Mass Flow Controller

Performance Thori Mass Flow Controller Accuracy at calibration conditions after tare ±(2% F.S) Zero Shift and Span Shift ± 0.2% FS / °C Repeatability ± 0.5% Reading Long term drift 0.05% Full Scale / Year Operating Range / Turndown Ratio 0 : 25 

Maximum Controllable Flow Rate 102% Full Scale Typical Response Time 100 ms Warm-up Time 70 ms to full scale accuracy Valve Leak Specifications Internal (leak through) 10-5 atm – cc/sec He External (leak out) 10-9 atm – cc/sec He 

 

Operating Conditions Thori Mass Flow Controller Calibration Conditions 25°C, 14.696 psia Operating Temperature 0 to +50 ºCelsius Humidity Range (Non–Condensing) <90% Maximum Internal Pressure (Static) 100 PSIG 100 PSIG Proof Pressure 100 psig Vibration Nil. Mounting Attitude Sensitivity Yes. Valve Type Normally Closed Ingress Protection IP40 Wetted Materials Aluminium & Brass. 

 

Communications / Power Thori Mass Flow Controller Digital Input / Output Signal Via 4-20 mA Analog Input / Output Signal 0-5 Vdc Optional. Electrical Connection Options 9-pin male D-sub (DB9) Supply Voltage 10 to 30 Vdc or Works On Loop Power. Supply Current 200 mA 

 

Features Thori Mass Flow Controller 

 

 

 

Notes. 

Units calibrated with Air have built-in correction equations that allow you to use the gas select command to switch to Argon, Carbon Dioxide, Nitrogen, Oxygen, or Nitrous Oxide. 

Note: PFC-CC-1000 units that are set to Carbon Dioxide or Nitrous Oxide are limited to a maximum flow rate of 750 sccm instead of 1000 sccm due to the correction factor equations used for these gases. Note: PFCL020 units that are set to Carbon Dioxide or Nitrous Oxide are limited to a maximum flow rate of 15 slpm instead of 20 slpm due to the correction factor equations used for these gases. Note: Units calibrated with Hydrogen or Helium can function only with that gas. 

 

 

 

Model No Flow Range Min Flow Max Flow Accuracy PFC-CC-002 0 to 2 SCCM 0.1 SCCM 0 to 2 SCCM +/- 2 % PFC-CC-005 0 to 5 SCCM 0.1 SCCM 0 to 5 SCCM +/- 2 % PFC-CC-010 0 to 10 SCCM 0.1 SCCM 0 to 10 SCCM +/- 2 % PFC-CC-020 0 to 20 SCCM 0.1 SCCM 0 to 20 SCCM +/- 2 % PFC-CC-050 0 to 50 SCCM 0.1 SCCM 0 to 50 SCCM +/- 2 % PFC-CC-0100 0 to 100 SCCM 0.1 SCCM 0 to 100 SCCM +/- 2 % PFC-CC-0200 0 to 200 SCCM 0.1 SCCM 0 to 200 SCCM +/- 2 % PFC-CC-0250 0 to 250 SCCM 0.1 SCCM 0 to 250 SCCM +/- 2 % PFC-CC-0500 0 to 500 SCCM 0.1 SCCM 0 to 500 SCCM +/- 2 % PFC-CC-0750 0 to 750 SCCM 0.1 SCCM 0 to 750 SCCM +/- 2 % PFC-CC-1000 0 to 1000 SCCM 0.1 SCCM 0 to 1000 SCCM +/- 2 %      PFC-L-002 0 to 2 LPM 0.1 LPM 0 to 2 LPM +/- 2 % PFC-L-005 0 to 5  LPM 0.1 LPM 0 to 5 LPM +/- 2 % PFC-L-010 0 to 10  LPM 0.1 LPM 0 to 10 LPM +/- 2 % PFC-L-020 0 to 20  LPM 0.1 LPM 0 to 20 LPM +/- 2 % PFC-L-050 0 to 50  LPM 0.1 LPM 0 to 50 LPM +/- 2 % PFC-L-0100 0 to 100LPM 0.1 LPM 0 to 100 LPM +/- 2 % PFC-L-0200 0 to 200LPM 0.1 LPM 0 to 200 LPM +/- 2 % PFC-L-0250 0 to 250LPM 0.1 LPM 0 to 250 LPM +/- 2 % PFC-L-0500 0 to 500LPM 0.1 LPM 0 to 500 LPM +/- 2 % PFC-L-0750 0 to 750LPM 0.1 LPM 0 to 750 LPM +/- 2 % PFC-L-1000 0 to 1000LPM 0.1 LPM 0 to 1000LPM +/- 2 % 

