Fuel Efficiency and Safety with JPI’s Proven Aircraft Fuel Flow Instruments

Aircraft Fuel Flow InstrumentsJP Instruments was founded in 1986. This Huntington Beach company was founded by Joseph Polizzotto, who is now the CEO of the company. He spent quite a lot of time working as a mechanical engineer and was always trying to find the best products and tools to help with his work.

Today, JP Instruments has a full line of products and tools that are built to last. These items are made for any type of aircraft and are incredibly reliable. When looking to replace fuel flow gauges, moving maps, and data management systems, JP Instruments has it all.

Fuel Efficiency and Safety

Fuel flow instruments are just one of the many ways that you will be able to remain safe and save on fuel in your aircraft. Fuel scan instruments are some of the top choices for customers who are in the world of aviation. The Fuel Scan 450 is one of the top ranked products on the market today. This item is very easy to install and for the quality that it provides, it has a great, low price through JP Instruments.

Another fuel flow instrument that you can buy from JP Instruments is the Fuel Flow Transducer 201B. This instrument measures the flow of fuels like gasoline, kerosene, and diesel. It emits a signal when the fuel flow is running regularly and irregularly. Any time there are drops in pressure, you will know immediately. The Fuel Gauges Transducer 201 B is one the best tools when it comes to safety and fuel efficiency. This product is known all over the aircraft industry for the quality it provides. When you buy it from JP Instruments, you will see just how great it works and the price is one that is affordable.

Other Fuel Efficient Tools

JP Instruments only sells you the best quality tools and products on the market today. One of the award-winning products that you can find here is the Digital Gauges 450 Twin. It has won Product of the Year many times and those who work with aircraft know just how well it works. The Fuel Scan 450 Twin gives you the power to manage your fuel and keep an eye on how much you are going through. This is also a great way to stay safe. Once your fuel is low, you will be alerted to it. This will keep you safe and sound.

JP Instruments has all of the products that you need to make repairs to your aircraft. You can remain safe and know that you are in great hands with the tools and products on their website. They value all of their customers and you will see that as soon as you start shopping with them.

How Does Aircraft Level Sensors Work In An Aircraft?

Aircraft Level SensorsWhen you are traveling by plane all you worry about is the time of your flight and your baggage. But, if you are driving a plane then you need to worry about many other things besides time and baggage.

Being a professional in aircraft area, you should know more about aircraft level sensors, how do they work and where you can find quality and safe aircraft gauges. When you are on the ground and driving a vehicle, you have magnetic level indicators that show you the situation with fuel and all other mechanical components of the car. On the aircraft there are two ways of knowing how much fuel you have in the tank:

* First, is knowing that the aircraft is the same magnetic level indicators like a vehicle, only they have a float which is magnetic and lifts your ‘dipstick’ up and down.
* Second, is analyzing and following the fuel gauging system. For example, you have some (about 30 on an A320) low voltage capacitors. This is where the fuel can flow between them. So, when you have fuel on a different level, you will also have dissimilar capacitances. In this way, you as a professional in aircraft field will know how much fuel the aircraft has and where your level is at.
* Density and permittivity readers. Besides, the two previous mentioned ways to know how aircraft levels sensors work in an aircraft and how to know the level of the fuel, there is one more thing that you should be aware of. There are a density and permittivity readers in the tank to then calculate the fuel quantity. It is in kg or lbs, which depends on the model of the aircraft. Then you have level sensors. What you should know about aircraft level sensors is that they have two states they know. Either is “wet” or “dry” which will trigger certain valves and warnings.

Knowing how does aircraft level sensors work in an aircraft, it is time to go on a next category which is searching for the right aircraft gauges and sensors. Small aircraft are having simple float level gauges. They give information on fuel level to magnetic couplings. Also, they feed information to potentiometers which then relay the information to the pilot.

So, to choose the right gauges, you should search for a quality company that produces them on the market. Searching on the internet, you will definitely find a website which will offer you the aircraft level Fuel Gauges that you need.

