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Titan Turbine Flow Meters

Titan Turbine Flow Meters

Turbine Flow Meters – for Flow Measurement Control

Titan’s own turbine flowmeter range is all based on the Pelton wheel technique. This well proven method is the ideal way of measuring low rates of flow of low viscosity liquids.

Their comprehensive ranges of radial flow turbine meters offer a selection of products for many differing types of application.

Some are suitable for chemical plant others, for the semi-conductor industry and others are ideal for drink dispense or beer monitoring equipment.

All have rugged bearings and excellent repeatability. The choice of fitting type reflects the function of the meter, some have simple hose barbs and others may be fitted with custom designed process connections to suit an OEM installation.

The Technology

Titan’s small turbine flowmeter range use a radial flow principle based on the Pelton wheel technique. This well proven method is the ideal way of measuring low rates of flow of low viscosity liquids.

For these mini flowmeters, a jet of fluid is directed at a turbine that is mounted on robust low friction sapphire bearings. The geometry of the turbine and the fluid chamber ensures that the rotational speed of the rotor is proportional to the flow rate through the device. The use of this radial arrangement allows more energy to be imparted into the turbine, so the bearing drag is far less important. Furthermore, because more energy is available the bearings themselves can be a lot stronger so increasing the life of the flowmeter. For larger flows, some of the liquid can bypass the turbine chamber, which then behaves as a “shunt” to the metered fluid. Accuracy is still maintained and the output remains linear.

Features

  • Low cost
  • Hall Effect or Optical sensors
  • PVDF, PPS or St St bodies available
  • ± 0.75% reading
  • 1-2% FSD
  • Compact meter assembly
  • Robust sapphire bearings
  • Multiple flow ranges available
  • Multiple connection types available
  • 0.1% Repeatability
  • 4.5 to 24 V dc (model dependant)
  • -15°C Min to 125°C Max (model dependant)

Products

800 Series NSF Approved Mini Turbine Flow Meter

The 800 series flowmeter is designed to give high performance and competitive pricing with 6 flow ranges from 0.05 to 15 L/min. Its totally non-metallic wetted components
makes this the ideal choice for the metering of aggressive
chemicals including ultra-pure water. The standard inlet tubes are barbed to accept two hose sizes 8mm and
12mm although for OEM use alternatives are available. The
bearings are made of sapphire for long life and reliability, the body is moulded PVDF as standard and the ‘O’ ring seal is typically Viton®

 

  • NSF Approved for use in Food and Beverage Production
  • Low cost
  • PVDF or PP body
  • 1- 2% FSD
  • Sapphire bearings
  • Hall Effect sensor
  • 6 Flow ranges
  • Pulse output (NPN standard; PNP option)
  • 10 bar rating
  • VitonTM seal as standard
  • 8mm & 12 mm hose tails
  • 0.1% Repeatability


  • 4.5 to 24 Vdc
  • -25°C Min to 125°C Max
  • IP67
  • Weight: 0.050Kg


NSF Approved Beverage Mini Turbine Flow Meters

A drinks dispensing flow device for low viscosity liquids, the Titan beverage flowmeter is designed specifically as a flow measurement solution for the drink dispensing industries including coffee, beer, wines and spirits. They give high performance and competitive pricing with a flow range up to 10 litres per minute. They have totally nonmetallic wetted components which makes them the ideal choice for the metering of food and drink based products and even ultra-pure water. Titan Enterprises maintains certification under NSF169 for their 800 Series turbine flowmeters and beverage dispensing flowmeters, as ‘equipment for food and drinks products’. The bearings are made of sapphire for long life and reliability, the body is moulded in a choice of thermo-plastics (PVDF as standard) and the ‘O’ ring seal is typically Viton™.

  • NSF Approved for use in Food and Beverage Production
  • Low cost
  • PVDF body
  • Sapphire bearings
  • Hall Effect sensor
  • Flow range 0.6-10 L/min
  • VitonTM seal as standard
  • 0.1% Repeatability
  • 5 to 24 Vdc


  • 10 bar rating
  • 3/8″ John Guest style fitting
  • IP65
  • Weight: 0.150Kg


800 Series Low Power Mini Turbine Flow Meter

The Titan low power (4uA @ 3.3V) turbine flow meter is designed to give high performance and competitive pricing with 6 flow ranges from 0.05 to 15 litres per minute. Its totally non-metallic wetted components makes this the ideal choice for the metering of aggressive chemicals, including ultra-pure water. The standard inlet tubes are barbed to accept a hose size of 8mm, although for OEM use alternatives are available. The bearings are made of sapphire for long life and reliability, the body is moulded PVDF as standard and the ‘O’ ring seal is typically Viton™.

