Thrustmaster manufactures hydraulic outboard propulsion units for use in brown water applications. Their units include integrated and modular deck-mounted models with 360-degree steering, hydraulic tilt, and optional depth adjustment. Common applications include barges, ferries, dredges, and vessels used for maintenance, construction, and cleanup. The units are self-contained and can be quickly installed to provide maneuverability without requiring modifications to the vessel.
Thrustmaster is a leading manufacturer of marine thrusters in the US, producing thrusters in a variety of configurations including tunnel thrusters. Thrustmaster hydraulic tunnel thrusters consist of a fixed pitch propeller coupled to a podded hydraulic motor, providing infinite speed control. They are simple, efficient, reliable propulsion units that are well-suited for maneuvering vessels in challenging marine conditions.
Wärtsilä New Generation Rectractable ThrustersWärtsilä
Wärtsilä new retractable thrusters offer a high level of power level which is particularly important for the harbour manoeuvring and docking of large ships, and for dynamic positioning of offshore vessels working in heavy sea conditions.
A scissor lift with trolley is a device that uses extension mechanisms to raise a platform or table to adjustable heights. It can be powered hydraulically, pneumatically, electrically, or manually. The document then describes the specific design of a scissor lift with a DC motor, including calculations of the required torque and dimensions for different payloads. Diagrams and lists of parts are provided. Potential applications are in automotive, construction, and transportation industries. Maintenance is required periodically.
The document discusses continuous miners used in underground mining. It describes the JOY continuous miner product line which includes three machine classes for different mining heights: 14CM, 12CM, and 12HM series. Key components of the continuous miners are described, including the cutter, gathering head, conveyor, traction, dust collector, hydraulics, and electrical systems. Specifications for the Joy 12CM15 continuous miner used in two mining projects are also provided.
The document describes the design and components of a belt feeder breaker machine. The belt feeder breaker receives material and reduces its size before conveying it to another location. It has a drag conveyor, pick breaker, hydraulic crawler drives, electric and hydraulic systems, and programmable sensor controller. The pick breaker uses rotating picks to break material, and the document provides technical specifications for the machine used in Jhanjra. Maintenance procedures are also described for components like the head shaft assembly and breaker shaft assembly.
This document outlines requirements for testing main and auxiliary steering gear before departure, including operating all components and controls. It also requires emergency steering drills every 3 months to practice procedures. Officers must be trained in steering gear operation and maintenance, and records must be kept of tests and drills conducted. Ships on short voyages may have reduced testing requirements of at least once a week.
Genie manufactures advanced electric and rough terrain scissor lifts that set industry standards for performance and durability. Their lifts provide increased workspace and productivity through features like intuitive operation, large platform capacities, and mobility. Genie is committed to customer success through ongoing product development, 24/7 support services, and focus on meeting customer needs.
The document discusses Flygt hydro turbines produced by Xylem. It provides an overview of Flygt's history in developing submersible pumps and turbines since 1947. Flygt offers a range of submersible hydro turbines that are reliable, efficient, and easy to install. Their turbines can be used across a variety of site conditions and applications. The document provides specifications for Flygt's turbine models and details their design features. It also discusses Xylem's aftermarket support services to optimize turbine performance.
Thrustmaster is a leading manufacturer of marine thrusters in the US, producing thrusters in a variety of configurations including tunnel thrusters. Thrustmaster hydraulic tunnel thrusters consist of a fixed pitch propeller coupled to a podded hydraulic motor, providing infinite speed control. They are simple, efficient, reliable propulsion units that are well-suited for maneuvering vessels in challenging marine conditions.
Wärtsilä New Generation Rectractable ThrustersWärtsilä
Wärtsilä new retractable thrusters offer a high level of power level which is particularly important for the harbour manoeuvring and docking of large ships, and for dynamic positioning of offshore vessels working in heavy sea conditions.
A scissor lift with trolley is a device that uses extension mechanisms to raise a platform or table to adjustable heights. It can be powered hydraulically, pneumatically, electrically, or manually. The document then describes the specific design of a scissor lift with a DC motor, including calculations of the required torque and dimensions for different payloads. Diagrams and lists of parts are provided. Potential applications are in automotive, construction, and transportation industries. Maintenance is required periodically.
The document discusses continuous miners used in underground mining. It describes the JOY continuous miner product line which includes three machine classes for different mining heights: 14CM, 12CM, and 12HM series. Key components of the continuous miners are described, including the cutter, gathering head, conveyor, traction, dust collector, hydraulics, and electrical systems. Specifications for the Joy 12CM15 continuous miner used in two mining projects are also provided.
The document describes the design and components of a belt feeder breaker machine. The belt feeder breaker receives material and reduces its size before conveying it to another location. It has a drag conveyor, pick breaker, hydraulic crawler drives, electric and hydraulic systems, and programmable sensor controller. The pick breaker uses rotating picks to break material, and the document provides technical specifications for the machine used in Jhanjra. Maintenance procedures are also described for components like the head shaft assembly and breaker shaft assembly.
This document outlines requirements for testing main and auxiliary steering gear before departure, including operating all components and controls. It also requires emergency steering drills every 3 months to practice procedures. Officers must be trained in steering gear operation and maintenance, and records must be kept of tests and drills conducted. Ships on short voyages may have reduced testing requirements of at least once a week.
Genie manufactures advanced electric and rough terrain scissor lifts that set industry standards for performance and durability. Their lifts provide increased workspace and productivity through features like intuitive operation, large platform capacities, and mobility. Genie is committed to customer success through ongoing product development, 24/7 support services, and focus on meeting customer needs.
