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    Flexibar

    Features Flexibar Advance, Tinned Copper
    • Thin layers of tinned electrolytic copper formed into a stack
    • Full range from 19.5 mm² up to 1200 mm² and 125 A to 2800 A
    • Insulated by high-resistance, halogen free, flame retardant and low smoke material with less than 20% contact with conductor for high flexibility
    • Easily bent, folded, and twisted, improving assembly flexibility, shortening connections, and decreasing footprint
    • Dramatically smaller and more flexible than comparable cable based on ampacity
    • Better power density than cable with lower skin effect ratio
    • Connections made by punching and bolting directly through the copper laminates or clamping onto the end of the nVent ERIFLEX Flexibar
    • No lugs needed, reducing installation time and improving resistance to vibration
    • Weight savings and material savings compared to wire alternatives
    • Reduces total installation cost
    • Traceability codes and designation part numbers printed on insulation
    • Conforms to NF EN 45545 obtaining an HL2 classification for chapters R22 and R23
    • 100% production dielectric tested
    • RoHS compliant
    • Tinned copper allows for copper or aluminum conductor connections
    Flexibar Summum, Halogen free
    • Halogen free solution for applications requiring a low smoke solution
    • Thin layers of bare electrolytic copper formed into a stack
    • Silver or tinned nVent ERIFLEX Flexibar Summum available on request
    • Insulated by halogen-free, high-temperature silicone
    • Easily bent, folded, and twisted, improving assembly flexibility, shortening connections, and decreasing footprint
    • Dramatically smaller and more flexible than comparable cable based on ampacity
    • Better power density than cable with lower skin effect ratio
    • Connections made by punching and bolting directly through the copper laminates, clamping onto the end of the nVent ERIFLEX Flexibar, or welding using nVent ERICO Cadweld
    • No lugs needed, reducing installation time and improving resistance to vibration
    • Weight savings and material savings compared to wire alternatives
    • Reduces total installation cost
    • Very high resistance to UV and ozone
    • Limiting oxygen index (LOI)
    • Traceability codes and designation part numbers printed on insulation
    • Conforms to NF EN 45545 obtaining an HL2 classification for chapters R22 and R23
    • EAC compliant
    • RoHS compliant
    IBS/IBSB Advanced Insulated Braided Conductor, Halogen Free
    • Suitable for all main molded case circuit breakers
    • Resistant to vibration, improving reliability and performance
    • Insulated by high-resistance, halogen free, flame retardant and low smoke material
    • Tinned copper provides superior corrosion resistance
    • Improves assembly flexibility and aesthetics
    • Quick and easy installation
    • No additional cutting, stripping, crimping and punching needed
    • Integral palm without lugs or terminals reduces material and assembly weight
    • Conforms to NF EN 45545 obtaining an HL2 classification for chapters R22 and R23
    • DNV GL® and Bureau Veritas certified for marine and offshore applications
    • Small wire diameter provides maximum flexibility
    • Dramatically smaller and more flexible than comparable cable based on ampacity
    • Better power density than cable with lower skin effect ratio
    • Reduces total installation cost
    • RoHS compliant
    • Tinned copper allows for copper or aluminum conductor connections
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  • Power Terminal

