AMETEK Process Instruments

12 products found

AMETEK Process Instruments Products

  • UV Vis

  • AMETEK PI - Model IPS-4 - Integrated Photometric Spectrometer

    AMETEK PI - Model IPS-4 - Integrated Photometric Spectrometer

    AMETEK Process Instruments Model IPS-4 is a huge step forward in capability and reliability for process spectrophotometers. The IPS-4 is capable of measuring up to eight wavelengths in a gas or liquid phase sample. Sample handling and conditioning systems are available as an option that is integrated into the IPS-4's sample cell enclosure.

  • AMETEK PI - Model WR-888 - Sulfur Recovery Unit (SRU) Analyzers

    AMETEK PI - Model WR-888 - Sulfur Recovery Unit (SRU) Analyzers

    AMETEK Process Instruments has been the leader in tail gas analysis for over 40 years-with more than 1,100 installed 880 NSL analyzers and more than 100 million hours of run time. The 888, the successor of the 880 NSL uses field-proven and highly reliable UV technology to accurately monitor the H2S and SO2 concentrations in sulfur recovery tail gas. This compact, rugged analyzer mounts directly on the process pipe, eliminating...

  • AMETEK PI - Model 910 - Hot/Wet Multi-Gas Mass Flow CEM

    AMETEK PI - Model 910 - Hot/Wet Multi-Gas Mass Flow CEM

    The 910 is specifically configured for monitoring the stack emissions of multiple pollutants on a mass rate basis. It measures stack effluent temperature and velocity in addition to as many as five pollutant concentrations at stack conditions, enabling each pollutant's mass emission rate to be reported. With the addition of an optional zirconium oxide sensor, the 910 is capable of monitoring oxygen.

  • AMETEK PI - Model 914 - Continuous Emission Monitoring System

    AMETEK PI - Model 914 - Continuous Emission Monitoring System

    The  914 is a built-to-order Continuous Emission Monitor (CEM) that includes all the components needed for a compliance monitoring and reporting project. The system uses dry extractive sampling techniques designed to meet government regulations for all types of compliance monitoring.

  • AMETEK PI - Model 919 - Hot/Wet Single Gas Analyzer

    AMETEK PI - Model 919 - Hot/Wet Single Gas Analyzer

    The 919 is specifically configured for monitoring stack emissions on a concentration basis. With the addition of an optional zirconium oxide sensor, the 919 is capable of monitoring oxygen. Robust and reliable analyzer, the 919 has no-moving-parts, UV-based measurements do not suffer from H2O and CO2 interference. This greatly simplifies sample handling and sample integrity as there is no need for sample drying. As a fully...

  • AMETEK PI - Model 920 - Hot/Wet Multi-Gas CEM

    AMETEK PI - Model 920 - Hot/Wet Multi-Gas CEM

    The 920 is specifically configured for monitoring the stack emissions of multiple pollutants on a concentration basis. It measures as many as five pollutants at stack conditions. With the addition of an optional zirconium oxide sensor, the 920 is capable of monitoring oxygen.

  • AMETEK PI - Model 930 - H2S in Sulfur Pit Analyzer

    AMETEK PI - Model 930 - H2S in Sulfur Pit Analyzer

    In many sulfur recovery units, produced sulfur is stored in liquid form in sulfur pits. Operators are increasingly aware that sulfur pits present potential danger to plant personnel and overall plant safety. It is therefore critically important to monitor H2S in the vapour space of sulfur pits to ensure that it remains below the Lower Explosive Limit (LEL) (4.3% by volume). Additionally, the presence of rising concentrations of SO2 in the sulfur pit...

  • AMETEK PI - Model 931 - Single Gas H2S Analyzer (opt. + H2 and HC)

    AMETEK PI - Model 931 - Single Gas H2S Analyzer (opt. + H2 and HC)

    The 931 uses a sophisticated UV-VIS photometer to measure any single UV-absorbing gas species for process monitoring and control. Additional IR and thermal conductivity sensors capable of detecting non-UV absorbing species, such as CO2 and H2 can be incorporated into the design. The 931 is provided as an explosion-proof package making it suitable for most chemical and petrochemical applications.

  • AMETEK PI - Model 932 - Multi-Gas H2S Analyzer (opt. + H2 and HC)

    AMETEK PI - Model 932 - Multi-Gas H2S Analyzer (opt. + H2 and HC)

    The 932 uses a sophisticated UV-VIS photometer to measure up to five gas species for process monitoring and control for chemical processes. The 932 is provided as an explosion-proof package and our proprietary high-resolution UV-VIS technology which is completely free from water or hydrocarbon interference, maximizing measurement accuracy. A very flexible design, the 932 can be optionally equipped with additional sensors to add the capability to...

  • AMETEK PI - Model 933 - H2S in Natural Gas

    AMETEK PI - Model 933 - H2S in Natural Gas

    The 933 is a unique UV-based photometric analyzer system for H2S analysis when present in concentrations below 100 ppm in natural gas and other applications. The analyzer responds quickly to changes in H2S concentration and it quickly self-recovers from extreme upset conditions.

  • AMETEK PI - Model 934 - Sensor Specific Gas Analyzer

    AMETEK PI - Model 934 - Sensor Specific Gas Analyzer

    The 934 is a rugged, analyzer adapted from the 931/932 UV analyzer platform for measurement of Hydrogen in Tail Gas Treating Units (TGTU) where the UV (H2S) is not required. The 934 analyzer system has a heated cell to avoid any hydrocarbon or water condensation. A fully integrated AMETEK Process Instruments sample system ensures reliable dew point control without running the risk of plugging, contaminating, or...

  • AMETEK PI - Model 9900RM - Single or Multi-Component Gas Analyzer

    AMETEK PI - Model 9900RM - Single or Multi-Component Gas Analyzer

    The 9900RM is a single or multi-component gas analyzer that can be used alone or as an integrated part of a continuous emissions monitoring (CEM) system. The analyzer is 19” rack-mountable and supports Modbus/RS485 and Ethernet connectivity. This is a rugged, single or multi-gas analyzer, free of interference from water and CO2.