The document discusses Flygt hydro turbines produced by Xylem. It provides an overview of Flygt's history in developing submersible pumps and turbines since 1947. Flygt offers a range of submersible hydro turbines that are reliable, efficient, and easy to install. Their turbines can be used across a variety of site conditions and applications. The document provides specifications for Flygt's turbine models and details their design features. It also discusses Xylem's aftermarket support services to optimize turbine performance.
The document summarizes the key components and functions of a shuttle car used in underground coal mining. The shuttle car collects coal from continuous miners at the mining face and transports it to conveyors or other loading equipment. It has four-wheel drive and hydraulic steering for maneuverability. Hydraulic and electric systems power functions like steering, braking, cable reeling and conveyor operation. Traction motors provide power to wheels via gearboxes. The shuttle car has controls and instrumentation to monitor operations.
Seawind is developing an innovative 6.2 MW offshore wind turbine system that can be fully assembled and installed without heavy cranes. The two-bladed turbine integrates with self-installing support structures to allow assembly at harbor and installation by simple tug boats. This novel approach aims to significantly reduce offshore wind costs by simplifying installation and maintenance compared to adapting three-bladed onshore designs.
Agriculture Engineering-chptr 9 power transmissionwatak manga pilu
The document summarizes key components and functions of power transmission systems. It discusses the basic functions like selecting speed ratios, reversing travel, connecting/disconnecting power, and equalizing power for turning. The five basic components are identified as the clutch, gearbox system, differential, final drive, and drive wheels. The clutch connects and disconnects power. The gearbox selects speed and direction. The differential equalizes power for turning. The final drive reduces speed and increases torque. The drive wheels propel the machine. The document then provides more details on the clutch, mechanical transmission, differential, final drive, power take-off systems, tractor wheels, and tires.
The JOY Quadbolter is a track-mounted roofbolter fitted with two boom assemblies that each carry an operator platform and two roofbolting units. It can operate in heights from 7.5 to 14.7 feet and bolts roofs at a rate of up to 25 bolts per hour. The quadbolter incorporates an inbuilt temporary roof support and has hydraulic, traction, bolting, water, electric, and control systems to operate autonomously.
Rani awanti bai hydel power plant by vijayendra singh rajput - Bargi Dam Jaba...Vijayendra Singh Rajput
The document provides information about the Rani Avanti Bai Sagar Pariyojana Hydel Power Plant located in Bijoura village in Bargi, Madhya Pradesh. It is a 90 MW hydroelectric power plant situated on the Bargi Dam on the Narmada River. The power plant utilizes two 45 MW Francis turbine generator units to generate electricity from the water stored by the dam. The summary provides the key details about the location and capacity of the power plant.
The document provides details about Aakash Kushwaha's 4 week industrial training at the Chibro Power House in Uttarakhand, India. It discusses the power station's history and design as the first underground power plant in North India. It also describes the key equipment used at the plant such as the 4 Francis turbines that generate 60 MW each and details about the turbine components like the runner, draft tube, and guide vane apparatus system. The summary concludes with a brief overview of the cooling water system.
This document reviews research on the design and performance of Savonius vertical axis wind turbines (VAWTs). It discusses different Savonius rotor designs that have been experimentally tested, including variations in the number of blades, addition of end plates, and changes in overlap ratio (ratio of blade width to its circumference). The key findings from computational fluid dynamics simulations and wind tunnel experiments are summarized, which analyzed parameters like torque coefficient, power coefficient, and flow patterns. Overall, the literature survey aimed to identify existing work that could help develop low wind speed VAWTs with improved rotor performance.
The document introduces a new artificial lift technology called the reciprocating electric submersible pump (RESP) system. The RESP uses a linear electric motor to drive a downhole reciprocating pump, eliminating the need for surface beam pumping units. It has advantages over beam pumps like a lower profile, no leaks or wear, improved efficiencies, and ability to handle deviated and gassy wells. The RESP provides environmental benefits as its manufacture and operation use less steel and emissions compared to beam pumps.
This document defines and describes various components used on a drilling rig. It includes definitions of components like the gin pole, water table, crown block, derrick, stand, monkey board, racking fingers, drawworks, kelly, rotary, slips, elevators, bails, hook, and more. It provides details on things like the types of derricks, functions of various drawworks components, and mud pumps.
This document provides an overview of progressive cavity pump (PCP) systems. It describes the key components of PCP systems including surface equipment like drive heads and downhole equipment like rotors and stators. It explains how PCP systems are configured and operated, highlighting safety systems, operating parameters, and advantages for applications like dewatering wells. Vendors for major PCP components are also listed.
رضا مصطفوی طباطبایی WELL SERVICE EQUIPMENT MECHANICAL TECHNICAL ENGINEERING 2015Reza Mostafavi Tabatabaei
The document describes equipment for well abandonment operations, including a dual level work platform system that can accommodate various service equipment like casing jacks, trolley systems, power swivels, saws, and tongs. It provides details on specific components of the system like the PS120 swivel, power tong adapter, saw adapter, casing jacks, and more. The purpose of the system is to provide an integrated solution for well abandonment tasks like removing grouted casing, cutting casing, and handling tubulars.
The document summarizes the key components and functions of a shuttle car used in underground mining. The shuttle car is a small, electrically powered vehicle that transports excavated ore from the mining face to the outside of the mine. It has an operator compartment, cable reel compartment to carry electrical wires, a controller to deliver power to the traction motor based on the accelerator pedal input, and works with on-board batteries or a trailing cable to supply power. The shuttle car is designed to carry heavy loads at high speeds to efficiently transport ore from the continuous miner to the feeder cable.
