Why are there leaks near the fixing nut under the pump body of my dosatron Industrial Equipment?
Leaks near the fixing nut under the pump body of your DOSATRON Industrial Equipment are likely due to a damaged, incorrectly positioned, or missing dosing body seal. Correctly position or replace the seal.
Why are there leaks between the body and top cover of my dosatron Industrial Equipment?
Leaks between the body and top cover of your DOSATRON Industrial Equipment are due to a top cover seal that is damaged, incorrectly fitted, or missing. Position it correctly, clean the seal face, or replace it.
Why are there leaks between the adjustment sleeve and the dosing locking nut on my dosatron Industrial Equipment?
Leaks between the adjustment sleeve and the dosing locking nut are caused by a dosing pump body seal that is damaged, incorrectly positioned, or missing. Correctly position or replace the seal.
Why is there an external leak on the side nut of the injection module in my dosatron Industrial Equipment?
An external leak on the side nut of the injection module is caused by a loose nut or damaged diaphragm. Clean the diaphragm, replace it if necessary, and retighten the nut.
Why is there a leak between the injection module and the dosing body on my dosatron Industrial Equipment (IE model)?
A leak between the injection module and the dosing body on your IE model DOSATRON Industrial Equipment is caused by an injection module seal that is damaged, incorrectly fitted, or missing. Position it correctly, clean seal seating, or replace it.
What causes leaks at the injection T-piece of my dosatron Industrial Equipment?
Leaks at the injection T-piece are caused by damaged, incorrectly fitted, or missing internal seals. Replace the seals.
Details the three main marking zones for identifying the dosing pump.
General safety instructions and warnings for installation and operation.
Instructions for mounting and connecting the DOSATRON to the water supply.
Procedure to orient and adjust the dosing scale for correct measurement.
Guide to attaching the suction hose to the concentrate container.
Recommendations for optimal installation, including bypass assembly.
Steps for connecting the optional external injection kit.
Explanation of the system that prevents siphoning.
Step-by-step guide for initial operation and setup of the DOSATRON.
Guidelines for operating the DOSATRON under various conditions and fluid types.
Procedure for setting the correct dosing rate without system pressure.
Explanation of the basic principle of concentrate to water ratio in dosing.
Details on how to use the optional by-pass function for operation control.
Instructions for installing the DOSATRON using optional feet for stability.
General advice for maintaining the DOSATRON for optimal performance and longevity.
Procedure for draining the DOSATRON for maintenance or frost protection.
Step-by-step guide to detach and reattach the suction hose.
Instructions for disassembling and reassembling the injection assembly.
Procedure for replacing worn or damaged injection seals.
Guide to replacing the dosing piston and its seal.
Procedures for replacing suction valve, O-rings, and dosing piston seal on D9WL2/D9WL5.
Instructions for removing and installing the dosing piston.
Procedure for replacing seals in the external injection assembly.
Guide to cleaning and reassembling the suction valve.
Steps to replace the motor piston without system pressure.
Troubleshooting steps for issues related to the motor piston not starting or stopping.
Troubleshooting steps for problems with the dosing function.
Causes and solutions for incorrect or insufficient dosing.
Troubleshooting steps for preventing backflow into the concentrate tank.
Identifying and resolving leaks at various points of the DOSATRON unit.
Technical graphs illustrating pressure losses and viscosity for different models.
Graph showing pressure drop curves for the D9 3000 model.
Graph detailing pressure drop curves for the D9 3000 IE model.
Graph illustrating pressure loss for D9 models at 2% dosing.
Graph showing pressure drop curves for D9 models at 5% dosing.
Graph illustrating viscosity limits for the D9 3000 model.
Graph showing viscosity limits for D9 models at 2% dosing.
Graph illustrating viscosity limits for D9 models at 5% dosing.
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General