  • Low cost, low power flowmeters
  • PVDF moulded body
  • 1- 2% FSD
  • Sapphire bearings
  • Low power sensor
  • 6 Flow ranges
  • 10 bar rating
  • Viton™ seal as standard
  • 8mm hose tails
  • 0.1% Repeatability
  • 3.3 V 4uA
  • -25°C Min to 80°C Max
  • Weight 50gms

900-Series Mini Turbine Flow Meter

The 900 series turbine flowmeter is designed to give high performance and competitive pricing with 6 flow ranges from 0.05 to 15 L/min. Its choice of body materials makes this the ideal choice for the metering of aggressive chemicals, including ultra-pure water. The standard inlet is ¼” BSPF although for OEM use alternatives are available (such as a ¼” NPTF option). The bearings are made of sapphire for long life and reliability, the body is either PVDF or 316 stainless steel and as standard the ‘O’ ring seal is Viton™.

  • Low cost
  • PVDF or St St Body
  • 1- 2% FSD
  • Sapphire bearings
  • Hall Effect sensor
  • 6 Flow ranges
  • Pulse output (NPN Standard; PNP Option)
  • 10 bar pressure rating
  • Viton™ seal as standard
  • 0.1% Repeatability
  • 4.5 to 24 Vdc
  • -25°C Min to 125°C Max
  • IP67

1000-Series Mini Turbine Flow Meters

The 1000 series turbine flowmeter is designed to give high performance and competitive pricing with 7 flow ranges from 0.05 to 30 L/min. Its choice of body materials makes this the ideal choice for the metering of aggressive chemicals, including ultra-pure water. The standard inlet is a ½” BSPF although for OEM use alternatives are available. The bearings are made of sapphire for long life and reliability, the body is either PVDF or 316 stainless steel and as standard the ‘O’ ring seal is Viton™.

  • Low cost
  • PVDF or St St Body
  • 1- 2% FSD
  • Sapphire bearings
  • Hall Effect sensor
  • 7 Flow ranges
  • Pulse output (NPN Standard; PNP Option)
  • 10 bar pressure rating (40 bar option)
  • Viton™ seal as standard
  • 0.1% Repeatability
  • 4.5 to 24 Vdc
  • -25°C Min to 125°C Max
  • IP67

FT2 (Flow Transducer) Turbine Flow Meter: Optical Detection

This multi-range radial flow turbine flowmeter with optical detection uses a low inertia turbine supported on robust sapphire bearings in a chemically resistant housing. Nine flow ranges (0.02 to 160 litres per minute), a choice of ‘plug-in’ fittings and individual traceable calibration make this FT2 meter one of the most flexible flow measurement devices available. For OEM applications the fittings can be tailored to suit the installation and speed up production. Custom leads or connectors are available on request for quantity orders.

  • Optical sensor
  • Economical
  • Non-metallic Polymer PPS body
  • 1-1.5% FSD
  • Sapphire bearings
  • 9 Flow ranges
  • Pulse output
  • 15 bar rating
  • IP65
  • Viton™ seal as standard
  • Choice of fittings
  • 0.1% Repeatability
  • 5 or 7.5 to 24 Vdc
  • 80°C Max

FT2 (Flow Transducer) Turbine Flow Meter: Hall-Effect Detection

This multi-range radial flow turbine flowmeter with hall-effect detection uses a low inertia turbine supported on robust sapphire bearings in a chemically resistant housing. Nine flow ranges (0.05 to 160 litres per minute), a choice of ‘plug-in’ fittings and individual traceable calibration make this FT2 meter one of the most flexible flow measurement devices available. This FT2 turbine flowmeter uses hall effect sensing so that opaque liquids may still be metered. For OEM applications the fittings can be tailored to suit the installation and speed up production. Custom leads or connectors are available on request for quantity orders.

