PORTABLE TYPE ULTRASONIC FLOWMETER (PORTAFLOW-C) DATA SHEET FSC, FSD PORTAFLOW-C is a portable type ultrasonic flowmeter utilizing the transit time measuring method, using a clampon type detector. It is a compact and lightweight instrument incorporating the latest electronics and digital signal processing technologies, realizing high performance and easy operation. FEATURES 1. Compact and lightweight The adoption of the latest electronics and digital signal processing technologies has reduced the size and weight of the flow transmitter by 30% and 30%, respectively, in comparison with the Fuji conventional portable flowmeter (Model FSC). (in comparison to our existing model) 2. Battery operation The flowmeter is designed for 12 hours of continuous operation via built-in battery which is rechargeable in 3 hours with the exclusive power adapter. 3. Full variety of detectors The flowmeter is suitable for various types of detectors applicable for small to large diameter pipe (pipe inner diameter φ13 to φ6000mm) and low to high temperature (−40 to +200°C). 4. High accuracy and high-speed response The flowmeter is designed for high accuracy (±1.0%). Response time is within 1 second. 5. Improved anti-bubble characteristic Anti-bubble characteristic is greatly improved by digital signal processing. 6. Excellent performance and easy operation Large graphic LCD that is outside but easy to read. Minimum number of function keys are used for page selection, allowing easy setting. While battery is working, the flowmeter is water resistant and tolerates exposure to rain. 7. Large capacity storage by SD memory card Measured data is periodically stored in SD memory card. For example, in the case of 256MB (option), it can be saved about 1 year measurement date(In case of saving period 30 seconds, 14 kinds of saved data). Available up to 8MB. 8. Serial communication Use of a USB port allows easy connection to a personal computer. Measured date collection panel and Loader software for PC (standard) which is available for display and change of parameter (site setting) are prepared. 9. Heat quantity (calorie) measurement Heat quantity (calorie) may be measured by temperature input, making energy management easy for cooling and heating. Flow transmitter (FSC) Detector for transit time(FSD) Detector for high-temperature(FSD) 10.Graphic printer connection (option) Easy recording with the Integral type printer. 11.Flow velocity profile measurement (option) Flow profile may be observed in real time. SPECIFICATIONS Measuring objects Measurement fluid: Uniform liquid in which ultrasonic waves can propagate. Turbidity of fluid:10000 mg/L or less State of fluid: Well-developed turbulent or laminar flow in a filled pipe. Fluid temperature:−40 to +200°C Measuring range:0···±0.3 to ±32m/s Piping conditions Applicable piping material: Select from carbon steel, stainless steel, cast iron, PVC, FRP, copper, aluminum, acrylic or material of known sound velocity. Pipe size: Flow rate measurement f13 to f6000mm Flow velocity profile measurement f40 to f1000mm EDSX6-139h Date Jul. 22, 2011 FSC, FSD Lining material: Select from no lining, tar epoxy, mortar, rubber, Teflon, pyrex glass or material of known sound velocity. Note) No gap allowed between the lining and the pipe. Straight pipe length: 10D or more upstream and 5D or more downstream (D: internal pipe diameter) Refer to Japan Electric Measuring Instruments Manufactures’ Association’s standard JEMIS-032 for details. Performance specifications Accuracy rating: Pipe inner diameter f13 to f50mm f50 to f300mm f300 to f6000mm Flow velocity range 2 to 32m/s 0 to 2m/s 2 to 32m/s 0 to 2m/s 1 to 32m/s 0 to 1m/s Accuracy ±1.5% of rate ±0.03m/s ±1.0% of rate ±0.02m/s ±1.0% of rate ±0.01m/s Note) Reference conditions are based on JEMIS-032. Flow transmitter (Type: FSC) Power supply: Built-in battery or AC power adapter Built-in battery:Exclusive lithium button battery (5000m Ah) Continuous operation time, approx. 