The Emflux Flow Meter Family

Transcription

1 The Emflux Flow Meter Family Our automation and control solutions deliver substantial water, energy and time savings. The data collected and the flexibility they deliver can then be used to optimise your irrigation practices and resource use We are a major supplier of flow metering, remote telemetry systems and control solutions for the Australian Irrigation market with an installed base of more than 30,000 sites and experience in the industry for over 20 years.

2 MODEL 1060 STEEL BODY FLOWMETER IRRIGATION AUTOMATION WATER MEASUREMENT REMOTE MONITORING CLOUD BASED DATA PENTAIR ENVIRONMENTAL SYSTEMS 2 3

3 MODEL 1060 STEEL BODY FLOWMETER FEATURES The 1060 flowmeter uses the well proven electromagnetic method of flow measurement, which applies Faraday s law as the principle of operation. No moving parts High accuracy Wide operating range No obstruction to the flow Little to no pressure loss Robust construction Welded steel construction Minimal straight pipe installation requirements Remotely mounted electronics Used with the M500 flow transmitter on 240VAC powered sites GENERAL APPLICATIONS Water production and distribution Waste water monitoring and treatment Irrigation flow measurement M500 Transmitter PRODUCT DIMENSIONS NOMINAL BORE LENGTH LOW FLOW - L/s HIGH FLOW - L/s ØA B D (M500/I500) (M500/I500) INSTALLATION REQUIREMENTS DETECTOR Mounts directly into the process pipeline and can be installed in horizontal, vertical or sloped pipelines. The preferred axis of the detector measuring electrodes is horizontal. FLOW TRANSMITTER Can be located remotely up to 100 metres from the flow detector Note: Dimensions are ±1mm. *Sizes under development. MODEL NUMBERING/HOW TO ORDER GM XXX D1 1 S S S F F: POTTED TERMINAL BOX 1060 RANGE S: PIPE-NOT-FULL STAINLESS STEEL ELECTRODE NOMINAL BORE (ØA) S: EARTHING ELECTRODE STAINLESS STEEL (316) D1: AS FLANGE S: MEASUREMENT ELECTRODE STAINLESS STEEL (316) Note: Refer to M500 specifications for transmitter technical information, options and additions. 1: HARD EBONITE RUBBER LINING 4 5

4 MODEL 2020 ELECTROMAGNETIC FLOWMETER IRRIGATION AUTOMATION WATER MEASUREMENT REMOTE MONITORING CLOUD BASED DATA PENTAIR ENVIRONMENTAL SYSTEMS 6 7

