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DIGICAT 100 Buried Service Locator
The DIGICAT 100 can be used to find live (energised) power cables, trace buried metal services which reradiate signals. The highly visible digital LED display makes a swift service location possible.
DIGICAT 200 Buried Service Locator
In addition to the well proven functions of the DIGICAT 100 the DIGICAT 200 offers a one stop depth estimation. In co-operation
with the DIGITEX 8/33 (operating in the 33kHz mode) the real depth and location of all services can be found. Available in two display formats, offering depth estimation to 3m or 10ft and an accuracy of approx. ± 10%.
DIGICAT 200 GIS Buried Service Locator
The DIGICAT200 GIS offers all the functions of the DIGICAT 200 with additional wireless connectivity. Compatible with a wide range of field proven hardware platforms and combined with simple interfacing with a variety of industry standard GIS software.
The DIGICAT 200 GIS is an ideal solution for systems integrators seeking to integrate buried service locating with GIS and survey mapping processes, using industry standard wireless connectivity. The advanced data output format provides system integrators with the opportunity to further develop innovative data capture and operational management solutions to meet new market opportunities. |
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The RD500 is a locator for underground plastic water pipes. A transonde is used to vibrate the water as it passes through it and across an internal spring system sending a minute sound wave back along the pipe. This sound wave is then detected using the RD500 receiver hence locating the water pipe.
Key features:
- Simple operation - a meter deflects showing pick-up of the vibrations on the water pipe
- No disruption of services while locating
- Audible and visual tracing indicator
- Variable Power Pulsers (TransOnde) supplied
- Distances up to 800 metres may be traced
- Locate up to 2 metre depth |
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| For nuclear power plant steam generator tubes, Zetec's Compliant Low Noise (CLN) bobbin probe uses advanced materials, design, and production to provide clean eddy current data that is consistent through the life of a probe and the duration of inspection. The CLN probe's immunity to ambient noise sources and ability to dissipate electrostatic charges ensures reliable data quality and more consistent probe-to-probe performance. The CLN probe is highly flexible for navigating small radius u-bends, yet maintains high data quality and minimal data drift in straight sections. Whether analysis is automated or performed manually, Zetec's CLN bobbin sets a new standard for efficient and accurate inspections. |
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. Low pressure: from 1 to 7 bars
. Electromagnetic hardening
. Watertightness, with gases and the air
. Fire resistance, to the explosions, the chemicals
. Radioactive containment
. Resistance to the vibrations, the rodents, the cold heat/
. Classification marinades has and H |
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| Cat Pipelayers have been the standard of the pipelining industry for decades. A worldwide network of Caterpillar dealers, in tune with the special high production needs of pipeliners, supports these durable, dependable machines. |
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The MAXON TUBE-O THERM® burner-to-tube direct firing system provides uniform heat transfer, eliminates "hot spots", and produces faster bring-up times than all other tube burners. This industrial burner fires directly into smaller-bore, less expensive tubes and burns butane, , propane or natural gas with reduced levels of NOx and CO.
TUBE-O THERM® gas burners ensure improved performance for industrial washers, dip tanks, water-bath heaters, and solution tanks. |
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The ImmersoJet (IJ) is a nozzle-mix tube-firing burner that is designed to fire at high velocities through small diameter immersion tubes.
The combustion gases from the burner scrub the inner tube surface and produce high heat transfer rates. This, in combination with the high velocity flow through the smaller diameter tubes allows for system efficiencies in excess of 80%.
The smaller IJ tubes also have smaller bends which means less tank space is occupied by the tubes. With a combustion chamber that is integral to the burner body, the new version of the ImmersoJet can sit lower on the tank than previous IJ models.
This burner is available with the Eclipse HeatPak packaged valve train - flame safety option.
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The ThermThief’s unique nozzle creates an intense, adjustable length flame with a vigorous spinning action. The flame scrubs the inside of the fire tubes to remove the gas film boundary layer and increase heat transfer effectiveness with outstanding temperature uniformity. Not only does this contribute to longer tube life, it also ensures consistently uniform product processing.
ThermThief delivers these additional benefits:
Low NOx and low CO.
Low excess air capability for high efficiency.
Low air and gas pressure requirements.
High heat transfer at low noise levels.
Reliable ignition at a wide range of firing rates.
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TUBE-O-FLAME®
MAXON's TUBE-O-FLAME® industrial burners provide clean, low NOx heating for tube firing. The TUBE-O-FLAME® burns most fuel gases inside an array of tubes to provide reduced fuel consumption and better process response. The low horsepower requirements reduce operating costs, and produce clean combustion with outstanding reliability.
