Minimum Order Quantity | 1 Piece |
Length | Max. 4000 mm |
Application | Industrial Use |
Brand | Flowtech |
Fluid Type | Petrochemicals |
Gasket | PTFE |
Glass Material | Borosilicate |
Material | Stainless Steel |
Measuring Range | 250 - 4000 mm |
Model Name / Number | FMIPL - RLG - 108 |
Mounting Orientation | Top |
Operating Temperature | upto 150 Deg C |
Pressure Type | Medium Pressure |
Process Connection | Flanged |
Scale Marking | Millimeter (mm) |
Scale Material | Stainless Steel |
Type | Transparent Level Gauge |
TRANSPARENT LEVEL GAUGE:
DESCRIPTION
Flowtech make Transparent Level Gauges employ two transparent glasses fitted with a liquid chamber on either side. The liquid level is indicated as a result of difference in the transparent properties of the two media. For water / steam applications, an illuminator is mounted on the rear side of the gauge with its light rays deflected upward into the water column. This enables the observer to see illuminated surface of the water as the light rays impinged on the surface of separation between water and steam are reflected back to the eye of the observer.
SKU-0MOBIDFT4T1RMinimum Order Quantity | 1 Piece |
Length | Max. 4000 mm |
Application | Industrial Use |
Brand | Flowtech |
Fluid Type | Petrochemicals |
Gasket | PTFE |
Glass Material | Borosilicate |
Material | Stainless Steel |
Measuring Range | 250 - 4000 mm |
Model Name / Number | FMIPL - RLG - 108 |
Mounting Orientation | Top |
Operating Temperature | upto 150 Deg C |
Pressure Type | Medium Pressure |
Process Connection | Flanged |
Scale Marking | Millimeter (mm) |
Scale Material | Stainless Steel |
Type | Transparent Level Gauge |
TRANSPARENT LEVEL GAUGE:
DESCRIPTION
Flowtech make Transparent Level Gauges employ two transparent glasses fitted with a liquid chamber on either side. The liquid level is indicated as a result of difference in the transparent properties of the two media. For water / steam applications, an illuminator is mounted on the rear side of the gauge with its light rays deflected upward into the water column. This enables the observer to see illuminated surface of the water as the light rays impinged on the surface of separation between water and steam are reflected back to the eye of the observer.