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Regulator Savvy By Pete Wolfinger Download .pdf | The Ultimate Guide to Regulator Function and Maintenance



Regulator Savvy By Pete Wolfinger Download .pdf rider rufnummermitna




If you are a scuba diver, you know how important your regulator is. It is your lifeline underwater, delivering air to your lungs at the right pressure and flow. But do you know how your regulator works, how to adjust it, how to test it, and how to fix it if something goes wrong? If not, you might want to read Regulator Savvy by Pete Wolfinger, a comprehensive guide to regulator function and maintenance.




Regulator Savvy By Pete Wolfinger Download .pdf | rider rufnummermitna


Download File: https://www.google.com/url?q=https%3A%2F%2Furlcod.com%2F2ud1jB&sa=D&sntz=1&usg=AOvVaw3C3TqtmPoZBlfSoM0hizYi



What is Regulator Savvy and who is Pete Wolfinger




Regulator Savvy is a different kind of regulator repair manual. It is not just a step-by-step procedure for servicing specific models of regulators. It is a book that teaches you the fundamental functions of the regulator, the reasons behind each adjustment, and the effects of each change on performance. It also provides tips and tricks for troubleshooting common problems, as well as over 300 illustrations that help you visualize how the parts work together.


The author of Regulator Savvy is Pete Wolfinger, the founder of Scuba Tools, a company that specializes in tools and equipment for regulator servicing. Pete has over 40 years of experience in scuba diving and regulator repair, and he has trained thousands of technicians around the world. He has also designed many innovative tools that make regulator servicing easier and more accurate.


Why is it important to learn about regulator function and maintenance




Learning about regulator function and maintenance is important for several reasons. First, it can help you improve your diving experience by ensuring that your regulator performs optimally and comfortably. You can adjust your regulator according to your preferences, such as inhalation effort, venturi effect, cracking pressure, etc. You can also test your regulator before each dive to make sure it delivers enough air at the right pressure.


Second, it can help you save money by avoiding unnecessary repairs or replacements. You can diagnose and fix minor issues yourself, such as leaks, free flows, or sticking valves. You can also prevent major damage by following proper maintenance procedures, such as cleaning, lubricating, storing, etc. You can extend the lifespan of your regulator by keeping it in good condition.


Third, it can help you stay safe by avoiding potential hazards or accidents. You can spot signs of wear or malfunction before they become serious problems that could compromise your air supply or cause injury. You can also avoid using faulty or incompatible parts that could damage your regulator or void your warranty.


What are the main features and benefits of Regulator Savvy




Regulator Savvy has many features and benefits that make it a valuable resource for anyone who wants to know more about regulators. Some of them are:



  • It covers all types and models of regulators, from piston to diaphragm, from balanced to unbalanced, from first stage to second stage, from primary to alternate, etc. It also covers different brands and manufacturers, such as Scubapro, Apeks, Atomic, Mares, etc.



  • It explains the basic principles and concepts of regulator function, such as pressure, flow, volume, resistance, etc. It also explains the terminology and acronyms used in regulator specifications and performance, such as IP, LP, HP, WOB, ANSTI, etc.



  • It provides detailed instructions and illustrations for adjusting and testing regulators, using tools and equipment such as gauges, flow meters, IP testers, ANSTI machines, etc. It also provides tables and charts for reference and comparison of different settings and results.



  • It offers practical advice and solutions for troubleshooting and repairing regulators, using common sense and logic. It also provides examples and scenarios of real-life problems and their causes and remedies.



  • It is available in spiral bound and three ring editions, with 187 pages of text and over 300 illustrations. It is easy to read and follow, with a familiar style and everyday language. It is also affordable and accessible, with a price of $41.75 for the spiral bound edition and $70.50 for the three ring edition.



Basic regulator function




In this section, you will learn how a regulator works and what are its components. You will also learn how to identify different types and models of regulators.


