Process Control Instrumentation, Field Devices and Industrial Automation
SKU# (403)

HEINRICHS  DVH-T151SLL2S0

$5,413.00     Availability: 7 Days
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HEINRICHS DVH-T151SLL2S0
  • Overview
  • Benefits
  • Specs
  • Documents

Heinrichs DVH-T Multivariable Vortex Flowmeter to measure Flow Velocity with Temperature Sensor. Stainless Steel. 0.7% Accuracy. 1450 PSIA Maximum Pressure. ANSI Flange connection. 4-20mA Output with HART Protocol. ATEX and IECEx Approved.

Part# with Options:        DVH-T151SLL2S0
Price with Options:        5,413.00

Options:    

Flange
(1) Flange for Heinrichs DVH
Electronic Mounting
(2) Electronic Mounting for Heinrichs DVH
Power Supply
(3) Power Supply for Heinrichs DVH
Output Options
(4) Output Options for Heinrichs DVH
Process Temperature
(5) Process Temperature for Heinrichs DVH

  Availability 7 Days  ]

Features
  • Measuring Ranges:
    • 0.9...22 to 142...4270 GPM Water
    • 1.8...18 to 2071...203,000 SCFM Air
    • 6.5...52 to 6014...380,148 Lb/Hr Steam
  • Accuracy:
    • 0.7 % of Reading (Liquids)
    • 1 % of Reading (Gases and Steam)
  • Maximum Pressure: 1450 PSIA
  • Maximum Temperature: 750 F
  • Connection: 1⁄2" ... 8"ANSI Flange
  • Wetted Material: Stainless Steel
  • Output: 4 - 20 mA, HART Protocol
  • Integrated Temperature and Pressure Measurement
  • Measurement of Mass and Density Possible
  • ATEX, IECEx
Description

The Heinrichs DVH Series Vortex Flowmeter utilizes three primary sensing elements: a vortex shedding velocity sensor, a RTD temperature sensor and a solid-state pressure transducer to measure the mass flow rate of gases, liquids and steam. Systems that use external process measurements may not provide adequate compensation for the fact that process conditions can change radically between the point of velocity measurement and the point where upstream or downstream pressure and temperature measurements are being made. Because the DVH multi-variable flow meter measures all of these parameters in a single location, it delivers a more accurate process measurement. Integrating multi-variable output capability with a single line penetration also simplifies system complexity and helps reduce initial equipment cost, installation cost and maintenance costs.

Measuring Principle

The measuring principle is based on the Karmann vortex theory. A specially shaped, bluff body is located directly in the flow path. With specific flow velocities, vortices are generated by the bluff body. These small vortices generate small pressure differences, which are sensed via a piezoelectric sensor located directly behind the bluff body. The number of vortices detected by the sensor are directly proportional to the flow velocity.

Advantages of the DVH Vortex Flow Meter
  • DVH-V: Provides a Cost Effective Volumetric Flow Monitoring Solution for Most Liquids
  • DVH-T: Incorporates Temperature Sensing to Provide a Compensated Mass Flow Reading for Saturated Steam
  • DVH-P: Multi-variable Meter Delivers Mass Flow, Temperature, Pressure and Density Readings
  • Connections: 1⁄2"...8" ANSI
  • Easy to Install
  • Field-Confi gurable Ranges, Outputs and Displays
  • HART Protocol
  • IECEx / ATEX Approvals
Model DVH-V

The DVH-V delivers a direct reading of volumetric flow rate, and is generally the most cost effective solution for liquid flow monitoring in water and water-based solutions.

Model DVH-T

The DVH-T integrates a precision, 1000Ω platinum RTD temperature sensor that can be used to calculate and output a compensated mass reading. It is typically used to measure flow rates of saturated steam.

Model DVH-P

The DVH-P offers flow computer functionality in a compact fi eld device. This multi-variable instrument incorporates temperature and pressure sensors to provide an instantaneous reading of compensated mass flow rate of gases, liquids and steam. In addition to outputs for totalized mass and alarm settings, the fi eld-confi gurable electronics deliver up to three analog (4 - 20 mA) outputs of fi ve process measurements, including volumetric flow rate, mass flow rate, pressure and density.

Model DVH-E

The DVH-E energy monitoring option permits real-time calculation of energy consumption for a facility or process. The meter can be programmed to measure steam, hot water or chilled water. It monitors one side of the process, either sent or return, and uses the input from a second separate temperature sensor on the opposite side of the process to calculate the change in energy. (It is not approved for custody transfer applications.) Selectable energy units include: BTU, joules, calories, watt-hours, megawatt-hours and horsepower- hours. The local or remote electronics indicate: temperature, delta T, mass total and energy total.

Technical Data
Mass Flow Rate Accuracy:for Gas and Steam Based on 50-100 % of Pressure Range
Process Variables
Volumetric Flow RateLiquids: 0.7 % of Rate
Gas/Steam: 1 % of Rate
Mass Flow RateLiquids: 1 % of Rate
Gas/Steam: 1.5 % of Rate
TemperatureLiquids: 2 F
Gas/Steam: 2 F
PressureLiquids: 0.3 % of Full Scale
Gas/Steam: 0.3 % of Full Scale
DensityLiquids: 0.3 % of Reading
Gas/Steam: 0.5 % of Reading
Repeatability
Mass Flow Rate: 0.2 % of Rate
Volumetric Flow Rate: 0.1 % of Rate
Temperature: 0.2 F
Pressure: 0.5 % of Full Scale
Density: 0.1 % of Reading
Stability over 12 Months
Mass Flow Rate: 0.2 % of Rate
Volumetric Flow Rate:Negligible
Temperature: 0.9 F
Pressure: 0.1 % of Full Scale
Density: 0.1 % of Reading
Response Time:Adjustable from 1...100 s
Process and Ambient Temperature
Standard:-40...500 F
High Temperature:-40...750 F
Ambient Temperature:-5...140 F
Storage Temperature:-40...150 F
Power Requirements:
Model DVH-V:12 - 36 V DC , Loop Powered
Model DVH-P, DC Option:12 - 36 V DC , 100 mA Max.
Model DVH-P, AC Option:85 - 240 V AC , 50/60 Hz, 2 Watt
Display:Alphanumeric, 2-line (16 Characters), Digital LCD Display, Rotatable in 90 Steps
Buttons:Six Buttons for Full Field Confi guration The Pushbuttons can be Operated with the Magnetic Wand without Removal of the Enclosure Covers.
Output Signals
Analog:4 - 20 mA, Loop Powered for Volumetric Meters
Alarm:Solid State Relay, 40 V DC
Totalizer Pulse:50 ms, 40 V DC
Volumetric:1x Analog, 1x Totalizer Pulse, HART
Multi-variable:Up to 3 Analog Signals, 3 Alarms, 1 Totalizer Pulse, HART
Option:Modbus Process Monitoring
Wetted Materials
Body:316L Stainless Steel
Models with Pressure Transducer:PTFE Based Thread Sealant
Temperature Version
Standard Temp:PTFE Packing
High Temp:Graphite Based Packing
Approvals
ATEX:II 2 G Ex d IIB + H 2 T6
II 2 D Ex tD A21 IP66 T85 C
Ta =-40 C ... +60 C
IECEX:Ex d IIB + H2 T6< br /> Ex tD A21 IP 66 T85 C, Ta = -40 C ... +60 C


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