EC250 ELECTRICAL CONDUCTIVITY SENSOR PENTAIR ENVIRONMENTAL SYSTEMS IRRIGATION AUTOMATION REMOTE MONITORING CLOUD BASED DATA WATER MEASUREMENT

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1 EC250 ELECTRICAL CONDUCTIVITY SENSOR IRRIGATION AUTOMATION WATER MEASUREMENT REMOTE MONITORING CLOUD BASED DATA PENTAIR ENVIRONMENTAL SYSTEMS

2 EC250 ELECTRICAL CONDUCTIVITY SENSOR DESCRIPTION The EC250 Electrical Conductivity Sensor provides highly accurate conductivity measurements in a wide range of hydrological applications. Exceptional reliability and chemical resistance are guaranteed by the state of the art toroidal measuring system. Advanced microprocessor technology provides highly accurate temperature compensated measurements. Field conductivity measurements in ionised solutions have traditionally been fraught with inaccuracy due to temperature and electrode effects. The EC250 Sensor substantially eliminates these conventional sources of error. A larger sized toroidal sensor element uses the free ions in solution as a conductive path between two shielded ferrite transformer cores. This system eliminates errors caused by electrode degradation. An advanced compensation algorithm in the onboard microprocessor substantially reduces system non-linearity and temperature drift errors. The sensor is ideal for use in a wide range of monitoring and environmental projects. A durable corrosion resistant body and double O ring sealing ensures suitability for harsh environment applications. The sensor comes fitted with a moulded polyurethane cable. The EC250 is easy to install and provides users with a rugged and reliable solution to long term monitoring. For more information please contact your nearest sales office. FEATURES Toroidal sensing technology eliminates electrode corrosion effects guaranteeing long life and reduced field service. On-board temperature measurement and microprocessor controlled temperature compensation and linearisation ensure highly accurate readings in demanding conditions. Sensor can be field calibrated with Aquamonix calibration software. Separate conductivity and temperature outputs Raw conductivity or on-board normalisation of conductivity to 25 C BENEFITS Low cost of ownership and minimal maintenance Ease of use and long term reliability APPLICATIONS STP aeration tanks Borehole observations Tidal and estuarine studies Effluent monitoring River and stream measurement CUSTOMER SUPPORT Aquamonix also offer a range of customer support functions: Field installation Data management Project integration Technical and sales support Factory calibration and re-certification Product servicing and repair DIMENSIONS AQUAMONIX

3 EC250 ELECTRICAL CONDUCTIVITY SENSOR EC250 SPECIFICATIONS Measurement technique Standard EC ranges available Outputs Toroidal measuring system µs/cm, µs/cm, µs/cm, µs/cm, µs/cm, µs/cm & µs/cm Other ranges are available to order. A calibration charge applies to non-standard ranges. EC: 4 20 ma, V, or 0 1 V Temperature: 4 20 ma, V, or 0 1 V Linearity Temperature 0.2%, EC 0.2% Temperature accuracy 0.2ºC EC accuracy, normalised to 25ºC 1% 25ºC EC accuracy, non-normalised 0.7% 25ºC Cable type Standard cable lengths Non-standard cable lengths Power supply Reverse polarity protected Surge protected Warm-up/reading time Current consumption Operating temperature Storage temperature Depth rating Weight Polyurethane sheathed cable, OD 8 mm, Aramid reinforced, moulded entry, bare wire connection 10, 20, 30, 50, 100, 150 m (32, 65, 100, 165, 325, 490 ft) Yes (Extra cable moulding time may be required) 8 27 V Yes to 2 kv 1 sec ma (dependent on output) 0 50 C 5 C 60 C 100 m 1.76 kg (Stainless Steel) 950 g (Acetal) Dimensions Length mm ( ) OD 63.5 mm (Stainless Steel or Acetal) Wetted materials Software supplied 316 Stainless Steel, Acetal, Acrylic ECFA OPTIONAL EXTRAS AND ACCESSORIES Communications cable for use with ECFA software (Part No. 5CC-200) HOW TO ORDER The following information will be required: Model EC250 EC Range Normalised or non-normalised EC shroud fitted (Y/N) Body type Cable length (m) Output (current/voltage) Any other accessories. AQUAMONIX 03

