Glossary of Nautical Terms the Maritime World Has a Language of Its Own
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OHL Technique Covers the Fitting of a Platform-Mounted 3-Phase Transformer (Up to 750Kg) Below Live Conductors
FITTING PLATFORM-MOUNTED 3-PHASE OHL TRANSFORMER (UP TO 750kg) Technique BELOW LIVE CONDUCTORS 637 (DEAD WORK) 1 Scope/Application This OHL Technique covers the fitting of a platform-mounted 3-phase transformer (up to 750kg) below live conductors. This work shall be carried out on clean poles only. Bare LV or HV transformer terminals or bare fittings shall not be less than 4.3m from ground level. The access/working method will be determined by working through the guidance in OHL technique 250 (refer to Section 1 of this manual for working at height). However, the pole climbing method is described below because it is the most detailed/complex. Where another access/working method is used, the procedure below needs to be changed (simplified) accordingly. Refer to Drawing I-430P1-M637-001 throughout this Instruction. 2 Safety Information Work shall be carried out in accordance with General Requirements in Section 1. Approved mandatory PPE and work wear shall be in accordance with General Requirements in Section 1. Additional Approved PPE and work wear required to complete this task are specified below. Gloves, 11kV Ear protection The task covered by this OHL Technique has significant hazards associated with it identified by the symbol and text CAUTION: This OHL Technique details the risk control measures that must be applied when carrying out the task. If the risk control measures in this procedure are implemented the risks will be controlled. This OHL Technique also forms the method statement for the task. 3 Personnel The minimum team number for this task is two Competent Persons. -
Sail and Motor Boats – Coastal Operation
Recreational_partB_ch2_5fn_Layout 1 17/10/2017 16:59 Page 41 Chapter 2 Sail and Motor Boats – Coastal Operation 41 Recreational_partB_ch2_5fn_Layout 1 17/10/2017 16:59 Page 42 2 2.1 Training to sea consider the following: It is recommended that persons ■ Weather forecasts (see Appendix participating in sailboat and 6) motorboat activities undertake ■ Tidal information appropriate training. A number of ■ Capability of boat and crew on training schemes and approved board courses are available and ■ Planned route utilising charts information can be obtained directly and pilotage information as from course providers (see required. Appendix 9 for details of course providers). In addition, it is important to always ensure that a designated person 2.2 Voyage Planning ashore is aware of the intended All voyages, regardless of their voyage, departure and return times, purpose, duration or distance, and to have a procedure in place to require some element of voyage raise the alarm if the need arises. planning. SOLAS V (see Marine See Appendix 8 for an example of a Notice No. 9 of 2003) requires that voyage/passage planning template. all users of recreational craft going Sail and Motor Boats – Coastal Operation 42 Recreational_partB_ch2_5fn_Layout 1 17/10/2017 16:59 Page 43 2 2.3 Pre-departure Safety ■ Procedures and operation of Sail and Motor Boats – Coastal Operation Checks and Briefing communications equipment ■ Be aware of the current weather ■ Location of navigation and other forecast for the area. light switches ■ Engine checks should include oil ■ Method of starting, stopping and levels, coolant and fuel reserves. controlling the main engine ■ Before the commencement of ■ Method of navigating to a any voyage, the skipper should suitable place of safety. -
USS CONSTELLATION Page 4 United States Department of the Interior, National Park Service National Register of Historic Places Registration Form
NPS Form 10-900 USDI/NPS NRHP Registration Form (Rev. 8-86) OMB No. 1024-0018 USS CONSTELLATION Page 4 United States Department of the Interior, National Park Service National Register of Historic Places Registration Form Summary The USS Constellation’s career in naval service spanned one hundred years: from commissioning on July 28, 1855 at Norfolk Navy Yard, Virginia to final decommissioning on February 4, 1955 at Boston, Massachusetts. (She was moved to Baltimore, Maryland in the summer of 1955.) During that century this sailing sloop-of-war, sometimes termed a “corvette,” was nationally significant for its ante-bellum service, particularly for its role in the effort to end the foreign slave trade. It is also nationally significant as a major resource in the mid-19th century United States Navy representing a technological turning point in the history of U.S. naval architecture. In addition, the USS Constellation is significant for its Civil War activities, its late 19th century missions, and for its unique contribution to international relations both at the close of the 19th century and during World War II. At one time it was believed that Constellation was a 1797 ship contemporary to the frigate Constitution moored in Boston. This led to a long-standing controversy over the actual identity of the Constellation. Maritime scholars long ago reached consensus that the vessel currently moored in Baltimore is the 1850s U.S. navy sloop-of-war, not the earlier 1797 frigate. Describe Present and Historic Physical Appearance. The USS Constellation, now preserved at Baltimore, Maryland, was built at the navy yard at Norfolk, Virginia. -