5 NOMINAL BORE ØA B K D C MIN FLOW RANGE M300 & I300 L/SEC (GAL/MIN) MAX FULL SCALE M300 L/SEC (GAL/MIN) MAX FULL SCALE I300 L/SEC (GAL/MIN) 50 (2) 240 (9.45) 100 (3.94) 360 (14.17) 130 (5.12) (0 15.5) 20 (317) 10 (158) MODEL 2020 ABS BODY FLOWMETER The 2020 ABS Body Flowmeter, used with either our M300 or I300/I500 flow transmitters, is ideally suited to accurately measure the flowrate of a wide variety of conductive process liquids, water, wastewater. FEATURES The 2020 flow detector uses the well proven electromagnetic method of measurement, which applies Faraday s Law as the principle of operation. ABS tube and housing. High accuracy. No moving parts. Wide operating range. No obstruction to the flow. Little to no pressure loss. A choice of electrodes to suit the process. Variety of flange types available. Robust construction. Submersible to 1.5 metres (5 feet) of water. Suitable for buried service. Minimal straight pipe requirements. Remotely mounted electronics. On powered sites used with the M300 transmitter which features multiple outputs and flexible programming. On non-powered sites used with the I300 or I500 battery powered transmitter with solar recharge. GENERAL APPLICATIONS Irrigation flow measurement. Water production and distribution. Effluent discharge. Selected chemical applications. INSTALLATION REQUIREMENTS Detector Mounts directly into the process pipeline and can be installed in horizontal, vertical or sloped pipelines. The preferred axis of the detector measuring electrodes is horizontal. Note: For accurate flow measurement the flow detector must always be full. ASSOCIATED FLOW TRANSMITTER Can be located remotely from the detector. Model M300 up to 100 metres. Model I300 or I500 up to 30 metres. I300/I500 Solar-powered Transmitter M300 Transmitter (for powered sites) 80 (3) 240 (9.45) 100 (3.94) 400 (15.75) 130 (5.12) (0 39.6) 50 (792) 25 (396) 100 (4) 260 (10.24) 105 (4.13) 420 (16.54) 145 (5.71) (0 63.4) 78 (1,236) 40 (634) 150 (6) 325 (12.80) 135 (5.31) 520 (20.47) 175 (6.89) ( ) 176 (2,790) 88 (1,393) 200 (8) 364 (14.33) 152 (5.98) 610 (24.02) 201 (7.91) ( ) 314 (4,977) 157 (2,486) 250 (10) 417 (16.42) 179 (7.05) 750 (29.52) 228 (8.98) ( ) 491 (7,782) 245 (3,883) 300 (12) 456 (17.95) 199 (7.83) 818 (32.20) 251 (9.88) ( ) 707 (11,206) 353 (5,595) 375 (15) NA (18) NA Note: Dimensions are nominal to ± 2mm (or ± 0.08 in), gal = US gallon DIMENSIONS in mm and (inches) Note: Above dimensions are based on flanged style meters. For meters with spigot ends, the length is reduced. See the table below. ØA PER SPIGOT FOR SPIGOT ON EACH END 50 3 mm (0.12 in) 6 mm (0.24 in) 80 5 mm (0.19 in) 10 mm (0.38 in) mm (0.19 in) 10 mm (0.38 in) mm (0.31 in) 16 mm (0.62 in) mm (0.24 in) 12 mm (0.48 in) mm (2.36 in) 120 mm (4.72 in) mm (2.36 in) 120 mm (4.72 in) SPECIFICATIONS Sizes Metering Tube Electrodes Earthing Process Flange Connections Pressure Limitations Temperature Limitations Environmental Protection 50 mm 300 mm ABS Plastic 316 S/S as standard Hastelloy C Specials available on request Ground Electrodes 316 S/S fitted as standard Other ground electrode materials available Slip-ring galvanised fittings, optional stainless steel AS2129 D/E, ANSI 150 Spigot and gilbault connections Others available on request 50 mm (2 in) = 1500 kpa at 20 C (68 F) 80 mm (3.2 in) = 1200 kpa at 20 C (68 F) mm (4 in 8 in) = 1200 kpa at 20 C (68 F) 250 mm (10 in) = 1200 kpa at 20 C (68 F) 300 mm (12 in) = 900 kpa at 20 C (68 F) 60 C (140 F) maximum IP68 or Nema 4 to 5 m (15 feet) HOW TO ORDER TYPICAL SPECIFYING SEQUENCE Example EM AD AD S X Used with Transmitter IR2020 = for use with I300 EM2020 = for use with M300 Size mm (in) 050 (2) 080 (3.5) 100 (4) 150 (6) 200 (8) 250 (10) 300 (12) Process Connection Upstream AD = AS2129 flange (Table D ) (Std) AE = AS2129 flange (Table E ) C1 = ANSI 150 flange SE = Spigot End ZZ = Special (detail in text) Process Connection Downstream As above Electrode Material S = Stainless 316 (Std) H = Hastelloy C Z = Special (detail in text) Pipe not full Electrode X = None S = Stainless 316 (Std) H = Hastelloy C K = Special (detail in text) TECHNICAL DATA ACCURACY M300 I300 Display and Outputs Velocity Range: 0.2% of rate or 1 mm/sec (0.04 in/sec) whichever is greater 0.01 to 10.0 m/sec (0.03 to 33 ft/sec) 1% of rate or 2 mm/sec (0.08 in/sec) whichever is greater <0.03 to >5.0 m/sec (<0.1 to >16.4 ft/sec) Turndown from >1000:1 >166:1 Full Scale: Pressure Effects: Negligible effect Negligible Effect Repeatability: <0.05% <0.1% Power Supply Variations: Negligible Negligible Note: Under reference conditions Housing Composite Material, ABS 02 8 AQUAMONIX AQUAMONIX 03 9

