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The IK-765-B Series are dual-parameter inline water analyzers specifically designed as a ‘Turn-Key’ monitoring solution for challenging water applications including:
The IK-765SS-B series are dual-parameter inline water analyzers specifically designed as a ‘Turn-Key’ monitoring solution for challenging water applications including cooling water, food and industrial process water, raw water, and treated wastewater effluent applications. It offers highly accurate, real-time measurement, display, and data-logging of up four oxidizer measurement formats as well as pH and temperature utilizing proprietary Pyxis Lab smart sensor technology, coupled with a Pyxis UC-50 micro display and data logging terminal. The IK-765SS-B also incorporates a uniquely designed automated mechanical brush flow assembly which is directly controlled via the UC-50 display to maintain optimum sensor electrode cleanliness in the most challenging of system water. Offered in a convenient and easy to integrate panel mounted format for rapid installation and simple maintenance.
The IK-765SS-B series analyzer is offered in four sensor formats depending on the desired oxidant being measured. The panel design is equipped with the propriety Pyxis ST-765SS Series smart sensors based on application needs. The ST-765SS series sensors measure Free Chlorine (FCL), Total Chlorine (TCL), Bromine (Br), Chlorine Dioxide (CLO), or Monochloramine (NCL). In addition to pH and temperature of the sample water. This Pyxis sensor design is membrane-free and based on unique principles incorporating Pyxis’ advanced technology in the field of bare-gold electrochemical detection. The ST-765SS-FLC (Free Chlorine + pH), ST-765SS-TCL (Total Chlorine + pH), ST-765SS-Br (Bromine + pH) ST-765SS-CLO (Chlorine Dioxide + pH), and ST-765SS-NCL (Monochloramine + pH) sensors measure the oxidant level and pH simultaneously while performing temperature and pH compensation for the measurement of oxidant based on conditions present in the application of use.
Additional Features
Each IK-765SS-B panel is also equipped with the FR-300-PLUS mechanical brushing flow assembly to ensure constant electrode cleanliness. The UC-50 micro display/data logging terminal is prewired to the ST-765SS. In RS-485 Modbus format with fully integrated sensor diagnostics and calibration interface. This unique platform with internal sensor compensation results in a highly accurate oxidizer measurement. Consistent with DPD/Indophenol wet chemistry methodology as high as pH 9.0+ and meets EPA-334.0 and ISO-7393 compliance.
Specifications
Item | IK-765SS-B Series |
Part Number | IK-765SS-FCL-B 42169 IK-765SS-CLO-B 42170 IK-765SS-TCL-B 42171 IK-765SS-Br-B 44074 |
Sensor Body Material | 304SS |
Oxidizer Range | 0.00-5.00ppm FCl2 (Auto-Range) 0.00-5.00ppm ClO2 (Auto-Range) 0.00-5.00ppm Br (Auto-Range |
Oxidizer Precision | ±0.01mg/L or 1% of the Value with pH Compensation up to 9.0 |
pH Range | 0-14 |
pH Precision | ±0.01 |
Sample Operating Temperature | 4-40 °C (40-104 °F) |
Sample Inlet Pressure | 7.25-30psi (0.05-0.2MPa) |
Sensor Max Pressure | 100psi (6.9Bar) |
Sensor Response Time | T95≤60s – Free Chlorine / T95≤5s pH |
Measurement Interval | Continuous |
Installation | FR-300 Plus Auto-Brushing Flow Assembly |
FR-300+ Flow Rate | 200-800mL/min |
FR-300+ Features | 3/8″ OD Inlet / RS-485 Preset via UC-50 / 100-400RPM (Adjustable) |
Panel Power Supply | 110/240VAC 50/60Hz, 0.6A |
Panel Temperature | Working: 32-122 °F (0-50 °C) Storage: -4-158 °F (-20-70 °C) |
UC-50 Display | 2.8″ Color 320×240 Resolution |
Input | (1) 4-20mA / RS-485 Modbus -RTU |
Output | (1) 4-20mA / RS-485 Modbus -RTU / (1) Contact Relay |
Data Storage | 32M Flash |
USB | (1) USB Host for Data Downloading |
Relative Humidity | 5-95% (No Condensation) |
Altitude | <6,561ft (<2,000m) |
Dimension | 250H, 590W, 128D mm |
Approximate Weight | 8kg |
Wet Material | UPVC / Polycarbonate |
Rating | IP65 Panel / IP67 Sensors |
Compliance | EPA 334.0 / ISO 7393 |
Regulation | CE / RoHS |
Downloads
IK-765SS-B-Series-Startup-Guide
FR-300 Plus Self-Brushing Single Flow-Reservoir Startup Guide