- 1 Top 5 Best Wideband Gauge Reviews 2018
- 2 Review of 5 Best Wideband Gauge Under 200, 300 And 500 Dollars
Top 5 Best Wideband Gauge Reviews 2018
Wideband gauge sensor is also known as the wideband O2 sensor that measures the ratio of oxygen to fuel vapor within the exhaust exiting the engine. The ratio is expressed as parts of oxygen to fuel. You need to know that there are 15 parts of oxygen to every single part of fuel. This is why the ratio is expressed as 15:1. Due to the presence of aem wideband gauge sensor, it becomes easier to measure the air to fuel ratio in an easier way in a broad range.
There are stock oxygen sensors as well, but the ranges of those sensors are small. In this article, we are going to discuss the top 5 best wideband gauge sensors. For the experienced users, it might not be difficult to understand the usage of aem wideband gauge sensors, but for the beginners, we are going to state the importance and advantages of wideband gauge sensors.
Top 5 Best Wideband Gauge Reviews 2018
Well, first of all, free air calibration is very much important for the proper oxygen sensor function and to maintain the accuracy. This is the most important feature of the aem wideband gauge sensor. These sensors last for a really long time. Even though the wideband gauge sensors are bombarded with a lot of external particles like fuel, carbon, and soot. This is why the aem wideband gauge sensors come with a proper ECU tune that reduces the effects of wear and tear. Even though the wear and tear of the wideband gauge sensors cannot be eliminated completely, but the process is long and slow and this is why aem wideband gauge lasts for a really long time.
Why are the wideband gauge sensors so accurate? The reason is wideband gauge O2 gauge makes use of a much larger range of voltage and this is what determines the air-fuel ratio. A wideband gauge sensor is going to use 0.5V which is what allows the room for much more accuracy. It has been stated by a lot of observers that the wideband sensors are accurate to 0.15 of a point when it is new.
But with time and usage, the number increases to 0.29. It is true that the accuracy and precision of aem wideband gauge deteriorate with time, but every instrument degrades with time. But the point is, when you buy a wideband gauge sensor, you get precision for a really long period of time. But this doesn’t happen with the narrowband gauge sensor.
How to get the maximum from wideband sensors
To get the maximum out of your wideband gauge sensor, you have to do the following things.
- The positioning of aem x series wideband is very important. The O2 sensor needs to be placed 24 inches downstream from the cylinder head exhaust ports. This will make sure that the O2 sensors will take the measurements after the exhaust gas has reached into a collector. If there are turbocharged applications in the aem x series wideband, the sensor needs to be placed at 24 inches downstream of the turbo. If the sensor is placed too close to the high exhaust, then there are chances that aem x series wideband will be exposed to an extremely high gas temperature and overcooling at the same time from the overcooling high-velocity exhaust gas that flows over the sensor.
- You need to remember that the most common culprit in damaging the wideband sensors are air/fuel mixtures, bad sensor positioning, leaded fuel, high oil consumption, high zinc race motor oil, high air temperature and high zinc race motor oil. According to the glowshift gauge review, in case of catastrophic engine failure, chances are a volatile mix of oil, fuel, coolant, and shrapnel will shoot through the exhaust system and the lifespan of the wideband sensor will decline.
- As mentioned in the glowshift gauge review, for high-performance street and race applications it is absolutely not possible to isolate the wideband gauge sensors from different elements that will deteriorate the condition of the wideband sensors. A lot of high-compression and high-boost engines need leaded race fuel and the exhaust gas temperatures are the requirement for turbocharged, diesel and rotary engines. It is stated in the glowshift gauge review, you have to use the high-zinc motor oils that are important for the valvetrain durability for the high-performance pushrod applications.
- Along with that, if you can maintain a healthy engine using the air-fuel ratio gauge kit, a good ring seal, and a proper tune, then it is just the best way to enhance the performance and durability of the engine. The air fuel ratio gauge kit will also enhance the longevity of the sensors as well.
What to check out while buying the wideband gauge sensor?
When you are buying the wideband gauge sensor, apart from the air fuel ratio gauge kit, it is also important to keep the following factors in check.
For the air fuel ratio meter, accuracy should be of utmost importance. If there is an inaccurate reading of the wideband sensor, then there will be faulty fuel adjustments. This will result in a loss of power that will cause even more engine damage. The endings can simply become useless.
When considering the air fuel ratio meter, you have to consider the speed of the wideband gauge. The wideband gauge needs to be responsive to the changes of the air-fuel ratio so that there can be perfect changes in the engine rpm and the load as well. If there is no accuracy within the wideband gauge sensor then air fuel ratio meter will simply become useless.
Finally, the wideband gauge sensor needs to be easy to install and a gauge for cars should be compatible as well. If it is tough to install, it will come with a burden of installation charges as well. This is why the wideband oxygen sensor, also known as a gauge for cars, should be easily compatible with your tuning software and hardware.
There is a common dilemma among users whether they should opt for the narrowband or the wideband gauge sensors. Now, let us clear the dilemma for you regarding the gauge for cars. For all the calibration purposes, diagnostic purposes, performance work and data logging, it is important to opt for a wideband O2 sensor. On the other hand, when considering gauges for car, for all emission-related purposes that are used in catalytic converters, you should use a narrowband O2 sensor. That being said let us get into the details of the top 5 best wideband gauge sensors available in the market.
In this blog, we have brought you the top 5 best wideband gauge sensors along with wideband o2 sensor kit that is available in the market. Since there are certain things to check out while choosing a wideband gauge, this article is going to help you in your research.
Before buying a wideband gauge, it is important to ensure the accuracy, speed, and ease of installation as we have already mentioned. The response time should also be considered for changing the air/fuel ratio. All these factors are going to determine the quality and performance of a certain wideband gauge along with wideband o2 sensor kit. These wideband gauges might seem to be a bit expensive apparently.
But when it comes to buying wideband gauges, it is always better to opt for quality rather than choosing low-quality materials at a cheaper price. Of course, there are cheaper options available in the market as well. But some of them are not really tested and quality assured. These wideband gauges along with wideband o2 sensor kit mentioned above are tested and quality assured by the brands. This is what makes the gauges trustworthy.
You will also get manufacturer’s warranty for a limited period of time. Make proper market research, take your time and come to an informed conclusion. That is how you are going to get the best wideband gauge. We hope that this article helps you in buying the best wideband gauges. All the best!