Guide for Using a Swinging Mooring
Mooring Equipment A Conservancy maintained mooring consists of a heavy black iron chain riser, which is attached to a sinker or ground chain. The swivel allows the boat to swing freely at the mooring without twisting or snagging the mooring top chain and any ropes passed to the swivel. The length of the top chain is standardised to suit the average deck layout of a typical yacht using our moorings and is approximately 2.5m long. The length of top chain will not suit all deck arrangements and it may need to be adjusted to suit your individual requirement. It can be shortened by increasing the size of the end loop; or on rare occasions, lengthened by introducing an additional length to the chain. Considerations When Securing to a Buoy Moored boats behave in different ways; characteristics such as hull shape and draft will affect how a boat lies at the mooring during changes in the tide. Windage on spray hoods and canvas covers, will be affected by the strength of the wind and wind direction, which also plays a part in creating a unique swinging pattern and how the vessel lies with neighbouring boats. Minimising the swinging circle is an important consideration. The length of the mooring top chain between the deck fairlead and the buoy should be as short as possible. This also ensures that the weight of the boat is directly linked to the riser and limits the amount of snatch to the boat deck fittings. An excessively long top chain will also cause the buoy to rub alongside the hull of the boat and scuff the gel coat or varnish. -
Mast Furling Installation Guide
NORTH SAILS MAST FURLING INSTALLATION GUIDE Congratulations on purchasing your new North Mast Furling Mainsail. This guide is intended to help better understand the key construction elements, usage and installation of your sail. If you have any questions after reading this document and before installing your sail, please contact your North Sails representative. It is best to have two people installing the sail which can be accomplished in less than one hour. Your boat needs facing directly into the wind and ideally the wind speed should be less than 8 knots. Step 1 Unpack your Sail Begin by removing your North Sails Purchasers Pack including your Quality Control and Warranty information. Reserve for future reference. Locate and identify the battens (if any) and reserve for installation later. Step 2 Attach the Mainsail Tack Begin by unrolling your mainsail on the side deck from luff to leech. Lift the mainsail tack area and attach to your tack fitting. Your new Mast Furling mainsail incorporates a North Sails exclusive Rope Tack. This feature is designed to provide a soft and easily furled corner attachment. The sail has less patching the normal corner, but has the Spectra/Dyneema rope splayed and sewn into the sail to proved strength. Please ensure the tack rope is connected to a smooth hook or shackle to ensure durability and that no chafing occurs. NOTE: If your mainsail has a Crab Claw Cutaway and two webbing attachment points – Please read the Stowaway Mast Furling Mainsail installation guide. Step 2 www.northsails.com Step 3 Attach the Mainsail Clew Lift the mainsail clew to the end of the boom and run the outhaul line through the clew block. -
Glossary of Nautical Terms: English – Japanese
Glossary of Nautical Terms: English – Japanese 2 Approved and Released by: Dal Bailey, DIR-IdC United States Coast Guard Auxiliary Interpreter Corps http://icdept.cgaux.org/ 6/29/2012 3 Index Glossary of Nautical Terms: English ‐ Japanese A…………………………………………………………………………………………………………………………………...…..pages 4 ‐ 6 B……………………………………………………………………………………………………………………………….……. pages 7 ‐ 18 C………………………………………………………………………………………………………………………….………...pages 19 ‐ 26 D……………………………………………………………………………………………..……………………………………..pages 27 ‐ 32 E……………………………………………………………………………………………….……………………….…………. pages 33 ‐ 35 F……………………………………………………………………………………………………….…………….………..……pages 36 ‐ 41 G……………………………………………………………………………………………….………………………...…………pages 42 ‐ 43 H……………………………………………………………………………………………………………….….………………..pages 49 ‐ 48 I…………………………………………………………………………………………..……………………….……….……... pages 49 ‐ 50 J…………………………….……..…………………………………………………………………………………………….………... page 51 K…………………………………………………………………………………………………….….…………..………………………page 52 L…………………………………………………………………………………………………..………………………….……..pages 53 ‐ 58 M…………………………………………………………………………………………….……………………………....….. pages 59 ‐ 62 N……………….........................................................................…………………………………..…….. pages 63 ‐ 64 O……………………………………..........................................................................…………….…….. pages 65 ‐ 67 P……………………….............................................................................................................. pages 68 ‐ 74 Q………………………………………………………………………………………………………..…………………….……...…… page 75 R………………………………………………………………………………………………..…………………….………….. -
Boat Compendium for Aquatic Nuisance Species (ANS) Inspectors
