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Dosatron
Liquid
Metering (DO7RE125 - 3GPM) $349.95

The Dosatron is water powered dosing technology used for energy efficient,
consistent and accurate metering of liquid compounds with output
directly to the deburring machine. Dosatron injectors work using
volumetric proportioning, ensuring that the chemical mixture remains the
same regardless of variations in pressure and flow.
When water enters the injector, it triggers the hydraulic motor, which
begins moving up and down inside the body of the injector. On the up
stroke, the Dosatron draws fluid up from the concentrate tank in an
action similar to a hypodermic syringe. On the down stroke, the
concentrate is displaced into the mixing chamber, where it is mixed with
the water flowing through the unit. Then the water-and-chemical mixture
is discharged into the water lines.
Dosatron chemical injectors are perfect for dispensing fluids used
in:
- Cutting and stamping
- Forming
- Vibratory finishing
- Die casting
- Parts wash
- Coolant systems
- Drawing
- Grinding
- Waste water treatment
- Floor scrubber fill stations
Dosatron offers two types of hydraulic motors. Choose one of the videos
below to see exactly how the Dosatron works!
- Operates with a flow as low as 2 oz. per minute
- Very easy to maintain
- Ideal for: Burnishing compounds, Cleaners and Other concentrated
chemicals
- Easy to install
- Precise injection
- Manual adjustment
- By-pass and air bleed
Specifications
- Pipe Size: 3/4" NPT
- Weight: 2 lbs
- Dimensions: 10" x 4.5"
- GPM: 0.02 to 3 GPM
(0.08 to 12 LPM)
- Pressure: 4.3 to 85 PSI
- Ratio: 1:667 to 1:80
- Percentage: 0.15
to 1.25%
- Available Options: PVDF (white housing), PAA seals
- Maximum Temperature: 104° F
- Included
Accessories: Mounting bracket, 6 ft. suction hose with strainer and weight, operating
manual.
- Recommended Accessories: 200 mesh filter, check
valve, pressure regulator, flow restrictor.
Operating Principle
- Non-electric, water powered
- Units operate on positive displacement principle
- Centrate is directly proportional to the volume of water
- Homogenous mixing occurs inside the unit
- Force of water pushes the blended solution downstream
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