    nVent ERICO offers a wide range of halogen free lug-to-lug, lug-to-tunnel, and tunnel-to-tunnel power terminals and fixing assemblies. The tinned copper block design allows for connections using copper or aluminum conductors while the accessible tunnels and studs allow for easy connections that can be visually inspected through the adjustable finger safe transparent cover. Conveniently gangable to allow for the construction of multi-pole power blocks, the power terminals are easily mounted onto DIN rails or directly to the panel itself using screws. Features Lug-to-Lug Power Terminals (SBLL 250, 500, 800)
    • Tinned copper block allows for copper or aluminum conductor connections
    • Accessible studs allow for easy connection of sections of nVent ERIFLEX Flexibar or other conductors
    • Design allows for visual inspection of conductor and confirmation of connection
    • Adjustable transparent cover
    • Modular snap-together blocks for building multi-pole power blocks
    • Easily clips onto DIN rail or mounts to panel with screws
    • SBLEC Power Terminals Fixing Accessory required for direct panel mount
    • Halogen free
    • RoHS compliant
    2.5 sbll 500 2.5 sbll 250 2.5 sbll 800  Lug-to-Tunnel Power Terminals (SBLT 250, 350, 500, 800)
    • Tinned copper block allows for copper or aluminum conductor connections
    • Accessible studs and tunnels allow for easy connection of nVent ERIFLEX Flexibar and other conductors
    • Design allows for visual inspection of conductor and confirmation of connection
    • Voltage detection and measurement connection
    • Adjustable transparent cover
    • Modular snap-together blocks for building multi-pole power blocks
    • Easily clips onto DIN rail or mounts to panel with screws
    • SBLEC Power Terminals Fixing Accessory required for direct panel mount
    • Halogen free
    • RoHS compliant
    2.5 SBLT 350 2.5 SBLT 500 2.5 SBLT 800 Tunnel-to-Tunnel Power Terminals (SBTT 250, 350, 500, 800)
    • Tinned copper block allows for copper or aluminum conductor connections
    • Accessible tunnels allow for easy connection of wire
    • Design allows for visual inspection of conductor and confirmation of connection
    • Adjustable transparent cover
    • Modular snap-together blocks for building multi-pole power blocks
    • Easily clips onto DIN rail or mounts to panel with screws
    • SBLEC Power Terminals Fixing Accessory required for direct panel mount
    • Halogen free
    • RoHS compliant
    2.5 SBTT 2502.5 SBTT 5002.5 SBTT 800 SBLEC Power Terminals Fixing Accessory
    • Attach power terminal fixing accessory to back of power terminals for direct panel mounting or DIN rail end cap mounting
    • Easily clips onto DIN rail or mounts to panel with screws
    • Halogen free
    2.5 SBLEC      
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  • Earthing Grounding parts

    nVent ERICO Connecting, Earthing and Neutral Busbars are used to connect several earthing conductors within a panel and can be used in a variety of different applications including switchgear and control equipment, electrical equipment, for wind and solar power generation and in data centers. Features Grounding Busbars Proper bonding is essential to create an equipotential plane between service grounds and equipment during fault and transient conditions. This equipotential plane provides a near zero voltage differential and serves to protect people and equipment during these events. The most popular bonding product in use today is the ground bar or bonding bar. Ground bars provide a convenient, single-point grounding and bonding location. Conductors are welded to the bar using a nVent ERICO Cadweld exothermic connection or are mechanically fastened by using lugs. nVent can design and manufacture custom bars. In addition, the breadth of the product offering includes TMGB bars, which meet the requirements of TIA/EIA® 607 and conform to BICSI® recommendations. Our perimeter bus system allows for fast and easy field installation of halo and other perimeter grounding schemes. 3.2 earth bar3.2 grounding busbars Earthing/Grounding Connector
    • Very compact clamp for connecting cable conductors to earthing busbar without drilling
    • Conductor is clamped with a pressure plate
    • Clamps can be mounted and slid into position on busbar prior to connecting conductors
    • Connections can be added after busbar has been mounted
    • Single screw locks clamp and makes connection
    • EAC compliant
    • RoHS compliant
    3.2 earthing grounding connector EC35 3.2 earthing grounding connector EC16 Earthing and Neutral Busbar (EB-12, EB-20, EB-36, EB-44, EB-60, EB-168)
    • Use to connect several earthing conductors within a panel
    • Chamfered holes allow for easy connections
    • Mounting slots for universal fixing to copper busbar, directly to rails or spacers
    • Rigid bar
    • Mounting kits available for stacking busbars or fixing to DIN rail
    • RoHS compliant
    3.2 EB 12 3.2 EB 20 3.2 EB 36 3.2 EB 44 3.2 EB 60 3.2 EB 168  
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  • TR-2000 Multi-Function Recorder

    Application • For all types of power system events • Simultaneously perform: transient recording, disturbance recording, phasor measurements, power quality analysis, and sequence of events recording. • The system can operate automatically to retrieve events and perform an expert analysis so you have the answers fast, saving time and money. • Providing all the answers in one software platform. • The TR-2000 is ideally suited for your generation, transmission, and distribution power system monitoring.
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  • TR-100+ Digital Fault Recorder