12 hours (without printer, back light OFF, output current not used and at normal ambient temperature (20°C)) Recharging time, approx. 3 hours (power adapter used) Recharging temperature range: 0 to +40°C Power consumption: Min. 3W and Max. 16W The consumption varies depending on the use conditions. Power adapter:Exclusive power adapter 90V to 264V AC (50/60Hz), 70VA or less. LCD: Semi-transmissive color graphic display 240 × 320 (with back light) Measurement value (instantaneous flow rate, integrated flow rate) and various settings are displayed. Excellent visibility even outdoors in direct sunlight. LED display: Status display when using AC power adapter. DC IN (green): Power supply status CHARGE (red): Battery charging underway Operation keypad: 11 buttons (ON, OFF, ENT, ESC, MENU, , , , , LIGHT, PRINT) Power failure backup: Measurement value is backed up by nonvolatile memory. Clock backup with lithium battery (effective term, 10 years or more) Response time: 1 second 2 Analog output signals: 4 to 20mA DC, one point (load resistance, 600Ω or less) Instantaneous velocity, instantaneous flow rate or heat quantity (calorie) after scaling. Analog input signal: 4 to 20mA DC, one point (input resistance, 200Ω or Total less) 4 to 20mA DC, one point (in- 2 points put resistance, 200Ω or less) or 1 to 5V DC, one point Used to input temperature for heat quantity measurement, etc. SD memory card: Used for data logger function and recording screen data. Available up to 8GB (Option256MB) Compliant media • SD memory card: speed class 2, 4, 6 • SDHC memory card: speed class 4, 6 Format • FAT16: 64MB to 2GB • FAT32: 4GB, 8GB Otherwise, reading and saving are impossible. File format • Date logger: CSV file • Screen date: Bit map file Serial communication: USB port (device* compatible): Mini B receptacle Connectable number of Mini B receptacles: 1 unit Transmission distance: 3m max. Transmission speed: 500kbps Data: Instantaneous velocity, instantaneous flow rate, total value, heat quantity (calorie) value, error information, logger data, etc. * Device: Connected plug from PC Printer (option): To be mounted on top of transmitter unit Thermal line dot printing Note) When the Chinese display is selected, printing is made in kanji characters. Ambient temperature: −10 to +55°C (Without printer) −10 to +45°C (With printer) Ambient humidity: 90%RH or less Type of enclosure: IP64 (Without printer) Enclosure case: Plastic case Outer dimensions: H210 × W120 × D65mm (Without printer) H320 × W120 × D65mm (With printer) Weight: 1.0kg (Without printer) 1.2kg (With printer) Various functions Display language: Selectable from Japanese, English, German, French, Spanish or Chinese (switchable by key operation). Clock display function: Time (year, month, day, hour, minute) display (configurable) Monthly error: about 1 minutes at normal temperature (20°C). Instantaneous value display function: Instantaneous velocity, instantaneous flow rate display (The flow in reverse direction is displayed with minus “−.”) Numeric value: 10 digits (decimal point equals 1 digit) Unit: Metric/English system selectable Metric system Velocity:m/s Flow rate:L/s, L/min, L/h, L/d, kL/d, ML/d, m3/s, m3/min, m3/h, m3/d, km3/d, Mm3/d, BBL/s, BBL/min, BBL/h, BBL/d, kBBL/d, MBBL/d English system Velocity:ft/s Flow rate:gal/s, gal/min, gal/h, gal/d, kgal/d, Mgal/d, ft3/s, ft3/min, ft3/h, ft3/d, kft3/d, Mft3/d, BBL/s, BBL/min, BBL/h, BBL/ d, kBBL/d, MBBL/d Total value display function: Display of forward or