4 ORP1000 OXYGEN REDUCTION POTENTIAL SENSOR IRRIGATION AUTOMATION WATER MEASUREMENT REMOTE MONITORING CLOUD BASED DATA PENTAIR ENVIRONMENTAL SYSTEMS

5 47.0 ORP1000 OXYGEN REDUCTION POTENTIAL SENSOR DESCRIPTION The ORP1000 is a fully submersible sensor, well proven to withstand harsh field conditions. Applications include the salty or acidic water conditions found in sewer, surface and groundwater. The sensor requires low voltage power supply and provides a calibrated 4 20 ma output. Designed with input and support from real users, the ORP1000 is a rugged sensor that is also easy to service and clean in the field. The smooth lines of the durable Acetal body with double O-ring design minimise ragging in sewer applications. The shrouds that protect the electrode from impact are easily removed for cleaning. The sensor is fitted with a moulded cable with a tough, polyurethane outer sheath that is reinforced with strong Aramid fibres that can support many times the sensor weight. The sensor utilises a robust Platinum electrode together with optical isolation and advanced signal conditioning to ensure long term accurate data. A special feature of the electrode is a reference protection ring. Made from porous PTFE which is impregnated with a special conductive gel, this ring prevents chemical or biological fouling from reaching the reference. The low cost protection ring can be simply replaced if it is contaminated or fouled, extending the life of the combination electrode. At the end of its life, the electrode can be replaced by the user in the field without the need to return the sensor to the factory. The ORP1000 sensor is easy to install and provides a reliable solution to long term monitoring. For more information please contact your nearest sales office. FEATURES Innovative, optically isolated signal conditioning Field proven platinum electrode Inovative replaceable reference protection ring Robust, easy clean design Low power energy requirements Wide operating temperature range BENEFITS Rugged electrode design provides unparalleled remote operations Operation on remote power source for long periods High reliability means critical measurements are not lost through sensor down time Minimal field servicing and reduced field visits Long term unattended operation APPLICATIONS Monitoring of streams and rivers, lakes and urban waterways Water and wastewater treatment monitoring Groundwater analysis and monitoring Industrial water process monitoring DIMENSIONS AQUAMONIX

6 ORP1000 OXYGEN REDUCTION POTENTIAL SENSOR ORP1000 SPECIFICATION Measurement technique Platinum electrode with internal reference Sensor range (factory calibrated) +/ 500 mv, +/ 1000 mv, mv Sensor output Analogue 4 20 ma Accuracy +/ 20 mv (+/ 0.2 ma) Cable type Polyurethane sheathed cable, OD 8 mm, Aramid reinforced, moulded entry, bare wire connection Standard cable lengths 10, 20, 30, 50, 100, 150 m (32, 65, 100, 165, 325, 490 ft) Non-standard cable lengths Yes (Extra cable moulding time may be required) Power supply V DC (at sensor) Reverse polarity protection Yes Surge current protected To 2 kv Warm-up time to stable reading 2 sec Current consumption 10 ma to 30 ma while turned on Operating temperature 0 50 C Storage temperature 5 C +60 C Depth rating (water column) 100 m Weight 500 g plus cable weight (665 g per 10 m length) Dimensions (L OD) mm 47 mm ( ) Wetted materials Platinum, acetal, 316 passivated stainless steel, polyurethane, viton OPTIONAL EXTRAS AND ACCESSORIES Field replaceable electrode kit (Part No ) Reference protection ring (Part No ) Copper electrode shroud (Part No ) HOW TO ORDER The following information will be required: Range Cable length (m) Any other accessories CUSTOMER SUPPORT Aquamonix also offer a range of customer support functions: Field installation Data management Project integration Technical and sales support Factory calibration and re-certification Product servicing and repair AQUAMONIX 03