    Application The AMETEK TR-100+ is a fully featured Digital Fault Recorder with the capability to capture and analyze short transient events, longer-term disturbances and trend input quantities such as RMS, frequency, harmonics, power and power factor. Specifications INPUTS Number of Channels • 8, 16, 24, or 32 analog
    • 16, 32, 48, or 64 digital (larger systems available) Voltage Inputs
    • 57 to120 V RMS nominal, 212 V RMS full scale Current Inputs
    • 1 A or 5 A RMS nominal (thru external current shunts/CICT’s) Frequency Response • DC to 3,000 Hz, (+0dB, -3dB) or 1/4 sample rate Accuracy
    • Better than 0.2% full scale Digital Inputs • 24-250 VDC normally open or normally closed wetted contact
    SYSTEM TIMING Time Synchronization
    • Internal clock, synched to the 50/60 Hz line or optional IRIG-B
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  • TR-61850 GOOSE Message Recorder

    Application
    • AMETEK’s TR61850 adds the capability to easily monitor and record GOOSE messages within the substation.
    • TR61850 automatically merge providing a single point of reference when analyzing transient events and system disturbances.
    • AMETEK’s TR61850 has IEC 61850-8 protocol for GOOSE messaging and supports subscription to 128 GOOSE messages from multiple IED’s within the substation.
    • TR61850 can be used with multiple transient fault recorders to provide a single complete record for all substation events.
    Specifications
    • Input Capacity 128 GOOSE Message subscriptions - GOOSE Messages are mapped virtual inputs - Supports mapping to multiple IED’s - 6 Hardwired digital inputs
    • Field Contacts - NO/NC software programmable - Programmable debounce or filter timers - 20-150 VDC FCV
    • Outputs - 8 form C (SPDT) relays, configurable functions: - Cross-Trigger, Watchdog, Loss of LAN1/2… - Energized or de-energized operation - Published GOOSE Messages - Status of 128 virtual inputs - Status of 8 contact outputs - Status of 16 hardwired inputs
    Time Stamping
    • 1 msec time stamp resolution
    • GOOSE Messages can be time stamped internally or by the GOOSE time stamp Time Synchronization
    • IRIG-B input (modulated or demodulated)
    • NTP time sync (can sync with up to 3 servers)
    • IEEE1588
    • Master/Slave sync with other TR61850 units via RS485
    • Slave sync with TR2000/TR2500 fault recorders with internal GPS via RS485 and fiber optic PPS
    Certifications
    • KEMA IEC61850 Compliance
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  • Fault Recorder Software

    Application The Fault Recorder product family is enhanced with our full suite of software applications designed to simplify the process of configuring our recorders, retrieving event information, and analyzing the results. Tools like our automated event retrieval and expert analysis provide the quickest results when classifying an abnormal event. Detailed fault analysis is easily accomplished with our set of power analysis tools and flexible display options.
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  • JEMStar ll IEC Meter

    Application
    • AMETEK’s JEMStar II has the highest accuracy in the market.
    • Provides many communication options and monitors your power quality to make it the ideal choice for any metering application.
    • An impressive color display makes it easy to view power measurements, phasor displays and meter diagnostics.
    • The JEMStar II is easy to use and configure with our intuitive JEMWARE software and the meter display provides a user menu to show and edit configuration details.
    • The JEMStar II has a GB of non-volatile memory to store your metering and power quality data for as long as you want.
    • The meter has a single base model that can be used for simple revenue and billing applications as well as more complex power quality monitoring applications.
    Specifications METER FORMS
    • Meter Forms: 5, 6, 8, 9, 45, Universal
    INPUTS Voltage
    • 55-300 VAC auto-ranging
    • Burden*: 0.5 VA @ 300V * Does not include auxiliary power requirements.
    Current
    • 1 amp: ANSI class 2
    • 5 amps: ANSI class 10
    • 10 amps: ANSI class 20
    • Burden: 0.5 VA maximum
    • Overload: 1.5x rated class current continuous
    • Starting current: 0.002 A
    • Frequency range: 45-55 Hz, 55-65 Hz
    AUXILIARY POWER Swichboard
    • Aux Power: 55-300 VAC or 90-300 VDC Auxiliary Power Burden
    • 25 VA maximum
    ACCURACY Watt Hour
    • 0.05% reading (0.02% typical) Volts, Amps
    • 0.04% reading
    LOAD PROFILE
    • 16 channels storage
    • 1-60 minute intervals
    TIME SYNC
    • Internal clock: 0.5 sec/day accuracy
    • 50/60HZ line frequency
    • External time sync options: NTP
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  • JEMStar ll ANSI Meter