TUBE-O-FLAME® natural gas burners ensure improved performance for industrial washers, dip tanks, water-bath heaters, solution tanks, and asphalt tanks.
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| Nogacool consists of a flexible Loc - Line® hose held by a magnet. It is used to easily direct cutting fluid from the coolant pump of machine tools towards the cutting area. |
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| ... products without technical information |
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Calculate piping code stresses, loads and deflections under static and dynamic loading conditions
Bentley AutoPIPE is a native Windows program for calculating piping code stresses, loads and deflections under static and dynamic loading conditions. AutoPIPE analyzes systems of any complexity with special features for buried pipeline analysis, wave loading, fluid transients, FRP/GRP pipe, and pipe/structure interaction.
AutoPIPE combines object-oriented graphics technology with advanced analytical capabilities not found in other programs to provide a truly unique tool for piping analysis and design.
Additional Features:
1. Graphical Creation of Pipe Stress Model
2. Graphical Review of Analysis Results
3. Advanced Analysis Capabilities
4. Interface with CAD and Pipe FLOW Analysis
5. Global Modification
6. Quality Assurance
7. Unique Output Result Filters
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Bentley Piping is a collective solution for MicroStation and AutoCAD-based piping design and modeling projects. Bentley Piping gives you the choice to deploy an adaptable solution for MicroStation (PlantSpace) or AutoCAD (AutoPLANT) projects using a single license.
You can choose to use either the PlantSpace or AutoPLANT interface for the project. New productivity capabilities, such as ISOGEN, are also included for automatic isometric creation.
A spec-driven design approach maximizes quality by ensuring compliance with applicable design criteria. A data-centric foundation ensures correlation between the graphical and descriptive data in the model. Powerful and extensive tool sets help you automate routine work tasks while maintaining design consistency. A comprehensive set of industry standards and catalogs of components are also included.
Bentley Piping is scalable; from single-user installations to large, multidiscipline distributed environments and has been proven on some of the world's largest projects. Bentley Piping now offers you more choices, at a fraction of the cost of competing systems.
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Faster design of routed systems
SolidWorks Routing enables you to quickly and easily design pipe, tube, and electrical routes in your product designs.
Key time-saving tools:
Intuitive creation and modification of routed systems, including drag-and-drop placement, automatic sizing of components (parts or assemblies), copying and mirroring of routes, and auto-insertion of piping bends and elbows.
Fast, easy 3D parametric modeling of tubing, piping, and electrical cable and harness systems within complex product or equipment designs.
Auto-routing of tube, hose, and electrical cable and harness segments directly or through mounting clips and hangers.
Time-saving library of ready-made tubing, piping, and electrical cabling and harnessing components.
Automatic creation of engineering drawing and bills of materials with complete information, including cut lengths for pipe and tube routes.
Specialized capabilities including creation of bend data files for CNC tube- and pipebending machines and efficient creation of penetration cuts involving pipes and tubes.
Easy reuse of data created with electrical CAD software and other tools when creating new cable and harness route designs, importing data conveniently in the Microsoft® Excel format.
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Faster design of routed systems
SolidWorks Routing enables you to quickly and easily design pipe, tube, and electrical routes in your product designs.
Key time-saving tools:
Intuitive creation and modification of routed systems, including drag-and-drop placement, automatic sizing of components (parts or assemblies), copying and mirroring of routes, and auto-insertion of piping bends and elbows.
Fast, easy 3D parametric modeling of tubing, piping, and electrical cable and harness systems within complex product or equipment designs.
Auto-routing of tube, hose, and electrical cable and harness segments directly or through mounting clips and hangers.
Time-saving library of ready-made tubing, piping, and electrical cabling and harnessing components.
Automatic creation of engineering drawing and bills of materials with complete information, including cut lengths for pipe and tube routes.
Specialized capabilities including creation of bend data files for CNC tube- and pipebending machines and efficient creation of penetration cuts involving pipes and tubes.
Easy reuse of data created with electrical CAD software and other tools when creating new cable and harness route designs, importing data conveniently in the Microsoft® Excel format.
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Using AutoCAD with an external relational database environment, Bentley's AutoPLANT P&ID creates intelligent plant schematics. With it, engineers can learn more about their plant design in a fraction of the time required to study hundreds of layout drawings or 3D models.
This cost-efficient application reduces the design and documentation time for capturing process information for system design and plant studies (such as HAZOP studies), ensuring compliance to OSHA 1910 and ISO standards. Through its scaleable design, AutoPLANT P&ID is suitable for large, midsized and small engineering companies and plant operators, providing a key tool for the lifecycle design and documentation of process plants. |
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| ... products without technical information |
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