Lake
Monitor Inline Flowmeters |
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Basic In-Line Liquid
Flow Rate Meters
For 1/8"- 2" Pipe Sizes
Style B
Ideal for accurately monitoring pump performance
and media flows through hydraulic circuits and sub-circuits
Engineering
Specification :
THE BASIC SERIES LIQUID FLOW RATE METER SHALL:
- Use the variable annular orifice technique with compression spring
recoil.
- Not require inlet or outlet straight plumbing, or require vertical
pipe mounting.
- Have a measuring accuracy of ±2.5% of full scale in the center
third of the measuring range, and ±4% in upper and lower thirds.
- Have a stainless steel sharp-edged orifice.
- Have weather-tight external construction.
- Be Lake Monitors No. B _ _ – _ _ _ – _
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High Temperature Flow Rate Meters
For 1/8"- 2" Pipe Sizes Style H & J
Enables flow monitoring of barrel heating fluids, thermal transfer fluids
such as Syltherm® coolant flows through heat exchangers, as well as flows
through hydraulic circuits and sub-circuits with elevated temps.
Engineering Specification :
THE HIGH TEMPERATURE IN-LINE
FLOW RATE METER SHALL:
- Use the variable annular orifice technique with compression
spring recoil.
- Not require inlet or outlet straight plumbing, or require
vertical pipe mounting.
- Have a measuring accuracy of ±2.5% of full scale
in the center third of the measuring range, and ±4% in upper and
lower thirds.
- Have a stainless steel sharp-edged orifice.
- Have a maximum temperature rating of: H-series
400°F (204°C)
or J-series 600°F (315°C).
- Have a working pressure rating of 3500 PSIG.
- Be Lake Monitors No. H _ _ – _ _ _ – _
_ for 400°F
(204°C) applications
or J _ _ – _ _ _ – _ _ for 600°F (315°C) applications.
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Phosphate Ester Flow Rate Meters
For 1/8"- 2" Pipe Sizes
Style P
Compatible with aviation lubricants such as Skydrol®,
as well as fire-retardant fluids such as Pydraul®, Fyrquel® and
Houghton 900® series.
Engineering Specification :
THE PHOSPHATE ESTER IN-LINE
FLOW RATE METER SHALL:
- Include a direct-reading scale corrected for phosphate ester media.
- Use the variable annular orifice technique with compression spring
recoil.
- Not require inlet or outlet straight plumbing, or require vertical
pipe mounting.
- Have a measuring accuracy of ±2.5% of full scale in the center
third of the measuring range, and ±4% in upper and lower thirds.
- Have a stainless steel sharp-edged orifice.
- Be Lake Monitors No. P _ _ – _ _ _ – _
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Pneumatic Flow
Rate Meters
For 1/8"- 2" Pipe Sizes
Style G
Ideal for monitoring air compressor outputs, pneumatic tool consumption
and industrial gas flows.
Engineering Specification
THE PNEUMATIC IN-LINE FLOW RATE METER SHALL:
- Use the variable annular orifice technique with compression spring
recoil.
- Not require inlet or outlet straight plumbing, or require vertical
pipe mounting.
- Have a measuring accuracy of ±2.5% of full scale in the center
third of the measuring range, and ±4% in upper and lower thirds.
- Have a stainless steel sharp-edged orifice.
- Have a weather-tight external construction.
- Be Lake Monitors No. G _ _ – _ _ _ – _
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Bi-Directional / Reverse Flow Meters
Lake’s patented technology offers true
bi-directional flow measurement for liquids and gasses. For convenient
installation and maintenance, there’s
no straight pipe mounting or power supply required. And they’re available
in aluminum, brass and stainless steel for compatibility with most media.
Lake’s
Bi-Directional meters accurately measures flows:
- In systems with pressure of up to 6000 PSIG
- Up to 15 GPM in 1/4" - 1/2" diameter
pipes
- Up to 30 GPM in 3/4" - 1" diameter
pipes
- Up to 100 GPM in 1-1/4" - 2" diameter
pipes
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