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1 - 9 of 1822
GX-9000H Portable Gas Detector

GX-9000H Portable Gas Detector

GX9000

Technical Data and Features Detects up to 4 gases simultaneously For detection of high concentration of H2S (1,000 ppm) Sensor warranty up to 3 years Explosion-proof, dust-proof and waterproof (equivalent to IP66/68), 1.5m drop durability Equipped with Bluetooth, easy data management via smartphone
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GX-6100 Multigas Detector

GX-6100 Multigas Detector

GX6100

Portable 6 Gas, Sample Draw Gas Monitor with PID, IR and Super Toxic Sensors Options Smallest 6 gas sample draw detector New 4-gas sensors with up to 3-year warranty 2 Interchangeable smart sensor slots TC sensor for %volume measurement of combustibles New ppm MOS CH4 and ppm MOS i-C4H10 sensors 4 PID options: 10.6 (2 ranges) eV, 10.0 eV, and 11.7 eV lamps Supports dual PID sensors PID library of over 600 VOCs Rapid sharing of emergency alerts via Bluetooth® Benzene specific version PPM Leak Check mode LEL sensor protection mode Man-down alarm Panic alarm Auto display rotation Peak-bar display LED Light source Internal sample pump Light weight, small, rugged IP-67 design Interchangeable battery packs (Li-ion / alkaline) Operates up to 28 hours on Li-ion battery pack, 8 hours operation with alkaline pack Field replaceable sensors, batteries, filters and pump Intrinsically safe ATEX / IECEx / cCSAus (pending) The GX-6100 is a powerful hand-held instrument capable of simultaneously monitoring up to 6 gases. In addition to the standard 4 confined space gases which include combustibles, O2, CO, and H2S, the GX-6100 has 2 additional smart channels that accept PID, PPM, IR or super toxic sensors. The updated GX-6100 can measure combustible gases in PPM range and %volume in the same monitor. Equipped with a strong internal sample pump, a man-down alarm, a panic alarm, an LED flashlight, and large auto rotating LCD display, the GX-6100 can operate as a single gas PID unit or a multifunctional tool utilizing all 6 channels. The GX-6100 with a PID sensor will come equipped with a library of over 600 VOC gases to choose from as standard. Choosing from the library is easy with a personalized favorites list of 30 commonly used VOC’s as well as a list of 8 of the most recently used VOC’s. A benzene-specific version is available using a pre-filter tube for detecting low levels of benzene. Four PID sensors are available, 10.0 eV, 10.6 eV (low or high range), and 11.7 eV. Any combination of two PID sensors can be installed. GX-6100 PID sensors are also resistant to humidity. The GX-6100 has a rugged design built for the nastiest environments. It is equipped with a removable impact-resistant rubber boot and a dust and water resistant enclosure with an IP-67 rating. With 5 bright LED lights on 3 sides of the instrument, alarms are easily seen from a variety of perspectives. With vibration and loud audible alarm, GX-6100 will easily alert users when needed. Sensors available: LEL, CL2, CO, CO2, HCN, H2S, NH3, NO2, PH3, SO2, Ammonia, Chlorine, Hydrogen Cyanide, Nitrogen Dioxide, Phosphine, Sulfur Dioxide, Carbon Dioxide, Methane, Hydrocarbon, Hydrogen Sulfide, Carbon Monoxide, Oxygen, % volume measurement of combustibles, and VOC (volatile organic compounds). GX6100 6 Operating Modes Normal Mode Barhole Mode Inert Mode Leak Check Snap Log Mode Benzene Specific
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SC-9000 Toxic Gas Detector

SC-9000 Toxic Gas Detector

SC9000

Toxic Gas Monitor Features Simultaneous detection of up to 3 different toxic gases Up to 3-year gas sensor warranty Detect NH3, HF, Cl2, HCl, O3, SiH4, or PH3 Outstanding durability: Passes 1.5 m drop testing, equivalent to IP66/68 protection rating Bluetooth® equipped Inherently safe explosion-proof construction allows use in explosion-proof areas Continuous operating time: Approx. 60 hours The SC-9000 sets the new industry standard for rugged, reliable portable toxic gas detection. Featuring a compact, lightweight, durable, waterproof, and intrinsically safe design, the SC-9000 accurately detects gas leaks in toxic gas detection applications.
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Bray High Performance Navy Butterfly Valves