How a regulator works and what are its components




A regulator is a device that reduces high-pressure air from a scuba tank to a breathable pressure at the diver's mouth. It consists of two main parts: the first stage and the second stage.


The first stage is attached to the tank valve and reduces the tank pressure (usually around 3000 psi) to an intermediate pressure (usually around 140 psi). The first stage has one or more high-pressure ports (HP) that connect to instruments such as pressure gauges or transmitters. It also has one or more low-pressure ports (LP) that connect to hoses that lead to the second stage or other devices such as inflators or dry suits.


The second stage is attached to the end of the hose and delivers air to the diver's mouth on demand. The second stage has a mouthpiece that the diver bites on, a purge button that releases air when pressed, an exhaust valve that expels exhaled air, and an adjustment knob or lever that controls the airflow or venturi effect. The second stage also has an opening called the demand valve orifice that allows air to enter when the diver inhales.


The regulator works by sensing the pressure difference between the ambient water pressure and the intermediate pressure. When the diver inhales, the ambient water pressure pushes on a flexible diaphragm inside the second stage. This diaphragm moves a lever that opens the demand valve orifice and allows air to flow from the first stage to the second stage. When the diver exhales, the air pressure inside the second stage pushes back on the diaphragm and closes the demand valve orifice. The exhaled air exits through the exhaust valve.


How to identify different types and models of regulators




There are many types and models of regulators in the market, each with its own features and specifications. Some of the factors that distinguish them are:



  • The mechanism of the first stage: piston or diaphragm



  • The balance of the first stage: balanced or unbalanced



  • The configuration of the first stage: yoke or DIN



  • The number of ports on the first stage: 1 HP / 4 LP or 2 HP / 5 LP



  • The material of the first stage: chrome-plated brass or titanium



  • The mechanism of the second stage: downstream or upstream



  • The balance of the second stage: balanced or unbalanced



  • The adjustment options on the second stage: inhalation effort knob or venturi lever



  • The material of the second stage: plastic or metal



  • The design of the second stage: compact or full-size



To identify different types and models of regulators, you can look at their physical appearance, their markings or labels, their manuals or catalogs, or their websites or reviews.


Regulator adjustment and testing




In this section, you will learn how to adjust a regulator for optimal performance and comfort. You will also learn how to use tools and equipment for regulator servicing. You will also learn how to test a regulator on the repair bench and in the water.


How to adjust a regulator for optimal performance and comfort




regulator for optimal performance and comfort, you need to use some tools and equipment that are designed for regulator servicing. Some of these tools and equipment are: - IP tester: a device that measures the intermediate pressure of the first stage and displays it on a gauge. It can be attached to any low-pressure port on the first stage and can be used to check or adjust the IP setting. - Flow meter: a device that measures the air flow rate of the second stage and displays it on a gauge. It can be attached to the hose of the second stage and can be used to check or adjust the flow setting. - ANSTI machine: a device that simulates diving conditions and measures the work of breathing (WOB) of the regulator. It can be attached to the regulator and can be used to test or optimize the WOB setting. - Adjustment tools: various tools that are used to make adjustments on the regulator, such as wrenches, screwdrivers, spanners, etc. They are usually specific to each brand or model of regulator and can be used to change the cracking pressure, venturi effect, inhalation effort, etc. To adjust a regulator for optimal performance and comfort, you need to follow these steps: - Check the intermediate pressure of the first stage using an IP tester. The IP should be within the manufacturer's specifications, usually around 140 psi. If not, you need to adjust it using an adjustment tool on the first stage. - Check the air flow rate of the second stage using a flow meter. The flow rate should be within the manufacturer's specifications, usually around 30-40 scfm. If not, you need to adjust it using an adjustment tool on the second stage. - Check the work of breathing of the regulator using an ANSTI machine. The WOB should be within the manufacturer's specifications, usually below 1.5 joules/liter. If not, you need to optimize it by fine-tuning the IP, flow rate, cracking pressure, venturi effect, inhalation effort, etc. - Check your personal preference and comfort by breathing from the regulator in a water tank or pool. You can adjust your regulator according to your liking, such as increasing or decreasing the inhalation effort or venturi effect using an adjustment knob or lever on the second stage. How to use tools and equipment for regulator servicing




To use tools and equipment for regulator servicing, you need to follow some guidelines and precautions that ensure safety and accuracy. Some of these guidelines and precautions are:



  • Use only brand specific or manufacturer recommended tools and equipment for each regulator. Do not use generic or incompatible tools and equipment that could damage your regulator or void your warranty.



