Spectrum Single-Jets

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Applications

The Spectrum Single-Jet Meter is the widest ranged, single-measuring element meter available to U.S. utilities. The operation of the single jet element allows the meter to be applied in the vast majority of potable cold water, small commercial applications. These meters are designed with a very high range, including low flow performance equaling or exceeded all other metering technologies. Coupled with the advanced innov8 registers, the Spectrum single-jets are the meter of choice for your revenue assurance and water loss programs.

All Spectrum Model-D meters are top-loading, chamber designs which allow for field maintenance and repairs.

Operations

Incoming water rotates a suspended impeller that is magnetically linked to the register. A low friction tungsten carbide bearing supports the impeller at low flow rates while a tungsten carbide thrust bearing provides the support at high flow rates. This unique “dual bearing” design provides unparalleled accuracy and durability at both high and low flows.

To maintain accuracy, the meter must be installed horizontally (±10°) in the direction of water flow. The Spectrum 88DL and 88 DLT come with an integral test port on the outlet. Although regular maintenance is not required, the Spectrum Model D meters have a top-loading measurement chamber for simple access without removing the meter from service. The chamber is bolted to the meter body and secured with a tamper seal.

All Spectrum Model D meters utilize innov8 registers. These sealed electronic registers provide a high resolution interface to the meter and have multiple cellular, AMR, AMI and SCADA outputs. All registers are attached with a robust tamper-resistant housing.

Commercial Meter Offerings

Design Features

  • High accuracy below AWWA standards
  • Wide range—1000:1 turndown
  • Superior low flow registration
  • Compact and light
  • Convenient options for various lengths and connections
  • Low pressure drop
  • No regular maintenance
  • Excellent performance in adverse water conditions
  • Unaffected by sand or small debris in line
  • No straight pipe requirements – upstream or downstream
  • No strainer requirement
  • 5-year flange-to-flange warranty
  • 20-year warranty on meter body
  • Compatible with all innov8 registers and associated AMR/AMI capabilities.
Materials

All Spectrum Model-D meters are designed and manufactured to meet or exceed AWWA C712 standard design and performance specifications. All Models are maintained with NSF-61G lead-free certifications.

Standards

AWWA C712 – Single-Jet Meters
NSF-61G – Drinking Water System Components Health Effects

Mechanical Specifications
 

Spectrum 88DL1.5-inch (40mm)
FlangesOval 2-bolt
Lay Length13” (330 mm)
DimensionsSee drawing
Weight32lb (14.5 kg)
Test Plug1” Integral
Test PortIntegral 1” NPT threads
Spectrum 88DLT1.5-inch (40mm)
ConnectionFemale 1.5” / 11.5 NPT internal threads
Lay Length12.625” (319 mm)
DimensionsSee drawing
Weight32lb (14.5 kg)
Spectrum 130D2-inch (80mm)
FlangesOval 2-bolt
Lay Length9.75” (300 mm)
DimensionsSee drawing
Weight32lb (14.5 kg)
Test PlugAvailable on spool
Brass Spacer Spools*Lead-free flanged spools for 15.25” and 17” LL
Spectrum 175D3-inch (80mm)
FlangesRound 4-bolt
Lay Length11.8” (300 mm)
DimensionsSee drawing
Weight32lb (14.5 kg)
Z-Plate Strainer*Available (6” LL)
SS Spacer Spools*Hard-flanged or adjustable
Test PortIntegral 1” NPT threads
Spectrum 500D3-inch (80mm)4-inch (100mm)
FlangesRound 4-boltRound 8-bolt
Lay Length13.75” (349 mm)13.75” (349 mm)
DimensionsSee drawingSee drawing
Weight41lb (18.6 kg)48lb (21.7 kg)
Z-Plate Strainer*Available (6” LL)Available (7.5” LL)
SS Spacer Spools*Hard-flanged or adjustableHard-flanged or adjustable
Test PortIntegral 1” NPT threadsIntegral 1” NPT threads
Spectrum 1000D4-inch (100mm)6-inch (150mm)
FlangesRound 8-boltRound 8-bolt
Lay Length17.75” (349 mm)17.75” (349 mm)
DimensionsSee drawingSee drawing
Weight78lb (35.4 kg)89lb (40.4 kg)
Z-Plate Strainer*Available (7.5” LL)Available (8.9” LL)
SS Spacer Spools*Hard-flanged or adjustableHard-flanged or adjustable
Test PortIntegral 1” NPT threadsIntegral 1” NPT threads
* Contact Metron for information on brass spools and couplers.