Bray High Performance Navy Butterfly Valves

BNV

Overview Based on Bray's award-winning double offset design, the Bray/McCannalok Navy valve incorporates over 40 years of proven industry performance into a new, highly versatile valve, which is precision engineered to comply with MIL-V-24624. Engineered for bi-directional zero leakage, this high-performance butterfly valve is certified to the highest military standards. Product meets the requirements of the US Navy and is listed on the Qualified Products Listing. Features DOUBLE OFFSET DESIGN | Produces a cam–like action that reduces seat wear and eliminates seat deformation when the disc is in the open position. STEM | The high strength stem utilizes Double "D" or keyed connections to eliminate hysteresis. INTEGRAL ACTUATION MOUNTING | Eliminates the need for additional mounting kits and minimizes the effects of shock and vibration. RECESSED SEAT RETAINER | Seat retainer is totally encapsulated inside the body which eliminates any external leak paths for line media. RESILIENT SEAT | Fully encapsulated energized seat provides bidirectional zero leakage sealing. CONTOURED DISC | Engineered to maximize flow and minimize torque for optimal Cv values. OPEN/CLOSE INDICATION | Machined dimple on the stem easily identifies valve disc position by rotating toward the cast “O” (open) and “C” (closed) letters on the body. Mil-Spec     MIL-V-24624
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Hydroniq Tube Cooler

Hydroniq Tube Cooler

TC

The Hydroniq Tube Cooler is a shell and tube heat exchanger engineered for performance and durability. With more than 200 standard models and cooling surfaces ranging from 0.2 to 350 m², it offers a highly adaptable solution for a wide variety of marine and industrial systems. Tailored for Your Application Hydroniq’s advanced production process allows for custom configurations built on proven standard models. Using state-of-the-art thermal performance software, each cooler is designed to meet specific system requirements with precision. Pressure-Tested for Reliability Each unit is hydrostatically pressure-tested—ranging from 10 to 100 bar depending on size—and comes with a certified pressure test report to ensure safe, long-term operation. Built with High-Quality Materials Hydroniq’s technical team brings extensive experience in selecting specialized materials for challenging environments. Whether your application demands corrosion resistance or high-pressure performance, we can recommend the right materials to ensure optimal longevity and performance.
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Hydroniq Rack Cooler

Hydroniq Rack Cooler

RC

Engineered for consistent and reliable performance in harsh marine conditions, the Hydroniq Rack Cooler delivers highly efficient seawater cooling in a compact, low-maintenance package. Designed with durability and simplicity in mind, this system is ideal for vessels requiring continuous cooling without compromise. Key Features: Superior Heat Transfer: Utilizing a closed tank system with frequency-controlled pumps, the Rack Cooler maintains optimal cooling efficiency—independent of vessel speed. It delivers up to three times higher heat transfer efficiency than traditional box coolers. Corrosion-Resistant Construction: The cooler is equipped with high-quality CuNi (Copper-Nickel) tubes to resist marine growth and extend system life. The entire system is 100% isolated from the hull in maritime installations to eliminate the risk of galvanic corrosion. Dry Docking Not Required: The simplified design reduces the number of service gaskets and allows for easy maintenance while in operation, eliminating the need for dry docking. Space-Saving Design: A smart system layout and compact components reduce the required installation footprint—freeing up valuable onboard space without sacrificing performance. Ideal for vessels operating in tough conditions, the Hydroniq Rack Cooler provides a dependable, energy-efficient solution for critical cooling needs.
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Hydroniq Pleat Cooler