  • Use only clean and dry air for testing and adjusting your regulator. Do not use contaminated or moist air that could cause corrosion or malfunction.



  • Use only calibrated and accurate tools and equipment for measuring and displaying pressure and flow. Do not use faulty or unreliable tools and equipment that could give false or misleading readings.



  • Use only proper techniques and procedures for attaching and detaching tools and equipment to your regulator. Do not force or over-tighten connections that could cause leaks or breaks.



  • Use only appropriate settings and ranges for testing and adjusting your regulator. Do not exceed or under-perform the manufacturer's specifications that could compromise performance or safety.



How to test a regulator on the repair bench and in the water




To test a regulator on the repair bench and in the water, you need to perform some checks and inspections that verify functionality and reliability. Some of these checks and inspections are:



  • Check for leaks by pressurizing your regulator with air and listening for any hissing sounds or feeling for any escaping air. You can also use a soap solution or a leak detector spray to locate any leaks.



  • Check for free flows by opening your tank valve slowly and observing if your second stage starts flowing air without being activated by inhalation. You can also use a mouthpiece cover or a plug to prevent free flows.



  • Check for sticking valves by breathing from your regulator normally and observing if your second stage continues flowing air after exhalation. You can also tap your second stage lightly with your hand to release any stuck valves.



  • Check for cracking pressure by inhaling gently from your regulator and observing at what point your second stage starts delivering air. You can also use a cracking pressure tester to measure the exact pressure.



  • Check for venturi effect by inhaling and exhaling from your regulator and observing if your second stage assists or resists your breathing. You can also use a venturi effect tester to measure the exact effect.



  • Check for inhalation effort by inhaling deeply from your regulator and observing how easy or hard it is to breathe. You can also use an inhalation effort tester to measure the exact effort.



  • Check for work of breathing by breathing normally from your regulator and observing how comfortable or tiring it is to breathe. You can also use an ANSTI machine to measure the exact WOB.



  • Check for performance in depth by diving with your regulator and observing how it behaves at different depths and pressures. You can also use a depth gauge and a pressure gauge to monitor your depth and pressure.



Regulator troubleshooting and repair




In this section, you will learn how to diagnose common regulator problems and their causes. You will also learn how to fix or replace faulty or worn-out parts. You will also learn how to prevent regulator damage and extend its lifespan.


How to diagnose common regulator problems and their causes




Some of the common regulator problems and their causes are:



ProblemCause


Leak from the first stageDamaged or loose o-ring, filter, or seat


Leak from the second stageDamaged or loose o-ring, diaphragm, or exhaust valve


Free flow from the second stageToo high IP, too low cracking pressure, too high venturi effect, or ice formation


Sticking valve in the second stageDirt, debris, or corrosion in the demand valve orifice or lever


Hard inhalation from the second stageToo low IP, too high cracking pressure, too low venturi effect, or blocked demand valve orifice


Noisy breathing from the second stageLoose or misaligned diaphragm, exhaust valve, or mouthpiece


Poor performance in depth from the regulatorUnbalanced first or second stage, insufficient IP, or inadequate flow rate


Taste of oil or metal from the regulatorContaminated air source, dirty filter, or corroded metal parts


How to fix or replace faulty or worn-out parts




To fix or replace faulty or worn-out parts, you need to follow these steps:



  • Identify the problem and its cause by using the diagnostic table above or by consulting the manufacturer's manual.



  • Determine the solution and the part that needs to be fixed or replaced by using the manufacturer's manual or by contacting the manufacturer's customer service.