Materials

 

Body & Top-plate:ASTM C875 – Lead Free Bronze
Impeller:Polypropylene
Impeller Bearings:Nylon with Carbon Fiber
Impeller Shaft:AISI 303, Tungsten Carbide tip
Register Housing:Thermoplastic

Tamper Features

 

Meter BodyWire +Lead seal between meter body and top-plate
RegisterTamper-resistant screw

Markings

 

Engraved on Meter Body:Model
Serial Number
Date of Manufacture
NSF-6
Direction of Flow

 

 

Dimension

Spectrum 88DL 1.5-Inch ModelsSpectrum 130D 2-Inch Model
Spectrum 175D 3-Inch ModelSpectrum 500D 3-Inch Model
Spectrum 500D 4-Inch ModelSpectrum 1000D 4-Inch Model
Spectrum 1000D 6-Inch Model
Flow and Pressure Specifications

Spectrum 88DL / 88DLT– 1.5” Models

Operating Range (98.5 to 101.5%)

0.5 to 105 gpm

(0.11 to 24 m3/hr)

Low Flow (95% min)

0.25 gpm

(0.057 m3/hr)

Max Continuous Flow1

88 gpm

(20 m3/hr)

Max Intermittent Flow2

105 gpm

(24 m3/hr)

Pressure Loss at Max Continuous

7.25 psi

(0.5 bar)

Max Operating Pressure

230 psi

(15.9 bar)

Max Operating Temperature

120 °F

(48.9 °C)

 

Spectrum 130D – 2” Model

Operating Range (98.5 to 101.5%)

0.75 to 165 gpm

(0.17 to 37.5 m3/hr)

Low Flow (95% min)

0.25 gpm

(0.057 m3/hr)

Max Continuous Flow1

130 gpm

(29.5 m3/hr)

Max Intermittent Flow2

165 gpm

(37.5 m3/hr)

Pressure Loss at Max Continuous

7.25 psi

(0.5 bar)

Max Operating Pressure

230 psi

(15.9 kPa)

Max Operating Temperature

120 °F

(48.9 °C)

 

Spectrum 175D – 3” Model

Operating Range (98.5 to 101.5%)

0.75 to 350 gpm

(0.17 to 79.5 m3/hr)

Low Flow (95% min)

0.5 gpm

(0.11 m3/hr)

Max Continuous Flow1

175 gpm

(39.74 m3/hr)

Max Intermittent Flow2

245 gpm

(55.6  m3/hr)

Peak Flow Test

350 gpm

(79.49 m3/hr)
Pressure Loss at Max Continuous

7.25 psi

(0.5 bar)

Max Operating Pressure

230 psi

(15.9 bar)

Max Operating Temperature

120 °F

(48.9 °C)

 

 

Spectrum 500D – 3″ / 4” Model

Operating Range (98.5 to 101.5%)

1.5 to 500 gpm

(0.34 to 113.5 m3/hr)

Low Flow (95% min)

0.75 gpm

(0.17 m3/hr)

Max Continuous Flow1

350 gpm

(79.5 m3/hr)

Max Intermittent Flow2

500 gpm

(113.5  m3/hr)

Peak Flow Test

600 gpm

(136 m3/hr)
Pressure Loss at Max Continuous

7.25 psi

(0.5 bar)

Max Operating Pressure

230 psi

(15.9 bar)

Max Operating Temperature

120 °F

(48.9 °C)

 

Spectrum 1000D – 4″ / 6” Model

Operating Range (98.5 to 101.5%)

2 to 1000 gpm

(0.45 to 227.12 m3/hr)

Low Flow (95% min)

1.0 gpm

(0.23 m3/hr)

Max Continuous Flow1

600 gpm

(136 m3/hr)

Max Intermittent Flow2

1000 gpm

(227.125  m3/hr)

Peak Flow Test

1100 gpm

(249.83 m3/hr)
Pressure Loss at Max Continuous

7.25 psi

(0.5 bar)

Max Operating Pressure

230 psi

(15.9 bar)

Max Operating Temperature

120 °F

(48.9 °C)

 

Notes

  • 1 Max Continuous defined by AWWA as flow rate which can be maintained 24 hrs/day x 7 days/week
  • 2 Max Intermittent defined as flow rate which can be maintained 1 hr/day average

 

Flow Accuracy and Pressure Drop
Flow AccuracyPressure Drop
Spectrum 88DL / 88 DLT
Spectrum 130D

 

Registers

The innov8 electronic register is the water industry’s new standard for register performance. The innov8 offers maximum resolution, a multitude of standard features, on-board datalogging and a variety of cellular, AMI, AMR and SCADA output options. The innov8 is designed for all environments and incorporates the largest battery available for utility applications. The innov8 can be deployed on any Metron Spectrum or Enduro Model D water meter.

image of register diagram for spectrum single jet commercial meter

Warranty

Please contact your Metron representative for formal warranty certificates.

