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Flow Automation

Control the product route according to its intended destination

Open and close gates, switch diverters and position distributors from a central station, with origin and destination clearly identified. Fewer manual operations, less exposure and fewer routing errors.

📷 Real photo: Maass Flow Automation at a facility

Typical situations

Do any of these sound familiar?

01

Manual routing operations

People walk to open and close gates every time the route changes.

02

Operations in hazardous spots

Switching a point means climbing structures or entering hard-to-reach areas.

03

Product going to the wrong place

In storage or seed plants, a routing error mixes lots or requires rework.

04

Choking after a power outage

The elevator stops loaded, the boot chokes and intake stays down until it is cleaned.

elevator pitIntake pitElevatorDryerSilo ASilo BSilo CDistributorGateGate closedElevator boot without choking

Maass Central · Routes

Power OK

Active route

Pit 01 → Elevator

Intake gateOpen

Illustrative simulation

Flow Automation

Control the grain route from the central station

01 / 05

Product arrives at the facility

The truck unloads into the intake pit and the bucket elevator lifts the grain to the top of the structure.

02 / 05

Choose the route on the central station

Origin and destination on screen. The system positions the distributor and gates, and the product goes to the chosen silo.

03 / 05

Destination changed? No climbing required

A new route on the central station repositions the routing points. Less walking, less exposure and fewer routing errors.

04 / 05

Power outage

The facility stops. In the corresponding applications, the gate closes automatically and the elevator boot does not choke.

05 / 05

Faster restart

With power back, intake resumes without having to clean the elevator boot.

How it works

What the system does for you

  1. 1

    Automated routing points

    Gates, diverters and distributors receive pneumatic, electric or other actuation, depending on the application.

  2. 2

    Routes on the central station

    The operator chooses origin and destination and the system positions the points and controls the integrated equipment.

  3. 3

    Interlocks

    Start and stop sequences follow the route to avoid out-of-order operations.

  4. 4

    Automatic closing on power loss

    In the corresponding applications, the gate closes automatically when power fails, preventing the elevator boot from choking.

Before

  • Walking to each gate to change the route
  • Operating points high up or hard to reach
  • Confirming the destination by radio or by sight
  • Cleaning the elevator boot after a power outage

With Maass

  • Routes controlled from the central station
  • Fewer entries and operations in hazardous areas
  • Origin and destination shown on screen
  • Gate closing by itself on power loss

Less manual intervention does not automatically mean a smaller team. The gain depends on each facility’s routine.

Features

What makes a difference in daily use

Features available according to the contracted configuration.

Actuation by application

Pneumatic, electric or other, defined by engineering.

Equipment integration

Elevators, conveyors and dryers can be controlled within the same route.

Faster restart

Without choking, intake resumes with less downtime.

Expandable

Start with one point or one route and expand later.

📷 Real photo: Flow Automation installation by the Maass team

Integration and installation

How the change happens at your facility

We map routes, current controls, manual interventions, destinations and responsibilities. Engineering defines interfaces and scope limits, followed by installation, route testing and training.

See all steps

FAQ

Questions about this solution

Do I need to automate the whole facility at once?

No. You can start with the point or route that requires the most manual work today and expand later.

Does automatic closing prevent power outages?

No. The outage still stops the facility. Closing the gate reduces the risk of choking extending that downtime.

Does it work in seed processing plants?

Yes, correct routing of seeds is one of the applications. We validate the process before defining the solution.

Does automation change the confined space classification?

Not by itself. It reduces the need to enter to perform the task, but the space classification follows the applicable standards.

Take control

Shall we talk about Flow Automation for your facility?

Tell us how your facility works today. A Maass specialist will understand the situation and suggest the next step: a demo, a site survey or a proposal.