6 MODEL 2030 IRRIGATION FLOWMETER IRRIGATION AUTOMATION WATER MEASUREMENT REMOTE MONITORING CLOUD BASED DATA PENTAIR ENVIRONMENTAL SYSTEMS 10 11

7 SYSTEM COMPONENTS IRRIGATION FLOWMETER Designed for Dethridge Meter Replacement Designed to meet the specific requirements of open channel irrigation schemes, the Irriflow is a high performance flowmeter for farm offtakes. 1 Upstream entry Pit 4 Mag Flow Meter Model Operating Head Loss 2 Connecting Pipe - RCP 5 Downstream exit Pit 8 Downstream Sill 3 Irriflow Solar Powered Transmitter 6 Flow Control Gate or Penstock FEATURES Operates on batteries with solar power recharge. No obstruction in flow path, no moving parts. Extremely low headloss. Broad operating range. Simple installation. Tamper-proof design. Each Irriflow flowmeter is supplied with a 3 point calibration certificate, traceable to national standards. Pit Mount Designed to be attached to a discharge headwall with the flowmeter ID similar to the discharge pipe, therefore producing no appreciable head loss. No Mounting Tabs Designed for encasement into piping systems. GENERAL APPLICATIONS The Irriflow uses the well proven electromagnetic method of measurement, which applies Faraday s Law as the principle of operation. This technique features a straight through section of pipe with no obstruction to restrict flow, and no moving parts to wear or break. SYSTEM CONFIGURATION The Emflux 2030 consists of two main components, the Detector (primary element) and the Transmitter (secondary). The Detector installs into a pipe and provides a linear, low level signal proportional to flow. The Transmitter mounts remotely from the detector. It accepts the low level signal from the detector and converts it into industry standard outputs, as well as displaying flowrate and total flow. To conserve power, the system periodically samples the flowrate. The reading and outputs are held until the next sample which is updated every 1 to 60 minutes (programmable). The reading may be manually updated by simply pressing a display button. This would typically occur when setting or adjusting flowrate. SYSTEM ACCURACY Better than ±2.5% over the flow range 0.5 ML/day 40 ML/day. INSTALLATION REQUIREMENTS The IR2030 series requires a minimum of five diameters, of straight pipe or 1 length between pits, upstream of the meter and a minimum 600 mm (23.6 in) of clear area at the downstream end. The meters must remain full for proper operation. Flow detector I300 Solar-powered Transmitter HOW TO ORDER TYPICAL SPECIFYING SEQUENCE Example: IR PM 2 S F R Model IR2030 = for use with I300 Size (all 600mm long) 450 = ID 445 mm, OD 558 mm 470 = ID 470 mm, OD 585 mm 485 = ID 485 mm, OD 600 mm 600 = ID 600 mm, OD 714 mm Process Connection (Upstream) NM = No Mounting Tabs EM = End Mount IM = Insertion Mount PM = Pit Mount Front Tab 1 = No D/S Tab 2 = With D/S Tab Electrodes S = 316SS Potting F = Potting (Cable must be ordered separately) Transmitter Location R = Remote EMFLUX 2030 SPECIFICATION DETECTOR SPECIFICATIONS Wetted materials: 304 stainless steel housing 316 stainless steel electrodes Insulating rubber liner Head loss Negligible (application specific) Cable 5 to 30 metres (16 to 98 feet) fitted and potted TRANSMITTER SPECIFICATIONS Displays 2 line alphanumeric LCD Flow rate in:megalitres per day 0.1 Metres per second 0.1 Litres per second 0.1 Flow total in: Battery volts Solar panel volts Outputs Flowrange Power supply Enclosure Megalitres 0.001, cubic metres 4.20 ma, externally powered (option) Digital pulse open collector Frequency Serial MODBUS 0.5 to 40 megalitres (0.1 to 11.5 million US gallons per day). Maximum flow is determined by available head, 12 V DC from battery with solar recharge Stainless steel, IP65 weatherproof 300 H 200 D 245 W with sunshield and 50 mm pipe mount IR2030 SIZE AND WEIGHT SIZE I/D(MM) O/D (MM) H (MM) L (MM) WT (KGS) (Refer Emflux I300 brochure for more details) AQUAMONIX AQUAMONIX 03 13

