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exhaust gas hoses for temperatures up to + 1.100 °C (when exhaust gas funnels are used properly and fresh air is feed enough), DN 16 - DN 500.
Applications:
Extraction of engine exhaust gases, for all usual suction extraxtion systems such as hose reel, slotted channels, abovefloor and underfloor extraction, stationary suction plants, flue gas exhaust, vehicle construction, engine construction, aircraft industries, defence industries, general engineering, hot air, low pressure applications, furnace construction, iron- and steel works, infrared dryer plants, radiant heat protection ...
Properties:
extremely flexible, small bend radius, very lightweight,
Installation and connection possibilities:
- hose clamps
- hose reducers
- hose connectors
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Today fresh, clean air in the workplace is to be expected and is considered an important productivity factor. You can make the grade with NORRES exhaust gas hoses.
Applications
Special exhaust gas hose, especially suitable
- for suction of engine exhaust gas
- for hose reel
- foe slotted floor channels
- for above and below floor suction extraction
Some properties of the NORRES exhaust gas hoses
- vibration resistant
- very good hest resistance
- minimum weight
- kink-proof
Temperature Range
-60 °C up to 900 °C (short time to +1100 °C approx.)
Wall thickness
0.4 mm approx.
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straight-way type, for connecting to gas sockets models G2016 and G2019, inlet: Bayonet connection male, outlet: female thread, internal hose: stainless steel corrugated hose, external hose: rugged agraff hose made of stainless steel,
ambient temperature max. 70 °C, working pressure 0,1 bar,
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AG 2100 MARINE corrugated
Marine engine wet exhaust systems where the exhaust gases are mixed with the discharge of cooling water.
From 76 to 205 mm.
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LPG®
Properties
Can be installed quickly and simply, with no need for welding or X-ray tests. Just single compression connectors at the start and end of the entire pipe
LPG®
Installation/assembly of a special steel pipe for high pressure, large lengths.
Area of application:
transport of liquid and gaseous media.
Structure
Flexible, endless production, single-wall, mechanically reinforced pipe system. Medium pipe: special steel
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Gas and welding
PLUTON TWIN EN 559
Twin line rubber hose for welding gas supply.
From 5 to 10 mm.
VULPANE EN 559
Rubber hose for LPG (gas cylinders, heaters, welding, and LPG lines).
From 5 to 10 mm.
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... see all the products in the category
Hoses
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Our gas power plants are designed for optimal performance in a wide variety of decentralized power production in both intermediate and baseload applications, giving full output and high perfomance in hot and dry conditions as well as at high altitudes.
These power plants ranging from 4 to 150 MW are based on 4-17 MW engine units operating on natural gas or in dual-fuel mode (natural gas/liquid fuel oil).
Minimize initial investment and business risks
Prefabricated and pretested modules guarantee consistent quality and performance and make on-site installation simply a matter of assembling and connecting the modules. The possibility of stepwise expansion minimizes initial investment and business risks.
The modular design of our power plants enables fast-track delivery anywhere in the world, typically less than 7 months for a 50 MW plant. Our deliveries range from either equipment supply, or equipment and engineering delivery, to complete turnkey projects.
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Short reaction times and particularly high efficiency: the principles of a gas turbine and steam power plant are combined in a combined-cycle power plant. Efficiencies of up to 60% can be obtained by using a gas and a (downstream-arranged) steam turbine. Under combined operations (with integrated district heating supply) efficiencies of around 90% can be had.
In gas-fired plants as well, Hitachi Power Europe has both extensive know-how and a lengthy track record across the entire range stretching from planning via acquisition and design through to commissioning.
The highly successful and globally deployed H-25 / H-15 gas turbines from parent company Hitachi, Ltd. are the optimum ones for running power plants in a dependable, efficient and economical manner. Designed as a heavy duty machine (30 MW rating class), over 120 Hitachi gas turbines in power plants are in service throughput the world (as of mid-2009). The turbines are sound and dependable under continuous operations, involve low maintenance costs and are admirably suited for plants with cogeneration/district heating supply. Hitachi gas turbines are also used as power drive turbines in industry.
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The FT8 POWERPAC industrial gas turbine package is a power generation unit that utilizes the SWIFTPAC modular design concept of very efficient electrical power. The FT8 is a derivative of the JT8D, one of the most successful flight engines in aviation history.
The gas turbine, mounted on a steel base, is packaged with its ancillary support systems and directly drives the generator package.
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The FT8 POWERPAC industrial gas turbine package is a power generation unit that utilizes the SWIFTPAC modular design concept of very efficient electrical power. The FT8 is a derivative of the JT8D, one of the most successful flight engines in aviation history.
The gas turbine, mounted on a steel base, is packaged with its ancillary support systems and directly drives the generator package.
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This continuous-rated 30-kW grid parallel model can be fueled with digester or landfill gas with methane content as low as 35%. They are commonly arrayed with Cain or other heat exchangers to serve both renewable power and thermal loads.
