T with separate connection compartment for FTM.. D, FEM 5 / 5 Aluminum housing T with separate connection compartment for FTM.. D and FTM.. S 0 SS housing F8 for FTM.. S, FEM 7 Process connections Tapered thread -/2 - -/2 NPT Tapered thread R -/2, DIN 2999 Various flanges, ANSI, JIS, and DIN Sensor options vibrating fork in solid stainless steel, resistant to lateral loads FTM 0 compact unit FTM with extension tube FTM with optional sliding sleeve FTM 2 with cable (can be shortened)

4 Installation Guidelines Soliphant FTM 0 The compact Soliphant version can be mounted at any position in a bulk solids vessel. Correct Mounting, a, b, c, d a) top-mounted, tines vertical but at any orientation b) laterally mounted, fork slightly angled downward so that material can slide off easily. Maximum nozzle length is 2." (60 mm) c) side mounted with roof to protect against collapsing material mounds d) bottom mounted in angle portion of discharge hopper b) c) a) d) 7.9" (200) 7.9" (200) " (200) e) f) g) Incorrect Mounting, e, f, g e) mounted in filling curtain f) fork orientation incorrect (flat surface is subjected to excessive load, and false switching due to residual material) g) mounting nozzle is too long, allows material to build up inside nozzle causing false switching. NOTE: Take into account the angle of mound or discharge hopper when determining the height of the installation point Soliphant FTM With extension tube: If mounting is only possible from the top; With heavy build-up on the side wall; With optional sliding sleeve when the switch point is to be altered. Mount in the center of the discharge hopper in order to keep the lateral load from the discharging material to a minimum. If mounting closeto the vessel wall, fasten theextension pipe near the fork. Ensure there is enough space above the vessel for mounting. Sliding Sleeve FTM FTM 2 Soliphant FTM 2 With cable: Used in tall silos when top mounting is only available Used when there is not enough clearance above the vessel to mount an extended version of the FTM. The Soliphant should be mounted near the vessel wall to keep excessive tension from discharging material to a minimum. It should not be mounted too close to the wall to prevent the fork from hitting the wall when it swings. FTM

5 Electrical Connection 9 to 25VAC L N NOTE The diagrams show the direct connection of the electronic insert into the F6 or F0 housing. The terminals in the second connection compartment of the T housing have the same designations as the built-in electronic inserts. FEM, FEM electronic insert Two-wire, AC power supply. Always connect in series with load FEM 2 electonic insert Three-wire, DCpower, for use with programmable logiccontrollers (PLC).Positive signal at the switching output of the electronic insert (PNP) 2 FEM / 0 to 55VDC L+ L 2 ( + ) 9 to 25VAC 9 to 200VDC L N (AC) L+ N- (DC) NO C NC 2 5 The terminal voltage at the electronic insert must not be below 9 V. Note the voltage drop across the electronic insert in the conducting state (max. 2 V), the residual current in the blocked state (max. ma) and, when using low voltages, the voltage drop across the load. FEM, FEM Universal power supply with relay output. Potential-free relay contact FEM 2 FEM / FEM 5, FEM 5 Universal power supply