 

diesel flowmeter with lowest weight for custody transfer applications for decantation of tanker trucks to under ground tanks by gravity. he is looking for machine with accuracy rate 0.5%. flow meter has gravity transfer, variable flow and has robust design and is portable.

low cost diesel flowmeters for inline applications .can be manufactured in all the sizes, temp, pressuresno compromises in quality .large scale productions makes the product a negotiable rated one.the flowmeter is 100% portable and can be used for most of the purposes .can be best option for tanker loading and unloading

within the working range of the meter the rotor spinsproportional to the actual velocity of gaseous materialflowing. a pick-up coil produces an electrical signal aseach blade crosses through its low magnetic or rffield. this signal is amplified and conditioned by atransmitter or fed directly into a ratetotalizer, and representsthe actual cubic feet per minute (acfm) flowingthrough the meter. the k-factor is stenciled on themeter body in pulses per actual cubic feet (pacf).because gases are compressible, most people desireto measure the equivalent amount of gas corrected forthe line pressure and temperature to standard cubicfeet per minute (scfm at 60f, 14.69 psia). if theflow temperature and pressure are relatively constant, then a simple correction can be calculated to shift thek-factor from pacf to pscf and a simple totalizer(measurement systems india make ) may be used. when flowtemperature and pressure are not constant, a flow computer. specificationslinearity 11.0%0.5%repeatability 10.25%maximum over-range125% of flow rate for intermittent periodsfrequency output0 to 1, 100 hzvoltage outputapproximately 100 mv@ 100 hz to 1.5 v (rms)@1, 000 hz.pressure drop0.5 psi at 100% of flow rangepressure rating we manufacture flowmeters for most pressures. installationvertical or horizontal (any direction).materials of constructionbody: 316 l stainless steel.flanges: 316 stainless steelrotor: 431 stainless steel.rotor shaftbearings:standard: tungsten carbide v-cupcartridge frame retainer: 302 stainless steelcartridge frame: 316 l stainless steel.temperature range:meter with bearing structure of:standard: tungsten carbide: -40f to 300f (-40c to 149c).for other temperatures consult factory.

We are an eminent Manufacturer, Supplier and Exporter of Mass Flow Controllers from Maharashtra. The Mass Flow Controllers we make available eliminate gross errors of volumetric low measurement. We maintain a large stock of the Mass Flow Controllers in our spacious warehouse, to cater the bulk and urgent requirements of the buyers. The entire range of the Mass Flow Controllers is reasonably priced by us. Details

• The MFM has been developed using the 4 yearâs mass flow measurement & control experience within MFML to produce a practical, low cost, rugged flowmeter suitable for demanding industrial applications.
• There are no moving or delicate parts within the flow passage so the MFM is therefore very rugged indeed.
• As a Rotameter replacement, they provide 5 times better performance with an electrical output linear with flow, which may be used for logging and control purposes.
• The unobstructed internal flow passages are easily cleaned with suitable solvents should the flowmeter become contaminated in use.
• With a temperature range from 15 to 50°C, the MFM performs well in elevated gas temperatures and ambient environments.

within the working range of the meter the rotor spinsproportional to the actual velocity of gaseous materialflowing. a pick-up sensor produces an electrical signal aseach blade crosses through its low magnetic or rffield. this signal is amplified and conditioned by atransmitter or fed directly into a ratetotalizer, and representsthe actual cubic feet per minute (acfm) flowingthrough the meter. the k-factor is stenciled on themeter body in pulses per actual cubic feet (pacf).because gases are compressible, most people desireto measure the equivalent amount of gas corrected forthe line pressure and temperature to standard cubicfeet per minute (scfm at 60f, 14.69 psia). if theflow temperature and pressure are relatively constant, then a simple correction can be calculated to shift thek-factor from pacf to pscf and a simple totalizer(measurement systems india make ) may be used. when flowtemperature and pressure are not constant, a flow computer. specificationslinearity 11.0%0.5%repeatability 10.25%maximum over-range125% of flow rate for intermittent periodsfrequency output0 to 1, 100 hzvoltage outputapproximately 100 mv@ 100 hz to 1.5 v (rms)@1, 000 hz.pressure drop0.5 psi at 100% of flow rangepressure rating we manufacture flowmeters for most pressures. installationvertical or horizontal (any direction).materials of constructionbody: 316 l stainless steel.flanges: 316 stainless steelrotor: 431 stainless steel.rotor shaftbearings:standard: tungsten carbide v-cupcartridge frame retainer: 302 stainless steelcartridge frame: 316 l stainless steel.temperature range:meter with bearing structure of:for other temperatures consult factory.