reverse total (reverse is displayed as minus) Numeric value: 10 digits (decimal point is corresponding to 1 digit) Unit: Metric/English system selectable Metric system Flow rate total: mL, L, m3, km3, Mm3, mBBL, BBL, kBBL English system Flow rate total: gal, kgal, ft3, kft3, Mft3, mBBL, BBL, kBBL, ACRE-ft Consumed heat quantity (calorie) display function: Display of consumed heating medium Metric system Heat flow: MJ/h, GJ/h Total heat quantity: MJ, GJ English system Heat flow:MJ/h, GJ/h, BTU/h, kBTU/h, MBTU/h, kWh, MWh Total heat quantity: MJ, GJ, BTU, kBTU, MBTU, kW, MWh J : Joule BTU : British thermal unit W : Watt Computation function of consumed heat quantity (calorie): This function calculates the heat quantity received and sent with liquid (water) in cooling and heating. Converter Temperature sensor Consumed heat quantity q = K · Q · (T1–T2) K : heat quantity (calorie) conversion factor (For heating K = 4.123, For cooling = 4.186) T1: Fluid temperature (inlet) Heat exchanger Heat source Converter Temperature sensor T2: Fluid temperature (outlet) Detector (type : FSD) Temperature display function: Fluid temperature be displayed by current input from temperature transmitter. Metric system Temperature unit: °C or K English system Temperature unit: F or K Site data storage function: Max. 32 locations (sites) data (pipe size, material, fluid type and etc) can be stored into built-in non-volantile memory. Damping: 0 to 100sec (every 0.1sec) configurable for analog output and velocity/flow rate display Low flow cut: Equivalent to 0 to 5m/s Output setting function: Current output scaling, output type, burnout setting and calibration Serial communication function: Instantaneous velocity, instantaneous flow rate, total value, heat flow, error information, received waveform, analog input, velocity profile data, logger data, etc. may be downloaded to personal computer. Logger function: Instantaneous velocity, instantaneous flow rate, total value, heat flow, error information, received waveform, analog input, velocity profile date can be saved in a SD memory card. Waveform display function: Bi-directional received waveforms may be displayed. Graph display function: Flow rate trend graph may be displayed. Printing function (option): Hard copy output of a screen Periodic printing (type: text, graph) Logger date (type: text, graph) Flow velocity profile measurement (option): Flow velocity profile may be observed in real time using the exclusive detector (option). (Refer to page 5 for details.) Detector (Type: FSD) Type of detector: Kind Type Small diameter Small type Middle type Large type High temperature FSD22 FSD12 FSD41 FSD51 FSD32 Internal pipe diameter (mm) f13 to f100 f50 to f400 f200 to f1200 f200 to f6000 f50 to f400 Fluid temperature −40 −40 −40 −40 −40 to to to to to 100°C 100°C 80°C 80°C 200°C Mounting method: Mounting on outside of pipe Sensor mounting method: V or Z method Signal cable: Exclusive coaxial cable Standard 5m (included with FSD41, 51 and FSD32) Q: Flow rate of the fluid 3 FSC, FSD MEASURING PRINCIPLE Method for connection: Flow transmitter side Exclusive connector Detector side Large/middle type: Screw terminal Others: BNC connector Ambient temperature: −20 to +60°C Ambient humidity:Large/middle type sensor: 100%RH or less Others: 90%RH or less Type of enclosure: Large/middle type sensor: IP67 Others: IP52 Material and mounting belt/wire: Kind Type Small diamFSD22 eter Small type FSD12 Middle type FSD41 Large type FSD51 High temperaFSD32 ture Sensor case Mounting bracket Aluminum alloy Plastic + Plastic Aluminum alloy Plastic + Plastic Plastic SUS304 Plastic −− Aluminum alloy SUS304 + SUS304 With ultrasonic pulses propagated diagonally between the upstream and