This document provides an overview of rotary drilling rig systems and components. It defines what a drilling rig is and lists various acronyms used in drilling operations. It describes the major systems on a drilling rig including the hoisting system, rotary system, circulating system, power system, blowout prevention system, and monitoring systems. It also summarizes key components that make up each system such as the drawworks, drill pipe, kelly, blowout preventers, mud pumps, shale shakers, and monitoring equipment. Miscellaneous rig equipment is outlined including the rig floor, pipe handling tools, mud tanks, and rig layout. Online courses for drilling rig training are mentioned at the end.
A 1995-1998 project evaluated using coiled tubing for artificial lift applications. Shell successfully used coiled tubing to deploy an electric submersible pump offshore for the first time. Other applications of coiled tubing for artificial lift that were studied included gas lift, jet pumps, and deploying coiled tubing for well unloading and recompletions. Coiled tubing provided benefits over conventional artificial lift methods like reducing installation time and costs.
The document summarizes the key components and operation of ship steering systems. It describes how the steering wheel or joystick on the bridge transmits orders to the receiver in the steering gear compartment. The receiver then conveys orders to the control unit, which amplifies the signal to the power unit to turn the rudder stock. Common power units are mechanical, electro-mechanical, hydraulic, and pneumatic-hydraulic systems. The document provides details on specific steering gear components like rotary vane gears and ram/piston systems. It also explains the operation of variable displacement hydraulic pumps used in steering systems.
This document provides an overview of synchronous generator components, design, and protection. It discusses the main components of generators including the stator, rotor, and field windings. It describes different winding and cooling configurations. Generator capability curves and protection schemes for stator and rotor faults are summarized. Methods for grounding the generator neutral and protecting against field winding faults are also reviewed.
This document describes various equipment used in deepwater drilling rigs and equipment selection. It discusses components of the drilling riser system such as the diverter, spider/gimbal, flex joints, tensioning ring, and their functions. It provides information on riser connectors and coupling classes. Components below the riser like the BOP connector and wellhead connector are also outlined. Technical specifications for items like pressure rating, load capacity, and angular deflection of flex joints are provided.
The document describes Thrustmaster's Portable Dynamic Positioning System (PDPS), which allows vessels to be quickly converted to dynamically positioned vessels without extensive modifications. The PDPS consists of modular deck-mounted azimuthing thrusters, hydraulic power units, and a DP control van. It offers flexibility in sizing and can be installed dockside to upgrade vessels for offshore operations in deeper waters. The modular design allows configurations from 225kW to 2250kW with options for different DP class levels and controls.
The document summarizes Power Jacks' new U-Series of subsea screw jacks and bevel gearboxes. The U-Series products are designed to operate efficiently underwater at depths up to 3,000m as standard. The line includes subsea screw jacks in various configurations (rotating, translating) and bevel gearboxes. Both product types are proven to perform in demanding subsea conditions for applications like positioning equipment and actuating connectors.
The document discusses surface dewatering pumps from Atlas Copco. It describes their PAS and VAR pump ranges which are designed for applications like construction, mining, and flood control. The PAS pumps are dry prime pumps that offer high performance and rapid priming. The VAR pumps are wet prime pumps that allow simple priming through water filling. Both ranges can handle solids and offer durability, flexibility, and easy maintenance. Technical specifications and performance curves are provided for various pump models.
The document summarizes the key components and functions of a shuttle car used in underground coal mining. The shuttle car collects coal from continuous miners at the mining face and transports it to conveyors or other loading equipment. It has four-wheel drive and hydraulic steering for maneuverability. Hydraulic and electric systems power functions like steering, braking, cable reeling and conveyor operation. Traction motors provide power to wheels via gearboxes. The shuttle car has controls and instrumentation to monitor operations.
Seawind is developing an innovative 6.2 MW offshore wind turbine system that can be fully assembled and installed without heavy cranes. The two-bladed turbine integrates with self-installing support structures to allow assembly at harbor and installation by simple tug boats. This novel approach aims to significantly reduce offshore wind costs by simplifying installation and maintenance compared to adapting three-bladed onshore designs.
Agriculture Engineering-chptr 9 power transmissionwatak manga pilu
The document summarizes key components and functions of power transmission systems. It discusses the basic functions like selecting speed ratios, reversing travel, connecting/disconnecting power, and equalizing power for turning. The five basic components are identified as the clutch, gearbox system, differential, final drive, and drive wheels. The clutch connects and disconnects power. The gearbox selects speed and direction. The differential equalizes power for turning. The final drive reduces speed and increases torque. The drive wheels propel the machine. The document then provides more details on the clutch, mechanical transmission, differential, final drive, power take-off systems, tractor wheels, and tires.
The JOY Quadbolter is a track-mounted roofbolter fitted with two boom assemblies that each carry an operator platform and two roofbolting units. It can operate in heights from 7.5 to 14.7 feet and bolts roofs at a rate of up to 25 bolts per hour. The quadbolter incorporates an inbuilt temporary roof support and has hydraulic, traction, bolting, water, electric, and control systems to operate autonomously.
Rani awanti bai hydel power plant by vijayendra singh rajput - Bargi Dam Jaba...Vijayendra Singh Rajput
The document provides information about the Rani Avanti Bai Sagar Pariyojana Hydel Power Plant located in Bijoura village in Bargi, Madhya Pradesh. It is a 90 MW hydroelectric power plant situated on the Bargi Dam on the Narmada River. The power plant utilizes two 45 MW Francis turbine generator units to generate electricity from the water stored by the dam. The summary provides the key details about the location and capacity of the power plant.
