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DESCRIPTION
The Tek-Trol Tek-Flo Mass 1300D Flow Meters utilize two different flow meter technologies in combination; vortex and differential pressure. The design has blended the two separate flow metering principles into one hybrid system where the two meters complement each other’s performance. This combination allows for the prediction of the fluid density, volumetric flow rate, and mass flow rate without any fluid density information being required from an external source.
This ability to measure fluid density allows the meter to provide several valuable outputs. The Tek-Trol Tek-Flo Mass 1300D meter can calculate the density of changing gas mixtures. For example, natural gas is typically a composition of many different gases which can vary over time and vary by application. In saturated steam service, the meter produces a reliable steam quality (dryness) measurement and steam mass flow rate reading. In wet natural gas service, the meter is able to provide a reliable liquid loading measurement and gas mass flow rate reading. These are a few examples of the unique capabilities of the 1300D Flo-Mass meter.
With the addition of two differential pressure transmitters, advanced diagnostic software continually monitors and verifies the meter’s performance. The Tek-Trol Tek-Flo Mass 1300D product line is available with a wide range of options and meter configurations to meet your specific application requirements.
Features
- Can provide a measurement of fluid density, volumetric flow rate and mass flow rate without any fluid information being required from an external source.
- In steam service, the meter is able to provide a reliable steam quality (steam dryness) measurement as well as mass flow measurement.
- Able to calculate the density of changing gas mixtures. For example, natural gas is typically a composition of many different gases which can vary over time and vary by application.
- More cost effective than current steam quality and wet gas meters on the market.
- Advanced diagnostic software is able to continually monitor and verify the meter’s primary flow element health and confirm output uncertainty.
- Able to use with liquids, gases, and steam.
- Multi-variable options available for temperature and pressure measurement.
- Multiple readings from a single installed device reduces initial cost, installation cost and cost-of ownership over the lifetime of the instrument.
- Mass flow equations for additional diagnostic information and verification. – real gas, ideal gas, AGA 8, API 2540.
- Energy Monitoring–ability to compute and output energy consumption with select fluids, like Steam, water, and heat transfer fluids.
- Easy to install and commission.
- Reliable–no moving parts, no fluid to sensor contact.
- Temperature up to 750°F (400°C).
- Pressure up to 1500 psi.
- Inline configuration for pipes from 2”- 12”(DN 50 to DN 300).
- Field configurable ranges, outputs and displays.
- Remote electronics option available for use in harsh environments or locations with limited access.
- HART protocol communications – Standard.
- Modbus, BACnet, Power over Ethernet (PoE) communications available.
Specifications
| Performance Specifications | ||||
| Mass Flow Rate accuracy for Dry Gas/Steam based on 50-100% of pressure range. | ||||
| Accuracy | Multi Parameter Flo Mass Meter | |||
|---|---|---|---|---|
| Process Variables | Liquids | Dry Gas/Steam | Wet Gas/Steam | |
| Volumetric Flow Rate | ± .7% of Rate | ± 1.5% of Rate | ± 3% of Rate | |
| Mass Flow Rate | ± 1% of Rate | ± 1% of Rate | 5% to 10% of Reading* | |
| Temperature | ± 2°F (± 1°C) | ± 2°F (± 1°C) | ± 2°F (± 1°C) | |
| Pressure | ± .3% of Full Scale | ± .3% of Full Scale | ± .3% of Full Scale | |
| Calculated Density** | ± .3% of Reading | ± .5% of Reading | N/A | |
| Predicted Density*** | ± .75% of Reading | ± 1% of Reading | ± 4% of Reading | |
| Steam Quality | N/A | ± 5% of Reading | ± 5% of Reading | |
| * Depending on percentage of liquid content & velocity ** Calculated density is performed with a known fluid temperature & pressure *** Predicted density is a function inherent to the combined technologies of vortex and differential pressure flow metering | ||||
| Repeatability | Mass Flow Rate | ± .2% of rate | ||
| Volumetric Flow Rate | ± .1% of rate | |||
| Temperature | ± .2°F (± .1°C) | |||
| Pressure | ± .05% of full scale | |||
| Density | ± .1% of reading | |||
| Stability Over 12 Months | Mass Flow Rate | ± .2% of rate | ||
| Volumetric Flow Rate | ± negligible | |||
| Temperature | ± .9°F (± .5°C) | |||
| Pressure | ± .1% of full scale | |||
| Density | ± .1% of reading | |||
| Response Time | Adjustable from 1 to 100 seconds | |||
TECH DATA
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