Price:
ZAR 2,500.00
Sold by:
Ibr Fire
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Address:
104 3rd Avenue, Bredell, Bredell
Contact:
0117400000
Email:
ivan@buzzapex.com
Catalogue:
Projects (Supply and Install) - Technical Consultants Only
Share Projects (Supply And Install) - Technical Consultants Only Product Catalogue

Hydrant Flow Test

The Test will be Conducted as Follows

  • Attach the Ultrasonic Flow Meter to the Hydrant Stand Pipe / Closest 2m Straight Section
  • Set Up the Flow Meter - Pipe Diameter, Wall Thickness and Pipe Material
  • Connect Pressure Gauge Assembly to Hydrant Head
  • Fully Open the Hydrant - Record Standing Pressure (Zero Flow)
  • Fully Open the Pressure Gauge Assembly - Record Flow Rate and Pressure
  • Above Testing is done Hourly from 06h00 to 18h00
  • Council Supply Averages based on 13 Tests in Total

If the Flow Rate exceeds 2400 l/m a Second Hydrant can be Opened to obtain a Reading with 2 Heads in Operation

Why an Ultrasonic Flow Meter.

  • Ultrasonic flow meter is used to measure flow rates of clean liquid (liquid with not more than 5% solids or 2% gas) in pipes.
  • Will work on most types of non-aerated liquids with low solid particle content such as water, sea water and most oils.
  • The equipment comes with clamp-on transducers for non-invasive measurement.
  • The unit uses two sensors, one that acts as an ultrasonic transmitter and the other as a receiver.
  • The software calculates the time it takes for the ultrasonic pulse to pass from the transmitter to the receiver, which is dependent on the flow rate.

Ultrasonic Meter Specifications

  • Pipe Diameter Range: 50mm – 300mm
  • Sensor Dimensions: 318mm x 59mm x 85mm
  • Operating Temperature: -30°C to 90°C
  • Accuracy ±1% - 2% value of the reading (0.5 - 30m/s)
  • Pipe Material
    • Cast Iron
    • Stainless Steel
    • Ductile Iron
    • Copper
    • PVC

On Completion of the Flow Test a Report will be Provided Specifying:

  • Flow Rate - One Hydrant In Operation
  • Optional - Flow Rate - Two Hydrants in Operation
  • Standing Pressure of Hydrant (Zero Flow)
  • Pressure at Flow Reading - One Hydrant Head in Operation
  • Optional - Pressure at Flow Reading - Two Hydrant Heads in Operation
  • Average Readings based on 13 Tests in Total

CATALOGUE NAME : Projects (Supply and Install) - Technical Consultants Only
CATEGORY : Commercial Construction / Demolition Industrial Mining / Quarry / Civil Works Production Services

Hydrant Flow Test

The Test will be Conducted as Follows

  • Attach the Ultrasonic Flow Meter to the Hydrant Stand Pipe / Closest 2m Straight Section
  • Set Up the Flow Meter - Pipe Diameter, Wall Thickness and Pipe Material
  • Connect Pressure Gauge Assembly to Hydrant Head
  • Fully Open the Hydrant - Record Standing Pressure (Zero Flow)
  • Fully Open the Pressure Gauge Assembly - Record Flow Rate and Pressure
  • Above Testing is done Hourly from 06h00 to 18h00
  • Council Supply Averages based on 13 Tests in Total

If the Flow Rate exceeds 2400 l/m a Second Hydrant can be Opened to obtain a Reading with 2 Heads in Operation

Why an Ultrasonic Flow Meter.

  • Ultrasonic flow meter is used to measure flow rates of clean liquid (liquid with not more than 5% solids or 2% gas) in pipes.
  • Will work on most types of non-aerated liquids with low solid particle content such as water, sea water and most oils.
  • The equipment comes with clamp-on transducers for non-invasive measurement.
  • The unit uses two sensors, one that acts as an ultrasonic transmitter and the other as a receiver.
  • The software calculates the time it takes for the ultrasonic pulse to pass from the transmitter to the receiver, which is dependent on the flow rate.

Ultrasonic Meter Specifications

  • Pipe Diameter Range: 50mm – 300mm
  • Sensor Dimensions: 318mm x 59mm x 85mm
  • Operating Temperature: -30°C to 90°C
  • Accuracy ±1% - 2% value of the reading (0.5 - 30m/s)
  • Pipe Material
    • Cast Iron
    • Stainless Steel
    • Ductile Iron
    • Copper
    • PVC

On Completion of the Flow Test a Report will be Provided Specifying:

  • Flow Rate - One Hydrant In Operation
  • Optional - Flow Rate - Two Hydrants in Operation
  • Standing Pressure of Hydrant (Zero Flow)
  • Pressure at Flow Reading - One Hydrant Head in Operation
  • Optional - Pressure at Flow Reading - Two Hydrant Heads in Operation
  • Average Readings based on 13 Tests in Total

Hydrant Flow Test

The Test will be Conducted as Follows

  • Attach the Ultrasonic Flow Meter to the Hydrant Stand Pipe / Closest 2m Straight Section
  • Set Up the Flow Meter - Pipe Diameter, Wall Thickness and Pipe Material
  • Connect Pressure Gauge Assembly to Hydrant Head
  • Fully Open the Hydrant - Record Standing Pressure (Zero Flow)
  • Fully Open the Pressure Gauge Assembly - Record Flow Rate and Pressure
  • Above Testing is done Hourly from 06h00 to 18h00
  • Council Supply Averages based on 13 Tests in Total

If the Flow Rate exceeds 2400 l/m a Second Hydrant can be Opened to obtain a Reading with 2 Heads in Operation

Why an Ultrasonic Flow Meter.

  • Ultrasonic flow meter is used to measure flow rates of clean liquid (liquid with not more than 5% solids or 2% gas) in pipes.
  • Will work on most types of non-aerated liquids with low solid particle content such as water, sea water and most oils.
  • The equipment comes with clamp-on transducers for non-invasive measurement.
  • The unit uses two sensors, one that acts as an ultrasonic transmitter and the other as a receiver.
  • The software calculates the time it takes for the ultrasonic pulse to pass from the transmitter to the receiver, which is dependent on the flow rate.

Ultrasonic Meter Specifications

  • Pipe Diameter Range: 50mm – 300mm
  • Sensor Dimensions: 318mm x 59mm x 85mm
  • Operating Temperature: -30°C to 90°C
  • Accuracy ±1% - 2% value of the reading (0.5 - 30m/s)
  • Pipe Material
    • Cast Iron
    • Stainless Steel
    • Ductile Iron
    • Copper
    • PVC

On Completion of the Flow Test a Report will be Provided Specifying:

  • Flow Rate - One Hydrant In Operation
  • Optional - Flow Rate - Two Hydrants in Operation
  • Standing Pressure of Hydrant (Zero Flow)
  • Pressure at Flow Reading - One Hydrant Head in Operation
  • Optional - Pressure at Flow Reading - Two Hydrant Heads in Operation
  • Average Readings based on 13 Tests in Total