Legal

Due to updated regulations and product improvements, Metron-Farnier reserves the right to change the product specifications without notice. 

Challenger Turbines

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Applications

The Challenger turbine meters are an ideal choice for the most challenging metering applications. These turbine meters are the defacto choice for consistent medium to high flow and immediate flow demand applications such as large-scale irrigation, high-rise building services and manufacturing. The Challenger is a compact, top-loading meter which can be adapted for almost any location, including vertical installations. While the Challenger meters do offer good low-flow capabilities, their primary application is for long-term performance and durability at high flowrates.
All Spectrum Model-D meters are top-loading, chamber designs which allow for field maintenance and repairs.

Operations

The Challenger meters utilize an innovative bearing design based on the proven Woltman turbine concept. A turbine is mounted on a shaft oriented parallel to the flow stream. The water forces the blades of the turbine to rotate the shaft in proportion to the velocity of the flow.

Due to the advanced bearing design, the meter maintains accuracy at almost any orientation, including vertical.

All Challenger turbine meters utilize innov8 registers. These sealed electronic registers provide a high resolution interface to the meter and have multiple cellular, AMR, AMI and SCADA outputs. All registers are attached with a robust tamper-resistant housing.

Challenger Meters

Design Features

  • Light & compact with short length
  • Wide accuracy range
  • Horizontal or vertical installation
  • Calibrate-able measuring chamber
  • Field replaceable measuring chamber
  • Outstanding long-term accuracy through hydraulic bearing relief
  • Register head can be rotated 365o for easier reading
  • Compatible with all Innov8 electronic registers
  • AMI/AMR and SCADA outputs available

Materials

The Altair meters are designed and manufactured to meet
or exceed AWWA C701 Class II standards design and performance specifications. All Models are maintained with NSF-61G lead-free certifications.

Standards

AWWA C701 Class II

Mechanical Specifications

 

Challenger 2”2-inch (50mm)
FlangesRound 4-boltBolt Hole Diameter = 0.71” (18 mm)
Flange Diameter6.5” (165 mm)Pattern = 4.9” (125 mm)
Lay Length7.87” (200 mm)
Total Height7.8“ (198 mm)Above Centerline = 4.85” (123 mm)
Weight22.5lb (10.2 kg)
Challenger 3”3-inch (80mm)
FlangesRound 4-boltBolt Hole Diameter = 0.71” (18 mm)
Flange Diameter7.87” (200 mm)Pattern = 6.3” (160 mm)
Lay Length8.9” (225 mm)
Total Height9.6“ (243 mm)Above Centerline = 6.1” (154 mm)
Weight28.7lb (13 kg)
Challenger 4”4-inch (100mm)
FlangesRound 8-boltBolt Hole Diameter = 0.71” (18 mm)
Flange Diameter8.66” (220 mm)Pattern = 7.1” (180 mm)
Lay Length9.8” (250 mm)
Total Height10.2“ (259 mm)Above Centerline = 6.1” (154 mm)
Weight35.3lb (16 kg)
Challenger 6” LF6-inch (125mm)
FlangesRound 8-boltBolt Hole Diameter = 0.87” (22 mm)
Flange Diameter9.8” (250 mm)Pattern = 9.5” (240 mm)
Lay Length9.8” (250 mm)
Total Height10.6“ (269 mm)Above Centerline = 6.1” (154 mm)
Weight47.4lb (21.5 kg)
Challenger 6” HF6-inch (150mm)
FlangesRound 8-boltBolt Hole Diameter = 0.87” (22 mm)
Flange Diameter11.2” (285 mm)Pattern = 9.5” (240 mm)
Lay Length11.8” (300 mm)
Total Height15“ (380 mm)Above Centerline = 9.65” (245 mm)
Weight86lb (39 kg)

