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Hot condensate Sensor
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For Reliable Measurement: Return condensates (0 to 100 micro Siemens), Hot aqueous samples, Tough environment problems. Benefits: Rugged industrial sensor, Low maintenance, Easy to calibrate, Rapid and accurate response, Weatherproof/explosion proof, Automatically temperature compensated, High operating temperature and pressure, IC Controls factory certified calibration, constructed 316 SS and Kel-F, Direct insertion, 3/4" NPT screw-in design, or install into a 3/4" NPT tee. 1.0 and 2.0 constants require a 1" to 3/4" busing and a 1" NPT tee, Submersion mountable, using 3/4" FNPT on inside of a 1" pipe and a long sensor lead.
High Purity Sensor
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For Reliable Measurement: High purity water (10 micro Siemens to below 1 micro Siemen), Hot pressurized samples, 0 to 1 and 0 to 2 micro Siemen ranges. Benefits: Rugged industrial sensor, Low maintenance, Easy to calibrate, Rapid and accurate response, Weatherproof/explosion proof, High operating temperature and pressure, with automatic temperature compensation, IC controls factory certified calibration, Construction of 316 SS and Kel-F, Use in a sample flow system with a SS flow cell. (Picture has 1/8" NPT inlet and outlet ports), Direct insertion, 3/4" NPT screw-in design, Submersion mountable by reversing 3/4" NPT fitting and installing into 3/4" FNPT on inside of a 1" pipe (requires long sensor leads).
Ball Valve Sensor
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For Reliable Measurement: Return condensate, Hot and/or pressurized aqueous samples, Tough environment problems, Applications where pressure cannot be reduced to zero for electrode removal. Benefits: Ball valve retractable, Rugged industrial sensor, Low maintenance, Easy to calibrate, Rapid and accurate response, Weatherproof/explosion proof, Automatically temperature compensated, High operating temperature and pressure, IC Controls factory certified calibration, Construction 316 SS and Peek or Kel-F, Can be used in a ample flow system with a stainless steel flow cell.
General Purpose Sensor
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For Reliable Measurement: Medium conductivity applications, Corrosive and chemical problems, Process liquids. Benefits: Universal industrial sensor, Low maintenance, Easy to calibrate, Rapid and accurate response, Automatically temperature compensated, Medium temperatures and pressures, IC Controls factory certified calibration, Constructed of Hastelloy "C" and PVC with PVDF and TFE available for higher temperatures and pressures, Dual threaded design handles submersion, screw-in and flow through applications; all with one interchangeable sensor.
Easy-Clean Sensor
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Reliable Measurement: Sewers, Fouling environments, Tough problem areas. Features: Easy to clean and can be filed to renew surface, Easy to calibrate, Flat or open surfaces, Rapid and accurate response, Ambient temperature and pressure, Constructed of carbon, PVC and epoxy, Automatically temperature compensated, IC Controls factory certified calibration, Dual threaded design allows use as submersion, screw-in or flow sensor.
High Conductivity Flow Sensor
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Reliable Measurement: 0 to 12% NaOH, 0 to 15% H2SO4, High conductivity solutions. Benefits: Industrial sensor, Low maintenance, Easy to calibrate Rapid and accurate response, Automatically temperature compensated, IC Controls factory certified calibration, Constructed of carbon, PVC and epoxy, Direct insertion screw-in design, cell can be installed directly into end of 1 1/4" pipe, or in flow cell design use 1 1/4" NPT tee.
Quick Union Sensor
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Reliable Measurement: Environmental Monitoring, Medium Conductivity applications, Corrosive and Chemical problems Process Liquids. Benefits: Only one sensor needed for all uses, Low maintenance, Easy to calibrate, Rapid and accurate response, Automatically temperature compensated, Medium temperatures and pressures, IC controls factory certified calibration, Constructed of Hastelloy "C" and CPVC with PVDF and TFE available, Quick Union design handles, submersion, screw-in and flow through applications all with one interchangeable sensor.
Model 453: Two-Wire Conductivity Transmitter
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IC CONTROLS has incorporated microprocessor technology into the two-wire transmitters. Conductivity measurement can be critical to your process and must be strictly monitored and maintained. Analyzer intelligence goes beyond measurement and control, providing the user with calibration data including sensor cell constant, range and diagnostics. Information can be communicated for trending or advanced control, even to remote locations. Ultimately, the user has superior control with a competitive advantage.