  • Hall effect sensor
  • Economical
  • Non-metallic Polymer PPS body
  • 1-2% FSD
  • Sapphire bearings
  • 9 Flow ranges
  • Pulse output
  • 15 bar rating
  • IP65
  • Viton™ seal as standard
  • Choice of fittings
  • 0.1% Repeatability
  • 5 to 24 Vdc
  • -15°C Min to 125°C Max
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AW-Lake Turbine Flow Meters

AW-Lake Turbine Flow Meters

Turbine Flow Meters – for Flow Measurement Control

AW-Lake Turbine Flow Meters

Turbine Flow Meters – for Flow Measurement Control

Axial turbine flow meters are designed with wear resistant internal components to provide trouble-free operation and a long service life.

Fluid entering the flow meter is first conditioned by the inlet flow straightener which reduces turbulence in the fluid. The moving fluid causes the rotor to spin at a speed that is proportional to its flow rate.

As the turbine blades on the rotor pass through the magnetic field of the pickup, an electronic pulse is generated. This pulse train signal can then be used to monitor the fluid’s actual flow rate or the total amount of fluid that has passed through the flow meter.

The number of electronic pulses generated by the meter, per unit volume, is known as its K-Factor. Each flow meter is calibrated to find its unique K-Factor, which is supplied with the flow meter when purchased.

TRG Standard Turbine Flow Meter

The sturdy construction of the TRG turbine flow meter means high performance and longer service life at an affordable price. This is the ideal turbine flow meter for monitoring solvents and other lower viscosity fluids, such as antifreeze and fuel measurement.

Measuring Accuracy:
±1.0% of reading or better
20 Flow Ranges:
0.3 to 757 LPM
Pressure Rating:
Working pressure up to 345 bar
Temperature Rating:
Fluid temperature of -100° to 232˚C

HM-AC High Pressure Flow Meter

Ideal when measuring the flow of fluids under high pressures, such as in hydraulic testing. It is also perfect for chemical injection systems, as it withstands pressures up to 20,000 psi and is available in a variety of different flow ranges.

Measuring Accuracy:
±1.0% of reading or better
9 Flow Ranges:
0.3 to 121 LPM
Pressure Rating:
Working pressure up to 1379 bar
Temperature Rating:
Depends on sensor used

HM-F Flanged Flow Meter

The HM-F Series of turbine flow meters can handle low viscosity fluids flowing under extremely high pressure, such as hydraulic and fuel systems and offshore chemical injection systems. Best for use with hydraulic oil, fuel and other light oils when ANSI or tri-clamp flanges are required.

Measuring Accuracy:
±1.0% of reading or better
8 Flow Ranges:
0.9 to 9997 LPM
Pressure Rating:
Depends on flange used
Temperature Rating:
-60 to 350°C

TW Turbine Flow Meter

Ideal to withstand the demands of the most rigorous flow measurement applications and is an ideal meter for liquid flow measurement on or off the oilfield.

Accurate & Reliable:
±1% of reading (±1% of reading over the upper 70% of the measuring range for 3/8, 1/2 and 3/4 in. meters)
Electronic Integration:
This meter can accept a variety of existing electronics, such as the SignalFire Flow Totalizer
Simplified Maintenance:
Maintenance is easy with the rotor replacement kit. Rotor can be replaced in just 2-3 minutes.
Rugged & Cost Effective:
All stainless steel construction and tight machining tolerances make for excellent durability/long life.

TR-QS Wafer Style Flow Meter

This flow meter is made from superior materials of construction for high performance in aggressive environments. The modified upstream and downstream flow straighteners allow for a higher accuracy and greater fluid dynamics.

Easy installation:
Wafer style mounting configuration eliminates the need for mating flanges
Smart design:
Compact design for use in tight spaces
Seven flow ranges:
From 19 to 18927 GPM
Line sizes:
Capable of measuring flow in line sizes from 1” to 10”
EX-ratings:
Explosion proof options available

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Pressure Transducers

Pressure Transducers

Pressure Control

Pressure Transducers

Pressure Control

PT200 Pressure Transducer

The PT200 transmitter has exceptional sensing performance and reliable pressure measurement. Its compact design is great for tight spaces and harsh environmental conditions. It features a piezoresistive ceramic sensor along with ASIC signal conditioning, with exceptional thermal compensated output.  This compact pressure transmitter is offered  in two temperature compensation ranges, and a variety of different output signals.  They are widely used in mobile applications and trusted by designers and engineers.

