Cistern / rainwater underground tank FLAT 5000 liters, Polyethylene
SKU
RWTBOLT5000
€0.00
€0.00
| Dimension | 240 x 240 x 140 cm |
|---|---|
| Color | Blue |
| Material | Polyethylene |
| Shipping time | 7-14 days |
| Production time of 100 pcs | 20 days |
Product description
The basic function of the FLAT underground tank is to store rainwater. Its collection has become particularly important given the weather anomalies observed in recent years, with long periods of drought and sudden and intense rainfall. Using the tank during storms reduces the risk of local flooding, and the stored water can be used during droughts, for example, to irrigate crops. A measurable benefit will be a reduction in water withdrawal from the water supply network and thus a significant reduction in water bills. It is important to note that the use of tanks for the storage and subsequent use of rainwater is one of the important activities that lead to the improvement of the water and wastewater management system and environmental protection.
Dimensions:
Capacity: 5000 l
Total height: 1400 mm
Height to inlet: 1215 mm
Height to outlet: 965 mm
Width: 2400 mm
Length: 2400 mm
Inlet diameter: 110 mm
Outlet diameter: 110 mm
Capacity: 5000 l
Total height: 1400 mm
Height to inlet: 1215 mm
Height to outlet: 965 mm
Width: 2400 mm
Length: 2400 mm
Inlet diameter: 110 mm
Outlet diameter: 110 mm
✅ When installing a polyethylene tank, remember the following:
Dig a trench 1 m long and 1 m wide larger than the tank dimensions.
Pre-planned larger distances between the excavation walls and the settling tank will make installation much easier.
Level and level the bottom of the excavation.
Prepare sand to refill the tank.
Pour a 30 cm thick layer of sand and cement onto the bottom of the excavation.
Place the settling tank in the excavation pit and level it along its longitudinal axis.
Cover the settling tank with a 30 cm thick layer of sand and cement to stabilize the tank.
The space between the walls of the excavation and the tank must be filled with a mixture of sand and cement in a ratio of 100 kg of cement to 1 m3 of sand.
The amount of cement increases proportionally to the risk of groundwater flooding the reservoir.
Fill the tank with water while backfilling the excavation (so that the water level in the tank is 10 cm above the backfill level each time).
Cover the settling tank with 30 cm thick layers and compact the layers with water.
Set Contents:
- 5000L Flat Tank
- Internal Filter/Basket Filter
- Multi Diver 1000 Evo Pump
- Water Inlet Box with Valve
- 1" - 5 mb Garden Hose
- Green Covers
- Set of Connectors, Seals, and Bands
Dig a trench 1 m long and 1 m wide larger than the tank dimensions.
Pre-planned larger distances between the excavation walls and the settling tank will make installation much easier.
Level and level the bottom of the excavation.
Prepare sand to refill the tank.
Pour a 30 cm thick layer of sand and cement onto the bottom of the excavation.
Place the settling tank in the excavation pit and level it along its longitudinal axis.
Cover the settling tank with a 30 cm thick layer of sand and cement to stabilize the tank.
The space between the walls of the excavation and the tank must be filled with a mixture of sand and cement in a ratio of 100 kg of cement to 1 m3 of sand.
The amount of cement increases proportionally to the risk of groundwater flooding the reservoir.
Fill the tank with water while backfilling the excavation (so that the water level in the tank is 10 cm above the backfill level each time).
Cover the settling tank with 30 cm thick layers and compact the layers with water.
Set Contents:
- 5000L Flat Tank
- Internal Filter/Basket Filter
- Multi Diver 1000 Evo Pump
- Water Inlet Box with Valve
- 1" - 5 mb Garden Hose
- Green Covers
- Set of Connectors, Seals, and Bands