The analyzer stores the last calibration record Settings can be viewed, functions tested, and calibration updated using the front panel keypad without opening the enclosure.
These analyzers / transmitters are 2-wire 24 VDC operated. Installation costs are less because no 115/240 VAC is needed at the transmitter field location. They require a separate 24 VDC supply and typically a 4-20 mA receiver.
The industrial two-wire conductivity transmitter from IC CONTROLS, the Model 453, gives you maximum flexibility, reliability, and ease of use. The transmitter is easily applied and panel mounts in a standard DIN size RFI/EMI-resistant case, with options available for pipe or wall mount. When needed, a very rugged explosion proof case, option -9, is also available.
The model 453 is not just a transmitter, it is a full conductivity analyzer! You get full sensor functions, standardize (cell constant calibration) and auto range adjustment, plus independent, program-adjustable 4-20 mA zero and span. Even with old deteriorated sensors, you enjoy higher accuracy over broad conductivity ranges. This analyzer corrects for sensor condition to give corrected precision readings.
Easy program does what you expectNote: The Model 453 is 24 VDC two-wire loop-powered and requires a source of 24 VDC power somewhere in the loop.
Model 453-9: Two-Wire Conductivity Transmitter, Explosion Proof
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IC CONTROLS has incorporated microprocessor technology into the two-wire transmitters. Conductivity measurement can be critical to your process and must be strictly monitored and maintained. Analyzer intelligence goes beyond measurement and control, providing the user with calibration data including sensor cell constant, range and diagnostics. Information can be communicated for trending or advanced control, even to remote locations. Ultimately, the user has superior control with a competitive advantage.
These analyzers / transmitters are 2-wire 24 VDC operated. Installation costs are less because no 115/240 VAC is needed at the transmitter field location. They require a separate 24 VDC supply and typically a 4-20 mA receiver.
The model 453-9 comes in an explosion proof barrel housing. Useful even in sewer plant environments it is always operated with the case sealed. Settings are viewed, functions tested, calibration updated without opening the housing, by use of an infra-red remote keypad. The infra-red light passes through the front viewing window to operate the transmitter, similar to the way a remote control is used to operate a TV. The remote can individually address any one of a group of units mounted together.
The model 453-9 is not just a transmitter, it is a full conductivity analyzer! You get full sensor functions, standardize (cell constant calibration) and auto range adjustment, plus independent, program-adjustable 4-20 mA zero and span. Even with old deteriorated sensors, you enjoy higher accuracy over broad conductivity ranges. This analyzer corrects for sensor condition to give corrected precision readings.
Easy program does what you expectNote: The Model 453-9 is 24 VDC two-wire loop-powered and requires a source of 24 VDC power somewhere in the loop.
Intelligent Conductivity Analyzer
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Intuitive user friendly program, "just seems to do what you expect":
Auto calibration - recognizes your standards, Self and sensor diagnostics, Fault tolerant, Output hold during calibration, Two programmable 4-20 mA for conductivity &/or temperature, Dual programmable alarms with self and sensor alert, Optional PID control, Frequent adjustments by keypad prompts, Program remembers what you were doing, No long key sequences, Instant return to sample, Operate without menu or manual, LCD displays Conductivity, temperature, alarm set points and calibration status.
Easy Maintenance: Reliable, separately powered and optically isolated output circuit prevents computer interface problems, Alignment controls hidden, but accessible when needed, 3 Level Security to protect settings, Calculates sensor cell constant, Durable housing withstands hosing down. Survives acid and caustic fumes, humidity, etc.
Industrial pH Interface
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For Reliable Measurement: Strengthens weak pH electrode signal and makes it stable, Minimizes moisture and interference problems, Versions available for use with any make of analyzer. Benefits: Eliminates need for desiccants, Reduces electrical interference problems, Normally supplied in weatherproof/explosion proof UL and CSA approved junction box, Interfaces any electrode set to any analyzer (user specifies make & model of analyzer), Wiring and hook-up instructions for analyzer specified are included, IC Controls factory certified performance.