with DPDT relay output. Potential-free relay contact NO C NC 9 to 25VAC 9 to 200VDC L N (AC) L+ L- (DC) NO C NC 7 8 FTL 20 (or FTL 20 Z) safe area hazardous area FEM 7 electronic insert Intrinsically-safe PFM signal transmission through two-wire cable remote switching of Nivotester FTL I 2 PFM-Signal FEM 7 t FEM 5 / 5 FEM FEM 5/5 Plug-in electronic inserts can be exchanged without recalibration. Min Max t Min Max A B A B C D A LED shows switching status B Fail-safe mode is selected using switch A Time delay mode is selected using switch B Green LED indicates power on C Fail-safe mode is selected using switch D Red LED shows switching status 5

6 Dimensions A FTM 0 Compact version with threaded process connector shown with F 6 / F 0 style housing A 5." ()." (86).8" (98) 5.7" (5) B B FTM 0 Compact version with flange mount, shown with F 6 / F 0 style housing C FTM Extended version, with extension pipe and threaded process connector shown with T style housing 8.5" (26).7" ()." (28) SW 50 -/2" NPT 0.78" (20) 9.0" (20) 2." (60) D FTM Extended version, with extension pipe and flanged process connector shown with T style housing E FTM D Extended version with T housing with high top cover to accomodate the FEM 5 / FEM 5 F FTM 2 Extended version with cable and threaded process connector shown with F 6 / F 0 style housing G FTM 2 Extended version with cable and flanged process connector shown with F 6 / F 0 style housing C 6.2" (58).5" (0) -/2" NPT FTM, S: 2" to 55" (05 to 97) FTM D: 6" to 55" (06 to 97).6" (9).7" () SW 50." (28) 6.0" (5) FTM, S: 2" to 55" (05 to 97) FTM D: 6" to 55" (06 to 97)." (0) D 7." (88) FTM, S: 2" to 55" (05 to 97 FTM D: 6" to 55" (06 to 97) 5.6" (2) E 6.7" (70) 0.78" (20) 0.78" (20) F." (86).5" (0) G 5." () -/2" NPT SW 50.7" () 7.9" (20).9" (26) FTM 2, 2 S:.6" (8) FTM 2 D: 7." (88) FTM 2, 2 S: 0" to 790" (762 to 20066) FTM 2 D: 0" to 790" (000 to 20066) 0.9" (0).7" ()." (28) 6.7" (70) FTM 2, 2 S: 0" to 790" (762 to 20066) FTM 2 D: 0" to 790" (000 to 20066) FTM 2, 2 S:.6" (8) FTM 2 D: 7." (88).5" (0) 6

7 Technical Data General specifications Application Operation and system design Input Instrument types Intrument function Limit detection Measuring principle Modularity Signal processing Electrical isolation Measured variable Measuring range (detection range) FTM 0, FTM, FTM 2FTM 0 D, FTM D, FTM 2 D FTM 0 S, FTM S, FTM 2 S Level limit switch Maximum or minimum detection in silos with powdery and fine grained solids, maximum grain size of 9/6" ( mm). Damping of the oscillation of a fork vibrating at its resonant frequency FTM and FTM D versions: complete limit switch, consisting of the sensor with integrated electronic inserts FEM series. FTM S versions: sensor with integrated electronic insert FEM 7 (transmitter) for connection to remote switching unit Nivotester FTL series. Two-wire AC version (FEM, ): load switched directly via a thyristor in the power supply Three-wire DC version (FEM 2): load switched via a transistor and separate connection Universal version with relay output (FEM, ): load switched via a potential-free changeover contact Universal version with DPDT relay output (FEM 5, 5): load switched via potential-free changeover contact Remote switching version (FEM 7): PFM signal transmission, current