Insite IG

For over 18 years InsiteIG has been providing water quality instrumentation to monitor and control dissolved oxygen (DO), suspended solids (SS), pH, and ORP. They manufacture analyzers that are easy to setup and program, along with sensors that are accurate, reliable, and durable.

  • The InsiteIG Portable Meter is a unique instrument that combines advanced electronics with exceptional functionality and ease of use. The meter will accept any standard portable DO, SS, pH, or ORP sensor and will automatically configure itself for the correct operation. The quick-disconnect, mil-spec connectors allow for quick sensor swaps. The meter includes a 250 point data logger that records sensor type, sensor reading, date, time, and location. The included Portalog software offers several sort options to customize the downloading and reporting of collected data. The rechargeable batteries allow for 8+ hours of use between charges.

    IPM Display

    The InsiteIG PortaCaddie is an optional organizational tool, available to purchase with each sensor, that captures the meter along with the sensor and cable. The PortaCaddie is designed to manage the cable to eliminate tangles while using the system in the field. The meter, sensor, and cable are retained securely during transport and are easily deployed at the desired test location. The rugged design was built specifically for the rigors encountered by field instrumentation. The PortaCaddie was designed to offer a level of protection to the meter, sensor, and cable.

    Compatible sensors for the IPM

    Portable DO Sensor ( PDO) The Portable Dissolved Oxygen sensor incorporates optical fluorescent technology, solid state electronics, and a unique side mount element. The InsiteIG PDO sensor is the only portable optical DO sensor that does not require expensive replacement caps. Nitric Oxide does not interfere with the InsiteIG portable sensor. PDO Sensor
    • Measuring Range: 0 to 25 ppm
    • Accuracy: 1% of the reading or .05 ppm, whichever is greater
    • Repeatability: 0.01 ppm
    • Response Time: 95% in under 60 seconds
    • Resolution: 0.01 ppm below 4.00, 0.1 ppm above 4.0
    • Drift: less than 1% per year
    • Temp. Range: 0°C to 60°C
    • 20ft sensor cable
    • sensor connector
    Portable Suspended Solids Sensor ( PSS ) The Portable Suspended Solids Sensors incorporate near infrared technology to provide increased dependability of the reading when color changes in the solids occur. Fast, accurate solids readings. There are two sensor ranges available. PSS Sensor
    • Measuring Range: 0 to 30,000 mg/l total suspended solids
    • Accuracy: +/- 5% of the reading or +/- 100 mg/l whichever is greater
    • Repeatability: +/- 1% of the reading or +/- 20 mg/l whichever is greater
    • Response Time: 95% in under 60 seconds
    • Resolution: 1 mg/l below 1000 mg/l, 10 mg/l from 1001 to 9999 mg/l, 100 mg/l above 10,000 mg/l
    • Drift: less than 1% per year
    • Temp. Range: 0°C to 60°C
    • 20ft sensor cable
    • sensor connector
    PEH51 - Portable Holder (PEH) with Model 51 pH Electrode The Portable Electrode Holder (PEH) with Model 51 replaceable pH Electrode cartridge comprise the pH sensor, which incorporates embedded electronics, custom geometry, and a field proven cartridge. The embedded electronics in the PEH Holder includes a built-in electrically isolated preamp, which results in reliable digital communications and temperature compensation circuitry. Our flat glass / double reference junction construction yields a field proven cartridge producing long-lasting reliable measurements. PEH51 Sensor
    • Measuring Range: 2 to 12 pH
    • Temp. Range: 10°C to 60°C
    • 20ft sensor cable
    • sensor connector
    PEH52 - Portable Holder (PEH) with Model 52 ORP Electrode The Portable Electrode Holder with Model 52 replaceable ORP Electrode cartridge comprise the ORP sensor, which incorporates embedded electronics, custom geometry, and a field proven cartridge. Our flat glass / double reference junction construction, yields a field proven cartridge producing long-lasting reliable measurements. The embedded electronics in the PEH Holder includes a built-in electrically isolated preamp, which results in reliable digital communications and temperature measurement circuitry. PEH52 Sensor
    • Measuring Range: +/- 2000mV
    • Temp. Range: 10°C to 60°C
    • 20ft sensor cable
    • sensor connector
  • Plug & Play Compatability - Smart Sensors The InsiteIG Dual Channel Analyser is a unique system that combines advanced electronics with solid-state, smart sensors. The analyser will accept any combination of two standard InsiteIG DO, SS, pH, or ORP sensors and automatically configures for the correct operation. The system allows for flexible and economical process monitoring and control. Fluorescence Dissolved Oxygen —Theory of operation A very specific energy wavelength is transmitted to a ruthenium compound immobilized in a sol-gel matrix. The ruthenium will absorb this energy, changing the outer electron’s energy level. The electron will then collapse back to its original energy state, emitting the energy as a photon with a different specific wavelength. This is called fluorescing. If the intensity of the transmitted wavelength is tightly controlled, the amount of fluorescing is both predictable and repeatable. If oxygen molecules are present the amount of fluorescing is reduced, referred to as fluorescence quenching. By measuring the amount of quenching it is possible to determine the amount of oxygen present. Download Brochure 
  • Plug & Play Compatability - Smart Sensors The InsiteIG Single Channel Analyser is a unique system that combines advanced electronics with solid-state, smart sensors. The analyser will accept any standard InsiteIG DO, SS, pH, or ORP sensor and automatically configures for the correct operation. The system allows for flexible and economical process monitoring and control. Fluorescence Dissolved Oxygen —Theory of operation A very specific energy wavelength is transmitted to a ruthenium compound immobilized in a sol-gel matrix. The ruthenium will absorb this energy, changing the outer electron’s energy level. The electron will then collapse back to its original energy state, emitting the energy as a photon with a different specific wavelength. This is called fluorescing. If the intensity of the transmitted wavelength is tightly controlled, the amount of fluorescing is both predictable and repeatable. If oxygen molecules are present the amount of fluorescing is reduced, referred to as fluorescence quenching. By measuring the amount of quenching it is possible to determine the amount of oxygen present. Download Brochure 
  • Dissolved Oxygen Smart Sensor The Model 32 is a solid state DO sensor with built-in smarts which outputs to Modbus RTU through RS232 hardware. It is designed to be connected into existing hardware which accepts the Modbus RTU protocol. The Model 32 sensor is extrememly rugged and reliable, utilising solid state technology for DO measurement. I’m glad we got onto these, they’re great sensors, the M32 we have deployed is running like clockwork.”  Lia -  Hydrographer. VIC.

We ship all our products with recycable and biodegradable materials.

We ship all our products with recyclable and landfill-biodegradable materials.
We use newspaper as filler and recycled cardboard boxes where possible to replace non-recyclable material.

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