Features:

  • Compact Size
  • Stainless Steel
  • Temperature Compensated

Applications Include:

  • Mobile & Industrial Equipment
  • Safety Monitoring
  • Hydraulic Applications
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Horizontal Magnetic Level Switches

Horizontal Magnetic Level Switches

Level Control

Horizontal Magnetic Level Switches

Level Control

LT202 - Flange Type

LT202 float-operated level switches are suitable for controlling liquid level at horizontal mounting. The float equipped with an extended arm moves a couple magnetic mechanism to actuate a microswitch to offer an ON-OFF contact for application. LT202 is available equipped with an extra fin to be able to work under high temperature environments.

SPECIFICATIONS:
Enclosure Housing: Weather proof IP65
Material: Wetted parts SS316 or SS304
Temperature Limits: Standard: -20°C to +150°C. With fin for high temperature -20°C to +200°C and -20°C to +350°C available.
Pressure Limits: Without Test Device: 3.0 MPa (30kg/cm²), option: ip to 4.5 MPa; Wotj Test Device: 6kg/cm²
Switch Function: Micro switch 1 x SPDT; 2 x SPDT option
Switch Rating: 3A/250VAC, 5A/125VAC, 4A/30VDC
Conduit Connection: ½” NPT female option
Float Working Specific Gravity: ≥0.7 (option less than 0.7 available on request)

For a full range of New-Flow products available, click the link below

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Cable Float Switches

Cable Float Switches

Level Control

Cable Float Switches

Level Control

BCFS - Cable Float Switch

FEATURES:
Control the level of liquids in filling or draining reservoirs and tanks.
Mercury free switch designed with an inverter microswitch housed in a  polypropylene cover.
Includes a counterweight to adjust the stop and start levels of pump up/pump down application.

SPECIFICATIONS:
Wetted Materials: Polypropylene housing, PVS cable
Temperature Limits: 60°C
Pressure Limits: 4 bar
Enclosure Rating: NEMA 6 (IP68)
Switch Type: SPDT
Electrical Rating: 10A @ 250VAC, resistive
Mounting Orientation: Vertical
Approvals CE

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Miniature Level Switches

Miniature Level Switches

Level Control

Miniature Level Switches

Level Control

BLS-02-PP - Vertical Level Switch Plastic

Level Switch  consisting of a magnetic float unit stem with magnetic reed switch, the magnetic float moves with liquid level to actuate a hermetically sealed magnetic switch within the unit stem

Maximum Pressure: 8 bar
Temperature Range: -10 -to 70°C
Switch Voltage: 250VAC/200VDC
Switch Rating: 70VA
Set Point Accuracy: ±2mm in water
Thread: M8 or M10

BLS-02-SS - Vertical Level Switch Stainless Steel

Float level switch consists of a magnetic float unit stem with a magnetic reed switch. The magnetic float moves with liquid level to actuate a hermetically sealed magnetic switch within the unit stem. Single point level switches in most material are usually used for high or low alarm vessels.

Maximum Pressure: 20 bar
Temperature Range: -30 -to 125°C
Switch Voltage: 250VAC/200VDC
Switch Rating: 70VA
Set Point Accuracy: ±3mm in water

BLS-05-SS - Level Switch Side Entry - Bent Stem

Bent stem, made of stainless steel SUS304 or SUS316L, with G1/8″ threads.

Maximum Pressure: 8 bar
Temperature Range: -10 – 120°C
Mounting Thread: G1/8” Male
Switch Voltage: 250VAC/200VDC
Switch Current: 0.5A
Set Point Accuracy: ±2mm in water

BLS-06-E-PP - Level Switch External Side Entry

Horizontal external mounting level switches, made of Plastic (PP), for lower cost, with 1/2” NPT mounting threads.

Maximum Pressure: 8 bar
Temperature Range: -20 – 70°C
Mounting Thread: 1/2” NPT
Switch Voltage: 250VAC, 200VDC
Switch Current: 0.5A
Power Rating: 50VA
Set Point Accuracy: ±2mm in water

BLS-06-E-SS - Level Switch External Side Entry

Horizontal external mounting level switch, made of Stainless Steel, with 1/2″NPT mounting threads.

Maximum Pressure: 16 bar
Temperature Range: -10 – 120°C
Mounting Thread: 1/2” NPT
Switch Voltage: 250VAC, 200VDC
Switch Current: 0.5A
Power Rating: 50VA
Set Point Accuracy: ±2mm in water

BLS-06-I-PP - Level Switch Internal Side Entry

Horizontal internal mounting level switches, made of Plastic (PP), for lower cost, with M16 mounting threads.