COLORADO PARKS & WILDLIFE Boat Compendium for Aquatic Nuisance Species (ANS) Inspectors COLORADO PARKS & WILDLIFE • 6060 Broadway • Denver, CO 80216 (303) 291-7295 • (303) 297-1192 • www.parks.state.co.us • www.wildlife.state.co.us The purpose of this compendium is to provide guidance to certified boat inspectors and decontaminators on various watercraft often used for recreational boating in Colorado. This book is not inclusive of all boats that inspectors may encounter, but provides detailed information for the majority of watercraft brands and different boat types. Included are the make and models along with the general anatomy of the watercraft, to ensure a successful inspection and/or decontamination to prevent the spread of harmful aquatic nuisance species (ANS). Note: We do not endorse any products or brands pictured or mentioned in this manual. Cover Photo Contest Winner: Cindi Frank, Colorado Parks and Wildlife Crew Leader Granby Reservoir, Shadow Mountain Reservoir and Grand Lake Cover Photo Contest 2nd Place Winner (Photo on Back Cover): Douglas McMillin, BDM Photography Aspen Yacht Club at Ruedi Reservoir Table of Contents Boat Terminology . 2 Marine Propulsion Systems . 6 Alumacraft . 10 Bayliner . 12 Chris-Craft . 15 Fisher . 16 Four Winns . 17 Glastron . 18 Grenada Ballast Tank Sailboats . 19 Hobie Cat . 20 Jetcraft . 21 Kenner . 22 Lund . 23 MacGregor Sailboats . 26 Malibu . 27 MasterCraft . 28 Maxum . 30 Pontoon . 32 Personal Watercraft (PWC) . 34 Ranger . 35 Tracker . 36 Trophy Sportfishing . 37 Wakeboard Ballast Tanks and Bags . 39 Acknowledgements . Inside back cover Boat Compendium for Aquatic Nuisance Species (ANS) Inspectors 1 Boat Terminology aft—In naval terminology, means towards the stern (rear) bow—A nautical term that refers to the forward part of of the boat. -
Chapter 3 Ship Compartmentation and Watertight Integrity
CHAPTER 3 SHIP COMPARTMENTATION AND WATERTIGHT INTEGRITY Learning Objectives: Recall the definitions of terms watertight integrity, and how they relate to each other. used to define the structure of the hull of a ship and the You will also learn about compartment checkoff lists, numbering systems used for compartment number the DC closure log, the proper care of access closures designations. Identify the different types of watertight and fittings, compartment inspections, the ship’s draft, closures and recall the inspection procedures for the and the sounding and security patrol watch. The closures. Recall the requirements for the three material information in this chapter will assist you in conditions of readiness, the purpose and use of the completing your personnel qualification standards Compartment Checkoff List (CCOL) and damage (PQS) for basic damage control. control closure log, and the procedures for checking watertight integrity. COMPARTMENTATION A ship’s ability to resist sinking after sustaining Learning Objective: Recall the definitions of terms damage depends largely on the ship’s used to define the structure of the hull of a ship and the compartmentation and watertight integrity. When numbering systems used to identify the different these features are maintained properly, fires and compartments of a ship. flooding can be isolated within a limited area. Without compartmentation or watertight integrity, a ship faces The compartmentation of a ship is a major feature almost certain doom if it is severely damaged and the of its watertight integrity. Compartmentation divides emergency damage control (DC) teams are not the interior area of a ship’s hull into smaller spaces by properly trained or equipped. -
UNIT 3.5 N M a N U a L Thanks for Buying a Harken Jib Reefing and Furling System
I N S T R U MKIII C Jib Reefing & T Furling Systems I O UNIT 3.5 N M A N U A L Thanks for buying a Harken Jib Reefing and Furling System. It will give you reliable service with minimal maintenance, but does require proper assembly and basic care. This manual is an important part of the total reefing system. Please take the time to read it carefully before assembling or using your furling system. These instructions may look intimidating, but they are very simple and use photos and drawings throughout to make assembly easy. Many sections will not apply to your boat or to your installation. If you have questions which cannot be answered by the manual or your dealer, please feel free to give us a call. We’ll be happy to do anything we can to make your sailing safer and more fun. 2 Unit 3.5 MKIII January 2007 Parts 6-7 Sailmaker Instructions 8 Preparation for Assembly 10 – 12 This section tells how to measure the headstay, prepare the wire and cut foil to length if they have not been supplied ready to assemble. Assembly 13 – 20 Assembly of the unit is explained in this section Commissioning 21 – 23 Commissioning covers how to install the assembled unit on the boat and make it operational. Operation 24 – 28 This section explains system use. It also discusses tensioning the headstay and converting to racing. Troubleshooting & Repair 29 – 30 The Assembly and Operation Trouble Shooting guides explain how to correct problems. Your seven-year limited warranty is explained on page 30. -
Installation and Maintenance Manual Winch Performa 46.2 STP