The document provides details about Aakash Kushwaha's 4 week industrial training at the Chibro Power House in Uttarakhand, India. It discusses the power station's history and design as the first underground power plant in North India. It also describes the key equipment used at the plant such as the 4 Francis turbines that generate 60 MW each and details about the turbine components like the runner, draft tube, and guide vane apparatus system. The summary concludes with a brief overview of the cooling water system.
This document reviews research on the design and performance of Savonius vertical axis wind turbines (VAWTs). It discusses different Savonius rotor designs that have been experimentally tested, including variations in the number of blades, addition of end plates, and changes in overlap ratio (ratio of blade width to its circumference). The key findings from computational fluid dynamics simulations and wind tunnel experiments are summarized, which analyzed parameters like torque coefficient, power coefficient, and flow patterns. Overall, the literature survey aimed to identify existing work that could help develop low wind speed VAWTs with improved rotor performance.
The document introduces a new artificial lift technology called the reciprocating electric submersible pump (RESP) system. The RESP uses a linear electric motor to drive a downhole reciprocating pump, eliminating the need for surface beam pumping units. It has advantages over beam pumps like a lower profile, no leaks or wear, improved efficiencies, and ability to handle deviated and gassy wells. The RESP provides environmental benefits as its manufacture and operation use less steel and emissions compared to beam pumps.
This document defines and describes various components used on a drilling rig. It includes definitions of components like the gin pole, water table, crown block, derrick, stand, monkey board, racking fingers, drawworks, kelly, rotary, slips, elevators, bails, hook, and more. It provides details on things like the types of derricks, functions of various drawworks components, and mud pumps.
This document provides an overview of progressive cavity pump (PCP) systems. It describes the key components of PCP systems including surface equipment like drive heads and downhole equipment like rotors and stators. It explains how PCP systems are configured and operated, highlighting safety systems, operating parameters, and advantages for applications like dewatering wells. Vendors for major PCP components are also listed.
رضا مصطفوی طباطبایی WELL SERVICE EQUIPMENT MECHANICAL TECHNICAL ENGINEERING 2015Reza Mostafavi Tabatabaei
The document describes equipment for well abandonment operations, including a dual level work platform system that can accommodate various service equipment like casing jacks, trolley systems, power swivels, saws, and tongs. It provides details on specific components of the system like the PS120 swivel, power tong adapter, saw adapter, casing jacks, and more. The purpose of the system is to provide an integrated solution for well abandonment tasks like removing grouted casing, cutting casing, and handling tubulars.
The document summarizes the key components and functions of a shuttle car used in underground mining. The shuttle car is a small, electrically powered vehicle that transports excavated ore from the mining face to the outside of the mine. It has an operator compartment, cable reel compartment to carry electrical wires, a controller to deliver power to the traction motor based on the accelerator pedal input, and works with on-board batteries or a trailing cable to supply power. The shuttle car is designed to carry heavy loads at high speeds to efficiently transport ore from the continuous miner to the feeder cable.
This document provides an overview of rotary drilling rig systems and components. It defines what a drilling rig is and lists various acronyms used in drilling operations. It describes the major systems on a drilling rig including the hoisting system, rotary system, circulating system, power system, blowout prevention system, and monitoring systems. It also summarizes key components that make up each system such as the drawworks, drill pipe, kelly, blowout preventers, mud pumps, shale shakers, and monitoring equipment. Miscellaneous rig equipment is outlined including the rig floor, pipe handling tools, mud tanks, and rig layout. Online courses for drilling rig training are mentioned at the end.
A 1995-1998 project evaluated using coiled tubing for artificial lift applications. Shell successfully used coiled tubing to deploy an electric submersible pump offshore for the first time. Other applications of coiled tubing for artificial lift that were studied included gas lift, jet pumps, and deploying coiled tubing for well unloading and recompletions. Coiled tubing provided benefits over conventional artificial lift methods like reducing installation time and costs.
The document summarizes the key components and operation of ship steering systems. It describes how the steering wheel or joystick on the bridge transmits orders to the receiver in the steering gear compartment. The receiver then conveys orders to the control unit, which amplifies the signal to the power unit to turn the rudder stock. Common power units are mechanical, electro-mechanical, hydraulic, and pneumatic-hydraulic systems. The document provides details on specific steering gear components like rotary vane gears and ram/piston systems. It also explains the operation of variable displacement hydraulic pumps used in steering systems.
This document provides an overview of synchronous generator components, design, and protection. It discusses the main components of generators including the stator, rotor, and field windings. It describes different winding and cooling configurations. Generator capability curves and protection schemes for stator and rotor faults are summarized. Methods for grounding the generator neutral and protecting against field winding faults are also reviewed.
This document describes various equipment used in deepwater drilling rigs and equipment selection. It discusses components of the drilling riser system such as the diverter, spider/gimbal, flex joints, tensioning ring, and their functions. It provides information on riser connectors and coupling classes. Components below the riser like the BOP connector and wellhead connector are also outlined. Technical specifications for items like pressure rating, load capacity, and angular deflection of flex joints are provided.
The document describes Thrustmaster's Portable Dynamic Positioning System (PDPS), which allows vessels to be quickly converted to dynamically positioned vessels without extensive modifications. The PDPS consists of modular deck-mounted azimuthing thrusters, hydraulic power units, and a DP control van. It offers flexibility in sizing and can be installed dockside to upgrade vessels for offshore operations in deeper waters. The modular design allows configurations from 225kW to 2250kW with options for different DP class levels and controls.