Maximum Pressure: 8 bar
Temperature Range: -20 – 70°C
Mounting Thread: M16
Switch Voltage: 250VAC, 200VDC
Switch Current: 0.5A
Power Rating: 50VA
Set Point Accuracy: ±2mm in water

BLS-06-I-SS - Level Switch Internal Side Entry

Horizontal internal mounting, with M16 thread, made of Stainless Steel.

Maximum Pressure: 16 bar
Temperature Range: -10 – 120°C
Mounting Thread: M16 thread
Switch Voltage: 250VAC, 200VDC
Switch Current: 0.5A
Power Rating: 50VA
Set Point Accuracy: ±2mm in water

BLS-10-E-NY - Level Switch External Side Entry

Horizontal internal mounting level switches, made of Nylon (NY)), for lower cost, with 1/2” NPT mounting threads.

Maximum Pressure: 2 bar
Temperature Range: -10 – 110°C
Mounting Thread: 1/2” NPT
Max Voltage: 300VDC/AC
Max Current: 0.5A
Max Contact Capacity: 50W
Set Point Accuracy: ±2mm in water

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SIKA Level Switches

SIKA Level Switches

Level Control

SIKA Level Switches

Level Control

SIKA Level Switches

Sika level switches are the easy and reliable solution for monitoring fluid levels. The switches are installed at the side using G¾ or G½ thread sizes.

The time-tested float principle and a potential-free contact as the signalling transmitter guarantee a high level of operational safety. The rising level in the tank forces the float up. Via paddle system, the magnet changes its position relative to Reed contact and actuates it. The repulsion between the two homopolar magnets and supports the buoyancy (Version VK… different). As soon as the level sinks again, the float follows also and the magnbet actuates the Reed contact again.

Series VH level switches are made from brass or stainless steel and are available with different floats. Series VK level switches are made from plastic and are available with different floats.

VHS/VH6 level switch – metal version

VHS - Plug Connector - Brass - Ball Float
VH6 - Cable - Stainless Steel - Cylinder Float

Materials: Brass or Stainless Steel
Activation point, related to
middle axis (water, 20°C): -4…0mm
Hysteresis: Approx. 1…4mm
Pressure rating: PN25
Temperature (medium): -25…110 °C
Switching function: Contact
→ closes at increasing flow
→ opens at decreasing flow
Reversing possible

Electrical connection:
VHS → Plug connector DIN EN 175301-803-A incl. cable socket
VH6 → 1.5 m PVC jacket cable
Switching current: Max 1A
Switching voltage: Max. 230 VAC, 48 VDC
Rating: Max. 26 VA, 20 W
Degree of protection EN 60529: IP65
Protection class EN 60730-1: Class II

 

VKS/VK6 level switch – plastic version

VKS - Plug Connector - Ball Float
VK6 - Cable - Cylinder Float

Lateral installation with easy alignment due to union nut

Materials: Stainless Steel and Plastic
Activation point, related to
middle axis (water, 20°C): -4…0mm
Hysteresis: Approx. 1…4mm
Pressure rating: PN25
Temperature (medium): -25…110 °C
Switching function: Contact
→ opens with falling level
→ closes with rising level
Reversing possible

Electrical connection:
VKS → Plug connector DIN EN 175301-803-A incl. cable socket
VK6 → 1.5 m PVC jacket cable
Switching current: Max 1A
Switching voltage: Max. 230 VAC, 48 VDC
Rating: Max. 26 VA, 20 W
Degree of protection EN 60529: IP65
Protection class EN 60730-1: Class II

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Flow Regulators

Flow Regulators

Flow Measurement Control

Flow Regulators

Flow Measurement Control

SIKA Flow Regulators

SIKA type VB 15 and VB 20 flow regulators were developed to maintain a constant specific rate of flow in water-like media.

They ensure that the flow rate is maintained constant or is not exceeded even with fluctuating pressures upstream or downstream of the flow regulator.

Supplying the individual sections with the desired flow volumes, while permitting hydraulic compensation is especially important in complex pipeline systems with several consumers.

For a full range of SIKA products available, click the link below

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Totalisers

Totalisers

Gas Flow Controllers

Totalisers

Gas Flow Controllers

SFT - Battery Operated Totalizer with Wireless Capabilities

Local Display: With flow rate totalizer and diagnostics

Long Battery Life: High-capacity Lithium battery pack powers sensor and radio for years, even in low temperatures. Transmitter can be configured for check-in intervals between 5 seconds to 1 hour to save battery life.

