WATER SUPPLY FOR A BOTANICAL GARDEN

Ensuring the water supply with frequency-controlled pumps

WATER SUPPLY FOR A BOTANICAL GARDEN

Ensuring the water supply with frequency-controlled pumps

PICTURE GALLERY

PROJECT DESCRIPTION

The groundwater is pumped into a reservoir, from which three pumps maintain the water pressure in a ring main. This runs through the botanical garden and has various pick-up points. The fill level of this reservoir is monitored using ultrasonic sensors. If the water level falls below a certain limit, drinking water is fed into the reservoir to ensure an uninterrupted water supply.

The four pumps are each controlled by a powerful frequency converter. These are located in a robust external control cabinet, which also houses the PLC that controls the system. Next to it is another external control cabinet in which the drinking water is transferred.

Both the flow rate of the groundwater and the drinking water and the water pressure of the ring main, which serves as the target value, are measured by appropriate sensors.
There is a control cabinet in the botanical garden’s operations building that can be used to control the system. Communication to the outdoor control cabinets is realized via a radio link.

PROJECT DESCRIPTION

The groundwater is pumped into a reservoir, from which three pumps maintain the water pressure in a ring main. This runs through the botanical garden and has various pick-up points. The fill level of this reservoir is monitored using ultrasonic sensors. If the water level falls below a certain limit, drinking water is fed into the reservoir to ensure an uninterrupted water supply.

The four pumps are each controlled by a powerful frequency converter. These are located in a robust external control cabinet, which also houses the PLC that controls the system. Next to it is another external control cabinet in which the drinking water is transferred.

Both the flow rate of the groundwater and the drinking water and the water pressure of the ring main, which serves as the target value, are measured by appropriate sensors.
There is a control cabinet in the botanical garden’s operations building that can be used to control the system. Communication to the outdoor control cabinets is realized via a radio link.

PICTURE GALLERY

DISCIPLINE & ADVANTAGES

Irrigation: The water supply of a botanical garden should be ensured with groundwater.

Autonomous securing of the water supply for the botanical garden

Energy-efficient use of pumps through frequency control

DATA & FACTS

Autonomous securing of the water supply for the botanical garden

Energy-efficient use of pumps through frequency control

PERFORMANCE

Project planning Control cabinet construction Programming Installation & service

Project planning and design of the control cabinets

Switch cabinets built and installation on site

Establishing equipotential bonding

Making the cable connections to the well shaft and reservoir

Antennas for radio relay link installed between outdoor switchgear cabinets and company building

Programming the PLC

Standard-compliant testing and documentation

Commissioning on site

PERFORMANCE

Project planning Control cabinet construction Programming Installation & service

Project planning and design of the control cabinets

Switch cabinets built and installation on site

Establishing equipotential bonding

Making the cable connections to the well shaft and reservoir

Antennas for radio relay link installed between outdoor switchgear cabinets and company building

Programming the PLC

Standard-compliant testing and documentation

Commissioning on site

DISCIPLINE & ADVANTAGES

Irrigation: The water supply of a botanical garden should be ensured with groundwater.

Autonomous securing of the water supply for the botanical garden

Energy-efficient use of pumps through frequency control

DATA & FACTS

Autonomous securing of the water supply for the botanical garden

Energy-efficient use of pumps through frequency control