Materials

 

Body & Top-plate:Epoxy-coated Cast Iron
Register Housing:Thermoplastic

Markings

 

Engraved on Meter Body:NSF-61
Direction of Flow Arrow

 

 

Flow and Pressure Specifications
Challenger 2”

Operating Range (98.5 to 101.5%)

2.0 to 400 gpm

(0.45 to 91 m3/hr)

Low Flow (95% min)

1.5 gpm

(0.35 m3/hr)

Max Continuous Flow1

175 gpm

(40 m3/hr)

Max Intermittent Flow2

400 gpm

(91 m3/hr)

Pressure Loss at Max Continuous

3.6 psi

(0.25 bar)

Max Operating Pressure

230 psi

(15.9 bar)

Max Operating Temperature

120 °F

(48.9 °C)

 

 

Challenger 3”

Operating Range (98.5 to 101.5%)

3.0 to 880 gpm

(0.68 to 200 m3/hr)

Low Flow (95% min)

2.0 gpm

(0.5 m3/hr)

Max Continuous Flow1

500 gpm

(110 m3/hr)

Max Intermittent Flow2

880 gpm

(200 m3/hr)

Pressure Loss at Max Continuous

3.6 psi

(0.25 bar)

Max Operating Pressure

230 psi

(15.9 bar)

Max Operating Temperature

120 °F

(48.9 °C)

 

 

Challenger 4”

Operating Range (98.5 to 101.5%)

4.0 to 1320 gpm

(0.9 to 300 m3/hr)

Low Flow (95% min)

2.0 gpm

(0.45 m3/hr)

Max Continuous Flow1

700 gpm

(160 m3/hr)

Max Intermittent Flow2

1320 gpm

(300 m3/hr)

Pressure Loss at Max Continuous

5.8 psi

(0.4 bar)

Max Operating Pressure

230 psi

(15.9 bar)

Max Operating Temperature

120 °F

(48.9 °C)

 

 

Challenger 6” LF

Operating Range (98.5 to 101.5%)

5.0 to 1540 gpm

(1.1 to 350 m3/hr)

Low Flow (95% min)

2.5 gpm

(0.57 m3/hr)

Max Continuous Flow1

700 gpm

(160 m3/hr)

Max Intermittent Flow2

1540 gpm

(350 m3/hr)

Pressure Loss at Max Continuous

5.8 psi

(0.4 bar)

Max Operating Pressure

230 psi

(15.9 bar)

Max Operating Temperature

120 °F

(48.9 °C)

 

 

Challenger 6” HF

Operating Range (98.5 to 101.5%)

8.0 to 2100 gpm

(1.8 to 475 m3/hr)

Low Flow (95% min)

8.0 gpm

(1.8 m3/hr)

Max Continuous Flow1

1500 gpm

(340 m3/hr)

Max Intermittent Flow2

2100 gpm

(475 m3/hr)

Pressure Loss at Max Continuous

5.8 psi

(0.4 bar)

Max Operating Pressure

230 psi

(15.9 bar)

Max Operating Temperature

120 °F

(48.9 °C)

 

Notes

  • 1 Max Continuous defined by AWWA as flow rate which can be maintained 24 hrs/day x 7 days/week
  • 2 Max Intermittent defined as flow rate which can be maintained 1 hr/day average
Registers

The innov8 electronic register is the water industry’s new standard for register performance. The innov8 offers maximum resolution, a multitude of standard features, on-board datalogging and a variety of AMI, AMR and SCADA output options. The innov8 is designed for all environments and incorporates the largest battery available for utility applications. The innov8 can be deployed on any Metron water meter.

Warranty

Please contact your Metron representative for formal warranty certificates.

Legal

Due to updated regulations and product improvements, Metron-Farnier reserves the right to change the product specifications without notice. 

Voyager Smart Hydrant Meter

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Applications

The Voyager 80 is a hydrant meter with a flow range suitable for measuring fire hydrants and other fire service systems. The lightweight, aluminum body meter can be fitted for any utility or construction requirements. The Voyager has a robust turbine measuring element capable of withstanding the high flow and start/stop punishment of these applications. A full cage can be provided to protect the register and optional GPS unit from damage at construction sites and during transportation.

Fitting the Voyager with an innov8-VN register conveniently provides remote cellular-based readings via Metron’s Waterscope System. This allows the utility to track reads and consumption during the meter’s field time. An optional GPS unit also allows the utility to track the location of the meter on Google™ Maps.