Light Industrial pH Sensor
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Benefits: Plant, Process or Laboratory use, Industrial process grab sampling, Durable, fast, accurate general purpose pH in a rugged PVC body, Continuous Light Industrial Applications, Complete encapsulated design allows total submersion, Large reference junction (1.5 cm dia.) for reliable operation in most dirty environments, Shock mounted pH electrode for greater impact and handling survivability, Large reference capacity for long operating life, Optional Solid Plasticized reference and Double Junction slows ion flow for difficult applications, containing ammonia, chloride or sulfide ions, Use with any make of pH meter.
SS Body or Ball Valve Industrial Sensor
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For Reliable Measurement Where Tough Processes Require: The strength of steel at only .75 inch diameter, Sealed disposable design, A solution ground, Ball valve retraction for no process interruption during calibration or service. Benefits: Sealed self-pressurizing design, Stainless steel body, Body options - titanium and PVDF, Stable circular reference, Low maintenance, Easy calibration, Automatic temperature compensation available.
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The IC Controls model 606 was designed to provide reliable pH measurement in demanding applications where pressure cannot be reduced to zero for electrode removal. The IC Controls models 605 and 617 also can handle the service. However, for safety reasons, some users prefer a positive anti-blowout lip that cannot pass through the insertion gland. The 606 provides that lip and optional safety lanyards for the ultimate double-safe design.
The model 606 sensor meets the requirement for a ball valve insertion sensor in pulp & paper stock lines and other difficult applications.
The small cross-section steel housing with epoxy-encapsulated sensor better survives the rigors of direct insertion into dense stock. Larger-diameter sensors are more subject to pressures that can cause breakage during insertion and removal caused by bending of the electrode.
This sensor was originally requested as a replaceable cartridge style. However, cartridges experienced drifting and premature failure due to moisture reaching the BNC fitting on the back of the electrode cartridge. The model 606 single-piece epoxy-encapsulated electrode eliminates the moisture problem and provides long, trouble-free operating life.
For Reliable Measurement in Tough Processes with Maximum SafetyCartridge pH Electrode
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Benefits: Disassembles - replace pH sensor and re-use titanium or 316 SS body and fittings, Large reference junction (2 cm dia.) assures reliable operation in most dirty environments, Shock mounted pH electrode for greater impact and handling survivability, Larger reference capacity for longer operating life, Plasticized reference slows ion flow for difficult applications.
True Union pH Electrode
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For Universal Use: Submersion or Insertion, Environmental Monitoring, Process liquids. Benefits: True union to lock in or remove easily, Rugged PVC body construction, Cushion mounted pH electrode resists shocks, "U" shaped body protects glass tip from breakage during calibration, cleaning and accidental impact, Open electrode tip for easy cleaning, Large 1 1/2 cm diameter reference junction for reliable operation in the most dirty environments, Low maintenance, easy to calibrate, Rapid and accurate response.
Pure Water pH
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For reliable pH measurement of low conductivity boiler water and other low conductivity water. High Purity pH measurement recommended for conductivity of 15 micro Siemen to 1 micro Siemen, Ultra Pure pH measurement recommended for conductivity of 5 micro Siemen to 0.055 micro Siemen (Resistivity 2 megohms to 18 megohms), Small flow application -- like pilot plants. Benefits: Stainless steel total-surround shielding defeats antenna effect, Large concentric reference assures stable ionic contact and stable readings, Cell is driven by analyzer to produce electron rich environment for stable readings to 18 meg ohms (option -26), Design passes air and CO2 bubbles, Fast accurate response, even with varying flow, Handles 100°C at to 100 PSIG, -12 option up to 130°C, High purity temperature compensation with IC Controls 655 analyzer, Economical, easily replaceable pH electrode.
High Pressure Retractable pH Sensor
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Benefits: Handles up to 300 PSIG; purges dirt, fiber or corrosives, Isolation chamber protects operators from corrosive or flashing process, Ball Valve retraction for no process interruption during calibrate or service, Disassembles - replace pH sensor and re-use titanium or 316 SS body and fittings, Large reference junction (2 cm dia.) assures reliable operation in most dirty environments, Shock-mounted pH electrode for greater impact and handling survivability, Larger reference capacity for longer operating life, Plasticized reference slows ion flow for difficult applications.
