AW-Lake ZHM Positive Displacement Flow Meter

 

AW-Lake ZHM Positive Displacement Flow Meter

AW-Lake ZHM Positive Displacement Flow Meter is ideal for measuring the flow rates of multi-viscosity fluids, abrasive fluids, and fluids under high pressure such as paints, coatings, waxes, epoxies, sealants, and oils. These flow meters feature strong and durable stainless steel gears and bodies with tungsten carbide bearings for the toughest operations. These finely engineered flow meters also prevent fluid slippage and allow flow measurement accuracy of +0.5% of reading even at the lowest flow rates and in changing viscosity conditions.

These positive displacement flow meters from AW Gear Meters can handle it. They feature rugged stainless steel gears and bodies, and even tougher tungsten carbide bearings. So not only will they meter abrasive fluids and fluids under high pressure – they will do it for a very long time. While these in-line flow meters have super strong construction characteristics, they are also finely engineered, which prevents fluid slippage and allows the devices to measure even the lowest flow accurately.

AW-Lake ZHM Positive Displacement Flow Meter Features:

• Measuring Accuracy: ±0.5% of reading
• 10 Flow Ranges: 0.001 to 265 GPM
• Pressure Rating: up to 6,000 PSI
• Maximum Temperature: 350°F
  
  

• Simple to install & Use: These meters are easy to use and install, since there is no need for straight run piping upstream or downstream of the flow meter. Non-intrusive sensors, panel mount displays, and electronic modules available.
• Accurate and Reliable: This meter has the ability to maintain consistent accuracy despite changing viscosity conditions, with accuracy of +0.5% of reading.
• Rugged Construction: The ZHM’s solid construction is offered in 303.
• Flexible Meter: may be used in applications requiring bidirectional flow, and is offered in ten different flow ranges (0.001 to 265.0 GPM).
• Economic Low Flow Meter: The meters produce good resolution and high accuracy at low flow rates all for an affordable price.
  
  

Application:

These positive displacement flow meters from AW-Lake can handle it. The feature rugged stainless steel gears and bodies, and even tougher tungsten carbide bearings. So not only will they meter abrasive fluids and fluids under high pressure – they will do it for a very long time.

While these in-line flow meters have super strong construction characteristics, they are also finely engineered, which prevents fluid slippage and allows the devices to measure even the lowest flow accurately.

Specification:

• Measuring Accuracy: ± 0.5% over full range with 30cP fluid
• Repeatability: ± 0.1%
• Flow Measuring Ranges:
  • 0.001 to 0.25 gpm
  • 0.003 to 0.5 gpm
  • 0.01 to 0.5 gpm
  • 0.02 to 2.0 gpm
  • 0.1 to 7.0 gpm
  • 0.1 to 20 gpm
  • 1.0 to 40 gpm
  • 1.0 to 66 gpm
  • 5.0 to 132 gpm
  • 13.0 to 265 gpm
• Maximum Operating Pressure: up to 6,000 psi
• Maximum Fluid Temperature: 350°F (180°C)
• Ports: M12x1.5 with NPT adaptor / SAE flange
• Materials Of Construction:
  • Body:  303 Stainless Steel
  • Bearings & Shaft:  Tungsten Carbide
  • Gears:  Stainless Steel
  • O-Ring:  PTFE, FKM optional
    
    

Download Data Sheet: Positive Displacement Flow Meter ZHM Series

Ref: aw-lake.com

Kobold UTS Variable Area Flow Meter

Kobold UTS Variable Area Flow Meter

 Kobold UTS Variable Area Flow Meter works on the basis of the suspended float principle. It comes with a M18x1.5 connection. The inflow of the medium is via 4 mm hole within this connection, whereas the outflow happens via six holes which are concentrically positioned around the inlet hole. This special connection is specifically made for UTS and provided with a special seal.

This flowmeter can be optionally supplied with a special adapter G¼ or ¼" NPT for horizontal installation. The use of this adapter is always recommended because of its special design. Especially in tight places, where conventional devices do not fit best because of their size, the UTS is an automatic choice. The device is suitable for monitoring gas burners (e. g. oxygen, hydrogen, methane, inert gases e.g. MIG welding) due to its low price and possibility of an easy measuring tube exchange. The armature is made of nickel plated brass or stainless steel with impact resistant polystyrene protection

bulb.

