HF Scientific AdvantEDGE Brochure by Aqua Technology Group

online measurement electrodes

ORP

Conductivity

Turbidity

Optical Dissolved Oxygen Dissolved Ozone Free Chlorine

Dissolved Oxygen

For three decades HF scientific has developed specialized expertise in measurements for water quality. Our original involvement in water-quality focused on Turbidity measurement. These products have positioned us as one of the worldwide leaders in Turbidity measurement and monitoring. Over the years our expertise expanded to include devices for monitoring other parameters such as Residual Chlorine, Streaming Current and UV% Transmission. We are now excited to expand our product offering with the addition of our new AdvantEDGE Series™ of measurement electrodes. These electrode systems have been designed to reduce equipment and installation costs while improving reliability. Measurement parameters include pH, ORP, Free Chlorine, Raw Water Turbidity, Dissolved Oxygen, Optical Dissolved Oxygen, Dissolved Ozone, Contacting Conductivity and Toroidal Conductivity. The AdvantEDGE Series™ systems feature factory pre-calibrated electrodes. The electrodes can subsequently be checked for calibration, diagnosed and configured directly from a PLC or other computer system (e.g., SCADA). Although they are available for use if desired, a local display/analyzer is not necessary. Numerous integrated communications protocols are supported, including Modbus RTU, RS-232, RS-485 ASCII, Profibus, CANOpen, DeviceNet, Ethernet IP, and USB. Contact us directly or call the HF scientific representative serving your area to learn how the new AdvantEDGE Series™ can bring your facility into a new generation of water quality monitoring.

HF scientific 3170 Metro Parkway Ft. Myers, FL 33916 Ph: 239-337-2116 • Fax: 239-332-7643 Toll Free: 888-203-7248

www.hfscientific.com

Table of Contents: AdvantEDGE series™ AdvantEDGE series™ Overview.............................................................. 1 pH................................................................................................................ 2 ORP............................................................................................................. 2 Dissolved Ozone .................................................................................... 3 Dissolved Oxygen..................................................................................... 3 Optical Dissolved Oxygen........................................................................ 4 Contacting Conductivity........................................................................... 5 Toroidal Conductivity................................................................................ 5 Free Chlorine Panel System..................................................................... 6 Turbidity..................................................................................................... 6 LD500 Local Display................................................................................. 7 PA500 Profibus Gateway.......................................................................... 7 Mounting Hardware................................................................................... 8 Accessories & Replacement Parts.......................................................... 8 Specifications and Content Information Subject to change without notice

AdvantEDGE seriesâ&#x201E;˘ The AdvantEDGE sensor assembly consists of three components designed for direct connection to control systems without the need for intermediate analyzer electronics. A Communications Module plugs into the back of the Interface Module and provides direct interactive communication of measurement, configuration, calibration and diagnostic information with computers and networks. A full family of sensor heads plug into the front of the Interface Module and automatically provides calibrated, high resolution measurements.

Communications Adapter

Provides power and direct interactive communication with control systems and computers. A selection of plug and play communication modules provide power and direct interactive communications with control systems and computers. The table below shows the available protocols. If a local display is desired, the LD500 can be used. Multiple sensor assemblies can be used with the LD500.

Interface Module

The heart of the sensor assembly is the Universal Interface Module. Itâ&#x20AC;&#x2122;s encapsulated measurement electronics automatically converts sensor signals into calibrated measurement units. It works with a variety of Communication Modules to operate directly with any computer system.

Sensor Head

Pre-calibrated plug and play sensor heads can be replaced at any time, making AdvantEDGE the most versatile and accurate analytical measurement system on the market. The table below shows the parameters available.