    Application
    • AMETEK’s JEMStar II has the highest accuracy in the market.
    • Provides many communication options and monitors your power quality to make it the ideal choice for any metering application.
    • An impressive color display makes it easy to view power measurements, phasor displays and meter diagnostics.
    • The JEMStar II is easy to use and configure with our intuitive JEMWARE software and the meter display provides a user menu to show and edit configuration details.
    • The JEMStar II has a GB of non-volatile memory to store your metering and power quality data for as long as you want.
    • The meter has a single base model that can be used for simple revenue and billing applications as well as more complex power quality monitoring applications.
    Specifications METER FORMS
    • Meter Forms: 5, 6, 8, 9, 45, Universal
    INPUTS Voltage
    • 55-530 VAC auto-ranging
    • Burden*: 0.5 VA @ 530V * Does not include auxiliary power requirements.
    Current
    • 1 amp: ANSI class 2
    • 5 amps: ANSI class 10
    • 10 amps: ANSI class 20
    • Burden: 0.5 VA maximum
    • Overload: 1.5x rated class current continuous
    • Starting current: 0.002 A
    • Frequency range: 45-55 Hz, 55-65 Hz
    AUXILIARY POWER S-base and A-base
    • Self powered via all three phases: 55-530 VAC
    • External Aux Power Option: 55-530 VAC or 90-300 VDC; 19-58 VDC
    Swichboard
    • Aux Power: 55-530 VAC or 90-300 VDC; 19-58 VDC option
    Auxiliary Power Burden
    • 25 VA maximum
    ACCURACY Watt Hour
    • 0.05% reading (0.02% typical) Volts, Amps
    • 0.04% reading
    LOAD PROFILE
    • 16 channels storage
    • 1-60 minute intervals
    TIME SYNC
    • Internal clock: 0.5 sec/day accuracy
    • 50/60HZ line frequency
    • External time sync options: IRIG-B, NTP, IEEE-1588, PPS
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  • Ci20 Revenue Meter

    Application
    • AMETEK’s Ci20 Revenue Meter watches over your energy investment in many ways.
    • It has high accuracy measurements, site diagnostics and dependable communication options to ensure maximum reliability
    • Your installation investment is reduced with our innovative software wizard that provides quick set-up and configuration.
    • Inventory and ordering is simplified with field upgradeable options using soft switches and plug in boards.
    Specifications METER FORMS Meter Forms: 5, 6, 8, 9, 26, 35S, Universal INPUTS Voltage
    • 55-530 VAC auto-ranging
    • Burden*: 0.5 VA @ 530V *Does not include auxiliary power requirements.
    Current
    • 10 Amps: ANSI Class 20
    • Burden: 0.5 VA maximum
    • Overload: 1.5x rated class current continuous, 20x rated class current for 0.50 sec
    • Frequency range: 45-55 Hz, 55-65 Hz
    AUXILIARY POWER 55 – 530 VAC
    • Derived from from A,B or C phase voltage input Auxiliary Power Burden
    • 15 VA maximum
    ACCURACY Watthour
    • 0.15% reading Clock
    • Synchronized to line
    LOAD PROFILE
    • 4 Channels of Storage (Standard) Programmable Interval
    • 1-60 minutes 64 Days Storage Using Four Channels at 15-minute Intervals
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  • 3050 Moisture Analyzer Series

    Features The 3050 Moisture Analyzer series measures trace levels of moisture in a gas through the use of a quartz-crystal oscillator sample cell. AMETEK is the leader in quartz-crystal technology, which for thirty years has offered significant advantages over other measurement techniques: • Most accurate trace moisture measurement technology available • Responds far faster to both increasing and decreasing moisture levels • Specific to moisture in most applications • Provides a much more rugged sensor Because of these advantages, the quartz-crystal oscillator has become the industry standard for applications ranging from ultrahigh purity semiconductor gases to natural gas streams containing 30% H2S. Now, the 3050 analyzers bring the benefits of quartz-crystal technology to a broad spectrum of moisture applications. AME Vision Display Unit AMEVision allows users to continually monitor the measurement and diagnostic information from up to eight 3050 series moisture analyzers. AMEVision provides real-time moisture measurements, trend data, and details a variety of maintenance and troubleshooting information from the 3050. Users can communicate with AMEVision via Modbus RS485 and Ethernet LAN. • Compatible with 3050 models OLV, SLR, DO, and TE • Connect up to eight analyzers on one unit • Trend history • Automatic data capture and logging • Calibration history • Alarm history Industrial
    • Oil & Gas
    • Chemical & Petrochemical
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  • 5100 Gas Analyzer (5100 TDLAS)