Quick Union Electrode
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For Universal Use: Submersion, Insertion, or Flow, Environmental Monitoring, Process liquids. Benefits: Only one sensor needed for all uses, Easy to lock in or remove for calibration, Hand size body for easy grip, Rugged body constructed from 1" Schedule 80 pipe, Cushion mounted pH electrode resists shocks, "U" shaped body protects glass tip from breakage during calibration, cleaning and accidental impact, Open electrode tip for easy cleaning, Large 1" diameter reference junction surrounding pH tip resists plugging and eliminates variation in reading caused by changes in flow direction, Low maintenance, easy to calibrate, Rapid and accurate response, Quick Union deign for submersion, screw-in, and flow-through applications all with one interchangeable sensor, Recommended where labor costs of frequent removal (Q.C. checks, etc.), make added sensor costs economical.
Process Combination Electrode
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Features: Rugged body constructed from 1" schedule 80 pipe, Cushion mounted pH electrode resists shocks, "U" shaped body protects glass tip from breakage during calibration, cleaning and accidental impact, Open electrode tip for easy cleaning, Large 1" diameter reference junction surrounding pH tip resists plugging and cuts variations in reading caused by changes in flow direction.
Ball Valve Retractable Electrode
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Features: Retractable through Ball Valve for calibration and/or maintenance, Rugged body constructed from 1" schedule 80 pipe, Cushion mounted pH electrode resists shocks, "U" shaped body protects glass tip from breakage during calibration, cleaning and accidental impact, Open electrode tip for easy cleaning, Large 1" diameter reference junction surrounding pH tip resists plugging and eliminates variations in reading caused by changes in flow direction.
Model 650: Economical Two-Wire pH Transmitter
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IC CONTROLS brings you economy in a two-wire microprocessor transmitter. The 50-series microprocessor makes these transmitters flexible and easy to use. The transmitter is easy to install in a surface-mounting 10x10x10 cm (4x4x4 inch) size NEMA 4X (IP 65) water-shedding and corrosion-resistant plastic case, which can be supplied with pipe- or panel-mount kits.
Electrical hook-up is easy and economical! The 50-series transmitters operate on a two-wire twisted pair, 24 volt DC circuit. Because of the microprocessor we recommend a ground too. Both the power and its 4-20 mA output signal are carried on the same two wires. A side-mounted quick connect fitting makes it very simple to connect the wiring. Sensor connections are similarly quick-connected on the bottom.
Operation is simple. Without opening the case, users can view the sensor reading, the temperature in the sensor, and the last calibration record. Calibrations can be done without opening the enclosure using only the front panel keypad. Sensor health can be examined by viewing its memory records of sensor cell constant when calibrated and/or a list of Analyzer Expert error codes. Ultimately, the user enjoys the sense of being in control, which is a real advantage.
The model 614 sensor is the suggested sensor for use with the 650. Order sensors with option -77 "quick-connect" fitting.
Easy program does what you expectNote:
The Model 650 is 24 VDC two-wire loop-powered and requires a source of 24 VDC
power somewhere in the loop.
Model 653: Two-Wire pH / ORP Transmitter
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IC CONTROLS has incorporated microprocessor technology into the two-wire transmitters. pH and ORP measurement can be critical to your process and must be strictly monitored and maintained. Analyzer intelligence goes beyond measurement and control, providing the user with calibration data including sensor cell constant, range and diagnostics. Information can be communicated for trending or advanced control, even to remote locations. Ultimately, the user has superior control with a competitive advantage.
The analyzer stores the last calibration record Settings can be viewed, functions tested, and calibration updated using the front panel keypad without opening the enclosure.
These analyzers / transmitters are 2-wire 24 VDC operated. Installation costs are less because no 115/240 VAC is needed at the transmitter field location. They require a separate 24 VDC supply and typically a 4-20 mA receiver.
The industrial two-wire pH/ORP transmitter from IC CONTROLS, the Model 653, gives you maximum flexibility, reliability, and ease of use. The transmitter is easily applied and panel mounts in a standard &fract12; DIN size RFI/EMI-resistant case, with options available for pipe or wall mount. When needed, a very rugged explosion proof case, option -9, is also available.
The model 653 is not just a transmitter, it is a full pH or ORP analyzer! You get full sensor functions, standardize (reference offset) and slope (measurement efficiency) adjustment, plus independent, program-adjustable 4-20 mA zero and span. Even with old deteriorated sensors, you enjoy higher accuracy over the full pH or ORP scale. This analyzer corrects for the low efficiency and large offsets typical of electrode age.
Easy program does what you expectNote:
The model 653 is 24 VDC two-wire loop-powered and requires a source of 24 VDC
power somewhere in the loop.