pulses superimposed on the two-wire power cable FEM, 2, : between sensor and power supply FEM, 5,, 5: between sensor and power supply and load FEM 7: between sensor and power supply; in remote switching unit Nivotestor between power supply and load Height (limit value, binary) FTM 0: determined by installation point FTM : determined by sensor length (extension pipe). Approximately 2" to 55" (00 mm to 000 mm, mounted from top) FTM D: as above, except: 6" to 55" (00 mm to 000 mm) FTM with sliding sleeve: 8" to 5" (200 mm to 900 mm) FTM 2: determined by sensor cable length, 0" to 790" (800 mm to 20,000 mm, mounted from top) FTM 2 D: as above, except 0" to 790" (000 mm to 20,000 mm) Output Output signal Binary: output blocked on reaching limit Signal failure Output blocked Load (connectable) (AC, load switched via thyristor dirctly in the power supply) to FEM,FEM Transient (0 ms) max..5 A, max. 75 VA at 25 V, or max. 6 VA at 2 V (no short circuit protection). Continuous max. 87 VA at 25V, max. 8. VA at 2 V. Min. 2.5 VA at 25 V (0 ma), min. 0.5 VA at 2 V (20 ma). Voltage drop across FEM, max. 2 V. Residual current max. ma with blocked thyristor. Load (connectable) (DC, load switchedvia transistor and separate PNP connection) withfem 2 Transient ( s) max. A, max. 55 V (cyclic protection against overload and short circuiting); continuous max. 50 ma, max. 55 V; max. 0.5 µf at 55 V, max..0 µf at 2 V; residual voltage < V (with conducting transistor); residual current< 00 ma (with blocked transistor). Load (connectable) (universal current, load switched via potential-free changeover contact) with FEM, FEM I max. 6 A, V max. 25 VP max. 500 VA, cos ϕ =, P max. 750 VA, cos ϕ > 0.7I max. 6 A to 0 V, I max. 0.2 A to 25V, additional switching delay 0. s. Load (connectable) (universal current, load switched via two potential-free changeover with FEM 5, FEM 5 contacts) I max. 6 A, V max. 25 VP max. 500 VA, cos ϕ =, P max. 750 VA, cos ϕ > 0.7I max. 6 A to 0 V, I max. 0.2 A to 25V, additional switching delay 0. s. Time Delay (FEM or 2.5 seconds when covered,.5 or 7.5 seconds when or FEM 5 only) uncovered. Time delay is switch selectable. Load (connectable) (potential-free relay contact in switching unit Nivotester FTL) See withfem 7 Technical Data of the Nivotester FTL 20. Fail safe Minimum or maximum fail-safe mode, user-selectable 7

8 Technical Data (continued) Operating Conditions Orientation Any position for FTM 0, with short extension. Vertical for FTM with long extension and FTM 2 Lateral load on 600 N on narrow edge of tines, static FTM 0 fork Lateral load on 00 Nm (maximum m) FTM tube FTM 2 cable 2500 N tensile strength Operating temperature - to +58 F (-20 to + 70 C). Refer to temperature charts below. Storage temperature -0 to +85 F (-0 to + 85 C) Process material -0 to + 02 F (-0 to + 50 C). Refer to temperature charts below. temperature Operating pressure FTM 0, : -.5 to + 20 psi (- bar to +6 bar); FTM 2 D, 87 psi(6 bar); FTM 2 29 psi (2 bar) Maximum pressure Burst pressure minimum: FTM 0, = 50 psi (00 bar); FTM 2 D = 580 psi (0 bar); FTM 2 = psi ( bar) Maximum material size 9/6" ( mm) Material density Minimum.2 lb/ft (20 g/l) Climatic class Climatic protection to IEC 68, Part 2-8, Fig. 2a Ingress protection NEMA X (IP 66 to DIN 0 