downstream sensors, flow rate is measured by detecting the time difference obtained by the flow of fluid. Detector Upstream sensor θ t1 Flow velocity V Output Flow signal transmitter D t2 Downstream sensor MOUNTING OF DETECTOR Mounting belt /wire Plastic cloth belt Plastic cloth belt Stainless wire Stainless wire Plastic wedge Pipe PZT oscillator Lining Stainless belt CONFIGURATION DIAGRAM Extension cable (option): Extended when the length of the detector signal cable is not sufficient. Length: 10m, 50m (1) When V method is used for mounting Cable Flow transmitter Detector 4 to 20mA DC (2) When Z method is used for mounting Cable Flow transmitter Detector 4 to 20mA DC DETECTOR SELECTION GUIDE Type (Name) FSD22 (Small diameter) FSD12 (Small type) FSD41 (Middle type) Fluid temperature Mounting method [°C] Inner diameter of piping ø (mm) 13 25 50 100 200 250 300 400 1000 3000 6000 *2) −40 to 100 −40 to 100 V 13 V Z 100 50 *1) 300 150 V 400 200 600 −40 to 80 Z FSD51 (Large type) −40 to 80 FSD32 (High-temperature) −40 to 200 400 V 200 Z 200 V Z 50 *1) 1200 3000 6000 250 150 400 *1) When FSD12 or FSD32 is mounted using the Z-size method, guide rail (option) is required additionally. *2) For the pipe inner diameter of φ13mm, the sensor mounting dimension may be 0.0mm or less depending on pipe material and thickness. When the sensor mounting dimension is 0.0mm or less,measurement error is about 2 to 5%. <Description of the table> It shows pipe thickness of each material that the sensor mounting size is to be 0.0mm, when fixing a pipe. If the fluid is the one other than water, and if the sound velocity of fluid is faster than the one of water, the sensor mounting size is to be 0.0mm or more. 4 Required min. pipe thickness (fluid: water) (Unit: mm) Steel pipe 2.15 or more FRP 3.21 or more Stainless pipe 1.87 or more Ductile cast iron 2.15 or more PVC pipe 3.69 or more PEEK 3.69 or more Copper pipe 3.82 or more PVDF 3.69 or more Cast-iron pipe 2.98 or more Acrylic pipe 2.90 or more Aluminum pipe 1.99 or more Polypropylene 3.69 or more FLOW VELOCITY PROFILE DISPLAY FUNCTION (OPTION) Flow velocity profile can be observed in real time using the dedicated detector from the outside. It is specifiable by the code symbol of flow transmitter. APPLICATION Measurement principle <Pulse Doppler method> • Ultrasonic pulses are transmitted through the fluid flow. Entrained bubbles and microscopic particles within the fluid create frequency phase shifts (Doppler effect.) The resulting doppler shifts are integrated across the inside pipe diameter cross section. The resulting profile curve is a real-time dynamic display of the flow profile within the pipe. Pulse Doppler method is applicable to observe flow velocity profile in real time, display the flow status in the pipe, and decide the appropriate measurement location. Also, it can be used for diagnosis of flow and laboratory test. SPECIFICATIONS Measuring fluid: Uniform liquid in which ultrasonic waves can propagate. Turbidity of fluid: Axisymmetric flow in a filled pipe. Fluid temperature: −40 to +100°C (FSDP2) −40 to +80°C (FSDP1,FSDP0) Air bubble quantity: 0.02 to 15Vol% (Velocity is 1m/s) Pipe size: Small type sensor : f40 to f200mm Middle type sensor :f100 to f400mm Large type sensor :f200 to f1000mm Measurement range: 0 to ±0.3: ±Maximum Velocity (depending on the pipe diameter) Refer to chart, table.1. Note) This function is to observe flow velocity profile, and it may be different from actual flow rate. DETECTOR FOR FLOW VELOCITY PROFILE MEASUREMENT (TYPE: FSDP) Mounting method: Mounting on outside of existing pipe Ambient temperature: −20 to +80°C Ambient humidity: 100% RH or less Type of enclosure: IP67 (with waterproof BNC connector provided.) Material: Sensor housing:PBT Guide frame: Aluminum alloy Mounting belt: Plastic cloth belt/stainless belt Sensor 1 (FSD) Flow Air bubbles Reflection Sensor 2 (FSD) Flow velocity Flow velocity Profile 2 Piping wall Flow velocity Profile 1 Center Piping wall The above shows an example when using two sensors. One detector displays the flow velocity profile for a radius. Block diagram (1) Using one sensor Cable Power supply Sensor (FSD) Flow Transmitter (2) Using two sensors Cable Sensor (FSD) Power supply Flow Transmitter Sensor (FSD) 5 FSC, FSD Table.1 Maximum measurement range of Pulsed Doppler method. When nominal thickness of a stainless pipe of pipe material is Sch20s and the fluid is water, the maximum measurement range varies depending on the outer diameter of pipe, nominal thickness, material, or fluid type. <Maximum measurable flow velocity> Unit: m/s Diameter FSDP2 FSDP1 FSDP0 40A 6.56 50A 6.52 65A 5.31 80A 4.65 90A 4.12 100A 3.69 7.25 125A 6.08 3.08 150A 5.20 2.63 200A 4.05 7.77 2.04 250A 6.38 3.30 300A 5.41 2.78 350A 4.90 2.51 400A 4.31 2.20 450A 3.80 500A 3.48 550A 3.17 600A 2.91 650A 2.71 700A 2.52 750A 2.35 800A 2.21 850A 2.08 900A 1.97 1000A 1.77 <Maximum measurable flow rate> Unit: m3/h FSDP2 FSDP1 FSDP0 33.6 52.7 72.1 86.5 102 118 231 289 147 354 179 474 908 239 1168 604 1428 735 1598 820 1858 951 2118 2358 2618 2879 3096 3357 3618 3879 4140 4400 4902 PC Loader software Equipped as standard • PC/AT compatible machines. (Operation on custom built PCs or shop-brand PCs cannot be guaranteed.) • Major functions:Performs parameter (site setting) display /change of the main unit and collects measured date. Instantaneous velocity, instantaneous flow rate, total value, error information, received waveform, analog input, logger data, etc. may be downloaded in a personal computer. • O/S: Windows2000/XP/Vista* • Memory requirement: 128MB or more • Disk unit: Windows2000/XP/Vista-compatible CD-ROM drive • Hard disk drive capacity: Free space of 64MB or more * Windows Vista: Use it in basic mode. It is not available for Windows Aero. CODE SYMBOL <Flow transmitter> 1 2 3 4 5 6 7 8 F SC 9 10 11 1 - Description 0 S 1 2 0 1 A B C 1 0 1 Y J E C <Specification> Standard <Converter> Basic system Basic system + Printer <Flow velocity profile measurement> None Provided (detector to measure flow velocity profile is separately required.) <Power adapter> AC power + power cord (125V AC) for Japanese and North American use AC power + power cord (250V AC) for European and Korean use AC power + power cord (250V AC) for Chinese use Modification No. <SD memory card> None Provided (256MB) <Bound instruction manual/Language> None (Factory-set language: English) Provided/Japanese (Factory-set language: Japanese) Provided/English (Factory-set language: English) Provided/Chinese (Factory-set language: Chinese) (Note1) Instruction manual contained in CD is the standard attached article. (Note2) You can change the language by key operation. 6 OPTIONAL ITEMS <Detector> (for transit time) 1 2 3 4 5 6 7 8 Name Specifications Arrangement No. 1 Battery Special type Li-ion battery (7.4V, 2500mAh) ZZP∗TK7N6384P1 2 AC power adapter Special type power adapter and 90 to 264V AC, 50/60Hz · Power connector conversion code ZZP∗TK7N6380C4 3 Power code Japan, North America:125V AC 2m Europe, Korea: 250V AC 2m China: 250V AC 2m ZZP∗TK7N6621P1 ZZP∗TK7N6608P1 ZZP∗TK7N6609P1 4 Printer To be mounted on top of converter Thermal serial dot system (8 x 384 dot) ZZP∗TK4J2634C1 5 Printer roll paper Maker: SEIKO I SUPPLY Co. Ltd. Type: TP-211C-1 Specifications: Thermal roll paper Width: 58mm×ø48mm ZZP∗TK7N6381P1 6 Silicone grease Maker: Shin-Etsu Chemical Co., Ltd. Type: · For standard use G40M, 100g ZZP∗45231N5 · For high temperature