PARAMETERS

INTERFACE

Modbus RTU

ORP

Profibus

CONTROL ROOM

RS 485 ASCII

SCADA

CANOpen

PLC

Device Net

DCS

Dissolved Ozone

Ethernet IP

Conductivity

USB

Free Chlorine

Direct

Turbidity Dissolved Oxygen

Optional LD500 Local Display

COMMUNICATIONS PROTOCOLS

Local Display

Typical AdvantEDGE System Assembly

03-17-2011 Rev 0.7

AdvantEDGE pH

AdvantEDGE ORP

• Differential pH measurement • Pre-calibrated (no field calibration required) • Plug & play sensor heads • Replaceable quad junction salt bridges • Electrode protection options • Direct data reporting • Plug & play industrial communications adapters

• Differential ORP measurement • Pre-calibrated (no field calibration required) • Plug & play sensor heads • Replaceable quad junction salt bridges • Electrode protection options • Direct data reporting • Plug & play industrial communications adapters

Connect this pH sensor to a PLC for seamless integration with industrial control systems. Use any computer to display data, calibrate and customize the measurement without an intermediate analyzer electronics box. A LD500 local display can be used if desired. Sensor heads are pre-calibrated and can be replaced or exchanged with any other type of sensor without taking the system down. Save space, time and money.

Connect this ORP sensor to a PLC for seamless integration with industrial control systems. Use any computer to display data, calibrate and customize the measurement without an intermediate analyzer electronics box. A LD500 local display can be used if desired. Sensor heads are pre-calibrated and can be replaced or exchanged with any other type of sensor without taking the system down. Save space, time and money.

Measurement System Performance Range: 0 to 14 pH Resolution: 0.01 pH Accuracy: 0.014 pH Step Response Time: 90% in 30 seconds Note: Typical at 25°C Performance unaffected by cable length

Measurement System Performance Range: -2100mV to +2100mV Resolution: 0.1mV Accuracy: 0.1% of reading Step Response Time: 90% in 30 seconds Note: Typical at 25°C Performance unaffected by cable length

Operational Environment Temperature Range: -5°C to 95°C Maximum Pressure: 100 psi @ 95°C 85 psi @ 75°C Maximum Flow Rate: 10 ft/second

Power Requirements Voltage Range: 10 to 30 VDC Maximum Power: 200 mW Typical Power: 120 mW Note: Class II DC power supply required

Approvals and Ratings Immunity & Emissions: CE (EN61326 and EN61326:1998) Safety: CE (EN 61010-1) UL 508 Hazardous Locations: UL Class I, Division 2

Construction Process Electrodes: Platinum or Gold Ground Rod: Titanium, 316 Stainless Steel or Hastelloy C O-Rings: Viton® (other materials available)

Construction Process Electrodes: “G”, “HF” or Low Temperature Glass Ground Rod: Titanium, 316 Stainless Steel or Hastelloy C O-Rings: Viton® (other materials available)

Units of Measure Measurement Units: mV Temperature Units: °C, °F Calibration Sample: 1 point Temperature: 1 and 2 point Note: ORP and temperature are precalibrated at the factory

Units of Measure Measurement Units: pH, mV Temperature Units: °C, °F

Temperature Compensation Options Temperature measurement is provided as an independent measurement. Note: Temperature can be entered manually

Calibration Automatic Buffer: 1 and 2 point Sample: 1 and 2 point Temperature: 1 and 2 point Note: pH and temperature are precalibrated at the factory

Other Configuration Options Sensor Filter: 0 to 100 seconds Temperature Filter: 0 to 100 seconds

Temperature Compensation Options Linear: % per °C Built-in tables: Ammonia or Morpholine Note: Temperature can be entered manually

Approvals and Ratings Immunity & Emissions: CE (EN61326 and EN61326:1998) Safety: CE (EN 61010-1) UL 508 Hazardous Locations: UL Class I, Division 2

Other Configuration Options Sensor Filter: 0 to 100 seconds Temperature Filter: 0 to 100 seconds Auto Calibration Buffer Standards: (4, 7, 10) and DIN 19267

03-17-2011 Rev 0.7

AdvantEDGE Ozone

AdvantEDGE DO

• Clark Cell technology • Pre-calibrated (no field calibration required) • Plug & play sensor heads • Rugged four resistant membrane • Electrode protection options • Simple membrane cartridge replacement • Direct data reporting • Plug & play industrial communications adapters Connect this Dissolved Ozone sensor to a PLC for seamless integration with industrial control systems. Use any computer to display data, calibrate and customize the measurement without an intermediate analyzer electronics box. A LD500 local display can be used if desired. Sensor heads are pre-calibrated and can be replaced or exchanged with any other type of sensor without taking the system down. Save space, time and money.