    Features 5100 Based on Tunable Diode Laser Absorption Spectroscopy (TDLAS) The 5100 hosts a single laser platform to measure a single gas analyte. The device can measure any one of the following gas analytes: water vapor, methane, hydrogen sulfide, carbon dioxide, and oxygen in process or flue gas. If water vapor is the measured gas analyte, methane can be monitored additionally at percent levels using the same laser. A key feature of the 5100 is the use of a sealed reference cell, which contains a known amount of analyte gas measured, for referencing the emission wavelength of the laser. The use of a reference cell enables both the ability to line-lock the lasers and to continuously verify the instrument calibration. The 5100 is designed to handle sample gases with dew points as high as 55ºC. For higher temperature dew point applications the 5100HD is recommended.
    • All digital signal processing
    • Web-based interface
    • Connectivity by modbus, ethernet and analog
    • Real-time performance monitoring
    • Fully integrated sample handling
    • Resistant to contamination
    • Reference Cell enables Line Lock and Span Verification The 5100 offers high specificity, selectivity, speed of response and great reliability
    Industrial
    • Oil & Gas
    • Chemical & Petrochemical
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  • 241CE II Hydrocarbon Dew Point Analyzer

    Features The 241CE II Hydrocarbon Dew Point Analyzer is a quality control tool for natural gas processing, distribution and consumption. Detection and measurement of hydrocarbon dewpoint is achieved in a single cell, single cycle operation. The dew point analyzer uses patented chilled-mirror technology. With the 241CE II Hydrocarbon Dew Point Analyzer, all monitoring and measuring of dew points is done automatically under control of an onboard computer, rather than by an operator. The dew point analyzer was designed for unattended operation. Accurate and objective direct measurement of hydrocarbon dew point temperature at pipeline pressure or Cricondentherm
    • Proprietary three-stage filter provides superior protection
    • Designed for unattended operation with low maintenance
    • Compact design allows mounting in optional enclosures
    • Digital communications vis Modbus RTU protocol
    • Fully integrated sample system
    • Hydrocarbon dew point temperature current output
    Industrial
    • Oil & Gas
    • Chemical & Petrochemical
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  • 2850 Moisture Analyzer

    Features AMETEK’s 2850 Moisture Analyzer establishes a new standard in clean gas moisture analyzers: ultrafast response speed, exceptional accuracy, virtually no interferences, multigas compatibility, and on-board measurement verification. This unique combination of capabilities makes the 2850 the moisture analyzer of choice for monitoring process desiccant dryers, instrument air dryers, or air separators, and for industrial gas production and quality assurance. Typical Applications
    • Industrial gas production and quality assurance
    • Cryogenic air separation
    • Process dryers
    Industrial
    • Oil & Gas
    • Chemical & Petrochemical
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  • 3050 Moisture Analyzer Series

    Features The 3050 Moisture Analyzer series measures trace levels of moisture in a gas through the use of a quartz-crystal oscillator sample cell. AMETEK is the leader in quartz-crystal technology, which for thirty years has offered significant advantages over other measurement techniques:
    • Most accurate trace moisture measurement technology available
    • Responds far faster to both increasing and decreasing moisture levels
    • Specific to moisture in most applications
    • Provides a much more rugged sensor Because of these advantages, the quartz-crystal oscillator has become the industry standard for applications ranging from ultrahigh purity semiconductor gases to natural gas streams containing 30% H2S. Now, the 3050 analyzers bring the benefits of quartz-crystal technology to a broad spectrum of moisture applications. AME Vision Display Unit AMEVision allows users to continually monitor the measurement and diagnostic information from up to eight 3050 series moisture analyzers. AMEVision provides real-time moisture measurements, trend data, and details a variety of maintenance and troubleshooting information from the 3050. Users can communicate with AMEVision via Modbus RS485 and Ethernet LAN.
    • Compatible with 3050 models OLV, SLR, DO, and TE
    • Connect up to eight analyzers on one unit
    • Trend history
    • Automatic data capture and logging
    • Calibration history
    • Alarm history
    Industrial
    • Oil & Gas
    • Chemical & Petrochemical
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  • 5830 Moisture Analyzer