Kobold UTS Variable Area Flow Meter Material

• Fitting: nickel plated brass, stainless steel 1.4301, 1.4404
• Measuring tube: borosilicate glass
• Bulb: polystyrene
• Float: stainless steel 1.4301 or 1.4404
• O-ring: NBR, FPM
• Material combination: see separate table
  
  

Measuring range: 10 - 100 Nl/h … 0.3 - 3 Nm³/h air
Connection: M18x1.5
Material: brass, stainless steel
p_max: 3 bar
t_max: 65°C
Accuracy: ±2.5 ... 4 % of full scale

Kobold UTS Variable Area Flow Meter Technical Details

• Installation position: vertical, flow from bottom
• Accuracy class: 4 according to VDI/VDE 3513
• Max. pressure: 3 bar
• Process temperature: 0...+65°C
• Ambient temperature: 0...+50°C
• Connections:
  without adapter: M18x1.5
  axial special connection
  with adapter: G¼ or ¼" NPT
  (for horizontal pipes)
• Protection: IP65
  
  

Download Datasheet: UTS Kobold Variable Area Flowmeter 

Reference: kobold.com

AW-Lake JVHS High Pressure PD Flow Meter

AW-Lake JVHS High Pressure PD Flow Meter is an ideal flow meter for measuring oil, fuel, additives, and chemicals. It is designed for use in systems rated up to 15,000 psi (1035 bar) making them durable, accurate, and safe in high pressure environments, including oil production platforms, land-based oil recovery sites, and chemical processing plants. The JVHS PD flow meters are constructed of 316 stainless steel with Xylan® coated steel bolts for corrosion resistance and durability. They also come equipped with medium-pressure autoclave connections.

AW-Lake JVHS High Pressure PD Flow Meter

Designed for use in systems rated up to 15,000 psi (1035 bar), the JVHS gear meters are durable, accurate, and safe in high pressure environments. The JVHS series all can be hydro tested to 1.5 times the working pressure rating. The JVHS meters, constructed of 316 stainless steel with Xylan® coated steel bolts, come equipped with medium-pressure autoclave connections. These units are for use in high pressure hydraulic and fuel systems; in offshore chemical injection systems including methanol, corrosion and wax inhibitors; or in water treatment chemical-injection systems

• Affordable & Accurate: This meter has the ability to maintain consistent accuracy despite changing viscosity conditions* , with accuracy of +0.5% of reading.
• Rugged Construction: The JVHS’s solid body construction is made of 316 stainless steel for corrosion resistance and durability.
• Flexible Meter: may be used in applications requiring bidirectional flow, and can be hydro tested to 1.5x the working pressure rating.
• Hazardous Environment: Ready A complete line of explosion-proof sensors and displays are available for the JVHS meters.

AW-Lake JVHS High Pressure PD Flow Meter Features:

• Three flow ranges from 0.003 to 7.0 GPM
• Accuracy: up to 0.5% of reading
• Pressure rating up to 15,000 PSI (1035 bar)
• Bi-directional flow capabilities
• Non-intrusive sensors, panel mount displays, and electronic modules available

AW-Lake JVHS High Pressure PD Flow Meter Specification

• Measuring Accuracy: ± 0.5% over 10:1 turn down with 30cP fluid
• Repeatability: ± 0.1%
• Flow Measuring Ranges:
  • 0.003 to 0.8 gpm
  • 0.01 to 2.0 gpm
  • 0.03 to 7.0 gpm
• Maximum Operating Pressure: up to 15,000 psi
• Temperature Rating: Depends on sensor used, refer to sensor page
• Maximum Fluid Temperature: 185° F
• Ports: 3/8” MP Autoclave
• Materials Of Construction:
• Body:  316L Stainless Steel
• Gears & Ball Bearings:  Stainless Steel
• O-Ring:  PTFE (other options available)
• Bolts: Xylan® coated steel (stainless steel bolts available)

Download Data Sheet: High Pressure PD Flow Meter JVHS Series 

Source : aw-lake.com

Kem Kuppers HM TC-NS Turbine Flow Meter

Kem Kuppers HM TC-NS Turbine Flow Meter (TC-NS for Nova Swiss connections) is used to measure continuous and discontinuous flow rates with very high operating pressures. They are mainly used for low viscosity, lubrication and non-lubrication media. They are particularly suitable for low viscosity liquids, such as water, emulsions, additives, and inhibitors.

Kem Kuppers HM TC-NS Turbine Flow Meter

Only high-grade steels that even withstand corrosive liquids are used in the production of turbine flow meters. Combined with the use of tungsten carbide bearings, the HM TC-NS guarantees optimum measurement accuracy and an extremely long service life even under the toughest application conditions.