Mass Flow Controller

Performance Thori Mass Flow Controller Accuracy at calibration conditions after tare ±(2% F.S) Zero Shift and Span Shift ± 0.2% FS / °C Repeatability ± 0.5% Reading Long term drift 0.05% Full Scale / Year Operating Range / Turndown Ratio 0 : 25 

Maximum Controllable Flow Rate 102% Full Scale Typical Response Time 100 ms Warm-up Time 70 ms to full scale accuracy Valve Leak Specifications Internal (leak through) 10-5 atm – cc/sec He External (leak out) 10-9 atm – cc/sec He 

 

Operating Conditions Thori Mass Flow Controller Calibration Conditions 25°C, 14.696 psia Operating Temperature 0 to +50 ºCelsius Humidity Range (Non–Condensing) <90% Maximum Internal Pressure (Static) 100 PSIG 100 PSIG Proof Pressure 100 psig Vibration Nil. Mounting Attitude Sensitivity Yes. Valve Type Normally Closed Ingress Protection IP40 Wetted Materials Aluminium & Brass. 

 

Communications / Power Thori Mass Flow Controller Digital Input / Output Signal Via 4-20 mA Analog Input / Output Signal 0-5 Vdc Optional. Electrical Connection Options 9-pin male D-sub (DB9) Supply Voltage 10 to 30 Vdc or Works On Loop Power. Supply Current 200 mA 

 

Features Thori Mass Flow Controller 

 

 

 

Notes. 

Units calibrated with Air have built-in correction equations that allow you to use the gas select command to switch to Argon, Carbon Dioxide, Nitrogen, Oxygen, or Nitrous Oxide. 

Note: PFC-CC-1000 units that are set to Carbon Dioxide or Nitrous Oxide are limited to a maximum flow rate of 750 sccm instead of 1000 sccm due to the correction factor equations used for these gases. Note: PFCL020 units that are set to Carbon Dioxide or Nitrous Oxide are limited to a maximum flow rate of 15 slpm instead of 20 slpm due to the correction factor equations used for these gases. Note: Units calibrated with Hydrogen or Helium can function only with that gas. 

 

 

 

Model No Flow Range Min Flow Max Flow Accuracy PFC-CC-002 0 to 2 SCCM 0.1 SCCM 0 to 2 SCCM +/- 2 % PFC-CC-005 0 to 5 SCCM 0.1 SCCM 0 to 5 SCCM +/- 2 % PFC-CC-010 0 to 10 SCCM 0.1 SCCM 0 to 10 SCCM +/- 2 % PFC-CC-020 0 to 20 SCCM 0.1 SCCM 0 to 20 SCCM +/- 2 % PFC-CC-050 0 to 50 SCCM 0.1 SCCM 0 to 50 SCCM +/- 2 % PFC-CC-0100 0 to 100 SCCM 0.1 SCCM 0 to 100 SCCM +/- 2 % PFC-CC-0200 0 to 200 SCCM 0.1 SCCM 0 to 200 SCCM +/- 2 % PFC-CC-0250 0 to 250 SCCM 0.1 SCCM 0 to 250 SCCM +/- 2 % PFC-CC-0500 0 to 500 SCCM 0.1 SCCM 0 to 500 SCCM +/- 2 % PFC-CC-0750 0 to 750 SCCM 0.1 SCCM 0 to 750 SCCM +/- 2 % PFC-CC-1000 0 to 1000 SCCM 0.1 SCCM 0 to 1000 SCCM +/- 2 %      PFC-L-002 0 to 2 LPM 0.1 LPM 0 to 2 LPM +/- 2 % PFC-L-005 0 to 5  LPM 0.1 LPM 0 to 5 LPM +/- 2 % PFC-L-010 0 to 10  LPM 0.1 LPM 0 to 10 LPM +/- 2 % PFC-L-020 0 to 20  LPM 0.1 LPM 0 to 20 LPM +/- 2 % PFC-L-050 0 to 50  LPM 0.1 LPM 0 to 50 LPM +/- 2 % PFC-L-0100 0 to 100LPM 0.1 LPM 0 to 100 LPM +/- 2 % PFC-L-0200 0 to 200LPM 0.1 LPM 0 to 200 LPM +/- 2 % PFC-L-0250 0 to 250LPM 0.1 LPM 0 to 250 LPM +/- 2 % PFC-L-0500 0 to 500LPM 0.1 LPM 0 to 500 LPM +/- 2 % PFC-L-0750 0 to 750LPM 0.1 LPM 0 to 750 LPM +/- 2 % PFC-L-1000 0 to 1000LPM 0.1 LPM 0 to 1000LPM +/- 2 % 

