HTTF Transit Time Ultrasonic Flow Meter

Installation onsiderations imensional Specifications 1. Select the optimum mounting location on the piping system a full pipe with at least 10 straight pipe diameters upstream and 5 pipe diameters downstream with no flow disturbances. 2. pply couplant grease to the two surfaces of the transducers that contact the pipe. 3. Mount the flow meter or remote transducers onto the pipe and secure. On horizontal pipe, transducer mounting location should be approximately 45-degrees of the side of the pipe. On vertical pipes with upward flow, radial orientation does not matter. 4. onnect and apply power. 5. onnect the 4-20 m, frequency or both outputs to the monitoring system. Mechanical imensions: Inches (mm) coustic ouplant pplication Size Material Measuring Range Integral System.875 (22.2) I onduit hole Integral Mount Flow Meter Mounting Orientation 3/4" Transit Time Ultrasonic Flow Meter 2.57 (65.3) 1" 1-1/4" U-olt onnections (NSI & opper 2 inch Models) 10 5 Remote Mount 1-2" Vertical Mount Flow Meter Transducer can be Mounted in any Orientation 5 Remote System 7.01 (178) 10 3.00 (76.2) MIN learance Remote Mount - Large 2.95 (74.9) HTTS U-olt onnections (NSI & opper 2 inch Models) 2.75 (69.8) Remote Large Transducer Mounting Orientation HTTS HTTN.21 (5.3) I 2 Mounting holes.875 (22.2) I 2 onduit holes ISTRIUTE Y: Head-on View of 5 Non-intrusive system is tolerant of suspended solids and gas pockets lamp-on design provides easy, low cost installation vailable for line sizes from up to 100" Offered with or without a local display Provides rate and total (forward, reverse and net) 4-20 m and pulse outputs for direct interface to data collection systems esigned for maintenance free operation Software utility allows in-field configuration ISO ERTIFIE 9001: 2000

HT TF Transit Time Ultrasonic Flow Meter Technology and Specifications Operating Principle Transit time flow meters utilize two transducers which function as both ultrasonic transmitters and receivers. The flow meters operate by alternately transmitting and receiving a frequency modulated burst of sound energy between the two transducers. The burst is first transmitted in the direction of fluid flow and then against fluid flow. Since sound energy in a moving liquid is carried faster when it travels in the direction of fluid flow (downstream) than it does when it travels against fluid flow (upstream), a differential in the times of flight will occur. The sound s time of flight is accurately measured in both directions and the difference in time of flight calculated. The liquid velocity (V) inside the pipe can be related to the difference in time of flight (dt) through the following equation: V = K**dt, where K is a constant and is the distance between the transducers. Specifications ESRIPTION SPEIFITION Liquid Types Power Velocity Inputs/Outputs isplay Units mbient Temperature Liquid Temperature Enclosure Transducer Line Sizes Line Materials ccuracy Most clean liquids or liquids containing up to 40% suspended solids or aeration 11-30 V @ 0.25 0.1 to 40 FPS (0.03 to 12.4 MPS) 4-20 m Output (standard) Resolution 12-bit for all outputs Power Source Insertion loss 5 V maximum Loop impedance 900 Ohms maximum Isolation an share ground common with power supply isolated from piping system Turbine Frequency Output / TTL-Pulse Output (standard) Switch selectable Type Non-ground referenced / Ground referenced square wave mplitude 100 mv peak to peak minimum / 5 V Frequency range 0-1,000 Hz uty cycle 50% ±10% 2 line x 8 character L; 0.7", 7 segment top row; 0.35", 14 segment bottom row Rate: 8 maximum digits, lead zero blanking Total: 8 maximum digits, exponential multipliers from -1 to +6 Engineering: feet, gallons, ft 3, million-gal, barrels (liquor & oil), acre-feet, lbs, meters, m 3, liters, million-liters, kg Rate: sec, min, hr, day General purpose: 0 F to +185 F (-20 to +85 ) Hazardous locations: 0 F to 105 F (-20 to +40 ) 0 F to +185 F (-20 to +85 ) NEM 3 (Type 3) S or polycarbonate PV, Ultem, brass or stainless steel hardware to 100" (12 mm to 2540 mm) arbon steel and stainless steel NSI pipe; copper and plastic tubing ±1% of reading at rates above 1 FPS (0.3 MPS) ±0.01 FPS (0.003 MPS) of reading at rates lower than 1 FPS (0.3 MPS) Response Time 0.3-30 seconds, adjustable Protection Reverse-polarity, surge suppression pprovals General requirements: NSI/IS 582-01 Hazardous locations: NSI/IS 12.12.01 lass I iv. 2, Groups & (Integral Systems only) S 22.2 No. 213, E79-15-95 (3 and 4 models only) UltraLink Utility Windows -based software utility, requires serial communication cable and Windows 95, 98, 2000 or XP 2