Attractive ROI: Cost less than running 60 feet of wire & conduit

Data at Your Fingertips: Wireless data transmission anywhere in the world with an internet connection

Reliable Transmission: ISM bands sustain signal strength through terrain, structures or weather for a range of up to 1/2 mile.

For a full range of AW-Lake products available, click the link below

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Wireless and Bluetooth

Wireless & Bluetooth

Electronic Flow Meters

Wireless & Bluetooth

Electronic Flow Meters

Frequency to Analog Converter - Remote

The FAC-R Frequency to Analog Converter is ideal in any application when sending an analog signal to a PLC or other control system.

It works with any frequency output sensor, such as flow meters, tachometers, pumps/motors, and linear or rotational encoders.

  • Full input frequency range 0.25Hz to 5,000Hz
  • Analog output signal defaults to 4-20mA and 0-10V (0-5V, 1-5V & 2-10V available through PC Toolkit or “AWL Mobile Toolkit” mobile app)
  • Excellent linearity, high temperature stability and long-term stability
  • Powered by 10-28VDC
  • 16-bit analog output resolution
  • Bluetooth enabled for wireless setup from a mobile device

FAC-S Analog Output Sensor

The FAC-S Analog Output Sensor is ideal in general applications when sending an analog signal to a PLC or other control system.

  • Analog output signal defaults to 4-20mA and 0-10V (0-5V, 1-5V & 2-10V available through PC Toolkit or “FAC Terminal” mobile app)
  • Excellent linearity, high temperature stability and long-term stability
  • Powered by 10-28VDC
  • 16-bit analog output resolution
  • Bluetooth enabled for wireless setup from a mobile device

The Edge Flow Sensor

The EDGE Flow Sensor is ideal in general applications when sending an analog, pulse or modbus signal to a PLC or other control system.

  • Analog output signal defaults to 4-20mA and 0-10V (0-5V, 1-5V & 2-10V selectable through PC Toolkit or “AWL Mobile Toolkit” mobile app)
  • Frequency output to 5KHz, flow dependent
  • Modbus communication
  • Excellent linearity, high temperature stability and long-term stability
  • Powered by 12-24VDC
  • 16-bit analog output resolution
  • Bluetooth enabled for wireless setup from a mobile device (*can be disabled by user)
  • Connect sensor to PC via standard USB-C cable
  • Firmware can be updated by users via the PC Toolkit

RT-50 Battery-Powered Flow Rate Transmitter

The RT-50 flow display from AW-Lake features an easy-to-read backlit LCD display. With a list style menu and quick access buttons, programming is quick and easy.

Flow sensor is rotatable for mounting in multiple directions. The unit’s battery can provide power for over 2 years of continuous 24-hour use. The battery pack is field replaceable with no tools required. The RT-50 is compatible with most AW-Lake flow meters, as well as off-branded flow meters.

  • Bluetooth connectivity for easy setup and monitoring from a smart phone or tablet
  • Backlit LCD display updates every 25 milliseconds
  • Resettable Total and Grand Total
  • Quick menu navigation
  • Flow filtering
  • Real time clock
  • Contract time
  • 10-point Linearization

SFS-WP - Intrinsically Safe Wireless Flow Transmitter

Ideal when adding flow meters where there is no power—no need to run wires/conduit, installs anywhere in minutes

  • Internal battery powers sensor and radio so no external power source is required
  • Class I Division 1 Intrinsically safe design
  • Up to 1/2 mile range
  • Wireless node configures itself within mesh network automatically, sending flow data to the Gateway
  • Flow rate and total data available

SFT - Battery Operated Totaliser with Wireless Capabilities

Ideal when adding flow meters where there is no power—no need to run wires/conduit, installs anywhere in minutes

  • Local display with flow rate totalizer and diagnostics
  • Battery-powered electronically optimized for long life (5 years+)
  • Integrates with industry-standard turbine and positive displacement meters
  • Hazardous location classified for CID1 Intrinsically Safe
  • 1/2 mile range
  • 1” female NPT coupling with 2 pin connector inductive for magnetic type sensors
  • Weather-tight rugged enclosure for outdoor installation
  • Easy to install and maintain
  • 30-day built in local data history/backup storage