050) Electromagnetic By attaching the CE mark, Endress+Hauser confirms that the compatibility Soliphant FTM fulfils all legal requirements of the relevant EC directives. Interference immunity to EN (field strength 0V/m), interference emission to EN Construction Materials Process connections Power supply Display / user interface Process connection (threaded) and fork, 0 SS. Flange connections 6 SS. Extension tube, 0 SS. Cable, braided steel, 0.9" dia. (0 mm) polyurethane coated.housing (F 0), fiberglass reinforced polyester, transparent polyamide cover, EPDM seal. Housing (F 6, T ), aluminum, coated. Tapered thread -/2" x -/2 NPT to ANSI B.20.Tapered thread R -/2 to DIN 2999 Part Flanges: ANSI, DIN or JIS FEM, insert: 9 to 25 VAC, 50/60 Hz, current consumption (stand-by) maximum ma. FEM 2 insert: 0 to 55 VDC, ripple maximum.7 V, 0 to 00 Hz; current consumption maximum 5 ma, reverse polarity protection. FEM, 5 and FEM, 5 insert: 9 to 25 VAC, 6 to 60 Hz; 9 to 200 VDC; current consumption maximum 7 ma. FEM 7 insert: powered by Nivotester FTL switching unit. FEM, 2,,, : rotary switch for minimum / maximum fail-safe, red LED switching status indication.fem 7: green LED indicates forks covered. TU F ( C) 22 (50) FTM 0,0 D, 0 S,, S 76 (80) 0 (60) 0 (0) TU F ( C) 0 (60) 76 (80) 0 (0) FTM D 68 (20) -0 (-0) (20) (0) (60) (80) (00) (20) (0) - (-20) - 9 (-20) (90) TB F ( C) -0 (-0) - (-20) - (-20) 68 (20) (20) (0) (60) (80) (00) (20) (0) 9 (90) TB F ( C) Permissible ambient temperature value T U at the housing as a function of the operating temperature T B in the vessel. 8-0 (-0) -0 (-0) TU F ( C) 9 (65) - (-20) FTM 2,2 D, 2 S 76 (80) 0 (60) 0 (0) 68 (20) (20) (0) (60) (80) (00) (20) (0) 9 (90) TB F ( C)

9 Stainless steel housing Endress+Hauser offers a NEMA X rated 0 SS housing (F 8) for sanitary applications. The housing is only available for the FTM 0S, S, and 2S with FEM 7 2-wire PFM electronic insert. Refer to page for ordering information. Ø.8" (86) 5.9" (2) F8 0 Stainless Steel housing Accessories." (0).0" (02) Protective Hood Protects the Soliphant electronics housing when mounted in the field from excessive temperatures caused by direct sunlight. The hood also prevents condensation form entering the housing due to extreme temperature variations. Part # Protedtive hood for F 6 and F 0 housings. Polyamide material, 0.28 lbs (0. kg) 6." (55) Sliding sleeve, 6 Ti SS. 5 psi (0 bar) maximum pressure. Maximum operating temperature: 76 F (80 C). Threaded gland packing PTFE-fiber glass fabric. Weight: 5.7 lbs (2.6 kg).5" (max. 5) " (25) SW 75 G2.7" () DIN ISO 228 Sliding Sleeve When mounting the Soliphant FTM in a silo from the top, the sliding sleeve allows the switch point to be infinitely adjusted. NOTE: The sensor length of the FTM must be at least 5.7" (00 mm) long. Part # Cable Shortening Kit A kit is available for the Soliphant FTM 2 which consists of the accessories required to shorten the cable and make a permanent water-tight connection to the sensor. The kit is always supplied with the 00 and 20 cable versions FTM 2, FTM 2 D and FTM 2 S. The user can cut the cable to suit the application without affecting the approvals. 9