However, before you take them, you should check all necessary features and performances that these products offer. Also, you can always read descriptions, check the photos of the product and see the price.

Besides, all those information you should check the reviews and testimonials from previous customers. In this way, you will learn more about the company that is offering these aircraft Digital Gauges and also you will see if these are high-quality and safe products or not.

Working Principle of Exhaust Gas Temperature Gauges

Exhaust Gas Temperature GaugesIf you are having troubles with engines in your large aircraft and vehicles, you may want to take the time to look into adding specialty temperature gauges. These gauges can save you quite a bit of money in the long run and they can be purchased from companies just like J.P. Instruments. They can help you to find the best and latest technology for your aircraft or other large vehicles.

J.P. Instruments’ Story

J.P. Instruments is a company that has been in business since 1986. They are based out of Huntington Beach, California. Their staff is knowledgeable and has the experience to give each and every one of their customers the best quality products available. Many of the staff members have been pilots in the past and they know exactly how to take proper care of your aircraft. This is a company that you can trust to give you the best advice and service for your aircraft or large vehicle.

J.P. Instruments knows how important value and quality are and that is why they have many different options of products for you to choose from. They know how important saving money is and how important the quality of service is. That is why they value all of their customers and want to help them to receive the best products possible.

Exhaust Temperature Gauges

When you think that the engine in your aircraft is overheating, it is imperative that you have a way to check it. With the costs of engines growing rapidly, there are ways to save money on repairs. One of these ways is by buying and installing exhaust temperature gauges. The idea behind these gauges is that they help to measure the temperature of your engine, if it is getting close to overheating, you will know immediately. Because repairs to your engine are expensive, this is one way to help cut costs.

The temperature gauges that are sold at J.P. Instruments are the most reliable that you can find. Because engine overheating can be caused by many different problems, it is important to know how to use these gauges and exactly how they work for you. If you mount them too closely to the pistons of your aircraft, you may get a reading that is a bit off. The idea is to mount them in the center of the manifold to get the best reading possible. Once you have mounted these temperature gauges and EGT Gauge, you will be able to get a reading that is reliable.

Buying from J.P. Instruments means that you will get the best quality of exhaust gas temperature gauges and Digital Gauges on the market. When you order from them, you can be sure that your aircraft’s engine will be safe once again. By checking on the engine frequently, you can rest assured that the engine will not overheat and if it does, you will get a reading before it is too late. By turning to J.P. Instruments, you will receive the best service possible online.

Save Money With A JPI’s Aircraft Fuel Flow Indicator

Aircraft Fuel Flow IndicatorThe engine needs an even and steady flow of fuel to run without hiccups or knockings to keep up its overall performance. The flow of aviation fuel is displayed by the fuel flow indicator.

Fuel flow indicators measure less or excess fuel flow and helps to check fuel wastage caused by rich-burn engines. It works with aid from Aircraft Engine Sensors, located behind the fuel filter, in combination with MAP (manifold air pressure). It not just saves money but also keeps the engine cleaner; which means, a less maintenance cost.

The JPI’s Aircraft Fuel Flow Indicator uses modern sensors that connect to a modern, Digital Gauges. This gauge is installed in the cockpit. It is highly accurate; as accurate as digital. The latter are also manufactured by JP Instruments.

Rich-of-Peak is a technique that runs the aircraft engine with an excess of fuel in the cylinder. This is done to keep the engines cooler, but on the flip side, the carbon builds up on the exhaust faster. It also increases cylinder pressure. But with Lean-of-Peak or LoP, the piston pushes longer, gentler and slower. The peak cylinder pressure now develops later than the top-dead-centre position than with RoP, at a time when the piston has travelled further along its downward stroke. So, a hammer blow changes into a gentle push. The engine shall operate at exactly the same horse power but with a 35°F lower cylinder head temperature. This equates to a better speed, lesser fuel flow and a longer life for the engine.

