LumaSense Technologies - INNOVA Gas Monitors

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For over 50 years, LumaSense has engineered the world’s most reliable sensor solutions.  Learn the science behind light- based sensing technologies from the experts.

LumaSense’s temperature and gas sensing solutions are used in the most critical and complex environments imaginable.  When experience matters, see how we solve some of the most challenging sensing applications.

Our extensive line of robust temperature and gas sensing products provide unprecedented control over environments, safety, productivity and reliability.

Field Gas Monitor

LumaSense offers the market quality photoacoustic-based gas monitoring solutions.

The LumaSense Photoacoustic Gas Monitor INNOVA 1412i is based on the photoacoustic infrared spectroscopy and delivers superior sensitivity in a very compact form factor. Extremely versatile by design, the 1412i can measure at trace levels almost any gas that absorbs infrared light.

INNOVA product design leverages the unique strengths of the photoacoustic sensor technique.

Features

  • Multi Gas Monitoring – up to 5 different gases (+ water vapor) can be measured with excellent sensitivity and accuracy
  • Highly versatile: selectively measures a wide range of gases/vapors, with more than 200 compounds already tested
  • Compact form-factor of our portable and robust enclosure
  • Lightweight (9 kg, 20 lbs), direct sampling, no carrier gas needed
  • Linear response over a wide dynamic range
  • Highest stability (low drift) makes calibration only necessary 1-2 times a year
  • Accurate – compensates for temperature and pressure fluctuations, water-vapor interference and interference from other known gases
  • Extremely low-volume of the internal gas circuit (gas cell (3 cc)+ sampling line)
  • User-friendly: easy calibration, configuration and measurement data presentation and analysis on PC
  • Operates immediately: almost no warm-up time necessary
  • Remote control capability via TCP/IP network interface protocol
  • Expandable up to 24 locations using 1409 Multipoint Sampler (optional): the Gas Monitor can operate as the system controller for full standalone operation
  • Includes BZ7002 Calibration Software
  • Includes BZ7003 Offline Software to set up the Gas Monitor without connecting it to a PC and to download data stored in the gas monitors internal memories

Fixed Gas Monitor

LumaSense offers the market quality photoacoustic-based gas monitoring solutions.

The Photoacoustic Gas Monitor INNOVA 1314i is a highly accurate, reliable, and stable quantitative gas monitor.
Its measurement principle is based on the photoacoustic detection method. Extremely versatile by design, the 1314i can measure at trace levels almost any gas that absorbs infrared light.
Features
  • Multi Gas Monitoring – up to 5 different gases (+ water vapor) can be measured with excellent sensitivity and accuracy
  • Selectively measures a wide range of gases/vapors, with more than 200 compounds already tested
  • Linear response over a wide dynamic range
  • Suited for permanent monitoring tasks at low O&M costs: Highest stability (low drift) makes calibration only necessary 1-2 times a year, and no carrier gas is needed
  • Direct sampling
  • Accurate - compensates for temperature fluctuations, water-vapor interference and interference from other known gases
  • User-friendly procedures for calibrating the monitor, presenting and analyzing measurement data via the PC user-interface
  • Remote control capability via TCP/IP network interface protocol
  • Expandable up to 24 locations with 1409 Multipoint Sampler: the Gas Monitor can operate as the system controller for full standalone operation
  • Optional I/O modules (alarm relays, analog output)
  • Includes BZ7002 Calibration Software
  • Includes BZ7003 Offline Software to set up the Gas Monitor without connecting it to a PC and to download data stored in the gas monitors internal memories

SF6 Leak Detector

The SF6 Leak Detection products from LumaSense offer an unmatched combination of performance and convenience. Based on the company’s Photoacoustic Spectroscopy (PAS) technology, they offer highly accurate, repeatable, and reliable quantitative gas analysis and detection. The growing environmental requirements and pressures regarding the use of SF6 make LumaSense’s leak monitors a coveted tool designed for routine testing or continuous monitoring at minimal costs.

Application areas:

  • QA/QC Leakage Compliance Testing on Gas-Insulated Switch-gear (GIS) - Integral Leak Testing (INNOVA 3434i)
  • Circuit breaker leak testing and maintenance (INNOVA 3434i)
  • Area leak monitoring in indoor substations, or in manufacturing halls (INNOVA 3434i)
  • Leak detection for enclosed Gas-Insulated Switchgear (GIS) substation (INNOVA 3731)
  • Leak detection on SF6 distribution and handling circuits in manufacturing facilities (INNOVA 3731)

Features of the INNOVA 3434i

  • Limit of detection at 6ppb, using a highly specific optical filter
  • Excellent linearity over a high dynamic range
  • Easy-to-use, one-button measurement with a 13 second response time for simple, ultra-fast gas detection
  • Highly stable, with no consumables or radioactive sources
  • Portable and rugged—relocate the detector without loss in accuracy or need for re-calibration
  • Exceptional accuracy with auto-compensation for temperature and pressure fluctuations, as well as water vapor compensation and measurement
  • Expandable to an area monitoring system in 24 locations with 1409 Multi-point Sampler
  • Remote control capability via LAN using the LumaSoft Gas Single Point 7810 or Multi Point 7870 software
  • Includes BZ7002 Calibration Software
  • Includes BZ7003 Offline Software to set up the Gas Monitor without connecting it to a PC and to download data stored in the gas monitors internal memories

Features of the 3731

  • Stationary standalone multipoint monitoring for direct leak detection in large enclosed volume
  • Ultra-sensitive, with a limit of detection at 6ppb
  • Available in 12 or 24 channels, with sampling lines that can extend to 75m
  • High reliability with self-test routines
  • Low maintenance need, calibration only required once a year
  • Analog output for detection trending, and 12 configurable zone alarm relays
  • Measurements stored in internal memory, with easy export to remote PC via user-friendly software

Multi-point Gas Sampler

LumaSense's Multipoint Sampler INNOVA 1409 is designed to be used in conjunction with any photoacoustic (PAS) gas monitor in our product line, to build a well synchronised multi-channel monitoring system.

