Benefits of using a grow chamber 1. Self-contained 2. Energy efficient 3. Ventilation 4. Reflective interior maximizing light intensity and illumination 5. * Co2 6. Grow continuously (replace harvested plants with clones) 7. Eliminate odors 8. Humidity control

Additional notes: Overall grow chambers are an effective and efficient way to grow plants in a small self-contained area of your home. However, it's not recommended for people growing tall plants. Because grow area is constricted to a specific height, plants that exceed height of system will possibly burn on lamp, bend and block other plants from receiving light.

* Optional accessory add-ons

This unit projects water out from wall in a clear and even arc, re-entering water approximately 200mm away from wall providing a dramatic, lively effect. This involves senses and proves difficult for even most staid personality to resist urge to reach out and play with curtain of water produced by this unit. Further enrichment is accomplished with use of lighting at night. A simple submersible spotlight positioned under curtain of water is all that is required.

Installation

This unit should not be installed any higher than 1.2m above surface of water in catchment reservoir. The water will begin to break up if installed any higher. A high-flow projecting waterfall is available which may be installed up to 2.0m high (please enquire).

Flow Requirement

This unit requires approximately 7200 litres per hour per metre width. This should produce a film of water approximately 5mm thick. Some adjustment in flow is achievable with use of an inline value. See examples 1 & 2 for further explanation.

Catchment Reservoir

Rectangular Statue ponds are recommended for use with a Projecting Water Wall as catchment reservoir needs to protrude at least 500mm from wall to avoid losing too much water from splash.

Pump

The pump required is governed by flow requirement and head height (ie. ie. height at which waterfall is installed above surface of water in catchment reservoir).

Example 1:- Installing a 1.0m Projecting Water Wall at a head height of 1.0m

This unit has a flow requirement of 7200 litres per hour (7200 (litres) x 1 (metre)) therefore requires a pump that will supply 7200 lph at 1.0m high. Check pump performance charts to find a pump that will supply this flow at required height. In this example a Seerose UP150 will push 7740 lph at 1.0m high and is therefore suitable. Example 2:- Installing a 0.8m Projecting Water Wall at a head height of 0.5m

This unit has a flow requirement of 5760 litres per hour (7200 (litres) x 0.8 (metres)) therefore requires a pump that will supply 5760 litres at 0.5m high. Check pump performance charts to find a pump that will supply this flow at required height. In this example a Seerose UP120 Fountain Pump will push 6840 lph at 0.5m high and is therefore suitable. TIP It is always better to ‘oversize’ pump rather than to purchase a pump that will only just suit. Allowances need to be made for loss of flow through tubing and fittings. It is far more practical to buy a pump larger than required and restrict output buy a valve, as it is impossible to get more performance than maximum specified on any particular pump.