Operations

The Voyager meters utilize an innovative bearing design based on the proven Woltman turbine concept. A turbine is mounted on a shaft oriented parallel to the flow stream. The water forces the blades of the turbine to rotate the shaft in proportion to the velocity of the flow.

Due to the advanced bearing design, the meter maintains accuracy at almost any orientation, including vertical.
Voyager Meter

Design Features

  • Calibrate-able measuring chamber
  • Field replaceable measuring chamber
  • Protective register cage
  • Lightweight epoxy coated aluminum body
  • For horizontal or vertical installation
  • Outstanding long-term accuracy through hydraulic bearing relief
  • Register head can be rotated 365o for easier reading
  • Compatible with Innov8 VN electronic registers
  • Optional GPS tracking device

Materials

The Voyager meters are designed and manufactured to meet or exceed AWWA C701Class II standards design and performance specifications.

Standards

AWWA C701 Class II

Mechanical Specifications

Dimensions

 

Size3”
Nominal Thread Diameter2.5”
Lay Length (no couplings) L11.8”
Overall Height9.875”
Bottom Centerline Height H3.375”
Top Centerline Height H15.5”

Materials

 

Body & Top-plate:Nylon Composite
Register Housing:Thermoplastic

Markings

 

Engraved on Meter Body:Model
Direction of Flow Arrow

 

Flow and Pressure Specifications
Voyager 3” Model

Normal Operating Range (98.5 to 101.5%)

3.5 to 528 gpm

(0.8 to 636 m3/hr)

Low Flow (95% min)

2.2 gpm

(0.5 m3/hr)

Max Continuous Flow1

528 gpm

(636 m3/hr)

Max Intermittent Flow2

880 gpm

(200 m3/hr)

Pressure Loss at Max Continuous

1.45 psi

(0.1 bar)

Max Operating Pressure

230 psi

(15.9 bar)

Max Operating Temperature

120 °F

(60 °C)

 

 

Notes

  • 1 Max Continuous defined by AWWA as flow rate which can be maintained 24 hrs/day x 7 days/week
  • 2 Max Intermittent defined as flow rate which can be maintained 1 hr/day average
Flow Accuracy and Pressure Drop
Flow AccuracyPressure Drop

 

Registers

The innov8 electronic register is the water industry’s new standard for register performance. The innov8 offers maximum resolution, a multitude of standard features, on-board datalogging and a variety of cellular, AMI, AMR and SCADA output options. The innov8 is designed for all environments and incorporates the largest battery available for utility applications. The innov8 can be deployed on any Metron water meter.

Warranty

Please contact your Metron representative for formal warranty certificates.

Legal

Due to updated regulations and product improvements, Metron-Farnier reserves the right to change the product specifications without notice. 

Enduro Fire Service Meter

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Applications

The Enduro water meters are single element, wide range industrial meters. The Enduro Model-D meters utilize a top-loading chamber to insert a small diameter Spectrum meter within the flow stream. This unique system allows for unparalleled accuracy and durability at both high and low flows within a compact meter body. The Enduro meters are an ideal solution for most industrial metering applications.
Fitting the Voyager with an innov8-VN register conveniently provides remote cellular-based readings via Metron’s Waterscope System. This allows the utility to track reads and consumption during the meter’s field time. An optional GPS unit also allows the utility to track the location of the meter on Google™ Maps.

Operations

Water enters the meter passing over an in-line water conditioner that directs the water through a small diameter Spectrum meter that proportionally measures the total water flow. This incoming water rotates a suspended impeller in the measuring chamber. A low friction pivot bearing supports the impeller at low flow rates while an upper thrust bearing provides the support at high flow rates. The impeller has an attached magnet at its top for the register interface.

All bearing materials are fortified for minimal wear during high-flow stress. The impeller shaft utilizes tungsten tips to minimize wear and ensure long-term accuracy. The Enduro Model-D meters come with integral flanges (either 6” or 8”).

To maintain accuracy, the meter must be installed horizontally (±10°) in the direction of water flow. Enduro meters come with an integral test port on the outlet. Although regular maintenance is not required, the Enduro meters have a top-loading measurement chamber for simple access without removing the meter from service.

All Enduro meters utilize innov8 registers. These sealed electronic registers provide a high resolution interface to the meter and have multiple output options. All registers are attached with a robust tamper-resistant housing.

