Multi-tank controller videos

The components in this example. Each tank uses level sensing and a filling arrangement.

One example of a multi-tank layout. Tank and pump quantities depend on the site design.

From tank-level demand to pump control. The pump starts for tank demand and stops when the required tanks are full.

Example control cabinets. Confirm the required operating modes for the site configuration.

A cabinet level-indication example. Indications and controls depend on the configured system.

Actual site installation views. Examples of tanks, sensors, valves, pumps and control hardware.

The wired system is designed for sites where one or more supply pumps serve several storage tanks with individual level sensing. It coordinates tank demand with the pump and each filling arrangement. Describe the complete tank and pipe plan when you want those filling decisions handled together rather than by a single fixed pump time.

One pump for several tanks

Yes. In the described custom sequence, both low-tank valves can open so both tanks fill together when source and motor checks permit. Include simultaneous tank demand in the site plan so the configured system and commissioning tests cover that operating case.

In the described sequence, the full tank closes its own valve while the other tank continues filling. This lets the control respond to each tank’s individual demand. Map each sensor and valve to its tank and test that response during commissioning.

The described sequence stops the pump when the last tank being filled reaches full. Until then, remaining tank demand can keep filling active while each completed tank closes its own valve. Confirm this sequence for the actual tank and pump plan when the system is configured.

The described system checks source water and includes dry-run protection during pumping. After a shortage, it waits for the configured delay before retrying, with water and motor checks applying. Set that delay for the source conditions and include the low-source stop and retry in the commissioning test.

For a standard single- or double-float job, compare the normal water-level-controller models. For several tanks with individually controlled filling arrangements, review the full sensor, valve and pump plan as a custom system. This helps select the control structure that actually matches the site.

Provide the tank quantity, motor type and HP, available supply, pipe layout, valve quantity and sensor-cable distances. Add the low/full marks, intended source checks, retry delay and any manual-operation requirements. Use those details in the configuration discussion so the proposed system addresses the whole installation.

This product uses a wired control arrangement, so sensor-cable distances and routes are part of the site design. Plan them alongside the pumps, tanks and valves before configuration. Give those details to the supplier so the control arrangement can be reviewed for the actual layout.

Discuss which tank, sensor, cable and valve conditions the configured system should detect and display. An open command and confirmation of actual valve movement or water flow are different signals. Agree the required feedback in the site design so operation and fault checks have a clear reference.

Test each tank separately, then test two tanks filling together. Check individual full-tank valve closure, continued filling of the remaining tank and the final pump stop. Include the low-source stop, timed retry, power-cut behaviour and manual-mode requirement in the site handover.