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Water meters play a crucial role in measuring the volume of water that passes through the pipes or other outlets in waste water treatment & commercial facilities. Additionally, these measuring devices measure various parameters like the flow rate on water supply lines.
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E| Style | Model | Flow Range | Connection Type | Connection Size | Max. Pressure | Fluid Temp. Range | Price (ex. VAT) | |
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| A | TM05SPOXXC | 3.8 To 38 lpm | Spigot/Slip | 1/2" | 225 psi | 32 To 140° F | - | RFQ
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| A | TM05NPOXXC | 3.8 To 38 lpm | FNPT | 1/2" | 225 psi | 32 To 140° F | - | RFQ
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| B | TM05SP9GMC | 3.8 To 38 lpm | Spigot | 1/2" | 225 psi | 32 To 140° F | €1,138.58 | |
| C | TM05NP9GMC | 3.8 To 38 lpm | FNPT | 1/2" | 225 psi | 32 To 140° F | €1,181.35 | |
| C | TM07NP9GMC | 7.6 To 76 lpm | FNPT | 3/4" | 225 psi | 32 To 140° F | €848.24 | |
| C | TM07NPOXXC | 7.6 To 76 lpm | FNPT | 3/4" | 225 psi | 32 To 140° F | €552.67 | |
| C | TM07SP9GMC | 7.6 To 76 lpm | Spigot | 3/4" | 225 psi | 32 To 140° F | €821.02 | |
| A | TM07SPOXXC | 7.6 To 76 lpm | Spigot/Slip | 3/4" | 225 psi | 32 To 140° F | - | RFQ
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| C | TM10NP9GMC | 19 To 190 lpm | FNPT | 1" | 225 psi | 32 To 140° F | €916.84 | |
| C | TM10NPOXXC | 19 To 190 lpm | FNPT | 1" | 225 psi | 32 To 140° F | - | RFQ
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| A | TM10SPOXXC | 19 To 190 lpm | Spigot/Slip | 1" | 225 psi | 32 To 140° F | - | RFQ
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| C | TM10SP9GMC | 19 To 190 lpm | Spigot | 1" | 225 psi | 32 To 140° F | €887.44 | |
| A | TM15NQ9GMC | 38 To 380 lpm | Spigot/Slip | 1.5" | 225 psi | 32 To 140° F | - | RFQ
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| C | TM15NP9GMC | 38 To 380 lpm | FNPT | 1.5" | 225 psi | 32 To 140° F | €1,023.74 | |
| C | TM15SP9GMC | 38 To 380 lpm | Spigot | 1.5" | 225 psi | 32 To 140° F | €946.24 | |
| A | TM30NPOXXD | 40 to 400 gpm | FNPT | 3" | 225 psi | 32 To 140° F | - | RFQ
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| D | TM40SPOXXD | 60 to 600 gpm | Spigot | 4" | 225 psi | 32 To 140° F | - | RFQ
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| A | TM20SPOXXC | 76 To 760 lpm | Spigot/Slip | 2" | 225 psi | 32 To 140° F | - | RFQ
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| C | TM20NP9GMC | 76 To 760 lpm | FNPT | 2" | 225 psi | 32 To 140° F | €1,509.20 | |
| A | TM20NPOXXC | 76 To 760 lpm | FNPT | 2" | 225 psi | 32 To 140° F | - | RFQ
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| C | TM20SP9GMC | 76 To 760 lpm | Spigot | 2" | 225 psi | 32 To 140° F | €1,445.05 | |
| A | TM30SPOXXD | 151 To 1514 lpm | Spigot/Slip | 3" | 225 psi | 32 To 140° F | - | RFQ
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| E | TM30FPOXXE | 151 To 1514 lpm | Swivel Flange | 3" | 225 psi | 32 To 140° F | - | RFQ
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| C | TM40NPOXXE | 227 To 2217 lpm | FNPT | 4" | 225 psi | 32 To 140° F | - | RFQ
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| E | TM40FPOXXE | 227 To 2217 lpm | Swivel Flange | 4" | 225 psi | 32 To 140° F | - | RFQ
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GPI TM Series water meters measure the volume of water that passes through heavy flow water pipes for irrigation, waste water treatment and water supply applications. These water meters are also suitable for measuring water passing through OEM water treatment equipment and feature lightweight yet durable PVC construction for easily connecting to water supply lines. Selected GPI TM Series water meters feature integrated seven segment display for monitoring & displaying various parameters including flow rate and batch & cumulative totals. These water meters can display water flow in liters, gallons and cubic feet. These GPI TM Series water meters have a built in lithium battery that offers up to 5 years of hassle-free usage in industrial environments. These water meters further feature NPT / spigot style fittings for ensuring easy installation depending upon the application requirement. GPI TM Series water meters are available with display & without display options on Raptor Supplies.
GPI TM Series water meters measure the flow or volume of water that passes from heavy flow water pipes. They are ideal for applications like facility water usage, irrigation, chemical feed systems, blending, batching, cooling tower, clean water monitoring, waste water treatment and more. These water meters are also suitable for measuring the water flow in water based cooling systems.
GPI TM Series turbine flowmeters have a rotor inside the meter that rotates from the energy of the passing fluid. The angled blades of the rotor rotate in a fixed direction. This rotor is connected to a sensor that calculates the water flow rate & transfers the measured readings to the seven segment display on the meter.
GPI TM Series water meters feature an onboard processor / computer that processes the electrical impulses for calculating the water flow rate. This technology makes these water meters highly accurate for various industrial applications that require tight tolerances and minimum measurement error.
Yes, the brand also offers various fuel transfer pumps that are suitable for transferring volatile fluids in oil & gas, automotive and manufacturing applications.
The user should first remove the LCD computer module by unscrewing the four screws which hold the module in place. Also, remove the battery located at the back of the computer. The user should press & hold the display button and re-insert the battery. This action resets the Cumulative Total to 0.00 reading. Finally, the user should screw the LCD computer module back in place.
The user should press and hold down the calibrate button. While holding the calibrate meter down, the user should press the display button. It changes the unit of measure that reflects on the upper left corner of the screen. GPI TM Series flow meters have an additional unit of measure as well (Cubic Feet).
No, it is not suitable to use aluminium meters for metering water as they are prone to corrosion. Instead, GPI TM Series flow meters should be used for water metering applications as they have PVC construction.
The lithium batteries used for powering the processor / computer last approximately 9000 hours.
Yes, these flow meters can meter oil if the viscosity value is under 100CP. The oil used must be compatible with the internal components of the flow meter, and its viscosity should not fluctuate. However, it is not recommended to meter oil if the oil temperature changes causing viscosity fluctuations. These flow meters should be field calibrated for every change in viscosity for delivering accurate results. Inaccurate readings can occur in case these requirements are not met.