Download Literature on this Item
IC CONTROLS has incorporated microprocessor technology into the two-wire transmitters. pH and ORP measurement can be critical to your process and must be strictly monitored and maintained. Analyzer intelligence goes beyond measurement and control, providing the user with calibration data including sensor cell constant, range and diagnostics. Information can be communicated for trending or advanced control, even to remote locations. Ultimately, the user has superior control with a competitive advantage.
These analyzers / transmitters are 2-wire 24 VDC operated. Installation costs are less because no 115/240 VAC is needed at the transmitter field location. They require a separate 24 VDC supply and typically a 4-20 mA receiver.
The model 653-9 comes in an explosion proof barrel housing. Useful even in sewer plant environments, it is always operated with the case sealed. Settings are viewed, functions tested, calibration updated without opening the housing, by use of an infra-red remote keypad. The infra-red light passes through the front viewing window to operate the transmitter, similar to the way a remote control is used to operate a TV. The remote can individually address any one of a group of units mounted together.
The model 653 is not just a transmitter, it is a full pH or ORP analyzer! You get full sensor functions, standardize (reference offset) and slope (measurement efficiency) adjustment, plus independent, program-adjustable 4-20 mA zero and span. Even with old deteriorated sensors, you enjoy higher accuracy over the full pH or ORP scale. This analyzer corrects for the low efficiency and large offsets typical of electrode age.
Easy program does what you expectNote:
The model 653-9 is 24 VDC two-wire loop-powered and requires a source of 24 VDC
power somewhere in the loop. Infra-red operation requires a model 510 remote
control.
Intelligent ORP Analyzer
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Intuitive user friendly program, "just seems to do what you expect": Auto calibration - recognizes your standards, Self diagnostics, Fault tolerant, Output hold during calibration, Two programmable 4-20 mA outputs, Dual programmable alarms with self and sensor alert, Optional PID control, Frequent adjustments by keypad prompts, Program remembers what you were doing, No long key sequences, Instant return to sample, Operate without menu or manual, LCD displays + 1999 to 0 to 1999 mV, temperature, alarm set points and calibration status.
Easy Maintenance: Reliable, separately powered and optically isolated output circuit prevents computer interface problems, Alignment controls hidden, but accessible when needed, 3 Level Security to protect settings, Durable housing withstands hosing down. Survives acid and caustic fumes, humidity, etc.
Intelligent pH Analyzer
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Intuitive user friendly program, "just seems to do what you expect": Auto calibration - recognizes your buffers, Self and sensor diagnostics, Fault tolerant, Output hold during calibration, Two programmable 4-20 mA outputs: 1 for acid, 1 for caustic, Dual programmable alarms with self and sensor alert, Optional PID control, Frequent adjustments by keypad prompts, Program remembers what you were doing, No long key sequences, Instant return to sample, Operate without menu or manual, LCD displays pH, temperature, alarm set points and calibration status.
Oscillating Suspension Aeration Electrode
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Reliable Measurement: Sewage, Heavy organic growth environments.
Features: Self cleaning oscillating action in aeration tank turbulence, Fast, accurate and stable response, down to sub-ppm levels, Rugged PVC electrode body, Smooth broad surface tip, resists biological growth from accumulating on the membrane, Factory mounted membrane, easy to replace in only two minutes, Gold cathode is impervious to Sulfides, etc. Galvanic gold cathode, lead anode, battery chemistry is Oxygen specific, no need to compensate for non Oxygen gases, Simple, one point automatic calibration using air over tap water as the standard.
Model 814: True-Union Dissolved Oxygen Sensor
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The true-union sensor is recommended for applications where frequent removal in tough applications is required for calibration, cleaning or Q.C. checks. The true-union-style threaded fitting locks in the DO sensor for extra safety and very easy removal. The model 814 sensor is a downsized version of the model 825. The model 814 is offered in an easy-to-install configuration for insertion or submersion applications.
Reliable MeasurementIC Controls developed the Model 814 true-union D.O. sensor with the following benefits:
Quick Union D. O. Electrode
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Reliable Measurement: Submersion, Insertion or Flow, Environmental Monitoring, Process Liquids.