• Clark Cell technology • Pre-calibrated (no field calibration required) • Plug & play sensor heads • Rugged four resistant membrane • Electrode protection options • Simple membrane cartridge replacement • Direct data reporting • Plug & play industrial communications adapters Connect this Dissolved Oxygen sensor to a PLC for seamless integration with industrial control systems. Use any computer to display data, calibrate and customize the measurement without an intermediate analyzer electronics box. A LD500 local display can be used if desired. Sensor heads are pre-calibrated and can be replaced or exchanged with any other type of sensor without taking the system down. Save space, time and money.

Measurement System Performance Range: 0 to 40 ppm Resolution: 0.01 ppm Accuracy: 0.04 ppm Step Response Time: 90% in 90 seconds Note: Typical at 25°C Performance unaffected by cable length

Operational Environment PEEK® Sensor Head Temperature Range: -5°C to 50°C Maximum Pressure: 150 psi @ 50°C Maximum Flow Rate: 10 ft/second

Power Requirements Voltage Range: 10 to 30 VDC Maximum Power: 200 mW Typical Power: 120 mW Note: Class II DC power supply required

Construction Process Electrodes: Gold Cathode, Silver Anode, Silver Reference (3 Electrode Polarographic Clark Cell) Membrane: FEP Teflon O-Rings: Viton® (other materials available) Sensor Head Material: PEEK®

Construction Process Electrodes: Gold Cathode, Silver Anode, Silver Reference (3 Electrode Polarographic Clark Cell) Guard: Platinum Membrane: PFA Teflon O-Rings: Viton® (other materials available)

Units of Measure Measurement Units: ppm, mg/l, % Temperature Units: °C, °F

Calibration Air: Automatically adjusts for set pressure Sample: 1 point Zero: 1 point Temperature: 1 and 2 point Note: D.O. and temperature are precalibrated at the factory

Other Configuration Options Sensor Filter: 0 to 100 seconds Temperature Filter: 0 to 100 seconds

Approvals and Ratings Immunity & Emissions: CE (EN61326 and EN61326:1998) Safety: CE (EN 61010-1) UL 508 Hazardous Locations: UL Class I, Division 2

03-17-2011 Rev 0.7

AdvantEDGE Optical Dissolved Oxygen • Robust • Cost Effective Options • No Calibration Hassles • Low Maintenance • Accurate

The AdvantEDGE sensor uses the latest technology to measure dissolved oxygen (DO) in demanding environments. The AdvantEDGE series™ Optical Dissolved Oxygen RDO® sensor offers several advantages for monitoring DO in process applications:

Specifications Sensor Type Transmitter/local display Range Accuracy (DO) Response time, cap Resolution Usage life of cap Shelf life of cap Operating temperature IP rating Compliance Storage conditions, cap Storage conditions, sensor Salinity range pH range Barometric range Internal mounting thread Communications options Maximum cable length Warranty

The AdvantEDGE sensor measures dissolved oxygen (DO) using the principle of “dynamic luminescence quenching.” The sensor (Figure 1) uses lifetime-based optical fluorescent technology to provide an extremely stable, accurate, lowPhotodiode maintenance DO sensor. The sensor measures the “phase” (or delay) of the returned signal for Sensor Diagnostics compared to the excitation signal, and is thus based on the “lifetime” rather than the “intensity” of the luminescence. The presence of oxygen in the foil quenches the Figure 1: AdvantEDGE sensor design luminescence and causes a phase shift in the returned signal, detected by the photodiode. The phase difference between the blue excitation light and the return red light is measured, and the result is used to quantify DO.

Luminescent dissolved oxygen sensor Optional, not required 0 to 20 mg/L concentration 0 to 200% saturation ±0.1 mg/L, 0 to 8 mg/L ±0.2 mg/L, 8 to 20 mg/L T90: 30 sec T95: 37 sec @ 25°C 0.01 mg/L 1 year from the first instrument reading 2 years from date of manufacture (install within 1 year from date of manufacture) 0° to 50° (32° to 122°F) IP-67 with cap off , IP-68 with cap installed Heavy industrial, IEC 61000-6-2:2005 1° to 60° (33° to 140°F), in factory container -5° to 60° (23° to 140°F) 0 to 42 PSU, fixed or real-time capable 2-10 pH 507-1115 mbar, fixed or real-time capable 1¼-11½ NPT Modbus RTU (RS485), 4-20mA, SDI-12 Up to 4000 ft (Modbus and 4-20 mA) or up to 200 ft (SDI-12) Sensor: 3 years from date of manufacture Cap: 2 years from date of manufacture