The INNOVA 1409 greatly increases the monitoring capabilities of the gas monitors by drawing air-samples through tubing from up to 24 different points according to an automated and programmable sampling sequence, and delivering the samples to the monitor.

It is available in 6-, 12-, or 24-channel configuration.

Features

  • Full remote-control from a PC via the gas monitor over the USB interface
  • 6 to 24 sample input channels depending on the configuration
  • Integrates seamlessly with the INNOVA PAS monitors
  • LED indicators for active channel and interface
  • Self-test function
  • Pneumatic system constructed of AISI-316 Stainless Steel and PTFE tubing to minimise gas adsorption
  • Optional frame for 19” rack assembly


The INNOVA 1403 is a reliable, easy-to-use and remote-controlled Multipoint Sampler and Doser that combined with the Photoacoustic Gas Monitor INNOVA 1412i and a controlling computer with Basic Ventilation Software INNOVA 7650 offers wide-ranging monitoring capabilities.

Features

  • Full remote-control from a PC with Basic Ventilation Software INNOVA 7650
  • Automatic calculation of the amount of tracer-gas delivered, to the dosing location
  • Factory calibrated dosing system
  • Self-test function
  • Pneumatic system constructed of AISI-316 Stainless Steel and PTFE tubing to minimise gas adsorption

Tracer Gas System

The INNOVA 3751-2 Advanced Ventilation System Dual Gas version and INNOVA 3751-5 Advanced Ventilation System Multi Gas version are unique fully integrated solutions in the market. By enabling the use of accurate tracer gas methods, they are excellent products to perform advanced performance studies or testing on ventilation system.

Supervises the tracer gas methods:

  • Concentration Decay
  • Constant injection
  • Constant concentration

Each tracer gas system includes a field proven and accurate Photoacoustic Gas Monitor INNOVA 1412i, in combination with a Multipoint Sampler and Doser unit INNOVA 1403 and with the Advanced Ventilation Software 7651.

Features

  • Multi Gas Monitoring, e.g. SF6 as tracer and CO2 as complementary marker in indoor air quality application
  • Flexibility in the choice of tracer gas, (SF6 or R134a)
  • Enabling all tracer gas methods: concentration decay, constant injection (or tracer gas dilution)
  • Low detection limit and advanced dosing control to minimize the consumption of expensive tracer gas
  • Ease of use, even for non-experts in gas instrumentation
  • “Calibration free”


Different Models

All our tracer gas systems include at minimum one Photoacoustic Gas Monitor, one Sampler/Doser unit, and application software for the setup and the online monitoring of the complete system. Connectivity accessories are also supplied.

Model 3751-2

Photoacoustic Gas Monitor (INNOVA 1412i-2) for dual-gas monitoring, Sampler/Doser (INNOVA 1403) with 6 sampling ports, and 7651 Advanced Ventilation Software

Model 3751-5

Photoacoustic Gas Monitor (INNOVA 1412i-5) for multi-gas monitoring (up to 5 different gas compounds), Sampler/Doser (INNOVA 1403) with 6 sampling ports, and 7651 Advanced Ventilation Software

Each system is factory calibrated based upon the set of gases selected upon order. The INNOVA 1412i monitor can be calibrated for SF6, R134a, … and CO2 and typically exhibits limit of detection in the ppb range for the most usual compounds used as tracer gas.

Automotive Emissions Monitor

The Automotive Emissions Monitor - 3433 is a highly accurate and reliable Multi Gas Monitor based on the INNOVA 1314 platform with special configuration for Exhaust Gas or SHED Evaporative Testing.

Its measurement principle is based on the photoacoustic detection method. In addition to its high sensitivity for multiple trace pollutant monitoring, the model 3433 is valued for its extremely simple integration into most test installations and for enabling reliable direct measurements.

Gas selectivity is achieved through the use of optical filters with narrow bandwidth. By installing up to 5 optical filters in the INNOVA 3433, it can measure the concentration of up to 5 component gases and water vapor in any air sample. Detection limit is gas-dependent, but is typically in the ppb region. The accuracy of measurements is ensured by the INNOVA 3433's ability to compensate for temperature and pressure fluctuations, water-vapor interference and interference from other gases known to be present (Cross-compensation). Reliability of measurement results is ensured by regular, automatic self-tests.

Features

  • Multi Gas Monitoring – up to 5 different gases (+ water vapor) can be measured with excellent sensitivity and accuracy
  • Linear response over a wide dynamic range
  • Highest stability (low drift) makes calibration only necessary 1-2 times a year
  • Extremely simple system integration needs with its direct sampling capability - no carrier gas is needed
  • Accurate - compensates for temperature fluctuations, water-vapor interference and interference from other known gases
  • Self-test routines assure high reliability
  • Operates immediately: Virtually no warm-up time necessary
  • Standard RS-232 interface for remote control
  • Multiple user access levels, password protected
  • Swagelock gas connectors
  • PC calibration software 7304
Gas Monitoring Instruments, OEM Gas Analyser and Systems

As the pioneer in trace and multi-gas analysis and monitoring solutions, LumaSense delivers a complete range of non dispersive infrared (NDIR) and Photoacoustic spectroscopy (PAS) gas concentration systems for all kinds of environments and applications.