10 Ordering Information, FTM 0-2 FTM FTM - FTM 2 - D CSA dust ign., Cl II, III; div, Grps E-G, (only with aluminum housing) F FM dust ign. proof Cl II, III; Div ; Grps E-G (only with aluminum housing) AC, 2-wire, 2 to 250 V, 50/60 Hz FEM contactless 2 0 to 55 VDC, PNP -wire FEM 2 Relay SPDT, 2 to 25 VAC / 200 VDC FEM 5 Relay DPDT, 2 to 25 VAC / 200 VDC FEM 5 * Housing / Cable Entry B Housing, Aluminum coated, F6, F Housing, Polyester, F0, Housing, 0 SS, F 8 NEMA X / /2 NPT B -/2 NPT, 0 SS L -/2 ANSI 50 lb RF flange, 6 SS M 2 ANSI 50 lb RF flange, 6 SS P ANSI 50 lb RF flange, 6 SS N ANSI 50 lb RF flange, 6 SS * FM certificate consult factory D CSA dust ign., Cl II, III; div, Grps E-G F FM dust ign. proof Cl II, III, III; Div ; Grps E-G (only with aluminum housing) AC, 2-wire, 2 to 250 V, 50/60 Hz FEM contactless 2 0 to 55 VDC, PNP -wire FEM 2 Relay SPDT, 2 to 25 VAC / 200 VDC FEM 5 Relay DPDT, 2 to 25 VAC / 200 VDC FEM 5 * Housing / Cable Entry B Housing, Aluminum coated, F6, F Housing, Polyester, F0, Housing, 0 SS, F 8 NEMA X / /2 NPT B -/2 NPT, 0 SS L -/2 ANSI 50 lb RF flange, 6 SS M 2 ANSI 50 lb RF flange, 6 SS P ANSI 50 lb RF flange, 6 SS N ANSI 50 lb RF flange, 6 SS 9 Special version 6 Sensor Length (min. 2", max. 55") Price / inch probe length, 0 SS * FM certificate consult factory E CSA Cl II, div, Grp G + Coal Dust F FM dust ign. proof Cl II, III; Div ; Grps E-G (only with aluminum housing) AC, 2-wire, 2 to 250 V, 50/60 Hz FEM contactless 2 0 to 55 VDC, PNP -wire FEM 2 Relay SPDT, 2 to 25 VAC / 200 VDC FEM 5 Relay DPDT, 2 to 25 VAC / 200 VDC FEM 5 * Housing / Cable Entry B Housing, Aluminum coated, F6, F Housing, Polyester, F0, Housing, 0 SS, F 8 NEMA X / /2 NPT B -/2" NPT, 0 SS L -/2 ANSI 50 lb RF flange, 6 SS M 2 ANSI 50 lb RF flange, 6 SS P ANSI 50 lb RF flange, 6 SS N ANSI 50 lb RF flange, 6 SS 6 Sensor Length (min. 0", max. 790") 2 Price / inch cable length, 0 SS 7 Fixed length with cable shortening kit 00 8 Fixed length with cable shortening kit 20 * FM certificate consult factory Ordering Information, FTM 0 D - 2 D FTM 0 D - FTM D - FTM 2 D - G FM ex-proof, Cl I, II, III; Div ; Grps A-G K CSA Cl I, II, III; Div ; Grps A-G AC, 2-wire, 2 to 250 V, 50/60 Hz FEM contactless 2 0 to 55 VDC, PNP -wire FEM 2 Relay SPDT, 2 to 25 VAC / 200 VDC FEM 5 Relay DPDT, 2 to 25 VAC / 200 VDC FEM 5 / 5 * Housing / Cable entry K Housing, dual compartment, Aluminum coated, T,NEMA X / /" NPT B -/2" NPT, 0 SS M 2" ANSI 50 lb RF flange, 6 SS P ANSI 50 lb RF flange, 6 SS N " ANSI 50 lb RF flange, 6 SS * FM certificate consult factory G FM ex-proof, Cl I, II, III; Div ; Grps A-G M CSA Cl I, II, III; Div ; Grps A-G AC, 2-wire, 2 to 250 V, 50/60 Hz FEM contactless Relay SPDT, 2 to 25 VAC / 200 VDC FEM 5 Relay DPDT, 2 to 25 VAC / 200 VDC FEM 5 / 5 * Housing / Cable Entry K Housing, dual compartment, Aluminum coated, T,NEMA X / /" NPT B -/2" NPT, 0 SS M 2 ANSI 50 lb RF flange, 6 SS P ANSI 50 lb RF flange, 6 SS N ANSI 50 lb RF flange, 6 SS 6 Sensor Length (min 6", max 55") Price / inch probe length, 0 SS * FM certificate consult factory 0 Q FM ex-proof, Cl I, II, III; Div ; Grps C-G L CSA Cl II; Div ; Grp G + Coal Dust AC, 2-wire, 2 to 250 V, 50/60 Hz FEM contactless Relay SPDT, 2 to 25 VAC / 200 VDC FEM 5 Relay DPDT, 2 to 25 VAC / 200 VDC FEM 5 / 5 * Housing / Cable Entry K Housing, dual compartment, Aluminum coated, T,NEMA X / /" NPT B -/2" NPT, 0 SS M 2 ANSI 50 lb RF flange, 6 SS P ANSI 50 lb RF flange, 6 SS N ANSI 50 lb RF flange, 6 SS 6 Sensor Length (min 0", max 790") Price / inch cable length, 0 SS 7 Fixed length with cable shortening kit 00 8 Fixed length with cable shortening kit 20 * FM certificate consult factory

