T-Tape 510 16mm 20cm spacing 1829 Metre Roll 500LPH Per 100 Metre

Rivulus T-Tape 510 with a 20cm drip spacing outlet run rate 500 litres per hour per 100 metres 

• Made in Italy 
• Length 1829 Metres 
• Drip spacing 20cm 
• Diameter 16mm
• Output 500 litres per hour per 100 metres 
• 1 Litres per hour drip rate per emitter at 0.55bar
• Minimum operating pressure 0.4 bar 
• Maximum run length 115 metres 
• Filter requirements 0.13mm
• Wall thickness 0.25 mm 

Rivulis T-Tape can perform at low pressure and therefore flow rates are calculated at 0.55 bar. In some cases, you may increase pressure, which will in turn provide a higher flow rate from each emitter. For example, if you run Rivulis T-Tape with 0.50 l/h emitter at 0.80 bar, each emitter will emit 0.62 l/h. The table below provides a reference of the output per emitter of T-Tape at 0.55, 0.80 and 1.00 bar.

Performance: Reinforced Design Due to Rivulis T-Tape's unique design, the tape is folded and welded over itself, in turn creating a strong seam along the entire length of the tape. Double thickness along the seam helps make Rivulis T-Tape stronger and therefore easier to retrieve in the field. In addition, the seam provides an extra layer of protection to the emitter. Rivulis T-Tape is designed to snap instead of stretch, with the seam design helping protect the built-in emitter from damage, both during installation and retrieval

Performance: Clogging Resistance Most water will still contain foreign and organic particles even after it has been filtered. Therefore the design of the emitter is critical to help prevent clogging by stopping contaminants from entering the emitter. A unique feature of Rivulis T-Tape is the high number of inlet filters each emitter contains. Every Rivulis T-Tape emitter contains 13 to 211 inlet filters (depending on configuration). Rivulis T-Tape requires just 5 inlet filters open to function correctly. Not only does this provide outstanding protection in every emitter, it also helps Rivulis T-Tape perform in conditions where other drip lines may fail.