Enduro Meter

Design Features

  • High accuracy
  • Wide range – 1000:1 turndown
  • Superior low flow registration
  • Minimal pressure loss
  • Long-term durability
  • Low and high flow models to accommodate variety of industrial applications
  • No regular maintenance
  • Small, compact design for simple installations
  • Excellent performance in adverse conditions
  • Unaffected by sand or small debris in line
  • No straight pipe requirements upstream or downstream of meter
  • Strainers available for FM Fire Service
  • 5-year flange-to-flange warranty

Materials

All Enduro meters are designed and manufactured to meet
or exceed AWWA C712 standards design specifications. All Enduro meters meet or exceed AWWA C701 standards
Class II turbine meter performance.

All Models are maintained with NSF-61G lead-free certifications.

Standards

AWWA C712 – Single-Jet Meters
NSF-61G – Drinking Water System Components Health Effects

Mechanical Specifications

 

Enduro 28006-inch (150mm)8-inch (200 mm)
FlangesRound 8-boltRound 8-bolt
Lay Length24” (610 mm)24” (610 mm)
DimensionsSee drawingSee drawing
Weight109 lb (49.5 kg)138 lb (67.6 kg)
Test PortIntegral 2” NPT threadsIntegral 2” NPT threads
Enduro 36006-inch (150mm)8-inch (200 mm)
FlangesRound 8-boltRound 8-bolt
Lay Length24” (610 mm)24” (610 mm)
DimensionsSee drawingSee drawing
Weight109 lb (49.5 kg)138 lb (67.6 kg)
Test PortIntegral 2” NPT threadsIntegral 2” NPT threads
StrainersFireflow-rated strainers available

Contact Metron for additional information

Materials

 

Body & Top-plate:ASTM C917 – Lead Free Brass
Impeller:Polypropylene
Impeller Bearings:Tungsten Carbide
Impeller Shaft:AISI 303, Nivaflex tip
Register Housing:Thermoplastic

 

TAMPER FEATURES

RegisterTamper-resistant screw

Markings

 

Engraved on Meter Body:Model
Serial Number

Date of Manufacture
NSF-61G
Direction of Flow

 

DIMENSIONS

 

Enduro 2800D / 3600D – 6-inch Model
Enduro 2800D / 3600D – 8-inch Model
Flow and Pressure Specifications
Enduro 2800D– 6” and 8” Model

Operating Range (98.5 to 101.5%)

6 to 2800 gpm

(1.38 to 636 m3/hr)

Low Flow (95% min)

4.4 gpm

(1 m3/hr)

Max Continuous Flow2

2400 gpm

(545 m3/hr)

Max Intermittent Flow3

2800 gpm

(636 m3/hr)

Pressure Loss at Max Continuous

6.40 psi

(0.44 bar)

Max Operating Pressure

230 psi

(15.9 bar)

Max Operating Temperature

120 °F

(48.9 °C)

 

 

Enduro 3600D– 6” and 8” Model

Operating Range (98.5 to 101.5%)

14 to 3600 gpm

(3.2 to 818 m3/hr)

Low Flow (95% min)

8 gpm

(1.82 m3/hr)

Max Continuous Flow2

2800 gpm

(636 m3/hr)

Max Intermittent Flow3

3600 gpm

(818 m3/hr)

Pressure Loss at Max Continuous

11 psi

(0.76 bar)

Max Operating Pressure

230 psi

(15.9 bar)

Max Operating Temperature

120 °F

(48.9 °C)

 

Notes

  • 1 Starting flow rate for reference only
  • 2 Max Continuous defined by AWWA as flow rate which can be maintained 24 hrs/day x 7 days/week
  • 3 Max Intermittent defined as flow rate which can be maintained 1 hr/day average
Flow Accuracy and Pressure Drop
Flow AccuracyPressure Drop
Enduro 2800D
Enduro 3600D

 

Registers

The innov8 electronic register is the water industry’s new standard for register performance. The innov8 offers maximum resolution, a multitude of standard features, on-board datalogging and a variety of cellular, AMI, AMR and SCADA output options. The innov8 is designed for all environments and incorporates the largest battery available for utility applications. The innov8 can be deployed on any Metron water meter.

image of register diagram for spectrum single jet commercial meter

Warranty

Please contact your Metron representative for formal warranty certificates.

Legal

Due to updated regulations and product improvements, Metron-Farnier reserves the right to change the product specifications without notice.