Features: Only one sensor needed for all uses, Easy to lock in or remove for calibration, Rugged body constructed from 1" schedule 80 pipe, Fast, accurate and stable response, Smooth broad surface tip, resists fouling of the membrane tip, Open electrode tip has protective lugs to prevent handling damage, Factory mounted membrane, easy to replace in only two minutes, Gold cathode is impervious to Sulfides, etc., Galvanic gold cathode, silver anode, battery chemistry i s oxygen specific, no need to compensate for other gases, quick Union design for submersion, screw-in and flow-through applications all with one sensor.
Model 850: Economical ppm Dissolved Oxygen Transmitter
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IC Controls brings you economy in a two-wire microprocessor transmitter. The 50-series microprocessor makes these transmitters flexible and easy to use. The transmitter is easy to install in a surface-mounting 10x10x10 cm (4x4x4 inch) size NEMA 4X (IP 65) water-shedding and corrosion-resistant plastic case, which can be supplied with pipe- or panel-mount kits.
Electrical hook-up is easy and economical! The 50-series transmitters operate on a two-wire twisted pair, 24 volt DC circuit. Because of the microprocessor we recommend a ground too. Both the power and its 4-20 mA output signal are carried on the same two wires. A side-mounted quick-connect fitting makes it very simple to connect the wiring. Sensor connections are similarly quick-connected on the bottom.
Operation is simple. Without opening the case, users can view the sensor reading, the temperature in the sensor, and the last calibration record. Calibrations can be done without opening the enclosure using only the front panel keypad. Sensor health can be examined by viewing its memory records of sensor cell constant when calibrated and/or a list of Analyzer Expert error codes. Ultimately, the user enjoys the sense of being in control, which is a real advantage.
The model 814 sensor is the suggested sensor for use with the 850. Order sensors with option -77 "quick-connect" fitting.
Easy program does what you expectNote:
The model 850 is 24 VDC two-wire loop-powered and requires a source of 24 VDC
power somewhere in the loop.
Model 853: Two-Wire ppm Dissolved Oxygen Transmitter
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IC Controls has incorporated microprocessor technology into the two-wire transmitters. Dissolved oxygen measurement can be critical to your process and must be strictly monitored and maintained. Analyzer intelligence goes beyond measurement and control, providing the user with calibration data including electrode efficiency and diagnostics. Information can be communicated for trending or advanced control, even to remote locations. Ultimately, the user has superior control with a competitive advantage.
The analyzer stores the last calibration record. Settings can be viewed, functions tested, and calibration updated using the front panel keypad without opening the enclosure.
These analyzers / transmitters are 2-wire 24 VDC operated. Installation costs are less because no 115/240 VAC is needed at the field location. They require a separate 24 VDC supply and typically a 4-20 mA receiver.
The industrial two-wire dissolved oxygen transmitter from IC Controls, the model 853, gives you maximum flexibility, reliability, and ease of use. The transmitter is easily applied and panel mounts in a standard DIN size RFI/EMI-resistant case, with options available for pipe or wall mount. When needed, a very rugged explosion proof case, option -9, is also available.
Easy program does what you expectNote:
The model 853 is 24 VDC two-wire loop-powered and requires a source of 24 VDC
power somewhere in the loop.
Download Literature on this Item
IC Controls has incorporated microprocessor technology into the two-wire transmitters. Dissolved oxygen measurement can be critical to your process and must be strictly monitored and maintained. Analyzer intelligence goes beyond measurement and control, providing the user with calibration data including electrode efficiency and diagnostics. Information can be communicated for trending or advanced control, even to remote locations. Ultimately, the user has superior control with a competitive advantage.
These analyzers / transmitters are 2-wire 24 VDC operated. Installation costs are less because no 115/240 VAC is needed at the field location. They require a separate 24 VDC supply and typically a 4-20 mA receiver.
The model 853-9 comes in an explosion proof barrel housing. Useful even in sewer plant environments, it is always operated with the case sealed. Settings are viewed, functions tested, calibration updated without opening the housing, by use of an infra-red remote keypad. The infra-red light passes through the front viewing window to operate the transmitter, similar to the way a remote control is used to operate a TV. The remote can individually address any one of a group of units mounted together.
Easy program does what you expectNote:
The model 853-9 is 24 VDC two-wire loop-powered and requires a source of 24 VDC
power somewhere in the loop.