    Features Building upon the success of our quartz-crystal moisture measurement technology, the 5830 is an easy-to-use process moisture analyzer that offers a truly remarkable combination of performance features: exceptional accuracy, multi-gas compatibility, fast response speed, and wide measurement range. The 5830 is ideal for critical moisture measurement applications including high purity gas production, semiconductor gases, and industrial gas production and quality assurance. Equipped with an on-line verification system, this state-of-the-art analyzer is designed to rapidly build and maintain operator confidence in its analyses. The verification system allows you to challenge the analyzer’s sensor at will with either a zero gas or an actual NIST-traceable moisture concentration to check both its baseline stability and responsiveness to real moisture. No other manufacturer offers these exclusive abilities in their moisture analyzers. Industrial
    • Oil & Gas
    • Chemical & Petrochemicaly
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  • 5910 UHP Moisture Analyzer

    Features The 5910 analyzer provides a quantum leap forward in performance across all measurable parameters. The 5910 is sensitive to changes in moisture concentration of less than 500 pptv. We know this because the nominal noise level is below 50 pptv. The result of these phenomenal abilities is an accuracy of better than ±100 pptv or ±10% of reading. Typical Applications Continuous Monitoring : Continuous moisture analysis is a valuable tool for quality assurance and process monitoring. As a quality assurance analyzer, the 5910 verifies that specified gas purity levels are maintained at on‑site separation, bulk delivery and distribution system transfer points, and ultimately, at points-of-use. The 5910 satisfies all the demands of continuous monitoring principally low detection limit, high measurement accuracy, and internal verification. Analytical Carts : The 5910 is the perfect analyzer for temporary monitoring applications for verifying installation, maintenance, or repair of gas distribution systems. Such temporary or spot testing makes excellent use of the unique combination of capabilities provided by the 5910—very fast response speed, especially to decreasing moisture concentrations for monitoring system dry-down; complete compatibility with O2, H and inerts; rapid start-up response; and the ability to quickly change from one gas to another. Industrials
    • Oil & Gas
    • Chemical & Petrochemical
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  • 5920 UHP Moisture Analyzer

    Features Building upon the success of our quartz-crystal moisture measurement technology, the 5920 is an easy-to-use process moisture analyzer that offers a truly remarkable combination of performance features: multi-gas compatibility, exceptional accuracy, on-line verification, fast response speed, and wide measurement range. The 5920 is ideal for critical moisture measurement applications including high purity gas production and semiconductor gases. Equipped with an on-line verification system, this analyzer is designed to rapidly build and maintain operator confidence in its analyses. The verification system allows you to challenge the analyzer’s sensor at will using a zero gas to check its baseline stability to confirm the sensor’s stability and sensitivity to low ppbv moisture concentrations. Industrial
    • Oil & Gas
    • Chemical & Petrochemical
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  • IPS-4 Integrated Photometric

    The IPS-4 is a huge step forward in capability and reliability for process spectrophotometers. The analyzer 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-4s sample cell enclosure. Features
    • Measures up to 8 wavelengths
    • Low cost of ownership
    • No annual, routine maintenance
    • No moving parts
    • IP65 (NEMA 4X optional)
    • Integrated, customizable sample system
    • Ethernet and MODBUS communications
    Industrial
    • Oil & Gas
    • Chemical & Petrochemical
    • Power
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  • 930 H2S in Sulfur Pit Analyzer

    The 930 H2S Vapour Space Analyzer was developed for sulfur pit storage applications. The 930 has been field proven as one of the industry’s most reliable instruments for monitoring H2S and SO2. The analyzer uses a proprietary high resolution UV technology in a dual beam, multiple wavelength configuration. Resolution better than 0.02 nm is provided by high intensity, line source lamps. These sources emit at a fixed wavelength, providing great measurement stability, and emit low total power, removing the potential for sample photolysis. The dual beam configuration, combined with the reference measurement, ensures low noise performance, with minimal baseline and span drift. Features
    • Simultaneous, accurate measurement of both H2S and SO2
    • Output alarms for H2S (LEL) and SO2 (smoldering fire)
    • Common design with Model 900 (air demand) and Model 910 (stack gas)
    • Exceptional baseline stability
    • Improved sample conditioning via ASR Probe
    Industrial
    • Oil & Gas
    • Chemical & Petrochemical
    • Power Plant
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  • 888 Sulfur Recovery Tail Gas Analyzer