8 MODEL 2060 ELECTROMAGNETIC FLOWMETER IRRIGATION AUTOMATION WATER MEASUREMENT REMOTE MONITORING CLOUD BASED DATA PENTAIR ENVIRONMENTAL SYSTEMS 14 15

9 MODEL 2060 STEEL-BODY FLOWMETER The 2060 steel-bodied flow detectors offer the strength and durability of steel with a choice of chemical or abrasive resistant liners. 900 (36) 1140 (44.82) 670 (26.38) 1180 (46.46) (0 5040) 6362 (100840) FEATURES Mining slurries (40) 1245 (49.02) 723 (28.47) 1310 (51.57) (0 6229) 7854 (124488) The 2060 flow detector uses the Effluent discharge. Note: Dimensions are nominal to ± 1 mm. For other liner materials, consult the factory. Dimension D is based on Standard Hard Ebonite Rubber Lining. gallons = US gallons. well proven electromagnetic method Pulp and paper applications. of measurement, which applies Faraday s Law as the principle HOW TO ORDER TECHNICAL DATA AND SPECIFICATIONS INSTALLATION REQUIREMENTS of operation. ACCURACY M300 I300 Detector TYPICAL SPECIFYING SEQUENCE No moving parts Mounts directly into the process Display 0.2% of rate or 1% of rate or Example: EM2060 D1 1 S X S F High accuracy pipeline and can be installed in and Outputs 1 mm/sec (0.04 in/sec) 2 mm/sec (0.08 in/sec) EM = M300 or IR = I300 whichever is greater whichever is greater horizontal, vertical or sloped pipelines. Wide operating range Size (mm) The preferred axis of the detector 50 Velocity Range: 0.01 to 10.0 m/sec <0.03 to >5.0 m/sec No obstruction to the flow measuring electrodes is horizontal. I300 or I (0.03 to 33 ft/sec) (<0.1 to >16.4 ft/sec) Little to no pressure loss Transmitter 100 Note: For accurate flow measurement the flow detector Turndown from >1000:1 >166:1 must always be full. (solar-powered) 150 to 1000 Liners to suit chemical or abrasive Full Scale: Flanged applications. Recommended installation AD = AS2129 Table D Pressure Effects: Negligible effect Negligible Effect A choice of electrodes to suit the requirements are 5 diameters of AE = AS2129 Table E Repeatability: <0.05% <0.1% process straight pipe section upstream and B1 = BS Power Supply Negligible Negligible Variety of flange types available 3 diameters downstream. B2 = BS Variations: B3 = BS Robust construction Associated Flow Transmitter C1 = ANSI 150 Note: Under reference conditions Steel welded construction Can be located remotely from the C2 = ANSI 300 detector. Model M300 up to 100 D1 = AS SPECIFICATIONS Submersible to 10 metres of water metres. Model I300 or I500 up to 30 D2 = AS Sizes 50 mm 1000 mm (2 40 inch) NB Suitable for buried service metres. D3 = AS Metering Tube 304 Stainless steel Minimal straight pipe installation Lining Material requirements M300 Transmitter 1 = Hard Ebonite Rubber Lining Hard Ebonite Rubber, Basalt, Neoprene, 2 = (Not