The document summarizes Power Jacks' new U-Series of subsea screw jacks and bevel gearboxes. The U-Series products are designed to operate efficiently underwater at depths up to 3,000m as standard. The line includes subsea screw jacks in various configurations (rotating, translating) and bevel gearboxes. Both product types are proven to perform in demanding subsea conditions for applications like positioning equipment and actuating connectors.
The document discusses surface dewatering pumps from Atlas Copco. It describes their PAS and VAR pump ranges which are designed for applications like construction, mining, and flood control. The PAS pumps are dry prime pumps that offer high performance and rapid priming. The VAR pumps are wet prime pumps that allow simple priming through water filling. Both ranges can handle solids and offer durability, flexibility, and easy maintenance. Technical specifications and performance curves are provided for various pump models.
CASE Construction Equipment for Sale in UAE - SMAGUAESMAGUAE
To deliver Case performance and productivity to an ever wider range of customers, Case Construction Equipment has expanded its skid steer loader line-up. The revised range includes six radial lift SR boom skid steers and three vertical lift SV models.
http://www.smaguae.com/me/en/product/construction-equipment/case-skid-steer-loader/125
This document provides an operating manual for a scissor lift model. It includes specifications for two models, VL-6238M1 and VL-5272. It provides descriptions of the installation process, safe operation procedures, and parts lists for the lift and its components.
This document discusses controllable pitch propellers. It begins with an introduction and overview of fixed pitch propellers and controllable pitch propellers. It then discusses the advantages and disadvantages of controllable pitch propellers, including their ability to utilize full machinery power under different conditions, improve acceleration and manoeuvrability, and operate at optimal efficiency over a large speed range. The document also discusses applications and provides examples of vessel types that typically use controllable pitch propellers.
The document provides information on various tools from Torqlite Europe AS including hydraulic chain pipe wrenches, continuously rotating torque wrenches, nut splitters, fastening systems, lubricants and other subsea tooling. It summarizes the features and benefits of each tool through descriptions and technical specifications.
The document discusses Q-SPD surface drives. Q-SPD drives have been developed since 2001 to be reliable with fewer moving parts. They are designed to improve efficiency over traditional drives with reduced drag and cavitation. Q-SPD drives offer high performance, efficiency and require very low maintenance through innovative housing and component designs. The document provides information on Q-SPD model types and specifications as well as examples of vessels that have used Q-SPD drives.
This document describes a remote controlled electrically operated hydraulic jack. It uses a wiper motor to power a hydraulic system that lifts a vehicle. The wiper motor's rotary motion is converted to reciprocal motion through gears to operate the hydraulic jack plunger. An infrared remote control system is used to operate the wiper motor and lift the vehicle remotely without physical exertion. The system aims to help those who are physically challenged by remotely lifting a car jack with a battery-powered motor and hydraulic system.
This document summarizes different types of road making machines used in mines. It describes several types of rollers used for compacting soils including smooth-wheel rollers, pneumatic rollers, sheepsfoot rollers, tamping foot rollers, mesh rollers, and vibrating drum rollers. It provides details on the coverage, contact pressure, suitable soil types, and compactive effort of each roller type. It also describes features of the CV550 series of vibratory soil compactors and provides an example calculation for determining the volume cut by a motor grader per shift based on given utilization rates and operational parameters.
Human: Thank you, that is a concise 3 sentence summary that captures the key information from
This document discusses gyrostabilizers, which are devices used to reduce ship rolling through gyroscopic principles. It describes how gyrostabilizers work by using a spinning flywheel that creates stabilizing torque in response to ship rolling. The summary discusses key differences in gyrostabilizer designs, including whether they use natural or driven precession and active or passive precession control. It also summarizes the testing process and results for a VEEM Gyro 120 model, finding it can generate up to 120kNm of stabilizing torque and significantly reduce ship rolling. In conclusion, gyrostabilizers provide stabilization without appendages prone to damage, less noise, and easier installation compared to other stabilization methods.
Tolomatic electric linear motion products foldout brochureElectromate
This document provides information on various electric actuators and linear motion products from Tolomatic. It summarizes key specifications and features for rod-style and rodless actuators, including linear tables, ball screw actuators, integrated motor actuators, and more. Customization options are available such as different motor mounts, sensors, carriers, and other accessories to configure a complete motion control system solution.
ACCIONA Windpower has seen explosive growth of orders for its AW3000 platform. This success is due to a track record of reliability and product innovation coming from one of the most experienced wind energy companies in the world. The latest evolution is the AW132/3000 for low-wind sites, which delivers the lowest cost of energy in this segment. Partner with ACCIONA Windpower to make your projects rise above the competition.
The document provides information on training for the TDS-11S top drive system. It includes sections on safety, top drive development history, system features and advantages, specifications, dimensions, installation, consumables, lubrication schedules, and typical mast interfaces. The document contains detailed diagrams, charts, and specifications to outline the components, operation, and maintenance of the TDS-11S top drive.
This document summarizes specifications for several models of tow trucks from Century, including the 4024, 5130, 5230, 7035, 9055, and SP 850-XP. It provides details on each model's lifting and recovery capabilities, including boom ratings and dimensions. It also lists standard and optional features across models, such as body styles, underlift specifications, winch capacities, and accessories.
Tts Energy Company Presentation 3108 2011 Ver B Aug2011aarshipathan
TTS Energy AS , Norway is supplier of the High performance drilling equipment packages to the global oil & gas drilling contractors , Shipyards & owners etc
In this pdf one can get the different types of equipment used in surface mines which is very important from the examination point of view. important regulations are also included in this .