7 PH1000 SENSOR IRRIGATION AUTOMATION WATER MEASUREMENT REMOTE MONITORING CLOUD BASED DATA PENTAIR ENVIRONMENTAL SYSTEMS

8 47.0 PH1000 SENSOR DESCRIPTION The PH1000 is a fully submersible sensor, well proven to withstand harsh field conditions. Applications include the salty or acidic water conditions found in sewer, surface and groundwater. The sensor requires low voltage power supply and provides a calibrated 4 20 ma output. Designed with input and support from real users, the PH1000 is a rugged sensor that is also easy to service and clean in the field. The smooth lines of the durable Acetal body with double O-ring design minimise ragging in sewer applications. The shrouds that protect the electrode from impact are easily removed for cleaning. The sensor is fitted with a moulded cable with a tough, polyurethane outer sheath that is reinforced with strong Aramid fibres that can support many times the sensor weight. A special feature of the combination ph electrode is a reference protection ring. Made from porous PTFE which is impregnated with a special conductive gel, this ring prevents chemical or biological fouling from reaching the reference. The low cost protection ring can be simply replaced if it is contaminated or fouled, extending the life of the combination electrode. At the end of its life, the electrode can be replaced by the user in the field without the need to return the sensor to the factory. The ph1000 sensor is easy to install and provides a reliable solution to long term monitoring. For more information please contact your nearest sales office. FEATURES Field replaceable, gel-filled ph electrode Innovative replaceable reference protection ring Robust, easy clean design Optically isolated signal conditioning electronics Low power energy saving enables long-term remote operation BENEFITS Rugged electrode design provides unparalleled remote operations Operation on remote power source for long periods High reliability means critical measurements are not lost through sensor down time Minimal field servicing and reduced field visits Electrode field replacement to maintain continuous accurate readings APPLICATIONS Sewer monitoring Monitoring of streams and rivers, lakes and urban waterways Catchment studies and forestry management Water supply storages including stratification studies Water and wastewater treatment monitoring Groundwater analysis and monitoring Industrial process, Acid Sulphate studies Tidal, estuary and oceanographic monitoring DIMENSIONS AQUAMONIX

9 PH1000 SENSOR PH1000 SPECIFICATION Measurement technique Sensor range (factory calibrated) Sensor output Accuracy Cable type Standard cable lengths Non-standard cable lengths Power supply Reverse polarity protection Surge current protected Warm-up time to stable reading Current consumption Operating temperature Storage temperature Depth rating (water column) Weight Gel-filled glass electrode with internal Ag/AgCl reference Field Replaceable electrode 0 14 ph (4 ma = 0 ph, 20 ma = 14 ph) Analogue 4-20 ma +/ 0.2 ph (+/ 0.2 ma) Polyurethane sheathed cable, OD 8 mm, Aramid reinforced, moulded entry, bare wire connection 10, 20, 30, 50, 100, 150 m (32, 65, 100, 165, 325, 490 ft) Yes (Extra cable moulding time may be required) V DC (at sensor) Yes To 2 kv 2 sec 10 ma to 30 ma while turned on 0 50 C 5 C +60 C 100 m 500 g plus cable weight (665 g per 10 m length) Dimensions (L OD) mm 47 mm ( ) Wetted materials Acetal, 316 passivated stainless steel, polyurethane, viton OPTIONAL EXTRAS AND ACCESSORIES Field replaceable electrode kit (Part No ) Reference protection ring (Part No ) Copper electrode shroud (Part No ) HOW TO ORDER The following information will be required: Cable length (m) Any other accessories CUSTOMER SUPPORT Aquamonix also offer a range of customer support functions: Field installation Data management Project integration Technical and sales support Factory calibration and re-certification Product servicing and repair AQUAMONIX 03