 

diesel flowmeter with lowest weight for custody transfer applications for decantation of tanker trucks to under ground tanks by gravity. he is looking for machine with accuracy rate 0.5%. flow meter has gravity transfer, variable flow and has robust design and is portable.

low cost diesel flowmeters for inline applications .can be manufactured in all the sizes, temp, pressuresno compromises in quality .large scale productions makes the product a negotiable rated one.the flowmeter is 100% portable and can be used for most of the purposes .can be best option for tanker loading and unloading

within the working range of the meter the rotor spinsproportional to the actual velocity of gaseous materialflowing. a pick-up coil produces an electrical signal aseach blade crosses through its low magnetic or rffield. this signal is amplified and conditioned by atransmitter or fed directly into a ratetotalizer, and representsthe actual cubic feet per minute (acfm) flowingthrough the meter. the k-factor is stenciled on themeter body in pulses per actual cubic feet (pacf).because gases are compressible, most people desireto measure the equivalent amount of gas corrected forthe line pressure and temperature to standard cubicfeet per minute (scfm at 60f, 14.69 psia). if theflow temperature and pressure are relatively constant, then a simple correction can be calculated to shift thek-factor from pacf to pscf and a simple totalizer(measurement systems india make ) may be used. when flowtemperature and pressure are not constant, a flow computer. specificationslinearity 11.0%0.5%repeatability 10.25%maximum over-range125% of flow rate for intermittent periodsfrequency output0 to 1, 100 hzvoltage outputapproximately 100 mv@ 100 hz to 1.5 v (rms)@1, 000 hz.pressure drop0.5 psi at 100% of flow rangepressure rating we manufacture flowmeters for most pressures. installationvertical or horizontal (any direction).materials of constructionbody: 316 l stainless steel.flanges: 316 stainless steelrotor: 431 stainless steel.rotor shaftbearings:standard: tungsten carbide v-cupcartridge frame retainer: 302 stainless steelcartridge frame: 316 l stainless steel.temperature range:meter with bearing structure of:standard: tungsten carbide: -40f to 300f (-40c to 149c).for other temperatures consult factory.

We are an eminent Manufacturer, Supplier and Exporter of Mass Flow Controllers from Maharashtra. The Mass Flow Controllers we make available eliminate gross errors of volumetric low measurement. We maintain a large stock of the Mass Flow Controllers in our spacious warehouse, to cater the bulk and urgent requirements of the buyers. The entire range of the Mass Flow Controllers is reasonably priced by us. Details

• The MFM has been developed using the 4 yearâs mass flow measurement & control experience within MFML to produce a practical, low cost, rugged flowmeter suitable for demanding industrial applications.
• There are no moving or delicate parts within the flow passage so the MFM is therefore very rugged indeed.
• As a Rotameter replacement, they provide 5 times better performance with an electrical output linear with flow, which may be used for logging and control purposes.
• The unobstructed internal flow passages are easily cleaned with suitable solvents should the flowmeter become contaminated in use.
• With a temperature range from 15 to 50°C, the MFM performs well in elevated gas temperatures and ambient environments.

within the working range of the meter the rotor spinsproportional to the actual velocity of gaseous materialflowing. a pick-up sensor produces an electrical signal aseach blade crosses through its low magnetic or rffield. this signal is amplified and conditioned by atransmitter or fed directly into a ratetotalizer, and representsthe actual cubic feet per minute (acfm) flowingthrough the meter. the k-factor is stenciled on themeter body in pulses per actual cubic feet (pacf).because gases are compressible, most people desireto measure the equivalent amount of gas corrected forthe line pressure and temperature to standard cubicfeet per minute (scfm at 60f, 14.69 psia). if theflow temperature and pressure are relatively constant, then a simple correction can be calculated to shift thek-factor from pacf to pscf and a simple totalizer(measurement systems india make ) may be used. when flowtemperature and pressure are not constant, a flow computer. specificationslinearity 11.0%0.5%repeatability 10.25%maximum over-range125% of flow rate for intermittent periodsfrequency output0 to 1, 100 hzvoltage outputapproximately 100 mv@ 100 hz to 1.5 v (rms)@1, 000 hz.pressure drop0.5 psi at 100% of flow rangepressure rating we manufacture flowmeters for most pressures. installationvertical or horizontal (any direction).materials of constructionbody: 316 l stainless steel.flanges: 316 stainless steelrotor: 431 stainless steel.rotor shaftbearings:standard: tungsten carbide v-cupcartridge frame retainer: 302 stainless steelcartridge frame: 316 l stainless steel.temperature range:meter with bearing structure of:for other temperatures consult factory.