    Features 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 the complexity and safety issues of fiber optic coupled photometers. The 888 is the evolution of a well proven formula. All the best elements of the iconic 880 NSL are still there; Four year lamp life, no shelter required and steam blow back for ammonia salts. Building on this success the 888 offers improvements in a number of key areas. Industrial
    • Oil & Gas
    • Chemical & Petrochemical
    • Power Plant
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  • 900 Tail Gas-Air Demand Analyzer

    Features In the past, conventional Claus Sulfur recovery processes were adequately controlled on the basis of ratio or excess process air. The development of new and modified sulfur recovery processes has dramatically changed the analytical requirements placed on the tail gas analyzer. These applications require accurate chemical concentration data over wide dynamic ranges. Selective oxidation processes may require the analyzer to control the H2S/SO2 ratio at values ranging from 1:7 to greater than 10:1. In addition there is an increased need to provide reliable process data during upset conditions to endure correct response to such conditions. Industrial
    • Oil & Gas
    • Chemical & Petrochemical
     
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  • 931 Single Gas H2S Analyzer

    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. Features
    • Class I, Division 1, or ATEX II 2 G Hazardous Area Rating
    • Direct measurement
    • Provision to return sample to process (with heated acid gas probe option)
    • Minimal sample conditioning
    • Dual-beam, dual-wavelength design
    • Optional detectors available (thermal conductivity-hydrogen and IR-hydrocarbon
    Industrial
    • Oil & Gas
    • Chemical & Petrochemical
    • Power Plant
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  • 914 Continuous Emission Monitoring System

    Features 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. The sample extraction system of the 914 combines a temperature controlled sample conditioning unit and a heated sampling line to ensure the integrity of the sample gas is reliably maintained. The sample gas is then dried (moisture removed) as required and introduced into the instruments for analysis. Industrial
    • Oil & Gas
    • Chemical & Petrochemical
    • Power Plant
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  • Non sampling light scattering method Dust Density Monitoring System for Wet Fuel Gasses

    Description DDM-TMA1 (its nick name is Tamaichi) is designed to measure the dust concentration in wet flue gases. The measuring principle of DDM-TMA1 is Non-sampling Light Scattering method. The wet flue gas passes inside of the high performance heater which vanishes the mist in the wet flue gases, and the light scattering dust detector measures just the dust concentration in the wer flue gases. The air curtain prevents the wet flue gas flow around the detection area from interfering with the detection area. DDM-TMA1 can monitor dust concentration even in heavy wet flue gases. Industrials
    • Oil & Gas
    • Chemical & Petrochemical
    • Power
    • Steel
    • Pulp & Paper
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  • Acesseries

     Type
    • Rivet installation tool
    • Wiring Duct cutting tool
    • Rivet
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  • Continuous Hinge with Quarter-Turn Latch, Type 4

     Application These enclosures are ideal for mounting equipment on panels or racks in indoor or outdoor applications where it is necessary to protect controls and instrumentation from wet, non-corrosive environments. The design features Hoffman’s exclusive PowerGlide Handle with 3-point latching for secure closure. Size 5.50 x 4.41 - 17.50 x 14.41
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  • Free-Stand with 3-Point Latch, Type 4

    Application These enclosures are ideal for mounting equipment on panels or racks in indoor or outdoor applications where it is necessary to protect controls and instrumentation from wet, non-corrosive environments. The design features Hoffman’s exclusive PowerGlide Handle with 3-point latching for secure closure. Size 72.06 x 25.06 x 18.06 - 72.06 x 37.06 x 24.06
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  • Two-Door with Floor Stands, Type 4

     Application The Type 4 rating and polyester powder coating make these enclosures ideal for outdoor environments or food processing applications where it is necessary to protect controls and instrumentation from wet, non-corrosive environments. Featuring a continuous hinge with clamps, the enclosures are supported by floor stands that provide additional height and access for cleaning under the enclosure. Equipment can be mounted on either panels or racks. Size 62.06 x 48.06 x 10.06 - 74.06 x 72.06 x 24.06
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  • Continuous Hinge with 3-Point Latch, Type 4

    Application Use stylish Concept EMC Enclosures with their convenient quarter-turn latches in indoor or outdoor applications to contain stray electromagnetic interference (EMI) signals produced by internal components and to shield those components from external EMI/RFI interference. Size 13.00 x 13.00 - 69.00 x 33.00
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