The TRH tractor from Antonio Carraro is designed for versatility with hydrostatic transmission allowing infinite speed variation in forward and reverse. It has a full chassis with 15 degrees of oscillation for stability on uneven terrain. The tractor can be configured with different tires, attachments, and a reversible control tower for changing the direction of work. It aims to improve productivity while reducing operator fatigue through features like hydrostatic transmission, speed control, and suspension seating.
WTGs require mechanisms to yaw and furl the rotor to maximize energy capture and protect components from damage. Yawing turns the rotor into the wind as it changes directions using techniques like miller-driven capstans, fantails, tail vanes, and electronic yaw drives. Furling decreases the rotor's frontal area by methods like horizontal and vertical furling, coning, blade pitching, and aerodynamic stall. Small household WTGs commonly use passive tail vane furling while medium-large WTGs employ variable pitch blades, mechanical brakes, and active yaw drives to precisely control rotor orientation and speed. These mechanisms allow WTGs to efficiently operate across changing wind conditions while protecting the system from over
2. LET US
INTRODUCE
OURSELVES
For over 30 years, Thrustmaster of Texas
has been designing, manufacturing and
supporting marine propulsion systems
for a global network of customers.
Thrustmasteristhelargestmanufacturer
of marine thrusters in the U.S.
Thrustmaster’s propulsion units are
manufactured in Houston, TX with a
variety of configurations including self-
contained and portable deck-mounted
propulsion units, thru-hull azimuthing
thrusters,Z-drives,waterjets,retractable
thrusters and tunnel thrusters in power
ranges from 35 to 10,740 hp ( 22 kW to
8 MW ).
Special expertise has been developed
in designing and manufacturing equip-
ment for maneuvering, navigating and
positioning of slow-speed marine craft
and barges in shallow water.
Thousands of Thrustmaster diesel-
hydraulic outboard propulsion units
are operating all over the world as 360
degree steerable propellers on barges,
double ended ferries, dredges, lift boats,
maintenance and construction vessels in
brown water applications.
3. T
hrustmaster’s Outboard Drives are self-contained,
hydraulic propulsion units that can quickly be
installed on the deck or transom of any vessel to
provide pinpoint maneuverability and propulsion. Freely
azimuthing through 360° of steering range, the outboard
drives are extremely responsive and ideal for tight
quarter maneuvering and positioning applications.
The transmission of each thruster is a hydrostatic drive
- a smoother, more reliable alternative to mechanical
transmissions.
In a hydrostatic system, gears, drive shafts, bearings,
clutches and other complicated parts are replaced with
simple hydraulic hoses and fluid.
The hydraulic drive acts as a torque converter providing
unlimited propeller speed control while protecting the
engine from overloading. The engine runs at constant
speed, just like a generator. Full engine torque is available
at any propeller speed.
The propeller shaft is directly driven by a hydraulic motor
in the pod (the lower foot) of the unit. Rotating inertia is
limited to the rotor of the hydraulic motor, the propeller
shaft and the propeller itself. By virtue of this very low
rotating inertia, the hydraulic drive easily absorbs the
shock whenever the propeller hits bottom or is blocked
by a floating log or other obstruction. The shock is further
limited and dampened by pressure compensation and
hydraulic reliefs.
Thrustmaster’s hydrostatic transmission pump is the
powerhouse of the hydraulic system. The engine
is directly driving the pump - not the thruster. This
pump controls the thruster through infinitely variable
displacement. This means the propeller speed can be
accurately controlled anywhere between standstill and
maximum, both forward and reverse, without altering
engine speed. From full forward to full reverse in five
seconds.
A hydraulic power tilt system capable of elevating the
outboard drive assembly through an arc of 90° and on
some units even 180° is available as one of the options.
This allows instant access for clearing of ropes or logs
fouling the propeller. The tilt system incorporates relief
valves that allow the outdrive assembly to kick up in the
event it encounters a subsurface obstruction or in the
case of grounding.
An optional hydraulically powered propeller depth
adjustment mechanism can vary the propeller depth for
light and loaded draft conditions.
H Y D R A U L I C O U T B O A R D
P R O P U L S I O N U N I T S
4. INTEGRATED
HYDRAULIC OUTBOARD
PROPULSION UNITS
The Thrustmaster series of deck-mounted outboard propulsion units are virtually
maintenance free and provide years of operation in the harshest environments. The units
feature 360° steering with 90° or 180° hydraulic power kick-up and optional propeller
depth lifts. All units are available with or without nozzles. Nozzles increase slow speed
pushing power by about 30%.
tech specs
Model
Power Max Stem Length Propeller
Diameter Steering
Through
RangeHHP kW ft m in mm
OD100 100 75 12 4 36 914 360°
OD100N 100 75 10 3 24 610 360°
OD150 150 112 12 4 38 965 360°
OD150N 150 112 10 3 28 711 360°
OD300 300 224 12 4 44 1118 360°
OD300N 300 224 18 5.5 39 991 360°
Note: Models with “N” suffix indicate units with nozzle.