Installation and Maintenance Manual MRPW-05 Performa™ Winch 46.2 STP 46.2 STQP Index Introduction 3 Technical characteristics 3 Performance data 3 Weight 3 Maximum working load 3 Technical characteristics - Winch Quattro Performa 4 Performance data 4 Weight 4 Maximum working load 4 Outline 3 Winch 46.2 STP 3 Outline - Winch Quattro Performa 4 Winch 46.2 STQP 4 Installation 5 Installation procedure 6 Positioning the self-tailing arm 9 Maintenance 9 Washing 9 Maintenance table 9 Disassembly procedure 9 Exploded view with maintenance products 13 Assembly 14 Harken® limited worldwide warranty 15 Ordering spare parts 15 Exploded view 16 Performa Winch 46.2 STP 16 Performa Winch 46.2 STQP 18 Parts list 20 Performa Winch 46.2 STP 20 Performa Winch 46.2 STQP 21 Performa™ Winch 46.2 STP 2 Installation and Maintenance Manual Introduction - Technical characteristics - Outline Introduction This manual gives technical information on winch installation and maintenance, including disassembling and reassembling. This information is DESTINED EXCLUSIVELY for specialised personnel or expert users. Installation, disassembling and reassembling of the winch by personnel who are not experts may cause serious damage to users and those in the vicinity of the winch. Harken® accepts no responsibility for defective installation or reassembly of its winches. In case of doubt the Harken® Tech Service is at your disposal at [email protected] This Manual is available only in English. If you do not fully understand the English language, do not carry out the operations described in this Manual. Technical characteristics Power ratio Gear ratio 1st speed 11,70 : 1 2,30 : 1 2nd speed 46,50 : 1 9,20 : 1 The theoretical power ratio does not take friction into account. -
Volunteer Manual
Gundalow Company Volunteer Manual Updated Jan 2018 Protecting the Piscataqua Region’s Maritime Heritage and Environment through Education and Action Table of Contents Welcome Organizational Overview General Orientation The Role of Volunteers Volunteer Expectations Operations on the Gundalow Workplace Safety Youth Programs Appendix Welcome aboard! On a rainy day in June, 1982, the replica gundalow CAPTAIN EDWARD H. ADAMS was launched into the Piscataqua River while several hundred people lined the banks to watch this historic event. It took an impressive community effort to build the 70' replica on the grounds of Strawbery Banke Museum, with a group of dedicated shipwrights and volunteers led by local legendary boat builder Bud McIntosh. This event celebrated the hundreds of cargo-carrying gundalows built in the Piscataqua Region starting in 1650. At the same time, it celebrated the 20th-century creation of a unique teaching platform that travelled to Piscataqua region riverfront towns carrying a message that raised awareness of this region's maritime heritage and the environmental threats to our rivers. For just over 25 years, the ADAMS was used as a dock-side attraction so people could learn about the role of gundalows in this region’s economic development as well as hundreds of years of human impact on the estuary. When the Gundalow Company inherited the ADAMS from Strawbery Banke Museum in 2002, the opportunity to build a new gundalow that could sail with students and the public became a priority, and for the next decade, we continued the programs ion the ADAMS while pursuing the vision to build a gundalow that could be more than a dock-side attraction. -
Performance of High Modulus Fiber Ropes in Service on Dual Capstan Traction Winches
PERFORMANCE OF HIGH MODULUS FIBER ROPES IN SERVICE ON DUAL CAPSTAN TRACTION WINCHES: A SIMULATION OF ROPE/WINCH INTERACTIONS DURING DEEP SEA LONG CORING OPERATIONS 1.0 INTRODUCTION At present, UNOLS systems for collecting sea floor sediment samples are limited to the recovery of large diameter [10 cm] cores approximately 25-meter long. The current technology employs a Kullenberg piston corer [wt = ~5,000 lbs.] suspended and controlled by a torque-balanced wire rope [9/16” Dia. / MBL = 16 tons] and single drum trawl winch system. A new and much larger coring device is under development at the Woods Hole Oceanographic Institution. The goal of the new project is to create an integrated yet portable system capable of recovering cores up to 50 meters long in full ocean depths [~ 5500 meters]. The new corer alone has a weight of 25,000 lbs.; and numerical modeling has shown that in operation, the expected maximum tension that the overboarding arrangements will endure [during core extraction] is between 50 and 60,000 pounds. The new system will, for the first time, employ high modulus synthetic fiber rope to replace the ‘traditional’ 3 X 19 wire rope. The change to synthetic rope is necessary, as the weight of a wire rope sufficiently strong to support the proposed corer would have inherently excessive mass to allow reasonable shipboard handling and provide an acceptable factor of safety during operations. This change to fiber rope is possible due to the recent introduction of suitable products made from high performance synthetic fibers. These new high modulus braided ropes are stronger than equivalent diameter wire rope, but are buoyant or lightweight in seawater.