The less fuel consumption occurs since LoP makes all fuel in the cylinder get used. There remains nothing to blow back and contaminate the oil. This means lesser carbon deposits and savings on the maintenance. And contrary to the belief that LoP is good for low power settings, it helps to obtain 75% of the engine’s power without using extra fuel. The fuel flow indicators help you detect that.

For, without measuring fuel flow, you must rely on approximations; either about the flight time or about the fuel flow rate for each phase of flight. JPI’s aircraft fuel flow indicator uses small turbine transducers to measure the fuel flowing into the engine. It rotates faster with higher fuel flows Aircraft Level Sensors and slower with the lean ones. They generate pulses this way and measure the gallons used per hour with high resolution. These fuel flow indicators can also keep track of the fuel used if you log the total fuel amount into them right at the beginning. Additionally, you will also be able to detect various other parameters. There are indicator lights to show the information currently displayed and mode of operations that can be selected with front panel operating buttons.

An EGT CHT Gauge is Your Insurance Against Expensive Damage!

Slim-Line InstrumentsAn aircraft owner or a pilot goes through many pre flight procedures in order to ensure that him and or his passengers are safe after take- off. One of the biggest insurances that you can afford for your aircraft is investing in a high end EGT & CHT gauge. Both of which can save you thousands of dollars on the engine maintenance and damage. But before understanding how they can save you money and be your insurance from damage, there needs to be an understanding of what they provide for the owner.

EGT Gauge

This gauge holds full responsibility in displaying how much exhaust heat your piston engine gives off. All in all, it measures the heat energy that is wasted during an exhaust stroke in the moment that the cylinder is under lowered stress. Normally on the display of the actual gauge you may find three lights (Red, Green, Yellow). Those indicate precaution stages with red obviously meaning to be prepared for the worst. In a piston aircraft it holds the responsibility for the mixture of fuel and air to give the best performance/range of the engine.

CHT Gauge

Unlike the EG Gauge, the CHT holds measure for heat energy that is wasted during a power stroke when the cylinder undergoes maximum stress. It is very essential to limit the CHT in order to ensure cylinder longevity. There are several other responsibilities that this gauge holds:

• Losses of Friction
• Radiation
• A Conduction to Air

The One and One Together Solution

In comparison to a vehicle, aircraft maintenance is quite pricey. There is no really set in stone insurance that can save you from huge engine expense either. But what can play the key role is installing an EGT Gauge & CHT gauge in your aircraft. All functions of the engine can be monitored and maintained at the correct moment, thus allowing you to save money and be insured that the long activity of the cylinder will be extended. Other benefits include:

• Early Warnings
• Maintenances
• Abnormal Combustion Events
• Low/High Pressure Identification
• Temperature
• Oil Temperature

All in all both Digital Gauges are used to prevent and monitor multi functions of the aircrafts engine and cylinders. Since everything depends on each other, you need a system that can ensure you that your aircraft will be safe to fly and can be depended upon. In addition, a great gauge system will act as your insurance that will help cut maintenance cost and save you money. Expensive damage can usually occur when there is not proper maintenance of when things when they need to get done, but when the warning comes at the right time there should not be any excuse of why you would not be prepared.

The EDM 700…A Man’s Personal Flight Engineer

EDM 700Being a couple of thousand of feet up in the air gives you plenty of things to worry about. One of the main things to worry about when flying your plane is your engine and the aircraft safety. That is the only thing that can take you up in the air and bring you down safely. Therefore, monitoring an engine is one of the top priorities for all flight pilots. So, in order to focus your mind on just flying the aircraft, the EDM 700 Personal Flight Engineer is the monitoring co-pilot that you need.

Important Features

There are many Personal Flight Engineer models on the market for all sorts of aircrafts and pilots. The EDM 700 model covers a wide range of cylinder aircrafts from 4 to 9. Although, the main difference are the features that offer the ultimate comfort and satisfaction to the pilots needs.