Available) Linatex, Polyurethane Remotely mounted electronics (for powered sites) 3 = Neoprene Specials available on request On powered sites used with the 4 = Linatex Electrodes 316 S/S as standard, Hastelloy C DIMENSIONS M300 transmitter which features 5 = Polyurethane Tungsten tipped, Specials available on request in mm and (inches) Electrodes multiple outputs and flexible S = 316SS Earthing Ground Electrodes programming H = Hastelloy C Discs or contra flanges are available on request On non-powered sites used with T = Tungsten Tipped Process Flange Wide range available the I300 or I500 battery-powered Earthing transmitter with solar recharge. X = None Pressure Limits Limited by flange rating S = 316SS Temperature Dependent on Liner selection, Hard Ebonite GENERAL APPLICATIONS H = Hastelloy C Limitations Rubber = 80 C (176 F) Water production and distribution. T = Tungsten Tipped Environmental IP68 to 10 metres (33 feet) D = 304SS Discs Waste water monitoring and Protection Pipe Not Full treatment. X = None Housing All steel welded case with two part Irrigation flow measurement. S = 316SS epoxy coating H = Hastelloy C T = Tungsten Tipped Potting X = No Potting F = Potting (Cable must be ordered separately) AQUAMONIX AQUAMONIX NOMINAL BORE ØA B C D MIN FLOW RANGE M300 & I300 L/SEC (GAL/MIN) MAX FULL SCALE M300 L/SEC (GAL/MIN) MAX FULL SCALE I300 L/SEC (GAL/MIN) 50 (2) 231 (9.09) 216 (8.50) 360 (14.17) 0 1 (0 16) 20 (317) 10 (158) 80 (3) 231 (9.09) 216 (8.50) 360 (14.17) (0 39) 50 (792) 25 (396) 100 (4) 231 (9.09) 216 (8.50) 360 (14.17) 0 4 (0 63.4) 78 (1236) 40 (634) 150 (6) 316 (12.44) 258 (10.16) 429 (16.89) (0 139) 176 (2789) 88 (1395) 200 (8) 373 (14.61) 287 (11.30) 429 (16.89) (0 249) 314 (4977) 157 (2488) 225 (9) 400 (15.75) 300 (11.81) 429 (16.89) 0 20 (0 317) 397 (6293) 200 (3170) 250 (10) 421 (15.57) 311 (12.24) 429 (16.89) 0 25 (0 396) 490 (7767) 245 (3883) 300 (12) 479 (18.86) 340 (13.39) 471 (18.54) 0 35 (0 555) 707 (11206) 353 (5595) 350 (14) 582 (22.91) 391 (15.39) 543 (21.38) 0 49 (0 777) 962 (15248) 481 (7624) 375 (15) 607 (23.90) 417 (16.42) 582 (22.91) 0 56 (0 888) 1104 (17499) 552 (8749) 400 (16) 634 (24.96) 417 (16.42) 582 (22.91) 0 63 (0 999) 1256 (19909) 628 (9954) 450 (18) 685 (26.97) 443 (17.44) 607 (23.90) 0 80 (0 1268) 1590 (25202) 795 (12601) 500 (20) 736 (28.98) 468 (18.43) 683 (26.89) (0 1585) 1963 (31114) 982 (15565) 600 (24) 838 (32.99) 520 (20.47) 785 (30.91) (0 2235) 2827 (44808) 1414 (22412) 700 (28) 940 (37.01) 570 (22.44) 937 (36.89) (0 3059) 3848 (60992) 800 (32) 1040 (40.94) 620 (24.41) 1050 (41.34) (0 3978) 5026 (79664)

10 MODEL M500 FLOWMETER TRANSMITTER IRRIGATION AUTOMATION WATER MEASUREMENT REMOTE MONITORING CLOUD BASED DATA PENTAIR ENVIRONMENTAL SYSTEMS 18 19

