Capillair (Red stripe) 2ltr 85cm 3,2×0,8+Cap-S black
€ 0.32 excl. VAT
Order Unit: piece(s)The online spare parts store for horticulture
✔ Worldwide delivery with FedEx
✔ You can place your order without an account
✔ Receive a tracking code when your order is shipped
.
- Description
- Additional information
Description
The capillary dripper is one of the first type of drippers. The capacity of the capillary dripper is determined by: the working pressure, length, and inner diameter of the capillary. This results in a wide variety of capacities. The flow in the capillary is not turbulent. The capacities per dripper can differ considerably (higher CV value), especially when the drippers get a little older and therefore more polluted. The clogging sensitivity is higher than of its later successors such as: the Cobra, Woodpecker and Cameleon.
From 2016 Revaho will use a new way of coding the capillary dripper. By means of a letter coding the inner diameter is indicated. On the microtube a letter (A, B, C, D, E) is printed that corresponds with the following coding and capacity table. Capillary drippers delivered before 2015 are provided with a number (1,2,3,4). This indicates the capacity at 0.5 bar.
Characteristics
- Pressure sensitive basic dripper
- 5 encodings (A, B, C, D, E)
- Lowest uniformity in comparison to modern drippers
- Straight cut microtube instead of oblique (from 1-1-2015) for better connection to the screwdriver
Application
Various crops with relative short bed distances
Technical data
Material | PE (only available in black) |
Advice working pressure | 0,5 bar (0,25 – 1 bar) |
Filtration | 80 – 100 micron (main filtration) |
130 micron (crane set) | |
Capillair length | standard: 60, 85 and 100 cm |
on request: 40 – 100 cm (with different capacities) | |
Main hose colour | white/black and black |
Main hose diameter | 16/20/25/32 mm |
Punch distance | 5 – 300 cm |
Codings microtube
Type A = 3,2 x 0,6 (1 litre/hour by 85cm at 0,5 bar)
Type B = 3,2 x 0,7 (1,5 litre/hour by 85 cm at 0,5 bar)
Type C = 3,2 x 0,8 (2 litre/hour by 85 cm at 0,5 bar)
Type D = 3,2 x 0,9 (3litre/hour by 85 cm at 0,5 bar)