• Alarms- 29 to be exact, which include EGT Differential, Shock Cooling, Fuel Flow and much more.
• EGT Bar Graph- A Variable Scaling Showing.
• The Lean Find Mode- Identification of the 1st and last cylinders to peak.
• Option of Fuel Flow- It is the only engine graphic monitor that shows the complete Digital Gauges system. Along side that it has the FAA approval for all the model of EDM’s.
• Oil Temp- An option that shows in one degree increments.

Specifications

One of the greatest feelings is when things are taken care of for you. Even such things as adjustments on the field can be done for you with the EDM 700 model. It has the most progressed and accurate piston engine-monitoring out there. Aside from that, there is some more specification that makes your flight time more enjoyable:

• Volts
• Cooling of the Shocks
• Pressure of oil
• Temperature of oil
• All of the needed and required harnesses
• 100 hours of Data Recording. USB Download available.
• Data Logging (Long Term Module)

As always the list is ongoing, but with a small financial window that you may acquire this model with. The lowest cylinder model of 4 can be purchased for about $1,640 while the biggest 9 cylinder for $3,295.

Reliability and skill is one of the few things that all pilots count upon when flying any aircraft. That is why the Digital EGT Gauge Management 700 system is the most reliable instrument on the market. Its features and specifications make any pilots flight time more safe and enjoyable on all basis. Being worry free thousand of fee in the sky is any pilots dream come true. So get your personal flight engineer on board and fire up the engines.

Electronic Data Management Systems: How It Works

EDM 950The basics of electronic data management systems (EDMS) in aircraft are pretty simple. The EDMS essentially consists of two parts – probes & sensors and the display unit(s). The probes and sensors are located at various critical parts of the aircraft and convert heat, pressure or whatever it is supposed to sense, into electrical signals usually in the form of volts. These signals are interpreted by the display unit and displayed in a manner that makes sense to the pilot(s).

There are two types of probes and sensors used in modern aircraft; internal and external. For obvious reasons, most of the probes and sensors are located in and around the aircraft engine. The internal probes include the CDT Probe, CHT Bayonet Probe, EGT Probes, CHT multiple Probes, IAT Probe, TIT probe, CHT Gasket Probe, CRB Probe,Fuel Flow Transducers,Manifold Pressure Sensor, OAT Probe, Oil Temp Probe, RPM Sensor for Bendix Mag, RPM Sensor for Slick Mag and so forth.

The external probes or sensors include Ice detectors, Multi-function probes, Static port, TAT probe, Side-slip vane, Pitot probe (or tube), Angle-of-attack vane and so forth. Now, not all aircraft have all of these probes and sensors but most will have a combination of some of these.

In days gone by, each probe or probe set would be connected to a analog gauge located in the cockpit. With the new electronic data management systems (EDMS) however, each set of probes covering a specific area or function is connected to one display unit. So, most probes that measure engine function will be connected to a single EDMS unit in the cockpit. The external probes would be connected to another similar unit. So instead of having a couple of dozen different dials and Slimline Pressure Gauge in the cockpit, the modern aircraft has just a few interconnected electronic data management systems (EDMS) that monitor everything inside and outside the aircraft.

The EDM (check out the J.P. Instruments website https://www.jpinstruments.com/ for different types of single and twin engine EDM’s) can either work as a stand-alone display unit or in some cases, be interconnected with other EDM’s to provide a more wider picture of the aircraft status.

Each EDM is a mini computer on its own fully capable of accepting pilot inputs before each flight and providing downloadable data after each flight. Each electronic data management system is capable of independently monitoring its allotted function and display an alarm if something suspicious happens. Examples would be build up of excessive temperature or pressure or low Fuel Gauges levels and so forth.

With integration of EDM’s, they were able to accept data from each other and use that data to produce a different set of information. For example, current fuel level, current rate of fuel consumption, current position (as indicated by GPS), target destination (as entered by pilot before or during flight) is used to compute flight viability i.e. whether the aircraft can safely reach target destination with fuel to spare. You wouldn’t be wrong in thinking all this should be pretty simple. But the fact is, until recently the pilots had to do all the calculations himself and larger aircraft even had a flight engineer onboard.