Hydroniq Pleat Cooler

PC

The Hydroniq Pleat Cooler is a patented and highly adaptable heat exchanger designed to meet the demands of central cooling, auxiliary cooling, and complex engine cooling configurations. Available in a range of compact sizes, the Pleat Cooler offers maximum flexibility while minimizing footprint—ideal for space-conscious marine installations. This innovative system allows for the integration of a single seawater circuit with multiple freshwater systems into one streamlined unit, simplifying onboard cooling architecture. Its unique pleated titanium plate design significantly reduces the number of gaskets and components, cutting cleaning time by over 90% and lowering overall maintenance costs. Designed for Reliability and Ease of Maintenance The Pleat Cooler’s design emphasizes operational uptime and simplicity. Each unit features a single gasket between elements and built-in mechanical stops to ensure fast, error-free reassembly—no more trial and error. This leads to fewer spare parts, longer intervals between cleanings, and a dramatic reduction in maintenance hours. Key Benefits of the Hydroniq Pleat Cooler: Flexible configuration: Easily scale capacity and combine seawater and freshwater systems into one unit. Compact and space-efficient: Available in multiple sizes for a perfect fit. Reduced maintenance time: Cleaning time cut by more than 90%. Lower operating costs: Fewer parts, longer maintenance intervals, and minimal spare parts required. Reliable sealing: Mechanical stops ensure proper reassembly on the first try. Enhanced crew efficiency: Faster maintenance means more uptime and smoother operations. The Hydroniq Pleat Cooler redefines marine heat exchange by simplifying operations, reducing costs, and boosting system performance—all in a compact, user-friendly design.
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Pyplok

Pyplok

Pyplok

Pyplok fittings from WandO are non-welded permanent connection fittings that are radially swaged onto pipe/tubing using a compression tool. This process forms a 360° radial compression around the pipe, forming a leak-free seal. All of the Pyplok fittings are made from bar-stock single forging (solid "no-weld" construction). The advantage of Pyplok’s unique non-metallic o-ring sealing characteristics makes it ideal for gaseous as well as fluid systems. Pyplok fittings have all of the benefits of a welded joint, without the hazards associated with hot work. Applications: Air, Nitrogen, Oxygen Catapult Hyd. Oil Hydraulic Systems Cleaning fluid Deluge Drains and vents Ethylene Glycol / water Fuel lines Grease lines High pressure fire systems Helium LPG / CNG Low temp steam Lube oil Sea water Steam drains / condensate Stripping fuel Waste water (oily) Materials Carbon Steel - ASTM-A106/A333/A105/A350 CuNi 70/30 - ASTM B466/Mil-T-16420 Duplex - ASTM-A789/A790/A276 Stainless Steel 316 - ASTM-A276/A479/A312/A403 Super Duplex - ASTM-A789/A790/A276 Size Range Metric Tube 0.8 mm W - 8 mm W; 6 mm - 66 mm OD Tube 0.03" W - 0.22" W; ¼” - 2” NPS Pipe Sch 10 - Sch 160: 1/4” NPS - 3” NPS Temperature Range -65°F - 400°F Viton O-ring (standard) -55°F - 500°F EPDM O-ring (requested) Approvals/Certifications ABS DNV-GL United States Coast Guard
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ProPress®

ProPress®

VPP

Viega ProPress® systems are state-of-the-art press fitting systems that provide economical and reliable installations for the commercial, industrial, and residential markets. Viega ProPress are copper and Zero Lead bronze fittings and valves in copper tube size (CTS) ranging from ½" to 4". The fittings require no soldering or brazing and are installed with electro-hydraulic press tools (battery-powered or corded press tools).The fittings feature a green dot representing Smart Connect® technology with an EPDM sealing element suitable for many applications. Viega’s unique Smart Connect technology helps installers ensure that they have pressed all connections. ProPress fittings are available in elbows, couplings, reducers, tees, reducing tees, threaded adapters, unions, caps, and flanges. All threaded ½" to 2" fittings are Zero Lead bronze. Advantages Up to 60% time savings Lowest overall installed cost Marine approved joining technology Technical field support No hot work, fire permit, or chemist required Smart Connect® technology Operating Parameters Operating Pressure: 232 psi M.A.W.P. Test Pressure: 600 psi max Operating Temperatures: 14°F to 230°F (-10°C to 110°C). Operating temperatures dependent on EPDM sealing element. Marine and Offshore Applications Hot/cold potable water Hydronic heating Vacuum Compressed air including service and control air Cooling water  Size Range 1/2" to 4" Approvals/Certifications United States Coast Guard ABS NAVSEA DNV-GL Lloyd's Register RINA ASTM
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1 - 9 of 1822