Hundreds operate worldwide, including 12 that provide LFG-fueled power and heat to a school near Chicago, a site named "Project of the Year" by the landfill methane division of the US EPA.
Without any exhaust treatment, C30 emissions are much lower than flaring. ISO 9001:2000 certified Capstone Turbine is the world's leading microturbine manufacturer, with more than 3,000 units worldwide. The installed fleet has amassed more than 8 million hours of documented operation.
Capstone invented microturbines and is the world’s only USA incorporated, USA owned and operated manufacturer.
These inverter-based systems have just one moving part: a turbine shaft supported by patented air bearings. The system has no pumps and needs no radiator, gearbox or other mechanical subsystems. Needs no lubricants, coolants or other hazardous fluids. UL1741, CA Rule 21 and NY PSC interconnect precertified, UL2200, etc.
Scalable from kilowatts to >1 MW without any paralleling switchgear or other external hardware (built-in arraying via computer cables).
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FULGURA VACUUM FURNACE
Multi-flow hardening furnace.
Blast nozzles distributed right around the load ensure rapid, highly uniform cooling, regardless of the type of parts.
Main uses:
Hardening steel for tools - Rapid Quenching of stainless steel - Brazing.
Main options:
Secondary vacuum - convection up to 750°C.
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Perfect furnace for delicate gas quenching treatments thanks to the rotative cooling ensuring an excellent cooling uniformity/span>
High cooling speed
Reduction of cycle time thanks to convective heating
Fully automatic process for a perfect reproducibility of the results
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VAC AERO’s vacuum furnace design innovations are thoroughly tested in our own heat treating facilities before being offered to our customers. That means better quality, reliability and efficiency to maximize uptime and productivity.
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Perfect furnace for delicate gas quenching treatments thanks to the rotative cooling ensuring an excellent cooling uniformity/span>
High cooling speed
Reduction of cycle time thanks to convective heating
Fully automatic process for a perfect reproducibility of the results
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The standard VAH Series Horizontal, Front-loading, Vacuum Heat Treating and Brazing Furnace can be customized to suit unique applications such as high pressure gas quenching, high temperature heat treating, ultra-clean processing and more.
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Car-/Truck-Single systems
Single (double) systems are basicly supplied with the following parts:
- ventilator,
- wall bracket
- motorprotection switch
- exhaust hose (2 hoses)
- exhaust nozzle (2 nozzles)
- exhaust hose support (2 exhaust hose supports)
Description:
Ventilator: 1,000 m3/h, Motor: 0.55 kW · 3 x 400 V · 50 Hz
Car - Single system with exhaust hose, Ø 75 mm, length 5.0 m, exhaust nozzle Ø 75 mm or
exhaust hose, Ø 100 mm, length 5.0 m, exhaust nozzle Ø 100 mm or
exhaust hose, Ø 75 mm, length 7.5 m, exhaust nozzle Ø 75 mm or
exhaust hose, Ø 100 mm, length 7.5 m, exhaust nozzle Ø 100 mm
Ventilator: 2,000 m3/h, Motor: 0.75 kW · 3 x 400 V · 50 Hz
Truck - Single system with exhaust hose, Ø 150 mm, length 5.0 m, exhaust nozzle Ø 150 mm or exhaust hose, Ø 150 mm, length 7.5 m, exhaust nozzle Ø 150 mm
Description
Ventilator: 2,000 m3/h, Motor: 0.75 kW · 3 x 400 V · 50 Hz
Car - Double system with 2 exhaust hoses, Ø 75 mm, length 5.0 m or 7.5 m, 2 exhaust nozzles Ø 75 mm or
2 exhaust hoses, Ø 100 mm, length 5.0 m or 7.5 m, 2 exhaust nozzles Ø 100 mm or
2 exhaust hoses, Ø 150 mm, length 5.0 m or 7.5 m, 2 exhaust nozzles Ø 150 mm
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Hose reel for unwinding of crush-resistant rubber hoses in various
diameters in compliance with the vehicle type, available exclusively in
manual rewind version for fixed or centralised work stations, or slidable
on model EC extruded aluminium duct track system for positioning in
correspondence with vehicle. The system provides localised suction
from the vehicle exhaust pipe by means of suitable rubber or 304
AISI intakes; all components are designed to withstand exhaust gas
temperatures.
CONSTRUCTION FEATURES
The ATN series of hose reels is basically composed of:
• hose reel drum made of galvanised steel and complete with guide to
facilitate correct take-up of the hose;
• lateral retaining disks made of powder-coated steel;
• rewind system: mechanical, with spring recoil;
• flexible hose, our model TGA in various diameters for different
requirements;
• Fan unit in powder coated sheet steel, our model EV (in ATNV models)
of various power ratings depending on type of application.
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The SER is designed to retract the hose with the assistant of a spring operated retraction device. We recommend this reel for general service shop applications when you can easily reach the hose.