03-17-2011 Rev 0.7

AdvantEDGE Contacting Conductivity

AdvantEDGE Toroidal Conductivity

• High resolution measurement • Pre-calibrated (no field calibration required) • Plug & play sensor heads • 0 to 2 S/cm range • Direct data reporting • Plug & play industrial communications adapters

Connect this Conductivity sensor to a PLC for seamless integration with industrial control systems. Use any computer to display data, calibrate and customize the measurement without an intermediate analyzer electronics box. A LD500 local display can be used if desired. Sensor heads are pre-calibrated and can be replaced or exchanged with any other type of sensor without taking the system down. Save space, time and money.

Connect this Toroidal Conductivity sensor to a PLC for seamless integration with industrial control systems. Use any computer to display data, calibrate and customize the measurement without an intermediate analyzer electronics box. A LD500 local display can be used if desired. Sensor heads are pre-calibrated and can be replaced or exchanged with any other type of sensor without taking the system down. Save space, time and money.

Measurement System Performance Range: 0 to 2,000,000 uS/cm (2 S/cm) Resolution: 4.5 significant digits Accuracy: 0.1% of reading Step Response Time: 90% in 30 seconds Note: Typical at 25°C Performance unaffected by cable length

Operational Environment CPVC Sensor Head Temperature Range: -5°C to 50°C Maximum Pressure: 85 psi @ 50°C Maximum Flow Rate: 10 ft/second

Temperature Range: Maximum Pressure: Maximum Flow Rate:

PEEK® CPVC Sensor Head Sensor Head -5°C to 50°C -5°C to 50°C 150 psig @ 50°C 85 psig @ 50°C 10 ft/second 10 ft/second

Power Requirements Voltage Range: 10 to 30 VDC Maximum Power: 200 mW Typical Power: 120 mW Note: Class II DC power supply required

Construction Cell Constants: 0.1 for Resistivity 1.0 and 5.0 for Conductivity O-Rings: Viton® (other materials available) Electrode Material: Titanium (Standard) or 316 Stainless Steel Weight: 1.2 lbs

Construction O-Rings: Viton® (other materials available) Sensor Head Material: CPVC, Peek® Weight: 1.2 lbs (Peek®, Ryton® or CPVC) 2.6 lbs (with 316 Stainless Steel interface module)

Units of Measure Measurement Units: μS/cm, TDS, %, MΩ • cm Temperature Units: °C, °F

Units of Measure Measurement Units: μS/cm, TDS, % conc. Temperature Units: °C, °F

Calibration Zero: In dry air Span: 1 point Temperature: 1 and 2 point Note: Conductivity and temperature are precalibrated at the factory

Other Configuration Options Sensor Filter: 0 to 100 seconds Temperature Filter: 0 to 100 seconds Concentration Table: User 10-point

Approvals and Ratings Immunity & Emissions: CE (EN61326 and EN61326:1998) Safety: CE (EN 61010-1) UL 508 Hazardous Locations: UL Class I, Division 2

03-17-2011 Rev 0.7

AdvantEDGE Turbidity

AdvantEDGE Free Chlorine Panel

• 0 to 4000 NTU measurement range • Conforms to ISO 7027 • 90 degree and 180 degree light paths • Rugged, foul resistant construction • Local and Remote configuration and Connect this Raw diagnostics Water Turbidity sensor • Temperature measurement included to a PLC for seamless • Direct data reporting integration with industrial • Plug & play industrial communications control systems. Use any computer to display data, adapters calibrate and customize the measurement without an intermediate analyzer electronics box. A LD500 local display can be used if desired.

• Free Chlorine • Amperometric Measurement • Temperature Compensated • Optional pH Correction • Pre-Calibrated • Plug & Play • Rugged Teflon Membrane • Replaceable Membrane Cap • Remote Measurement, Calibration, Configuration, and Diagnostics. This Free Chlorine sensor will measure accurately in processes that are between 4 and 8 pH. When used with the LD500 Local Display unit and a pH measurement system, hypochlorous acid (HOCL) and hypochlorite ion (OCL-) concentration can be used to determine free chlorine present.