KS62M, 100g ZZP∗TK7P1921C1 7 Signal cable Special type signal cable, 5m × 2 ·FSD12, 22, 32 (Connector on one side) · FSD41 (Connector on one side) · FSD51 (Connector on one side) Description F SD 1 2 4 5 3 <Kind> Small type (for φ50 to φ400mm) *1) *2) Small diameter (for φ13 to φ100mm) Middle type (for φ200 to φ1200mm) Large type (for φ200 to φ6000mm) High-temperature (for φ50 to φ400mm) *1) *2) 2 2 1 1 2 <Terminal mold> None Provided (Middle/Large type only) 0 1 <Structure> General use Y Modification No. 1 Note) *1) Applicable diameter range: V method: φ50 to φ250 (FSD32), φ50 to φ300 (FSD12) Z method: φ150 to φ400 (FSD32, FSD12) Use the optional guide rail, if a pipe that does not allow ultrasonic waves to pass through easily, such as when an old pipe, cast iron pipe or a pipe with mortar lining is used, or the flow or liquid high in turbidity is measured. Employ the Z method for mounting. (for flow velocity profile measurement) 1 2 3 4 5 6 7 8 F SD Description 0 Y 1 <Kind> Small type (φ40 to φ200mm) Middle type (φ100 to φ400mm) Large type (φ200 to φ1000mm) P2 P1 P0 <Terminal mold> None 0 <Structure> General use Y Modification No. 1 8 9 BNC adapter · BNC adapter (×2) Extension signal cable ZZP∗TK7N7795C1 ZZP∗TK7N7795C2 ZZP∗TK7N7795C3 ZZP∗TK7N6323P11 Special type coaxial cable with BNC connector ZZP∗TK468664C3 · 10m × 2 ZZP∗TK468664C4 · 50m × 2 10 Analog 6-core cable, 1.5m, with connector input/output cable ZZP∗TK4J2639C1 11 Mounting belt /wire ZZP∗TK7G7979C1 SCOPE OF DELIVERY <Flow transmitter : FSC> Name of unit 1 Basic system 2 Option Scope of delivery 1) Conversion unit 2) Power adapter and Power connector conversion cord 3) Power cord 4) Analog input/output cord (1.5m) 5) USB cable (1m) 6) Carrying case 7) Strap 8) Special type signal cable (5m × 2) 9) BNC adapter 10) CD-ROM (Instruction manual and Loader software for PC) 1) Printer unit + rolled paper (1 roll) 2) SD memory card (256MB) 3) Bound instruction manual (including a detector) <Detector : FSD> Name of unit Scope of delivery 1 Detector for propa- 1) Sensor unit gation time differ- 2) Signal cable (5m) (included with FSD41, 51) ence (FSD) 3) Mounting belt/wire 4) Silicone grease (100g) 2 Detector for flow 1) Detector unit v e l o c i t y p r o f i l e 2) Mounting belt/wire (FSDP) 3) Silicone grease (100g) 12 Guide rail for hightemperature sensor (In mounting by the Z method) · Small type/small diameter sensor: Plastic cloth belt · Large type sensor: Stainless wire Nominal diameter f200 to f500mm f200 to f1000mm f200 to f2000mm f200 to f3000mm f200 to f6000mm · High-temperature sensor: Stainless steel belt ZZP∗TK7G7980C1 ZZP∗TK7G7980C2 ZZP∗TK7G7980C3 ZZP∗TK7G7980C4 ZZP∗TK7G7980C5 ZZP∗TK7P1943C1 ZZP∗TK4J5917C3 · Mounting bracket material: Aluminum alloy+SUS304 · FSD32 13 Guide rail for · Mounting bracket material: small type Aluminum alloy+plastic detector · FSD12 (In mounting by the Z method) ZZP∗TK4J5917C1 14 SD memory Maker: Apacer Technology, Inc. card Type: AP-ESD256TPSR Capacity: 256MB ZZP∗TK7N6386P1 15 USB cable ZZP∗TK7N6622P1 Maker: Sunwa Supply Inc. Type: KU-AMB510 Specifications: Mini USB cable (1.0m) Note 1) Silicon grease is for filling a gap between a detector and a pipe joint area. It is provided with a detector. Since silicon grease does not become hardened, if you use it in the long term, periodic maintenance is required. (Under the condition of room temperature, semiannual cleaning and refill is recommended.) Note 2) When you order a detector alone, an instruction manual is not provided. Please request, if necessary. 