Showing results: 2461 - 2475 of 9089 items found.
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SATURN -
Teledyne Marine TSS
SATURN, from Teldyne TSS, is a world leading marine navigation system for surface applications. Built on TSS core fibre optic gyro technology giving unparalleled attitude and heading reference system (AHRS) performance. SATURN offers a fast alignment time of only 10 minutes, from switch-on.It has been designed to address a market need for cost-effective products with competitive specifications for surface use including survey vessels, workboats and commercial shipping vessels. Based on proven FOG technology, and with no moving parts, SATURN is maintenance-free with high MTBF. It is available in three standard heading accuracy variants; 0.1° sec lat (SATURN10), 0.3° sec lat (SATURN30) and 0.5° sec lat (SATURN50).
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TOGS -
Teledyne Marine TSS
The new TOGS subsea navigation system is built on core TSS fibre optic gyro (FOG) navigation technology with significant improvements in efficiency and functionality. It is available in three standard heading accuracy variants: 0.1° (TOGS1), 0.3° (TOGS3) and 0.5° (TOGS5), all rated for operational depths to 4,000m or 6,000m. Attitude data is delivered via accurate roll/pitch measurement capabilities of 0.01° (TOGS1) and 0.05° (TOGS3 and TOGS5), and a heave performance of 5cm or 5%.
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MK31 INS -
Teledyne Marine TSS
The MK31 is a ring laser gyro (RLG) inertial navigation system that provides accurate heading, attitude and positional data for a wide range of naval vessels including frigates, patrol vessels and submarines. It is ideal for customers seeking a cost-effective and reliable solution for navigation and control of onboard radar, weapon, and satellite systems.
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GCS -
Teledyne Marine TSS
The Teledyne TSS Gyrocompass Changeover System (GCS) has been developed to ensure that your navigation system is continuously supplied with heading information from a bank of up to four connected heading devices, such as the TSS Meridian or Saturn gyrocompasses. The selection of the heading source can be carried out either manually or automatically. Retransmission circuits are housed in a rugged enclosure suitable for bulkhead mounting.
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HydroPACT 660E -
Teledyne Marine TSS
With HydroPACT 660E Teledyne Marine brings the world’s smallest submarine, pulse induction pipe tracker to market. Built upon the already established, industry standard and world leading TSS HydroPACT 440 system, the HydroPACT 660E continues the legacy by bringing pipe tracking and UXO detection capabilities to small inspection and observation class ROVs, for applications that were previously only available on larger vehicles such as work class ROVs and trenchers.The HydroPACT 660E has a single 24 Vdc, small subsea electronic pod, dramatically reducing the installed footprint and payload of the system while maintaining an operating range of greater than 85% of that of the significantly larger HydroPACT 440 system. The coil array features an integrated cable for even greater reliability and is suitable for installation and operation on smaller Observation class ROVs.
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TOGSINS -
Teledyne Marine TSS
The new TOGSINS builds on core TSS fibre optic gyro technology by incorporating inertial navigation (INS) capability. As with TOGS, it is available in three standard heading accuracy variants: 0.1° (TOGSINS1), 0.3° (TOGSINS3) and 0.5° (TOGSINS5), all rated for operational depths to 4,000m or 6,000m giving you a range for all your needs.Inertial position data is produced using an INS algorithm, within the firmware framework of TOGS, whilst attitude data is delivered via accurate roll/pitch measurement of 0.01° (TOGSINS1) and 0.05° (TOGSINS3 and TOGSINS5), and a heave performance of 5cm or 5%.
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HydroPACT 350 -
Teledyne Marine TSS
The HydroPACT 350 provides a reliable and simple method for performing accurate submarine surveys on a tone-carrying cable. It is available as a 110V system or a 240V system, both depth rated to 3,000m with a 6,000m option.The 350 system operates in real-time and provides accurate measurements at a rate that allows integration on faster ROVs. The measurement technology used by the system also allows it to operate out of water with no degradation in performance, range or accuracy.
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SATURN INS -
Teledyne Marine TSS
SATURN INS, from Teledyne TSS, is a world leading surface navigation system which offers enhanced unparalleled INS performance which builds on the TSS fibre optic gyro system by adding inertial navigation (INS) capability.As with SATURN, it is available in three standard heading accuracy variants; 0.1° sec lat (SATURN10INS), 0.3° sec lat (SATURN30INS) and 0.5° sec lat (SATURN50INS).
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ACTAS CF80 -
KoCoS Messtechnik AG
Stationary test system for sequential final factory tests and function tests on up to 8 drives. The drive test system is operated and controlled with the ACTAS operating software. The test position is selected using the multiplex method. The test system can reproduce drive control with the aid of a logic module. This makes it possible to test any drive even if there is no control unit.
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LSC -
inTEST Corporation
The LSC is a versatile universal manipulator, compatible with probers, vertical plane handlers, and dock-from-below test systems.
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EDIA-PRO -
DeltaTech Electronics
The EDIA-PRO is an enhanced version of the proven EDIA-5 analyzer. To meet expectations of our customers we created a system for automatic evaluation of injection system parameters based on measured waveforms. This makes the diagnosis easier and faster. Additional possibility of fast evaluation of cylinder compression and ability to check starting performance along with control valve measurement mode are perfect complement to diagnostic capabilities of EDIA device.
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DTA-1 -
DeltaTech Electronics
Throttle is usually associated with petrol engines. However, throttle valves are also found in modern diesel engines. They are used under different names, often general and not linking to intake system.
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TW-2 -
DeltaTech Electronics
Currently, almost all cars with gasoline engines are equipped with a fuel injection system. One of the most important elements of the injection system are the injectors. Their task is to precisely dose the amount of fuel in a strictly defined time. In order to fulfill this task properly, the injectors must be functional.
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TechSAT GmbH
For more than ten years, TechSAT provides to its customers research and development services for safety critical systems, primarily in electron-mechanical and avionics domains. At System Level we offer ARP4754A and ARP4761 compliant development including System Specification, Safety Assessment, System Architecture Design, Model based Validation, System Integration and Verification as well as certification support for Part 23 and Part 25 programs.At Equipment Level TechSAT offers customer specific LRU development including all elements of the development life cycle from conceptual design, through formal requirement based engineering, hardware and software development compliant to DO254, DO178, verification and validation including DO160 environmental qualification up to a DAL A certifiable product.
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ADS2 for Aerospace -
TechSAT GmbH
Your product description goes here. The Aerospace Onboard System Development Process is guided by SAE ARP4754A. It consists of multiple levels of specification, design, validation and verification and is distributed between OEM and multiple suppliers of systems, subsystems and components.Due to the complexity of the development process, a consistent platform supporting model based validation, virtual and physical integration as well as requirement based verification at each level is of great importance for the industry.