Measurement System Performance: Range: 0 TO 4000 NTU Resolution: 0.1 NTU Accuracy: 0.2 NTU Step Response Time: 90% in 15 seconds Note: Typical at 25 C; Performance unaffected by cable length.

Measurement System Preformance: Ranges: 0 to 5 ppm and 0 to 20 ppm Resolution: 0.005 ppm Accuracy: 2% or +/- 10 ppb (whichever is greater) Step Response Time: 90% in 90 seconds

Operational Environment: Temperature Range: -5 to 50 C Maximum Pressure: 150 psi @ 50 C Maximum Flow Rate: 10 ft./Sec.

Operational Environment: Temperature Range: 0°C to 45°C (32°F to 113°F) Maximum Pressure: 15 psig @ 45°C System Flow in Chamber: 200 to 250ml/min

Power Requirements: Voltage Range: 10 to 30 VDC Maximum Power: 200 mW Typical Power: 120 mW Note: Class II DC power supply required

Measurement Modes: Turbidity: 90 degree/ 180 degree, narrow beam, IR light Sediment Load: Blue to IR spectrum detected at 90 degrees and 180 degrees Temperature: Automatic from -5 to 50 C

Construction: Process Electrodes: Gold Cathode, Silver Anode. Membrane: Teflon O-Rings: Viton Sensor Head Material: Noryl® AdvantEDGE Material: CPVC or PEEK® Weight: 1.2 lbs

Construction: Windows: Quartz or Sapphire Optical Topology: Multi-Color Source O-Rings: Viton® (other materials available) Sensor Head Material: Polycarbonate Weight: 1.2lbs

Units of Measure: Measurement Units: ppm, mg/l free chlorine Temperature Units: °C, °F

Units of Measure: Measurement Units: Turbidity Mode: NTU Sediment mode: mg/l % Temperature Units: C, F

Calibration: Sample: 1 point Zero: 1 point Temperature: point Note: Precalibrated at the factory

Calibration: Sample: 1 point Zero: 1 point Temperature: 1 and 2 point Note: Turbidity and temperature are precalibrated at the factory

Other Configuration Options: Sensor Filter: 0 to 100 seconds Temperature Filter: 0 to 100 seconds Approvals and Ratings: Immunity and Emissions: CE Certified 89/336/ EEC:CISPER 11, EN61000 (-4-2,-4-3,-4-4,-4-6, 4-8) Safety: cULus Listed; 367G E303570 Hazardous Locations: Haz Loc Class 1, Division 2,Groups A, B, C, D. Max Ambient 50 °C

Other Configuration Options: Sensor Filter: 0 to 100 seconds Temperature Filter: 0 to 100 seconds Approvals and Ratings: Immunity and Emissions: CE Certified 89/336/EEC:CISPER 11, EN61000 (-4-2,-4-3,-4-4,-4-6, 4-8) Safety: cULus Listed; 367G E303570 Hazardous Locations: Haz Loc Class 1, Division 2,Groups A, B, C, D. Max Ambient 50 °C

03-17-2011 Rev 0.7

AdvantEDGE LD500 Local Display

AdvantEDGE PA500 Profibus Gateway

Functions and Features • • • • • • • • • •

PA500 Profibus Gateway Adapter connects up to 30 Modbus Communications Modules to a Profibus DP (V0 or V1) network with M12 connector. Full-featured measurement, calibration, configuration and diagnostics. 24 VDC power.

Connects to any AdvantEDGE system. Convenient 1/4 DIN enclosure Display sensor and temperature data Menu Functions: Calibration, Configuration and Diagnostics Digital Protocol Options for remote measurement, calibrations, configurations, and diagnostics. One 4 to 20 mA loop output (Standard) Two 4 to 20 mA loop outputs (Optional) Two form C relays for alarm, control, and wash (Optional) PID for pH 7 Conduit knockouts for easy cabling

Mounting Options

• Conduit Box, NEMA 4X (Standard) • 1/2 DIN NEMA 4X Panel Mount (Optional)

Interface

• Display: 2 line by 16 character LCD • Backlight: high contrast green • Keypad: 4 directional arrows, MENU, ESCAPE, and ENTER

Enviromental Conditions • • • •

Ambient Operating Temperature Range: -20 to 65 C Maximum Relative Humidity: 95% non-condensing Meets CE requirements for heavy industrial use. Nema 4X housing.