Intelligent ppm D. O. Analyzer
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Intuitive user friendly program, "just seems to do what you expect": Auto calibration - in air, Self diagnostics, Fault tolerant, Output hold during calibration, Two programmable 4-20mA outputs: 1 for DO & 1 for Temp., Dual programmable alarms with self and sensor alert, Optional PID control, Frequent adjustments by keypad prompts, Program remembers what you were doing, No long key sequences, Instant return to sample, Operate without menu or manual, LCD displays +0.01 -- 20.0 ppm D.O., temperature, alarm set points and calibration status.
Easy Maintenance: Reliable, separately powered and optically isolated output circuit prevents computer interface problems, Alignment controls hidden, but accessible when needed, 3 Level Security to protect settings.
Intelligent Trace-Level Analyzer
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Measured DO TRACES within ±0.1 Part Per Billion D.O., Long Term Stability, Pre-Tensioned Membrane Capsule for easy replacement, Galvanic Technology - Scientific Zero, One Button Calibration; quick and simple, Calibration Documentation Log - Non Volatile, Fast 30 Second Response, Optional Network Ready Host Terminal Program, Quality SS and NEMA 4X, IP65 housing construction, The Model 865 is 115/230 VAC.
Intelligent Chlorine Analyzer
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Intuitive user friendly program, "just seems to do what you expect": Auto calibration - recognizes your buffers, Self and sensor diagnostics, Fault tolerant, Output hold during calibration, Two programmable 4-20 mA outputs: 1 for acid, 1 for caustic, Dual programmable alarms with self and sensor alert, Optional PIC control, Frequent adjustments by keypad prompts, Program remembers what you were doing, No long key sequences, Instant return to sample, Operate without menu or manual, LCD displays ppm Chlorine, temperature, alarm set points and calibration status.
Easy Maintenance: Reliable, separately powered and optically isolated output circuit prevents computer interface problems, Alignment controls hidden, but accessible when needed, 3 Level Security to protect settings, Calculates Chlorine sensor Slope and Offset, Durable housing withstands hosing down. Survives acid and caustic fumes, humidity, etc.
Two Sensor Intelligent Chlorine Analyzer
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Intuitive user friendly program, "just seems to do what you expect": Auto calibration - recognizes your buffers, Self and sensor diagnostics, Fault tolerantly, Output hold during calibration, Two programmable 4-20 mA outputs: 1 for acid, 1 for caustic, Dual programmable alarms with self and sensor alert, Optional PID control, Frequent adjustments by keypad prompts, Program remembers what you were doing, No long key sequences, Instant return to sample, Operate without menu or manual, LCD displays Free Chlorine, temperature, alarm set points and calibration status.
Use Your Chlorine Electrodes For: Redundant back up, switching automatically from electrode A to B on failure, Intelligent control, chlorine sensor A responding to input change & chlorine sensor B responding to outlet change, Two separate Free Chlorine loops.
Easy Maintenance: Reliable, separately powered and optically isolated output circuit prevents computer interface problems, Alignment controls hidden, but accessible when needed, 3 Level Security to protect settings, Calculates chlorine sensor Slope and Offset, Durable housing withstands hosing down. Survives acid and caustic fumes, humidity, etc.
pH/ORP Method Chlorine Analyzer
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Intuitive user friendly program, "just seems to do what you expect": Auto calibration - recognizes your buffers, Self and sensor diagnostics, Fault tolerant, Output hold during calibration, Two programmable 4-20 mA outputs with optional PID control, Dual programmable alarms with self and sensor alert, Frequent adjustments by keypad prompts, Program remembers what you were doing, No long key sequences and instant return to sample, Operate without menu or manual, LCD displays Free Chlorine, Total free Chlorine, pH, ORP, temperature, alarm set points and calibration status.
Use Your pH/ORP Electrodes For: Free available Chlorine measurement, the micro measures ORP, adjusts for pH effect and temperature with a polynomial formula and reads out Free Available Chlorine (HOCI), Total Free Chlorine measurement from the same pH and ORP signals, the micro adds the OCI reaction to the polynomial formula and reads out Total Free Chlorine (HOCI + OCI).
Easy Maintenance: Reliable, separately powered and optically isolated output circuit prevents computer interface problems, Alignment controls hidden, but accessible when needed, 3 Level Security to protect settings, Calculates pH and ORP sensor Slope and Offset, Durable housing withstands hosing down. Survives acid and caustic fumes, humidity, etc.
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