Cadillac Meter provides the most accurate, reliable, and maintenance free measurement solution for the energy industry and energy measurement devices for domestic purposes. Call (888) 556-3913.
Here is Why Energy Sector Industries Benefit from our HEATX-2 BTU Meters - Cadillac Meter. The HEATX2 Btu meter was the first of its kind in the Energy Sector Industry and still provides many capabilities that are unmatched by other energy or Btu measurement devices.
As an energy measurement platform, it provides new flexibility, functionality, and consolidation capability that would take 3-4 four devices to accomplish before its introduction. 1. The HEATX2 improved the BTU meter installation as the first platform with the flexibility to measure two BTU energy loops within one device, simplifying the BTU meter installation per building depending on the requirements of energy measurement.
Meaning it can measure (2) Hot Water Heating, (2) Chilled Water Cooling, or (1) Hot Water and (1) Chilled Water energy measurement in a single device. 2. 3. In addition, since the Total Heat calculation eliminates the measurement of the compressible media (Steam Flow) the measurement of the steam usage is actually improved. 4. 5. 6. The Cadillac® CMAG Pumped and Gravity Condensate Meter. Cadillac® CMAG Pumped Condensate Meter Applications The Cadillac® CMAG condensate flow meter is a totalizing device that is capable of measuring liquids of all types and consistency while providing an obstruction free flow path.
This meter can be applied effectively for the following purposes: Gravity or Pumped Condensate applications where precise flow measurements are required.Hot or Chilled water energy measurements where high accuracy is required or where there is limited piping straight run or flow profiling exists.Domestic Hot water where modulating flows require very high turndown capabilities, while maintaining high accuracies.Domestic drinking or potable water applications where modulating flows require very high trun-down capabilities, while maintaining high accuracies.Any fluid with a conductivity above 3 uS/cm2, process temperatures below 350ºF and pressures at or below ANSI 300 Lb rating.
Cadillac® CG Condensate Meter – #1 choice for accuracy & reliability. A Guide to Different Types of Energy Meters [Infographic] - Cadillac Meter. BTU meters are absolutely essential in today’s world; with the electric meter market expected to grow at 6.7% CAGR from 2020 to 2025, there is no stopping this domain from increasing.
The industry’s market size is expected to range from $20.7 Billion in 2020 to $28.6 Billion in 2025. The need for accurate measurement of chilled water’s thermal energy simply cannot be stated enough for commercial and residential buildings. They are easy to install, efficient pieces of optimal devices for billing users based on their energy usage. With a sharp rise in energy costs, there arose a need for reliable and accurate energy meters. However, energy meters are not just accurate and save you on financial fronts, but they are also uber-efficient in terms of protecting the environment.
Now, let’s know more about the advanced set of energy meters and how they are making our lives easier- How to Simplify the Measurement of a Building’s Energy Consumption - Cadillac Meter. As discussed in our previous article, “How to Measure Building Heating BTU without Measuring Hot Water Loop or Steam Flow” the typical building requires energy measurement devices and the measurement of both the Heating and Cooling in order to measure total building energy consumption.
In order to make these measurements it has traditionally required two flow computers, two flow meters, and four temperature sensors, together they make up for energy measurement devices. This does not take into consideration other possible sub metering needs such as, domestic hot water and other point-of-use measurements, including laundry, kitchen, labs, etc.
Traditional flow computers will provide calculations for a single energy measurement loop, which includes one flow meter and two temperature sensors. In return, this requires multiple flow computers to address all the measurement needs within a single building. Cadillac Vortex CV-HS Meter. Cadillac® Vortex CV-HS Meter – Operation Principles Cadillac® Vortex CV-HS Meter includes the following features: The “Karman” vortex meter principle is clearly illustrated by a flag waving in the wind.
As the air passes across the flag pole, vortices peel off and the flag is shaped by these pressure areas. You will notice that, at low wind velocity, the flag will move slowly from side to side. As the wind increases, the flag will start to flutter and ripple, representing the increased frequency and intensity of these flag pole generated vortices as they pass. Cadillac® Piezo Electric Vortex (CV-P) Meter - Energy. Cadillac® Vortex CV-P Meter – Applications The Cadillac® Vortex CV-P Meter is the meter of choice for high pressure saturated and super-heated steam.
This meter can be applied effectively for the following purposes: Direct Steam measurements at both boiler and point of use locations.Super heat steam applications where extreme pressures/temperatures exist.All compressible fluids such and Air, Natural gas, Steam and others.No conductive fluids where Magnetic flow meters will not operate.Energy measurements where compressible media is being measured.
Cadillac® Vortex CV-P Meter – Features Cadillac® Vortex CV-P Meter includes the following features: Accuracy +/- 0.75% of reading for liquids +/-1.0% of the reading for liquids, gas, and steam. The Highest Energy Usage Accuracy Through Condensate Measurement. Typical steam distribution systems rely on steam flow measurements as a way to measure and bill energy usage at a given point-of-use (building or structure, Heat exchanger, fan coil unit, etc.).
Does measuring and billing this way make a major assumption that may not be true? Is all the energy provided in the steam being consumed at the point-of-use ? The answer is quantitatively NO! In explanation, the general practice in older steam systems was once the steam gave up its latent heat (number of BTU’s to convert one Lb of steam to 1 Lb of condensate), it condensed and as condensate went to drain. In most of today’s steam distribution systems, the approach on how condensate is handled has changed. The Cadillac® BTU Meter – CDIS meter. Cadillac® Energy CMASS Meter Overview.
How to Accurately Calculate Energy Consumed from Measuring Condensate - Cadillac Meter. In considering the energy provided and consumed through a Steam distribution system as a billable commodity, accurate measurement is critical to provide justifiable cost statements.
As discussed in the previous article, practice has been to measure the steam provided to a given point-of-use location and bill on the total energy contained in the steam even though a large portion (20+)% is not consumed or utilized once it condenses from steam to condensate. If it were possible to accurately measure and quantify the residual energy would it be beneficial? At 20% or more of the total energy provided this answer should be, Yes! The BTU Meter HEATX. BTU Meter For Chilled Water.