11 Ordering Information, FTM 0 S - 2 S FTM 0 S FTM S - FTM 2 S - P FM IS Cl I, II, III; Div ; Grps A-G T CSA IS CI I, II, III; Div, Grps A-G 7 Two-wire PFM signal, FEM 7 Housing / Cable Entry Housing, 0 SS, F8, NEMA X / /2 NPT B Housing, Aluminum coated, F6, F Housing, Polyester, F0, K Housing, dual compartment, Aluminum coated, T,NEMA X / /" NPT B -/2" NPT, 0 SS L -/2" ANSI 50 lb RF flange, 6 SS M 2 ANSI 50 lb RF flange, 6 SS P ANSI 50 lb RF flange, 6 SS N ANSI 50 lb RF flange, 6 SS NOTE: Dual compartment housing not available with process connection L. P FM IS Cl I, II, III; Div ; Grps A-G T CSA IS CI I, II, III; Div, Grps A-G 7 Two-wire PFM signal, FEM 7 Housing / Cable Entry Housing, 0 SS, F8, NEMA X / /2 NPT B Housing, Aluminum coated, F6, F Housing, Polyester, F0, K Housing, dual compartment, Aluminum coated, T,NEMA X / /" NPT B -/2" NPT, 0 SS L -/2" ANSI 50 lb RF flange, 6 SS M 2 ANSI 50 lb RF flange, 6 SS P ANSI 50 lb RF flange, 6 SS N ANSI 50 lb RF flange, 6 SS 6 Sensor Length (min. 2", max. 55") Price / inch probe length, 0 SS NOTE: Dual compartment housing not available with process connection L. P FM IS Cl I, II, III; Div ; Grps A-G U FM IS Cl I, II, III; Div ; Grps C-G W CSA XP CI II, Div, Grps G + coal dust 7 Two-wire PFM signal, FEM 7 Housing / Cable Entry Housing, 0 SS, F8, NEMA X / /2 NPT B Housing, Aluminum coated, F6, F Housing, Polyester, F0, K Housing, dual compartment, Aluminum coated, T,NEMA X / /" NPT B -/2" NPT, 0 SS L -/2" ANSI 50 lb RF flange, 6 SS M 2 ANSI 50 lb RF flange, 6 SS P ANSI 50 lb RF flange, 6 SS N ANSI 50 lb RF flange, 6 SS 6 Sensor Length (min. 0", max. 790") 2 Price / foot cable length, 0 SS 7 Fixed length with cable shortening kit 00 8 Fixed length with cable shortening kit 20 NOTE: Dual compartment housing not available with process connection L.

12 United States Canada Mexico Endress+Hauser, Inc. Regional Office RPS Industries 250 Endress Place Endress+Hauser, Inc. Div. of Endress+Hauser, Inc. Greenwood, IN W. Sam Houston 500 W. Central Avenue Phone: (7) Parkway North Suite A Suite C-250 Brea, CA 9282 FAX: (7) Houston, TX 770 Phone: (7) Phone: (82) FAX: (7) FAX: (82) Regional Office Endress+Hauser, Inc. Sterling IPC P.O. Box 90 Div. of Endress+Hauser, Inc. Harvey, LA Powell Road Phone: (50) Romeo, MI 8065 FAX: (50) Phone: (586) FAX: (586) Regional Office Endress+Hauser, Inc. AD Instruments 92 Town Center Div. of Endress+Hauser, Inc. New Britain, PA A Nations Crossing Road Phone: (267) Charlotte, NC Phone: (70) /856 FAX: (267) FAX: (70) Endress+Hauser Canada Ltd. 0 Graham s Lane Unit, Burlington ON, L7S W Phone: (905) FAX: (905) 68-9 Endress+Hauser Canada Ltée 6800 Côte de Liesse, Ste. 00 St. Laurent, Que HT 2A7 Téléphone: (5) Télécopieur: (5) Endress+Hauser Canada, Ltd Ave. NW #0 Edmonton, AB T5S 2L5 Phone: (780) FAX: (780) Endress+Hauser Paseo del Pedregal No. 60 Col. Jardines del Pedregal 0900, Mexico D.F. Mexico Phone: (525) FAX: (525) Endress+Hauser The Power of Know How TI 29F/2/ae/ Endress+Hauser, Inc.