HT TF Transit Time Ultrasonic Flow Meter Part Numbering Information Integral System - to 2" 1 N N isplay Options 1 - No display - S enclosure 2 - Rate & Totalizer display - S enclosure 3 - No display -polycarbonate enclosure 4 - Rate & Totalizer display - polycarbonate enclosure Output 1-4-20 m and Pulse onnector Options N - 1/2 inch onduit Hole - Water-tight able lamp - ircular MIL-style onnector - 1/2 inch Flexible onduit onnector Size - 1/2 inch NSI - 3/4 inch NSI - 1 inch NSI - 1-1/4 inch NSI E - 1-1/2 inch NSI F - 2 inch NSI G - 1/2 inch opper H - 3/4 inch opper I - 1 inch opper J - 1-1/4 inch opper K - 1-1/2 inch opper L - 2 inch opper M - 1/2 inch Tubing N - 3/4 inch Tubing P - 1 inch Tubing Q - 1-1/4 inch Tubing R - 1-1/2 inch Tubing S - 2 inch Tubing 1-20 mm Tubing 2-25 mm Tubing 3-32 mm Tubing 4-40 mm Tubing 5-50 mm Tubing 6-63 mm Tubing (onsult factory for availability) Remote System - to 100" ( system consists of one part number and a choice of one large or small pipe transducer part number.) 1 N N System Size X - Large Y - Small Select Options from Integral System Table above Large Transducer - 2" to 100" H T T N Small Transducer - to 2" H T T S Type N - Standard (PV, Ultem ) H - High Temp (TFP, Vespel ) able Length onduit Type N - None are RG59 able - Flexible armored Location N - Ordinary rea onduit Length 000-0 feet (0 m) Nominal Size - 1/2 inch F - 3/4 inch G - 1 inch H - 1-1/4 inch J - 1-1/2 inch L - 2 inch Type P - NSI - opper T - Tubing able Length onduit Type N - None are RG59 able - Flexible armored onduit Length 000-0 feet (0 m) ccessories Part Number P able w/ultralink software -ULINK 90-240 V Power Supply -PWR Ultem is a registered trademark of General Electric ompany. Vespel is a registered trademark of E.I. dupont Nemours and ompany. 3

HT TF Transit Time Ultrasonic Flow Meter pplication ata Sheet Job Name/Reference #: ate: Name: ompany: Title: E-Mail: ddress: ity: Zip / Postal ode: Telephone: State / Province: ountry: Fax: Liquid Type: Water Wastewater Oil Other Liquid omposition ( % volume, solids or aeration): Full during flow measurement: Yes No Max. Liquid Temp: ºF/º Viscosity: O.. : inches mm Schedule/lass: Material: Liner (if applicable): Type Thickness Length of straight pipe (in pipe diameters): Upstream ownstream Nearest obstruction (i.e. elbow, valve): Flow Range: Minimum Maximum Nominal Flow Unit: GPM LPM Other isplay: None Rate Total Power Requirement: / Output Requirements: None 4-20m Rate Pulse Environment: Indoor Outdoor Submersible Hazardous rea pplication Notes: It is recommended that a Hedland application specialist review new applications before ordering. Fill out the information noted above and fax to Hedland at 262-639-2267. Please include contact information so Hedland personnel may contact you regarding any additional questions. 4