The combination of various turbine wheel dimensions and blade geometries allows a wide range of sizes that can cover a huge measuring range. This makes the HM TC-NS ideal for a variety of applications in the field of metering as well as for monitoring and dosing.

Short response times, very dynamic performance and high measurement accuracy ensure accurate regulation and control of flow rates in the most demanding applications. For applications in hazardous areas, we offer intrinsically safe sensors and amplifiers with Ex protection in accordance with ATEX, IECEx, CSA and other standards. Additional certifications such as EAC (TR-CU) are available.
 

Kem Kuppers HM TC-NS Applications

• Water jet cutting systems
• Process monitoring
• Consumption measurement
• Dosing
• Water
• Emulsions
• Additives
• Inhibitors
• Features
• High measuring accuracy up to ±0.1 %1)
• Exceptional repeatability of ±0.05 %
• Operating Pressure up to 4,000 bar [58,015 psi]
• Short response times (from 5 ms)
• Robust tungsten carbide bearing
• High-quality materials
• No welds or solder joints
• Medium temperature: -40 °C up to +150 °C [-40 °F up to +302 °F]

Kem Kuppers HM TC-NS Specifications

• Measuring Accuracy ±0.1 %5)
• Repeatability ±0.05 % (under the same conditions)
• Linearity ±1.0 % of actual flow (viscosity = 1 mm²/s)
• Viscosity Range 0.8 up to 30 mm²/s
• Measuring Span
• Standard: 1:10
• Extended: on request
• Materials
• Housing: as per DIN 1.3980
• Wheels: as per 1.4460 [AISI 329]
• Bearing: Tungsten carbide sleeve bearing
• Medium Temperature -40 °C up to +150 °C [-40 °F up to +302 °F]
• Dimensions See dimensional drawing (page 4 of datasheet)

Download Datasheet: HM TC-NS Series Kem Kuppers Turbine Flow Meters

Reference : www.kem-kueppers.com

Delta Mobrey D32 Series Differential Pressure Transmitter

Delta Mobrey D32 Series Differential Pressure Transmitter

 

Delta Mobrey D32 Series Differential Pressure Transmitter is a cost effective solution for the measurement of differential pressure transmitter of gases, vapours and liquids. The active sensing element is a piezoresistive silicon sensor separated from the medium by a diaphragm and by a specially selected type of manometric liquid.

From the simple flying leads electric connection to standardised connector IP65/IP67 or even an all Stainless Steel enclosure with internal terminal board, to cover almost all the application.

Delta Mobrey is a corporate from United Kingdom. This corporate provide solutions for a wide range of industries, including :

• Oil and Gas – offshore and onshore – exploration, production, refining and distribution
• Power Generation including nuclear – steam raising plant, turbine generators, fire protection systems, safety shut down systems
• Water Treatment
• Petrochemical and Chemical
• Pharmaceutical
• Food and Beverage
• Pulp and Paper

The process connection to mount directly on to a 3 or 5 valve manifold, and also available is several type of chemical seals to measure any type of process fluid and condition. The model D32 Differential Pressure Transmitter is suitable for measuring pressures from 0 to 16 mbar up to 0 to 25 bar with maximum working pressures up to 420bar.

Delta Mobrey D32 Series Features:

• Accurancy ±0.25%
• 4-20mA output signal
• Static pressure limit up to 413 bar
• ATEX & IECEx certification - Ex ia & EX d
• Gold plated diaphragm option
• Hastelloy C276 wetted parts option

Application:

The D32 D-Series is a suitable for a wide range of application for measuring:

• Differential Pressure
• Level
• Flow

The choice of models available ensure that the D32 D-Series is suitable for use in:

• Corrosive atmosphere
• Resistant to chemical attack

Delta Mobrey D32 Series Specification:

Electrical Parameters:

Output Signal:

• 4...20 mA, two wire transmission
• 0...10V, three wire transmission

Power Supply:

Output 4...20 Ma:

• 8...36 VDC (Ex 9...28VDC)
• Version B: 10,5...36 VDC (Ex 12...28 VDC)

Output 0...10 V: 

• 13...30 VDC

Materials:

Wetted Parts:

• Code P,Q process connection: SS316L
• Code P(H), Q(H) process connection: SS316L or Hastelloy C276
• C-type process connection: SS316L

Diaphragms:

• SS316L, Hastelloy C 276, Au

Casing:

• 304ss
• Option: 316ss

Download Data Sheet: Differential Pressure Transmitter D32 Series

Ref: delta-mobrey.com

Kem Kuppers HM AC Turbine Flow Meters

Kem Kuppers HM AC Turbine Flow Meters (AC for Autoclave Engineers connections) is used to measure continuous and discontinuous flow rates with very high operating pressures. They are mainly used for low viscosity, lubrication and non-lubrication media. They are particularly suitable for low viscosity liquids, such as water, emulsions, additives and inhibitors.