AdvantEDGE Sensor Connections

Supports 1 to 255 Modbus RTU AdvantEDGE sensors of any type. • Supported Sensors: pH, ORP, Two Electrode Conductivity, Two electrode resistivity, Toroidal Conductivity, Dissolved Oxygen, Ozone, Turbidity, and Free Chlorine.

4 to 20 mA Current Loop Options • • • • •

One Isolated Current Loop (Standard) Two Isolated Current Loops (Optional) Assignable Parameters PID function when pH parameter selected Loop power provided by LD500

Relays/Optional

• Two 1 Amp form C relays with NO and NC contacts. • Assignable Parameters • Configured for Alarm, Control, & Timer Functions

Digital Communication Options to Host Computer Network • • • • • • • •

MODBUS RTU Device Net Profibus DP/V1 RS-232 ASCII RS-232 DF1 RS485 ACSII CANOpen Others: Consult Factory

Power Supply

Input: 10 to 30 VDC; 100 to 240 VAC optional Power: 2W at 25 C

03-17-2011 Rev 0.7

Mounting Options 1.5 Inch Union Mounting

1 Inch Tee Mounting

1.5 Inch Ball Mounting

Material • CPVC (Low) • 316 Stainless Steel (Low) • CPVC (High) • 316 Stainless Steel (High)

Material • CPVC • 316 Stainless Steel

Sanity Mount

Handrail Mounting Assembly

Material • 316 SS (closed) • 216 SS (open)

1 Inch Immersion Mounting with Junction Box

Material • Immersion • PVC

Material: PVC

Accessories & Replacements Parts

Dissolved Ozone

Salt Bridge Replacements SBS01: PEEK® Protected SBS02: PEEK® Flat SBS03: CPVC Protected SBS04: CPVC Flat SBC01: Storage cap with sponge

pH Solutions RCS03: storage solution, 60 ml PHSOL4: Buffer, 500 ml PHSOL7: Buffer, 500 ml PHSOL10: Buffer, 500 ml RCSO1-500: Reference Cell Solution 500 ml

ORP

Salt Bridge Replacements SBS01: PEEK® Protected SBS02: PEEK® Flat SBS03: CPVC Protected SBS04: CPVC Flat

SBC01: Storage cap with sponge

Ozone Solutions 500 ml bottles RDOK2: Ozone Electrolyte ZDOKO: Zero Powder Wash Adapters MH1142: air purge, CPVC MH1132: water purge, CPVC

Turbidity ORP Solutions RCS04: ORP storage solution, 60 ml ORPSOL200: 200mV Calibration, 500 ml ORPSOL600: 600 mv calibration, 500 ml RCS01: Reference cell solution, 500 ml

Dissolved Oxygen D.O. Membrane Replacements DMR01: Ryton Protected DMR02: Ryton Flat DMR03: PEEK Protected DMR04: PEEK Flat

Ozone Membrane Replacements DMR05: Ryton Protected DMR06: Ryton Flat DMR07: PEEK Protected DMR08: PEEK Flat

Wash Adapters MH1142: air purge, CPVC MH1132: water purge, CPVC

SBC01: Storage cap with sponge

Turbidity Solutions 500 ml bottles FOR4K: 4000 NTU Formazin Stock 500 ml FROO4O: 40 NTU Cal Kit Wash Adapters MH1142: air purge, CPVC MH1132: water purge, CPVC

Conductivity Conductivity Solutions 500 ml bottles SOL1000: 1000 μS/cm Calibration Solution SOL2000: 2000 μS/cm Calibration Solution SOL5000: 5000 μS/cm Calibration Solution SOL2C: Conductivity Electrode Cleaner

03-17-2011 Rev 0.7

HF scientific 3170 Metro Parkway, Ft. Myers FL 33916 • ph: (239)-337-2116 • fax: (239) 332-7643 • Toll Free: 888-203-7248 3-17-2011 Rev 0.7