11 M500 FLOWMETER TRANSMITTER The M500 Electromagnetic Flowmeter has been developed to meet the demanding requirements for accurate metering of process and mining fluid supplies but is equally at home in other water supply applications including urban water (recycled water, distribution network and revenue monitoring), irrigation and environmental monitoring. FEATURES Uses the well proven electromagnetic method of measurement. No moving parts or restriction of flow during measurement. Enhanced diagnostic and alarm functions, completely configurable Removable SD card allowing upgrade of transmitter. Large multi-line backlit LCD display. User configurable logging interval for flow data and diagnostic tables. Optional 4-20mA output. User configurable digital frequency and pulse outputs. Full serial Modbus multidrop support. 3x expansion slots allowing additional IO. Serial support for modems, RTUs and PLCs. Ability to calibrate and operate flow tubes up to 1000mm in diameter. Capacitance style keypad with no moving parts. Cable entry via IP68 rated glands Designed for outdoor environments. GENERAL APPLICATIONS Electromagnetic flowmeters for the accurate flow measurement of any conductive fluid. Ideally suited to water and waste water treatment plants, mining and general industry. TECHNICAL DATA Display: 128 x 64 pixel monochrome graphic type with LED backlighting. Backlight can be enabled or disabled, includes auto-off mode when enabled and after 30 seconds of keypad inactivity. Configuration: Four button capacitive touch with adjacent key suppression, self-calibrating, with wake function and press or hold discrimination. Two-level menu hierarchy: menu and submenu with numerical index to each menu item for ease of cross referencing. Programmable meter codes are configurable. Access remotely via Magmate utility or via the onboard USB port. Outputs: Digital pulse, with output triggering by volume or alarm cause Frequency output, configurable up to 1000Hz 4-20mA output in either source or sink mode RS232 / RS485 Modbus over serial line. Power supply: Integral AC/DC conversion, VAC / 47-63Hz VDC native power supply. Cable Entries: M16x3 (Power, Flow Detector Signal, Serial Comms), M20x1 (Flow Detector Coil), M25x1 (Conduit entry) supplied with gland plug for sites with no conduit, ensuring protection from moisture and dust. SET-UP AND OPERATION The operation and set-up of the system are broken into two main areas: Operations Menu Power up display (self-test status and firmware version indication). Display of flow variables and alarms. Passcode entry. Read only display of settings and diagnostic information. Configuration of user settings (configuration menus). Diagnostics The M500 incorporates advanced diagnostics which monitor the integrity of the system, including: Coil voltage check Coil current check Electrode check Pipe Not Full detection Signal voltage check A/D Converter operation and self calibration Real Time Clock operation Battery voltage Battery current Solar voltage Other diagnostic functions included as standard. Records PC compatible directory structure with individual files for: Flow data records (CSV) Diagnostic results records (CSV) System event records (CSV) Alarms records (CSV) Configuration data (binary format) HOW TO ORDER TYPICAL SPECIFYING SEQUENCE Example: M500 M X X X M500 Electromagnetic Flowmeter L: 12-24VDC M: 240VAC X: No option card M: modem card (RS232, 485,422) X: No option card A: Analogue Card (4-20mA) X: No option card D: Digital IO expansion FIGURE 1: PART NUMBER TABLE FOR M500 FLOWMETER. Examples: M500-MXXX M500-MXAX M500-LMXX PART NUMBERS FOR OPTIONAL EXPANSION CARDS: Modem card: Analogue card: Digital I/O card: DIMENSIONS (mm) M500 with 240VAC supply, no option expansion cards. M500 with 240VAC supply, analogue expansion card. M500 with 24VDC supply, modem expansion card. Aquamonix part number G PUR Aquamonix part number G PUR Aquamonix part number G PUR M5 BOLT MOUNTING HOLE POSTIONS ACCURACY Flow Velocity Range Linearity ±0.005% Accuracy Full Scale Flow Rate Low Flow Cutoff Flow Channels Totaliser Units Flow Time Units Flow Simulation Mode 0.01 to metres per second Better than ±0.5% of indicated flow rate, or ±1mm/s. Programmable Programmable from 0 to 10% of full scale flow rate. Flow velocity, Flow rate, Mass Flow Litres, Kilolitres, Megalitres, Gigalitres, Imperial and US Gallons, Imperial megagallons and others Seconds, Hours, Days Simulated DC current out, Simulated flow rate on meter front LCD AQUAMONIX AQUAMONIX 03 21