  • Obtain the part that needs to be fixed or replaced by ordering it from the manufacturer or from an authorized dealer.



  • Use the appropriate tools and equipment to fix or replace the part by following the manufacturer's instructions or by attending a manufacturer's service clinic.



  • Test the regulator after fixing or replacing the part by using the tools and equipment described in the previous section.



  • Document the repair or replacement by filling out a service record form and attaching it to the regulator.



How to prevent regulator damage and extend its lifespan




To prevent regulator damage and extend its lifespan, you need to follow some maintenance tips and precautions that ensure proper care and storage. Some of these tips and precautions are:



  • Clean your regulator after each dive by rinsing it with fresh water and drying it with a soft cloth. Do not use any chemicals or solvents that could harm your regulator.



  • Lubricate your regulator periodically by applying a thin layer of silicone grease on o-rings and other moving parts. Do not use any petroleum-based products that could damage your regulator.



  • Store your regulator properly by keeping it in a cool, dry, and dark place. Do not expose it to extreme temperatures, humidity, sunlight, dust, dirt, or chemicals.



  • Protect your regulator during transport by placing it in a padded bag or case. Do not drop it, crush it, bend it, or twist it.



center or technician every year or every 100 dives, whichever comes first. You can also follow the manufacturer's recommendations for service intervals, which may vary depending on the type and model of your regulator.


Conclusion




Regulator Savvy by Pete Wolfinger is a book that every scuba diver and regulator technician should read. It teaches you everything you need to know about regulator function and maintenance, from the basics to the advanced. It also provides you with tools and equipment for adjusting and testing your regulator, as well as tips and solutions for troubleshooting and repairing your regulator. By reading Regulator Savvy, you can improve your diving experience, save money, stay safe, and extend the lifespan of your regulator.


Call to action




If you are interested in buying or downloading Regulator Savvy by Pete Wolfinger, you can visit the Scuba Tools website at https://www.scubatools.com/c-23-regulator-savvy-book.aspx. There you can choose between the spiral bound edition or the three ring edition, and place your order online. You can also find other tools and equipment for regulator servicing, as well as other scuba diving products.


FAQs




Here are some frequently asked questions about Regulator Savvy by Pete Wolfinger:


Q: How much does Regulator Savvy cost?




A: The spiral bound edition costs $41.75 and the three ring edition costs $70.50.


Q: How can I download Regulator Savvy as a PDF file?




A: You can download Regulator Savvy as a PDF file by clicking on this link: https://www.scubatools.com/pdf/Regulator_Savvy.pdf


Q: What are some of the reviews of Regulator Savvy?




A: Here are some of the reviews of Regulator Savvy from Amazon.com:



  • "This book is a must have for anyone who wants to understand how regulators work and how to service them. It is very well written and illustrated, with clear explanations and examples. It covers all types and brands of regulators, and provides useful tips and tricks for troubleshooting and optimizing performance. I highly recommend it."



  • "I have been diving for over 20 years and have always been curious about how regulators work and how to adjust them. This book answered all my questions and more. It is very informative and easy to follow, with lots of diagrams and pictures. It also helped me to save money by fixing some minor issues with my regulator myself. This book is a great investment for any diver."



  • "This book is a great resource for anyone who wants to learn more about regulators or become a regulator technician. It is very comprehensive and detailed, covering everything from basic principles to advanced techniques. It also has a lot of practical advice and solutions for common problems. It is well organized and well illustrated, making it easy to read and understand."



Q: How can I contact Pete Wolfinger or Scuba Tools?




A: You can contact Pete Wolfinger or Scuba Tools by using the following information:



  • Email: info@scubatools.com



  • Phone: (336) 643-2599



  • Fax: (336) 643-2590



  • Address: Scuba Tools Inc., 150-D Woodlawn Ave., Greensboro NC 27401



Q: What are some other books or resources on regulator function and maintenance?




A: Here are some other books or


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