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Vehicle Work Area Exhaust Removal Solutions
The Airflow Systems line of vehicle exhaust removal products are designed to bring clean air to vehicle service facilities. If not controlled, vehicle exhaust can contribute to worker illness, increase facility maintenance expense, and harm the sensitive electronics of diagnostic and servicing equipment. Vehicle exhaust removal systems from Airflow Systems, Inc.® are a versatile, easy-to-use technology that provides for the collection and removal of potentially harmful vehicle exhaust. From exhaust hose reels to a hose saddle, exhaust removal systems from Airflow will quickly contribute to improved service bay cleanliness and total facility productivity.
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The Vaisala HMT360 Series for Moisture in Natural Gas incorporates Vaisala's proven HUMICAP® sensor technology.
With three probe designs to choose from, the HMT360 Series is flexible enough to suit your installation requirements. Compatible with most existing sampling systems, it is easy to replace old or malfunctioning devices. Designed for high pressure systems, these probes can be installed directly into pipelines, eliminating the need for complex and expensive sample systems. With its ball valve set, the probe can be inserted and removed in low pressure systems. The transmitter is easily configured, and delivered with a one week lead time.
The HUMICAP® sensors are not damaged by glycol, and can tolerate saturated conditions and contact with water without causing measurement drift. The sensors dry down rapidly after exposure to water in the process or ambient conditions. The HMT360 Series is rated intrinsically safe for Class I Division I environments.
The stable HMT360 Series has a one year recommended calibration interval, thus saving maintenance costs and measurement downtime. Probes can be changed in the field in just a couple of minutes!
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HygroTrace Ultra-Low Moisture Transmitter measures the moisture content in the parts per billion (PPBv) range in nitrogen and argon gas for applications such as cylinder and tank filling, gas distribution systems in fabrication systems, and tool and machine manufacturing in the semiconductor and ultra-high purity gas (UHP) markets. With over 70 years of experience with aluminium oxide moisture sensors, GE Sensing developed a new aluminium oxide sensor, manufactured with modern semiconductor techniques, which uses a newly patented measurement technique to provide the sensitivity and speed of response in the PPBv range matched only by traditionally expensive analyzers. It is now possible to monitor multiple points of measurements for less than the cost of one analyzer and without installation constrictions. Its unique and innovative sensor measurement technique responds to wet up and dry down conditions in minutes minimizing moisture intrusion in your process.
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Superior Performance
The Moisture Monitor Series 35 (MMS 35) single-channel hygrometer combines our technologically advanced M Series moisture probe with state-of-the-art electronics for superior speed of response, stability and overall performance.
- Absolute humidity measurement
- 16-character, backlit LCD with front panel keypad
- Ambient to ppb moisture range
- Single channel
- Isolated current or voltage output
- 12-bit moisture measurement resolution
- Data and fault alarm relays
- Compatible with M Series moisture probe
- Optional computer-enhanced speed of response
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GE’s Aurora analyzer uses tunable diode laser absorption spectroscopy (TDLAS) to measure moisture in natural gas rapidly and accurately. The
analyzer is suitable for installation in hazardous areas and operates over a wide range of environmental conditions. Aurora’s fast response quickly alerts and documents when moisture concentrations are out of compliance. Once process upsets are corrected and the gas dries out, the fast response enables natural gas to be cleared for entry into the “energy grid.”
GE’s experience in moisture measurement includes aluminum oxide, polymer capacitance and chilled mirror sensors. GE’s heritage also includes the
development of the first injection diode laser in 1962 by Dr. Robert Hall in Schenectady, NY. The compact and inexpensive diode laser made it possible for compact discs, laser printers and fiber optic telecommunications. The new Aurora TDLAS hygrometer enables natural gas processing and transportation facilities to monitor moisture content in real time with high precision and reliability.
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SIG Version : Stud Inert Gas, without refractory ring.
Site generator with regulated and adjustable welding current, version inverter.
Welding of insulation attachment stud Ø3 standard, mild steel, stainless steel, aluminium and bi metal.
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Version for the welding of Ø 1 to 12 mm studs (without refractory ring), duty cycle (arcing time factor) : 8%.
Needs a specifc welding gun for the SIG process fitting on all JUPITER generators for Ø 1 to 12 mm studs.
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Absolute perfection. Specifically developed fo automotive markets and very large scale welding, weld quality is peerless for every type of stud from Ø 1mm to 14 mm using SIG, ARC, and ATC processes.
Features manual, semi-automatic and integral full automatic control modes and differentiates basic parameters and systematic quality auto-control. Duty cycle (arcing time factor) : 8%.
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Stud Inert Gas, without refractory ring. A compact, value for money series specifically designed for new production requirements with no loss of performance.
Digital read-out on request of the three basic parameters : welding current, welding time and arc voltage. Combines compactness with an 8% duty cycle (arcing time factor). Ø 1 to 12 mm studs with refractory ring.
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