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Big Bounty rain barrel 1100l

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1,090.52 PLN tax incl

886.60 PLN tax excl

The lowest price of this product in the last 30 days before the discount was 1,014.18 PLN gross

Catalog number: BBGP1100

Capacity:

Option:

Delivery from 319.80 PLN

Delivery

Name	Time of delivery	Price
Kurier ( przelew na konto)	Czas dostawy od 2-4 dni	Free!
Kurier (płatność za pobraniem)	Czas dostawy 1-4 dni roboczych	Free!
Indywidualna wycena dostawy - Spedycja	Please confirm your order - delivery costs will be emailed to you as a separate proforma invoice. Shipping quote for large-volume products. Please be patient for a while.	individual valuation

On order 14 days

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Decorative rainwater tank with a capacity of 1100 liters
Equipped with a 3/4 "tap
Imitation-reproduction of old wooden barrels

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Product compliance details: Manufacturer responsible for the product

Responsibility for the Product

Manufacturer Gama Plastic Andrzej Gruszczyński Przemysłowa 81 26-052 Nowiny Poland gama.plastic@op.pl

Gama Plastic specialises in the production and supply of wastewater treatment systems (domestic wastewater treatment plants: drainage, biological-mechanical type SBR and MBBR), water meter wells, septic tanks, grease separators, pumping stations, absorption wells and other accessories related to water and wastewater management. The products are manufactured from HDPE polyethylene using the rotomoulding method, which guarantees their monolithicity, tightness and high durability.

The company declares that its ecological wastewater treatment plants and other products comply with international standards in the field of water and wastewater management and have the necessary certifications.For example, the 'Aqua-Champ' wastewater treatment plant is designed in accordance with DIN 4261 and is certified in accordance with the European Standard EN 12566-3, which specifies the requirements and test methods for fully or site-assembled domestic wastewater treatment plants.

Gama Plastic provides technical documentation and instructions for assembly and use of its products. The manufacturer declares reliability and attention to quality - it uses modern raw materials and technologies to make its products durable, safe for the user and the environment. The company provides guarantees for its products and offers technical support in the selection of systems and installations.

Rainwater storage tank BIG BOUNTY 1100l

Rainwater tank for the garden

Decorative rainwater tank imitating a wooden barrel with a capacity of 1100 l.

The tank is made of high density PEHD polyethylene by rotomulding at high temperature with UV protection. The tank is an imitation - a reproduction of old wooden barrels, which perfectly complements the arrangement of gardens and the surroundings of other farm buildings. The tank is equipped with a threaded tap hole and a 3/4" faucet. The tap hole is located at a height of approximately 38 cm from the bottom counting.

NOTE:

The tank is supplied optionally with a lid, the hole for the lid to be made in-house. The diameter of the lid is approx. 47 cm.
The barrel has no drain hole

Dimensions

Height: 140 cm
Diameter (at widest point): 120 cm
Diameter at the base and at the lid (at the narrowest point): 90 cm

Big Bounty Barrel Guarantee

DIAGRAM OF A COMPLETE RAINWATER STORAGE TANK SET

To complete a complete garden rainwater harvesting tank set you need to :

1. select a DECORATIVE TANK, which matches the colour scheme of your surroundings and has a capacity suitable for you.

2. measure the diameter of the downpipe and select a suitable RAINWATER COLLECTOR .

3. match the diameter of theconnecting hose between the collector and the tank (most collectors have an outlet of 32 mm)

4. match the TANK with the colour of the rainwater tank.

If you wish, you can equip the set with a DRAIN HOSE to empty the tank during winter.

INSTALLATION DIAGRAM OF THE COLLECTOR

This short guide will help you choose the right capacity for your underground rainwater storage tank - without difficult formulas. We will show you how to estimate your needs, count the amount of water from your roof, select the capacity and plan a simple garden installation.

Step 1: Determine what you will use the rainwater for.

List the uses: watering the garden, flushing toilets, laundry, washing the car, housework. This will allow you to estimate the real need for water in a typical week.

Garden watering - take a guideline of 20-25 l/m² per month per season.
Toilet flushing - approximately 35-50 l/person/day.
Laundry - approx. 15-20 l/person/day.

It is advisable to select a tank for 2-3 weeks of typical use - in practice there is no point in storing 'for the whole year'.

Step 2: How much water you collect from the roof (no complicated formulas)

In simple terms, assume: annual rainfall × roof area × runoff coefficient. For most roofs, you can assume a coefficient of around 0.9 (depending on the roofing and the layout of the gutters).

Brief example: calculation of possible rainwater yield

Roof 120 m², annual rainfall ~600mm (approx. 600 l/m²). Estimate: 120 × 600 × 0.8 ≈ 57,600 l/year. This figure helps to select the capacity for a period without rain. And a period without rain can last for 3 weeks. Therefore, you must divide the result by 21 days. That is: (57600 l /365 days)*21 days = 3314 l, the result according to the estimation should be taken as a minimum. Therefore then we choose 4000l , 5000l, 6000l tanks - because of how we will use the rainwater.

Step 3: Selecting the tank capacity

It is most practical to select a tank that will store a supply of water for 2-3 weeks of your needs.

Schemat obliczania pojemności zbiornika na deszczówkę – opad roczny × powierzchnia dachu × współczynnik spływu
How to calculate capacity: annual rainfall × roof area × runoff coefficient ≈ annual amount of rainwater to be collected.

2000-3000 l - small garden, 1-2 people.
4000-6000 l - family of 3-4 people + garden 200-300 m².
8000-10 000 l - larger garden, intensive watering. 300 m² - more , and with automatic watering.

But you will do this more precisely using the selection calculator below:

If you prefer, open the calculator in a new tab: Tank selection calculator. If you have any problems, please contact our customer service.

Step 4: Tank selection - material

In detached houses, underground rainwater tanks are the best choice - they do not take up space in the garden, provide stable temperatures, no water freezing and allow larger capacities without affecting aesthetics.

The best material is PE, HDPE, MDPE plastic - it is lightweight, corrosion resistant, easier to install and above all airtight for many years .
It is worth paying attention to water and ground conditions. If the ground water level is high or the soil is clayey, flat tanks such as the F line, Bolt, Eco line Slim, etc., are the best choice.
On the other hand, if the conditions are normal, any solution can be used. If you have any problems, please contact our customer service.

Step 5: Simple installation in the garden

The simplest arrangement: gully filter in front of the tank or basket filter, underground tank, floating intake, automatic pump and point of use (tap). This makes watering convenient and economical.

Podlewanie ogrodu deszczówką ze zbiornika podziemnego – przykład zastosowania w domu jednorodzinnym

Summary:

Estimate the weekly consumption (garden + house).
Calculate the roof potential (rainfall × area × ~0.9) and divide by 365 days and multiply by 21 days ( 2-3 weeks of drought).
Select an underground storage tank taking into account the yield (calculated from the roof area) and contrast it with the consumption e.g.: water in the garden. Select capacity
Add a filter, pump and collection point, or choose an off-the-shelf solution: Rainwater systems for the garden

FAQ: How to choose a rainwater storage tank

What capacity to start with?

For example: family of 3-4 people + garden of 80-150 m² → 4000-6000 l usually works well. Larger garden / intensive watering → 8000-10 000 l. Verify with the calculator above.

Is it possible to supply toilets with rainwater?

Yes - using a suitable system (rainwater control unit/automatic switchover) and filtration.

What about excess water?

Plan an overflow to an infiltration or rainwater drain in accordance with local regulations.