Model GFC thermal Mass Flow Controllers
are designed to indicate and control set
flow rates of gases.
The GFC combines the characteristics and
accuracy of conventional mass flow
devices into a unique compact design at
low costs previously unattainable.
Each of these controllers incorporates an
advanced straight tube sensor in conjunc-
tion with flow passage elements
constructed of aluminum and brass for
non-corrosive gases or 316 stainless steel
for corrosive applications. Zero and span
adjustments are accessible from the
outside of transmitters.
Model GFC thermal Mass Flow Controllers
are designed to indicate and control set
flow rates of gases.
The GFC combines the characteristics and
accuracy of conventional mass flow
devices into a unique compact design at
low costs previously unattainable.
Each of these controllers incorporates an
advanced straight tube sensor in conjunc-
tion with flow passage elements
constructed of aluminum and brass for
non-corrosive gases or 316 stainless steel
for corrosive applications. Zero and span
adjustments are accessible from the
outside of transmitters.
Model GFC thermal Mass Flow Controllers
are designed to indicate and control set
flow rates of gases.
The GFC combines the characteristics and
accuracy of conventional mass flow
devices into a unique compact design at
low costs previously unattainable.
Each of these controllers incorporates an
advanced straight tube sensor in conjunc-
tion with flow passage elements
constructed of aluminum and brass for
non-corrosive gases or 316 stainless steel
for corrosive applications. Zero and span
adjustments are accessible from the
outside of transmitters.
Model GFC thermal Mass Flow Controllers
are designed to indicate and control set
flow rates of gases.
The GFC combines the characteristics and
accuracy of conventional mass flow
devices into a unique compact design at
low costs previously unattainable.
Each of these controllers incorporates an
advanced straight tube sensor in conjunc-
tion with flow passage elements
constructed of aluminum and brass for
non-corrosive gases or 316 stainless steel
for corrosive applications. Zero and span
adjustments are accessible from the
outside of transmitters.
Model GFC thermal Mass Flow Controllers
are designed to indicate and control set
flow rates of gases.
The GFC combines the characteristics and
accuracy of conventional mass flow
devices into a unique compact design at
low costs previously unattainable.
Each of these controllers incorporates an
advanced straight tube sensor in conjunc-
tion with flow passage elements
constructed of aluminum and brass for
non-corrosive gases or 316 stainless steel
for corrosive applications. Zero and span
adjustments are accessible from the
outside of transmitters.
Aalborg Instruments | Aalborg Instruments | Aalborg Instruments | Aalborg Instruments | Aalborg Instruments | |
---|---|---|---|---|---|
Product Category | Flow Meters | Flow Meters | Flow Meters | Flow Meters | Flow Meters |
Product Number | GFC37A-VADL2-A0 | GFC37A-VADL2-A0 | GFC37A-VADL2-A0 | GFC37A-VADL2-A0 | GFC37A-VADL2-A0 |
Product Name | Low Cost Mass Controller | Low Cost Mass Controller | Low Cost Mass Controller | Low Cost Mass Controller | Low Cost Mass Controller |
Meter Technology | Thermal | Thermal | Thermal | Thermal | Thermal |
Meter Type | Mass Flow Meter; Volumetric Flow Meter | Mass Flow Meter; Volumetric Flow Meter | Mass Flow Meter; Volumetric Flow Meter | Mass Flow Meter; Volumetric Flow Meter | Mass Flow Meter; Volumetric Flow Meter |
Features | Controller; Recorder / Totalizer Functions (optional feature) | Controller; Recorder / Totalizer Functions (optional feature) | Controller; Recorder / Totalizer Functions (optional feature) | Controller; Recorder / Totalizer Functions (optional feature) | Controller; Recorder / Totalizer Functions (optional feature) |
Approvals | CE, ISO 9001, UKAS Quality | CE, ISO 9001, UKAS Quality | CE, ISO 9001, UKAS Quality | CE, ISO 9001, UKAS Quality | CE, ISO 9001, UKAS Quality |
Operating Temperature | 41 to 122 F (5 to 50 C) | 41 to 122 F (5 to 50 C) | 41 to 122 F (5 to 50 C) | 41 to 122 F (5 to 50 C) | 41 to 122 F (5 to 50 C) |