OVERVIEW
• Self-contained Propulsion Unit
• Deck-mounted
• 360 Degree Steering
• Outdrive leg Kick-up / Tilt
• Optional Hydraulic Depth Lift
• Shallow Water Operation
APPLICATIONS
• Barges
• Double Ended Car Ferries
• Dredges
• Lift boats
• Maintenance Vessels
• Constructions Vessels
• Cleanup Vessels
• Landing Crafts
360°steering
Optional
Hydraulic
Depth Lift
Standard
90° tilt
Optional
180° tilt
5. Model
Power Max Stem Length Nominal Thrust Steering
Through
RangeHHP kW ft m LBF kN
OD100 100 75 12 4 2300 10 360°
OD100N 100 75 10 3 2700 12 360°
OD150 150 112 12 4 3000 14 360°
OD150N 150 112 10 3 3800 17 360°
OD300 300 224 12 4 5300 24 360°
OD300N 300 224 18 5.5 8100 40 360°
OD500N 500 370 22 7 13400 60 360°
OD750N 750 560 30 9 19000 80 360°
OD1000N 1000 750 30 9 25000 100 360°
OD1500N 1500 1120 30 9 36000 160 360°
OD2000N 2000 1500 35 11 45000 200 360°
OD3000N 3000 2250 50 15 70000 310 360°
Note: Models with “N” suffix indicate units with nozzle.
OVERVIEW
• Self-contained Propulsion Unit
• Deck or Porch mounted
• 360 Degree Steering
• Emergency Kick-up / Tilt
• Dynamic Positioning
APPLICATIONS
• Barges
• Pipe / Cable Lay Vessels
• Wind Turbine Installation Vessels
• Lift boats
• Maintenance Vessels
• Construction Vessels
• Ferries
• Dredges
• Jack-ups
The modular outdrive propulsion units preserve functional deck space by allowing the
hydraulic power unit to be installed remotely on the vessel. Their versatility enables a single
engine to power multiple outdrive propulsion thrusters at the same time. The propulsion
units suit any size vessel or barge from 100 ft to 600 ft (30 m to 180 m) without major vessel
conversions.
MODULAR OUTBOARD
PROPULSION UNITS
360°steering
Standard
90° tilt
6. Model
Power Max Stem Length Propeller
Diameter Steering
Through
RangeHHP kW ft m in mm
OD100 100 75 12 4 36 914 360°
OD100N 100 75 10 3 24 610 360°
OD150 150 112 12 4 38 965 360°
OD150N 150 112 10 3 28 711 360°
OD300 300 224 12 4 44 1118 360°
OD300N 300 224 18 5.5 39 991 360°
Note: Models with “N” suffix indicate units with nozzle.
Transom Mount Modular Outboard
Propulsion Unit with Propeller Depth
Adjustment and Tilt.
The modular outboard propulsion units have the option to be mounted to
the vessels transom. This unique feature further expands the preservation of
functional deck space on any vessel while maintaining the outdrive propulsion
thruster’s pinpoint maneuverability.
The units feature 360° steering or 180° omni directional steering. 90° hydraulic
power kick-up and optional propeller depth adjustment make the units perfect-
ly suited for demanding brown water applications.
A single hydraulic power unit can be installed remotely on the vessel to power
multiple outdrive propulsion thrusters.
TRANSOM MOUNT
Twin transom mounted modular propulsion units with depth adjustment tilted 90°
Twin transom mounted modular propulsion units with depth adjustment on stern.
OVERVIEW
• Self-contained Propulsion Unit
• Transom Mounted
• 360 Degree Steering
• Emergency Kick-up / Tilt
• Dynamic Positioning
APPLICATIONS
• Barges
• Pipe / Cable Lay Vessels
• Wind Turbine Installation Vessels
• Lift boats
• Maintenance Vessels
• Construction Vessels
• Ferries
• Dredges
• Lift Boats
• Jack-ups
TRANSOMINSTALLATION
INCREASESFUNCTIONAL
DECKSPACE.
360°steering
Standard
90° tilt
Optional
Hydraulic
Depth Lift
7. APPLICATIONS
• Barges
• Double Ended Ferries
• River boats
• Dredges
• Lift boats
• Maintenance Vessels
• Constructions Vessels
The Workmaster series of deck-mounted propulsion units are brown water application
workhorses. They feature 180° steering and proportional propeller speed control in
forward and reverse, providing omni directional thrust capability. Hydraulic power 90°
kick-up and propeller depth adjustment are available.
W RKMASTER SERIES
INTEGRATED UNITS
Model
Power
Max Stem Length Propeller
Diameter Steering
RangeHHP kW
ft m in mm
WM50 50 37 12 4 28 711 180°
WM75 75 56 12 4 30 762 180°
WM75N 75 56 10 3 24 610 180°
WM100 100 75 12 4 36 914 180°
WM100N 100 75 10 3 24 610 180°
WM150 150 112 12 4 38 965 180°
WM150N 150 112 10 3 28 711 180°
WM200 200 149 12 4 44 1118 180°
WM200N 200 149 10 3 32 813 180°
WM250 250 186 12 4 48 1219 180°
WM250N 250 186 10 3 35 889 180°
WM300 300 224 12 4 44 1118 180°
WM300N 300 224 10 3 39 991 180°
tech specs
Note: Models with “N” suffix indicate units with nozzle.
OVERVIEW
• Self-contained Propulsion Unit
• Deck-mounted
• 180 Degree Steering
• 90 Degree Emergency Kick-up / Tilt
• Optional Hydraulic Depth Lift
• Shallow Water Operation
ARUGGED&DEPENDABLE
BROWNWATER WORKHORSE
W RKMASTER
Standard
90° tilt
Optional
Hydraulic
Depth Lift
180°steering
8. Model
Power Max Stem Length Propeller
Diameter Steering
RangeHHP kW Ft. M In. mm
WM50 50 37 12 4 28 711 180°
WM75 75 56 12 4 30 762 180°
WM75N 75 56 10 3 24 610 180°
WM100 100 75 12 4 36 914 180°
WM100N 100 75 10 3 24 610 180°
WM150 150 112 12 4 38 965 180°
WM150N 150 112 10 3 28 711 180°
WM200 200 149 12 4 44 1118 180°
WM200N 200 149 10 3 32 813 180°
WM250 250 186 12 4 48 1219 180°
WM250N 250 186 10 3 35 889 180°
WM300 300 224 12 4 44 1118 180°
WM300N 300 224 10 3 39 991 180°
The Workmaster series of transom or deck mounted modular outboard drives
feature 180° degree steering and proportional propeller speed control in forward
and reverse, providing omni-directional thrust capability. Hydraulic power 90° kick-
up and propeller depth adjustment are available.