12 EMFLUX i500 FLOWMETER TRANSMITTER IRRIGATION AUTOMATION WATER MEASUREMENT REMOTE MONITORING CLOUD BASED DATA PENTAIR ENVIRONMENTAL SYSTEMS 22 23

13 i500 FLOWMETER TRANSMITTER The i500 Electromagnetic Flowmeter is a no compromises, high accuracy, high capability, bullet-proof water and wastewater measurement device. It complies with the new Australian Standard AS/NZS 4747: Meters for Non-Urban Water Supply. It is a fully pattern approved instrument from DN50 to DN600. The meter will meet the demanding requirements for accurate metering of irrigation supplies but is equally at home in other water supply applications including urban water (recycled water, distribution network and revenue monitoring), mining and environmental monitoring. MORE THAN JUST METERING The i500 flowmeter transmitter is more than just a transmitter. It is a remote communication, control and analytics hub. It can be an integral part of your flowmeter data capture, data storage and day to day network operations. The increased capabilities of the i500 will help you to minimise capital cost when building an irrigation network and can save you time and maintenance costs across the lifetime of the scheme operation. GENERAL APPLICATIONS Ideally suited to remote mission critical water and wastewater measurement applications. Suited to irrigation offtakes, water and wastewater treatment plants, mining and general industry applications. Additional capability to undertake basic control functions e.g. local off-take gates and valves and a variety of communications protocols to efficiently deliver output data. FEATURES Uses the well proven electromagnetic method of measurement. No moving parts or restriction of flow during measurement. Enhanced diagnostic and alarm functions, completely configurable Removable SD card allowing easy upgrade of transmitter and logging. Large multi-line backlit LCD display. User configurable logging interval for flow data and diagnostic tables. Optional 4-20mA output. User configurable digital frequency and pulse outputs. Full serial Modbus multidrop support. 3x expansion slots allowing additional IO. Serial support for modems, RTUs and PLCs. Ability to calibrate and operate flow tubes up to 1000mm in diameter. Multi-level password protection Capacitance style keypad with no moving parts. Cable entry via IP68 rated glands Designed for outdoor environments.. MAGMATE State of the art flowmeter commissioning software based on open source protocols Provided free of charge Compatible with all versions of Windows up to and including Windows 10 Backwards compatible with the I300 transmitter to facilitate a seamless upgrade to the i500 Advanced diagnostics to support commissioning DIAGNOSTICS The i500 incorporates advanced diagnostics which monitor the integrity of the system, including: Coil voltage check Coil current check Electrode check Pipe Not Full detection Signal voltage check A/D Converter operation and self calibration Real Time Clock operation Battery voltage Battery current Solar voltage Other diagnostic functions included as standard. RECORDS PC compatible directory structure with individual files for: Flow data records (CSV format) Diagnostic results records (CSV format) System event records (CSV format) Alarms records (CSV format) Configuration data (binary format) AQUAMONIX AQUAMONIX 25 03