7 FSC, FSD Diagram To connect signal cables for FSD12, FSD22, FSD32, FSDP2, FSDP1, FSDP0 Exclusive use signal cable Printer (option) BNC connector Detector To connect signal cables for FSD41 FSD51 Detector input (the downstream side) PORTAFLOW Flow transmitter BNC connector Detector input (the upstream side) ON OFF FEED AO analog output 4 to 20mA DC AICH1 analog input 4 to 20mA DC or 1 to 5 V DC AICH2 analog input 4 to 20mA DC ENT Print MENU CHARGE DC IN PC SD SD memory card Power connector Conversion cord USB cable AC90 to 264V Power cord AC power adaptor for use AC adaptor To connect PC Conditions on straight pipe (D: Nominal diameter of pipe) Type Length of upstream straight pipe Length of downstream straight pipe 10D or more L ≥ 5D 90° bend L ≥ 10D 10D or more Detector Tee L ≥ 10D L ≥ 50D 0.5D or more 10D or more L ≥ 30D L ≥ 5D D Diffuser 1.5D or more L ≥ 10D L ≥ 50D Contraction pipe L ≥ 30D L ≥ 10D Valve Flow controlled upstream Flow controlled downstream Isolation valve Check valve L ≥ 50D Pump P Note) Source: Japan Electric Measuring Instruments Manufacturers' Association (JEMIS-032) 8 Detector BNC adaptor Analog input/output cable ESC Signal cable OUTLINE DIAGRAM (Unit:mm) Flow transmitter 120±1.8 65±1.8 2-M4, Depth5 (both sides) PORTAFLOW 210±2.5 SENSOR UPSTREAM DOWNSTREAM Sensor (downstream) ON OFF ESC FEED DC12V AI/AO Sensor (upstream) Analog input/output ENT Print MENU DC power input CHARGE DC IN Power switch SD memory card slot USB port Weight : Approx. 1.0kg 9 FSC, FSD OUTLINE DIAGRAM (Unit:mm) Flow transmitter (with printer) 120±1.8 65±1.8 Printer Approx. 320±4.5 2-M4, Depth5 (both sides) PORTAFLOW SENSOR UPSTREAM DOWNSTREAM Sensor (downstream) ON FEED OFF DC12V AI/AO Sensor (upstream) ESC Analog input/output ENT DC power input Print MENU CHARGE DC IN Power switch SD memory card slot USB port Weight : Approx. 1.2kg 10 OUTLINE DIAGRAM (Unit:mm) Saddle Saddle Scale(mm) Scale (mm) Spacing: 0 to 133 540±2 Spacing: 0 to 348 Name prate mm Scale (inch) Connector Connector Name plate 320±2 Scale(inch) Lock nut Element holder inch Cursor Lock nut Element holder Cursor 36±0.5 90max. 90max. 36±0.5 52.5±0.5 52.5±0.5 Weight : Approx. 0.8kg Detector FSD12 (small type) Scale(inch) Detector FSD22 (small diameter) Name plate Saddle 54±2 Connector Weight : Approx. 0.6kg Scale(mm) （114） Sensor Distance between two sensors 0 to 330 Name plate A Wire rope Mounting spring Lock nut （ø19） 46±1 530±2 37±1 Element holder Cursor φ26 33±0.5 90max. 205max. 8.5 8 ø4.3 Cable BNC Connector +200 5000 −0 CONNECTION DIAGRAM G + Weight : Approx. 1.7kg Weight : Approx. 1.3kg 44±1 TO FLOW TRANSMITTER Detector FSD32 (high-temperature) Detector FSD41 (middle type) 11 FSC, FSD OUTLINE DIAGRAM (Unit:mm) Name plate Wire rope Mounting spring 92±2 BNC connector Sensor unit （114） 78±1 Type. Mfd. A 67±2 （ø19） L Detector Absorber unit Ser.No. BNC Connector 8.5 8 Cable Made in Japan ø4.3 +200 5000 −0 Frame Weight : Approx.2.2kg Detector FSD51 (large type) (H) Clip (ø12.3) Straight plug (ø5) AO AI ch1 AI ch2 W±1 +100 1500 -0 100±5 Weight : approx. 0.1kg Code color Black (BK) White (W) Red (R) Green (G) Yellow (Y) Brown (BN) Clip color Red (R) Black (BK) Red (R) Black (BK) Red (R) Black (BK) (+) (−) (+) (−) (+) (−) Type Diameter (mm) L H W Weight Approx. (kg) FSDP2 φ40 to φ200 260±1.2 70 57 0.8 FSDP1 φ100 to φ400 260±1.2 72 57 0.9 FSDP0 φ200 to φ1000 350±2.0 90 85 2.0 Mark AO AI ch1 AI ch2 Analog input/output cable Detector FSDP (Detector for flow velocity profile measurement) Caution on Safety *Before using this product, be sure to read its instruction manual in advance. International Sales Div Sales Group Gate City Ohsaki, East Tower, 11-2, Osaki 1-chome, Shinagawa-ku, Tokyo 141-0032, Japan http://www.fujielectric.com Phone: 81-3-5435-7280, 7281 Fax: 81-3-5435-7425 http://www.fjielectric.com/products/instruments/ Information in this catalog is subject to change without notice. Printed in Japan