What is the stated flow rate?
The stated nominal flow is 3.8L/h.
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Supertif Non-Drain Dripper - 3.8L/h Straight Conic Outlet
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42
£0.42
Unit price perEstimated delivery between November 01 and November 03.
The Supertif Non-Drain Dripper - 3.8L/h Straight Conic Outlet is a professional irrigation dripper with a stated nominal flow of 3.8L/h and a straight conic outlet configuration.
It is intended for compatible nursery, greenhouse and container-crop irrigation systems where individual emitters are selected as part of the complete hydraulic design.
Key benefits
- Stated nominal flow: 3.8L/h
- Outlet configuration: Straight Conic Outlet
- Non-drain dripper format stated
- For compatible professional horticultural irrigation systems
Selecting dripper flow rate
The stated nominal flow for this model is 3.8L/h. Select emitter flow according to crop water demand, container volume, substrate, irrigation frequency and the number of emitters serving each plant.
A higher nominal flow is not automatically better. Short irrigation events, small containers or low-retention substrates may require a different strategy from large nursery stock or longer irrigation zones.
Outlet configuration & installation
This version uses a straight conic outlet. Match the outlet to the intended microtube, stake or downstream connection and use compatible insertion tools where required. Do not force mismatched tube or fittings onto the emitter.
Route downstream tube without kinks and avoid side-loading the dripper connection. Secure stakes or outlets so water is delivered consistently to the intended root-zone position.
Non-drain irrigation behaviour
A non-drain dripper should be considered as part of the complete irrigation zone. Line drainage, elevation changes, start-up behaviour and pressure conditions can influence how quickly individual containers receive water at the beginning and end of an irrigation cycle.
Where highly uniform short pulses are required, verify actual system behaviour across representative positions rather than relying only on the emitter's nominal flow figure.
Pressure, filtration & uniformity
Emitter performance depends on suitable operating pressure and clean water. Use filtration appropriate to the water source and irrigation system and monitor pressure where necessary across longer or more complex zones.
Periodically collect and compare output from representative emitters. Differences can indicate blockage, pressure variation, damaged pipework or installation issues.
Maintenance
Flush irrigation lines according to water quality and system requirements. Inspect emitters and downstream components for blockage or damage and replace components that cannot be restored to reliable operation.
Supertif Non-Drain Dripper - 3.8L/h Straight Conic Outlet product details
| Product | Supertif Non-Drain Dripper |
|---|---|
| Nominal flow | 3.8L/h |
| Outlet | Straight Conic Outlet |
| Application | Professional nursery, greenhouse and container irrigation |
Supertif Non-Drain Dripper - 3.8L/h Straight Conic Outlet FAQs
What outlet does this version use?
This version is described as a straight conic outlet.
What does non-drain mean for irrigation management?
It describes the dripper format, but actual line drainage and start/stop behaviour still depend on the complete installation, elevation and pressure conditions.
Will every dripper deliver exactly the nominal flow in any system?
No. Actual delivery should be verified under the operating pressure and layout of the complete irrigation system.
How do I choose the right flow rate?
Consider crop demand, container volume, substrate, irrigation frequency, zone duration and the number of emitters per plant.
Is filtration important?
Yes. Suitable filtration and line maintenance help reduce emitter blockage and loss of irrigation uniformity.
How can I check irrigation uniformity?
Collect and compare output from representative emitters across the zone and investigate meaningful differences.
Can I use any microtube or stake with this dripper?
Confirm compatibility with the outlet configuration and downstream components before installation.
What maintenance is required?
Flush lines as appropriate, inspect emitters for blockage or damage and maintain filters and upstream irrigation equipment.
Supertif Non-Drain Dripper - 3.8L/h Straight Conic Outlet
Please sign in to see pricing
42
£0.42
Unit price perBack in Stock
Sign up to be the first to know when it's back in stock.
The Supertif Non-Drain Dripper - 3.8L/h Straight Conic Outlet is a professional irrigation dripper with a stated nominal flow of 3.8L/h and a straight conic outlet configuration.
It is intended for compatible nursery, greenhouse and container-crop irrigation systems where individual emitters are selected as part of the complete hydraulic design.
Key benefits
- Stated nominal flow: 3.8L/h
- Outlet configuration: Straight Conic Outlet
- Non-drain dripper format stated
- For compatible professional horticultural irrigation systems
Selecting dripper flow rate
The stated nominal flow for this model is 3.8L/h. Select emitter flow according to crop water demand, container volume, substrate, irrigation frequency and the number of emitters serving each plant.
A higher nominal flow is not automatically better. Short irrigation events, small containers or low-retention substrates may require a different strategy from large nursery stock or longer irrigation zones.
Outlet configuration & installation
This version uses a straight conic outlet. Match the outlet to the intended microtube, stake or downstream connection and use compatible insertion tools where required. Do not force mismatched tube or fittings onto the emitter.
Route downstream tube without kinks and avoid side-loading the dripper connection. Secure stakes or outlets so water is delivered consistently to the intended root-zone position.
Non-drain irrigation behaviour
A non-drain dripper should be considered as part of the complete irrigation zone. Line drainage, elevation changes, start-up behaviour and pressure conditions can influence how quickly individual containers receive water at the beginning and end of an irrigation cycle.
Where highly uniform short pulses are required, verify actual system behaviour across representative positions rather than relying only on the emitter's nominal flow figure.
Pressure, filtration & uniformity
Emitter performance depends on suitable operating pressure and clean water. Use filtration appropriate to the water source and irrigation system and monitor pressure where necessary across longer or more complex zones.
Periodically collect and compare output from representative emitters. Differences can indicate blockage, pressure variation, damaged pipework or installation issues.
Maintenance
Flush irrigation lines according to water quality and system requirements. Inspect emitters and downstream components for blockage or damage and replace components that cannot be restored to reliable operation.
Supertif Non-Drain Dripper - 3.8L/h Straight Conic Outlet product details
| Product | Supertif Non-Drain Dripper |
|---|---|
| Nominal flow | 3.8L/h |
| Outlet | Straight Conic Outlet |
| Application | Professional nursery, greenhouse and container irrigation |
Supertif Non-Drain Dripper - 3.8L/h Straight Conic Outlet FAQs
What is the stated flow rate?
The stated nominal flow is 3.8L/h.
What outlet does this version use?
This version is described as a straight conic outlet.
What does non-drain mean for irrigation management?
It describes the dripper format, but actual line drainage and start/stop behaviour still depend on the complete installation, elevation and pressure conditions.
Will every dripper deliver exactly the nominal flow in any system?
No. Actual delivery should be verified under the operating pressure and layout of the complete irrigation system.
How do I choose the right flow rate?
Consider crop demand, container volume, substrate, irrigation frequency, zone duration and the number of emitters per plant.
Is filtration important?
Yes. Suitable filtration and line maintenance help reduce emitter blockage and loss of irrigation uniformity.
How can I check irrigation uniformity?
Collect and compare output from representative emitters across the zone and investigate meaningful differences.
Can I use any microtube or stake with this dripper?
Confirm compatibility with the outlet configuration and downstream components before installation.
What maintenance is required?
Flush lines as appropriate, inspect emitters for blockage or damage and maintain filters and upstream irrigation equipment.
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42
£0.42
Unit price per