14 COMMUNICATIONS CAPABILITIES DNP3 ready and tested Radio telemetry ready and tested 3G/4G ready and tested 3G/4G communications can be linked to Aquamonix s CloudBurst secure cloud data platform Compatible with Aquamonix GateKeeper and Rubicon TCC systems CONTROL CAPABILITIES Single off-take valve or gate control with actuation capabilities Local sensor capabilities e.g. pressure measurement capabilities Remote analytics and capabilities On a 3G/4G communications platform alarm tools to automatically identify meter outages Ability to reflash meters and update firmware remotely via a 3G/4G network to eliminate unnecessary field work SPECIFICATIONS Performance Flow Velocity Range Accuracy Full Scale Flow Rate Low Flow Cutoff Measurement Type Totaliser Units Flow Time Units Flow Simulation Mode I m/sec < ±0.5% of indicated flow rate, or ±1mm/sec Programmable range: m/sec Programmable down to 0.01m/sec Flow velocity, flow rate, mass flow Litres, kilolitres, megalitres, gigalitres and others Seconds, hours, days Simulated DC current out, simulated flow rate. Temperature -20 C to 55 C Outputs Digital Pulse Frequency Analogue Serial RS232 Serial RS485 Serial RS422 Modbus Inputs Type Maximum Current Yes, 2 standard (up to 4 with optional expansion card) 100mA maximium each Up to 1000Hz Yes (with optional expansion card) Up to 2 outputs, 4-20mA, internally or externally powered Yes (with optional expansion card) Yes (with optional expansion card) Yes (with optional expansion card) Yes (with optional expansion card) 1 x digital input for controls (with optional expansion card) 100mA M500 Power supply 12-24VDC with solar charging. 240V AC, 12-24V DC Data Logging Paramaters Logged Logging Interval Comms Connection File Format Capacity Power Supply Diagnostic, flow, alarm Configurable, 1 to 720 minutes Mini USB (standard) RS232, RS485, RS422 (with optional expansion card) CSV 2 Gigabyte Power Supply 12V DC with solar charging. 240V AC or 12-24V DC options Maximum Cable Length 30m 100m Enclosure Specifications Construction Grade 304 stainless steel, double skinned Aluminium, polyurethane coated Rating IP65 IP65 Dimensions H: 300mm W: 240mm D: 200mm H: 282mm W: 182mm D: 115mm Weight 7.0 kg without battery and solar panel 3.0 kg Display Data Entry Cable Entries 128 x 64 pixel configurable monochrome graphic with LED backlighting Four button capacitive touch keypad with additional connectivity via USB 4 x M16 (solar, flow detector signal, flow detector coil) 1 x M8 (serial or antenna) 1 x M25 (conduit entry), 1 x M20 (flow detector coil) 3 x M16 (power, flow detector signal) AQUAMONIX AQUAMONIX 05 27

15 D.O.CHEC TYPICAL SPECIFYING SEQUENCE Example: i500 M X X X i500 Electromagnetic Flowmeter No I500 assembly 1 6 DIMENSIONS (mm) SHEET D: Door only X2: No solar panel R2: Remote solar mount I2: Integral solar mount D X: No option card M: modem card (RS232, 485,422) X: No option card A: Analogue Card (4-20mA) X: No option card D: Digital IO expansion C FIGURE 1: PART NUMBER TABLE FOR I500 FLOWMETER. i500 X2XXX B i500 with no solar panel, no battery and no option cards i500 R2MXX i500 with remote solar panel, 9Ah battery and modem option card. i500 I2MAX PART NUMBERS FOR OPTIONAL EXPANSION CARDS: i500 with integral solar panel, 9 Ah battery, modem and 4 20 ma option cards Modem card: Analogue card: Aquamonix part number G PUR Aquamonix part number G PUR B Digital I/O card: Aquamonix part number G PUR A MATERIAL SPEC. TEST SPEC. REDRAWN IN INVENTOR ECRO DIMENSION 'A' INCREASED FROM 340 TO JS PROCESS SPEC. DETAILS OF CHANGE ECRO ISS AUTHORISED DATE NOTE: COPYRIGHT IN THIS DRAWING VESTS IN OCTY WATER PTY. LTD MILPERRA RD. MILPERRA N.S.W AUSTRALIA 3 DATE DRAWN TOLERANCE UNLESS OTHERWISE LINEAR `0.2 ANGULAR REMOVE ALL BURRS, FLA EDGES: MAX. 0.2x45~ or 0. DIMENSIONS IN MILLIM UNLESS OTHERWISE SH DO NOT SCALE DRAW AQUAMONIX AQUAMONIX 29 07

16 CONTACT AUSTRALIAN LOCATIONS 268 Milperra Road, Milperra, NSW Sales & Distribution Centres Unit 1, 30 Oxleigh Drive, Malaga WA Unit 4, 783 Kingsford Smith Drive, Eagle Farm QLD William Street, Tatura VIC Suite 2, 34 Park Ave, Coffs Harbour NSW INTERNATIONAL LOCATIONS NEW ZEALAND UNITED KINGDOM UNITED ARAB EMIRATES INFO@AQUAMONIX.COM.AU AQUAMONIX.COM.AU 30