Kem Kuppers HM AC Turbine Flow Meters

Only high-grade steels that even withstand corrosive liquids are used in the production of turbine flow meters. Combined with the use of tungsten carbide bearings, the HM AC guarantees optimum measurement accuracy and an extremely long service life even under the toughest application conditions.

The combination of various turbine wheel dimensions and blade geometries allows a wide range of sizes that can cover a huge measuring range. This makes the HM AC ideal for a variety of applications in the field of metering as well as for monitoring and dosing.

Short response times, very dynamic performance and high measurement accuracy ensure accurate regulation and control of flow rates in the most demanding applications. For applications in hazardous areas, we offer intrinsically safe sensors and amplifiers with Ex protection in accordance with ATEX, IECEx, CSA and other standards. Additional certifications such as EAC (TR-CU) are available.

Kem Kuppers HM AC Applications

• Process monitoring
  
• Consumption measurement
• Dosing
• Mixing
• Water
• Emulsions
• Additives
• Inhibitors
  

Features

• High measuring accuracy up to ±0.1 %1)
• Exceptional repeatability of ±0.05 %
• Operating pressure up to 1,400 bar [20,305 psi]
• Short response times (from 5 ms)
• Robust tungsten carbide sleeve bearing
• High-quality materials
• No welds or solder joints
• Medium temperature: -40 °C up to +150 °C [-40 °F up to +302 °F]
• Technical DataMeasuring Accuracy ±0.1 %5)
• Repeatability ±0.05 % (under the same conditions)
• Linearity ±1 % of actual flow (viscosity = 1 mm²/s)
• Viscosity Range 0.8 up to 30 mm²/s
• Measuring Span
• Standard: 1:10
• Extended: on request

Materials

• Housing: as per DIN 1.3980
• Wheels: as per 1.4460 [AISI 329]
• Bearing: Tungsten carbide sleeve bearing
• Medium Temperature -40 °C up to +150 °C [-40°F up to +302 °F]
  

Download Datasheet: HM AC Series Kem Kuppers Turbine Flow Meters 

Reference: www.kem-kueppers.com

Kobold KDS Variable Area Flow Meter

Kobold KDS Variable Area Flow Meter from bottom to top through the meter tube of the flow meter. The float is lifted until an annular gap between the measuring cone and the float is produced which corresponds to the flow. The forces acting on the float are in equilibrium.

 

Kobold KDS Variable Area Flow Meter

The height of the float resulting from the flow rate is transmitted by the permanent magnet in the float through the magnetic tracking system in a rotation to the pointer axis of the analog indicator unit. The variable-area flowmeter consists of a stainless steel device with an integrated conical stainless steel measuring tube and a vertically movable float. The valve for setting the flow rate is built-in (only KDS-K/C). 

Kobold KDS Application

The KDS meter is suitable for flow measurement of liquid or gaseous products in pipes. It shows the current flow rate in volume or mass per unit in time.

• Areas of Application Flow measurement of liquids and gases
• Dosing
• Can be used in the chemical industry or in medical or laboratory engineering
• Robust mechanical system with a low rate of wear
  

The devices are available with additional electrical equipment for process monitoring and control.Design for horizontal and vertical connections available.

A variety of sealing materials

• Wall mounting possibility (KDS-C)
• Flow Controller (option)
• High pressure application (option)
• Technical DetailsMaterials Measuring cone, float, armature: stainless steel
• other materials on request
• Sealing: PTFE (special on request)
• Process connection: ¼" NPT (F), adapter for other connections available
• special connections on request
• Nominal pressure: PN 40 (KDS-K, C) PN 63 (KDS-S)
• optional up to 420 bar (KDS-S)
• Accuracy liquid/gas: ±3% qG 50 acc. VDE/VDI 3513
• Process temperature: -40°C...+130°C
• (without switch/electronic)
• limit switch: NJ 1, 5-6, 5N
• -25°C...+100°C
• NJ 2-11 SN -40...+100°C
• -40°C...+100°C
• (c/w electronic KDS-...E)
• Ambient temperature:-25°C...+70°C
• Weight: 0.65 kg
• Protecion: IP65 (EN60529)

Download Datasheet: Kobold KDS Variable Area Flowmeter

Reference : kobold.com