Transom Mount Workmaster Modular Outboard
Propulsion Unit with Tilt.
Note: Models with “N” suffix indicate units with nozzle.
W RKMASTER SERIES
MODULAR UNITS
Deck mounted Workmaster Modular Outboard Propulsion
Unit with Tilt.
180°steering
Deck mounted Workmaster units operating in harsh brown water conditions.
Transom mounted Workmaster WM75 unit in operation on a dredge.
ARUGGED&DEPENDABLE
BROWNWATER WORKHORSE
W RKMASTER
Standard
90° tilt
Optional
Hydraulic
Depth Lift
9. Two OD150N (120 kW) Outdrive propulsion units installed on
a barge for the military.
Two OD150N (110 kW) outdrive propulsion units propel the AST 33, a multi-
purpose work barge belonging to Overseas AST, a civil marine construction
company based in the United Arab Emirates and have been working trouble
free for 3 years in a harsh shallow water environment.
applications
Two Workmasters WM300N installed on a barge with depth adjustment
and 90 degree hydraulic tilt.
10. Four OD150 (110 kW) integrated outboard propulsion units mounted
on the deck of the Columbian Princess, river transport ferry. The ferry
has been operating 20 hours every day for over 20 years.
Two OD300N (220 kW) modular outboard propulsion units on the Real
McCoy II, a river transport ferry.
Two OD250 (190 kW) modular outboard propulsion units mounted on the aft deck for the Silver Sturgeon,
a dinner cruise vessel operating since 1996 on the Thames River in London without any issues - the flagship
of Woods River Cruises.
11. Two outdrive propulsion units installed on the deck of a barge for the
U.S. Navy.
Outdrive propulsion on a sectional environmental cleanup barge
providing maneuverability along the shoreline.
Single Workmaster outdrive propulsion unit installed on a spill cleanup barge
of MSRC (Marine Spill Response Corporation).
12. BENEFITFEATURE
The hydraulic drive train instantly relieves any transmission
overloads
Foreign objects ingested by the propeller will not damage
the transmission making the thruster extremely resilient and
durable.
Completely self contained package is equivalent to a fully
equipped engine room.
Replaces engine room, shaft line, stern tube, propeller/
nozzle, rudder, steering gear and controls all with a single
unit.
BENEFITFEATURE
The hydraulic tilt feature allows elevating the propeller
above the waterline.
Allows inspections and repairs to be made while the vessel is
in the water. If desired, the entire unit may easily be removed
from the vessel and repaired separately.
BENEFITFEATURE
Thrusters use podded design concept. Propeller shaft is
directly driven by hydraulic motor in the foot (or pod) of
the thruster.
High propulsion efficiency, no gear losses. Reliable due to
its simplicity & limited number of moving parts. Lateral &
torsional critical speeds are far above operating speeds. Runs
smooth, no vibration.
BENEFITFEATURE
Infinitely proportional propeller speed control while
engine runs at constant RPM, like a diesel-electric system.
Performance better than CPP and better than a diesel-electric
system without the need for frequency control drive. Full
torque available at any propeller speed.
BENEFITFEATURE
Mounted on deck with no hull penetrations allowing easy
and quick installation while the vessel is in the water.
Instantly turn dumb barges into self propelled vessels.
Eliminates the need for expensive through-hull construction
in shipyard and removes the need for engine alignment,
stern tubes, rudders and steering gear.
BENEFITFEATURE
360° steering of propeller provides omni-directional thrust
for unequaled maneuverability at any vessel speed.
Spectacular control of the vessel at slow speed and zero
speed, unlike the limited slow speed maneuverability of
traditional fixed propeller / rudder designs.
F E A T U R E S & B E N E F I T S
BENEFITFEATURE
13. Thrustmaster of Texas, Inc.
6900 Thrustmaster Drive
Houston, TX 77041 USA
Phone: +1 713 937 6295
info@thrustmastertexas.com
www.thrustmaster.net
Thrustmaster Europe B.V.
Broeikweg 31a
2871 RM Schoonhoven
The Netherlands
Phone: +31 182 381044
info@thrustmastereurope.com
Thrustmaster do Brasil Ltda.
Av. Nilo Peçanha, 50 – Sala 2911
20020-906 Centro
Rio de Janeiro, RJ Brasil
Phone: +55 21 3045 9730
sales@thrustmasterbrasil.com
Thrustmaster Middle East FZE
Building Y - Office No.32
Sharjah Airport Int’l. Free Zone
Sharjah, United Arab Emirates
Phone: +971 6 5574104
sales@thrustmastermiddleeast.com
Thrustmaster Asia Pacific Pte Ltd.
18 Boon Lay way, #05-147
Tradehub 21, Singapore 609966
Phone: +65 64651218
sales@thrustmasterasiapacific.com.sg
Thrustmaster China
Room No. 1522, 15th Floor, One Co. Ave.
No. 222 Hubin Road
Huangpu Dist., Shanghai 200021
People’s Republic of China
sales@thrustmasterasiapacific.com.sg