10 TS1000 TURBIDITY SENSOR IRRIGATION AUTOMATION WATER MEASUREMENT REMOTE MONITORING CLOUD BASED DATA PENTAIR ENVIRONMENTAL SYSTEMS

11 47.0 TS1000 TURBIDITY SENSOR DESCRIPTION The AquamonixTS1000 Turbidity Sensor provides a reliable and cost effective solution for monitoring turbidity in a wide range of environmental applications. The integral wiper assembly provides long term reliable operation at remote sites where bio-fouling or sedimentation is likely. The TS1000 is a low power unit and provides both 4 20 ma and V outputs. The wiper is triggered by a separate control wire. The sensor is ideal for use in all water monitoring applications, including tidal and estuary monitoring. A durable acetal body, double O-ring design ensures suitability for harsh environment applications. It can be supplied in various ranges, and comes fitted with a moulded polyurethane cable. The TS1000 sensor is easy to install and provides users with a rugged and reliable solution to long term monitoring. For more information please contact your nearest sales office. FEATURES Turbidity measurement conforms to ISO7027 Integral self cleaning wiper Rugged acetal body Field replaceable wiper pad BENEFITS Can be installed in active waters (acidic or salty) where stainless steel is not suitable Reliable and robust sensor ensures minimal field visits for maintenance Suitable for marine applications and waterways with high sediment loads APPLICATIONS Monitoring of streams and rivers, lakes and urban waterways Catchment studies and forestry management Water supply storages including stratification studies Intermediate and final effluent treatment monitoring Drinking water filtration efficiency Tidal, estuary and oceanographic monitoring CUSTOMER SUPPORT Aquamonix also offer a range of customer support functions: Field installation Data management Project integration Technical and sales support Factory calibration and re-certification Product servicing and repair DIMENSIONS AQUAMONIX

12 TS1000 TURBIDITY SENSOR TS1000 SPECIFICATION Measurement technique 90 Infra-red (ISO7027) Std ranges available (factory set) 100 NTU 400 NTU 1,000 NTU Resolution 0.1 NTU 0.2 NTU 0.3 NTU 25 C +/ 1% +/ 1% +/ 3% Temperature coefficient +/ 0.2%/ C +/ 0.1%/ C +/ 0.1%/ C Sensor outputs Calibration standard Cable type Standard cable lengths Non-standard cable lengths Power supply Power ESD protection Current consumption Sensor warm-up time Wiper arrangement Wiper control Wiper time Operating temperature Depth rating (water column) Storage temperature Weight 4 20 ma and V DC APS AEPA polymer solutions 0,100 NTU,400 NTU,1000 NTU Polyurethane sheathed cable, OD 8 mm, aramid reinforced, moulded entry, bare wire connection 10, 20, 30, 50, 100, 150 m (32, 65, 100, 165, 325, 490 ft) Yes (Extra cable moulding time may be required) 8 to 30 V DC (at sensor) 2000 volts Sensor ma while operating Plus extra ma while wiping 10 seconds Silicon wiper blade on PVC arm. Field replaceable Pull control wire to GND momentarily Pulse time required >50 ms <8 seconds (1 revolution) 0 50 C 100 m 5 C +60 C 500 g plus cable weight (665 g per 10 m length) Dimensions (L OD) mm 47 mm ( ) Wetted materials UPVC, Acetal, 316 passivated stainless steel, polyurethane, viton OPTIONAL EXTRAS AND ACCESSORIES Spare wiper kit (Part No. 5TW-001) HOW TO ORDER The following information will be required: Sensor full scale range (NTU) Moulded cable length (m) Integral wiper silicone wiper blade provides self-cleaning of sensor lens for long-term unattended operation. AQUAMONIX 03

13 Ph: New South Wales: Ph: (02) Milperra Rd, Milperra, NSW 2214 Victoria: Ph: (03) a New Dookie Rd, Shepparton, VIC 3630 Western Australia: Ph: (08) /30 Oxleigh Drive, Malaga, WA 6090