Pompa autoadescante VESSER JET 100A
Codice: PR_127379Descrizione dettagliata del prodotto
<Pompa autoadescante orizzontale VESSER JET 100 A fornisce acqua potabile per le case unifamiliari da pozzi, dove l'altezza di aspirazione non supera 8 m.Utilizzo della pompa VESSER JET 100A:
- prelievo di acqua potabile
- irrigazione
- in combinazione con un interruttore di pressione e un serbatoio autoclave a membrana come autoclave domestica
- la pompa è adatta all'uso stagionale, nel caso di utilizzo occasionale (stagionale) si consigliano pompe con corpo in acciaio inox
- affidabilità
- facile manutenzione
- ottimo rapporto prezzo-prestazioni
Parametri aggiuntivi
| Categoria: | Pompe autoadescanti |
|---|---|
| Peso: | 12.8 kg |
| Tipo di pompa: | autoadescante / da giardino |
| Portata massima: | 51 – 100 l/min |
| Dimensioni A x L x P (cm): | 42x22,5x21 |
| Lunghezza del cavo di alimentazione (m): | 1 |
| Pompa di circolazione - tensione (V): | 230 V |
| Portata massima (l/min): | 60 |
| Portata pompa (m): | 50 |
| EAN: |
Valutazione del prodotto
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Discussione
Elenco delle discussioni
A
Andrej
Andrej
Hello,
I have a well that is 4 metres deep. The barn is another 1.5 metres higher
than the well, and the horizontal distance between them is 80 metres.
There are 80 head of cattle in the barn, drinking from 14 water troughs.
What type of water pump would you recommend for this setup? I already have
a 200-litre pressure tank.
Thank you for your advice.
A
Andrej
Andrej
Hello
Can you recomend me pressure switch for this pumps please.
I m from Slovenia, must I pay taxs in online store?
Thank you for the answer
V pon., 26. okt. 2026, 12:43 je oseba Roman Krajčí napisala:
A
ATRIA.SK
ATRIA.SK
Hello,
for your 230 V submersible pump with a 200-litre pressure tank I would use a standard pressure switch for single-phase pumps. Two options:
1) Mechanical pressure switch BSK-3A 230 V, 16 A, 2.1-3.5 bar. This is the simple and cheap solution. It is made for single-phase pumps and home water systems, and it suits both surface and submersible pumps. It has a 1/4" connection. https://www.atriashop.eu/pressure-switch-bsk-3a-230v-16a-2-1-3-5bar-for-pumps-and-home-water-pump-stations/
2) Digital pressure switch IBO PRESS SX. You can program the cut-in and cut-out pressure, and it protects the pump against dry running and overcurrent. It comes with a mains plug and a socket, so the pump connects without extra wiring. It also has a 1/4" connection. https://www.atriashop.eu/digital-pressure-switch-ibo-press-sx-for-pump-and-home-water-system/
For a farm with 80 cattle I would choose the digital one if you want extra protection for the pump. The mechanical switch is enough if you want the cheapest and simplest solution.
About taxes: the prices in our online store already include VAT, so there are no additional taxes. Within the EU there are also no customs duties. The only extra cost is shipping, which you see in the cart before you finish the order. If you buy as a company with a valid EU VAT number, send us the VAT number and we issue the invoice without VAT (reverse charge).
A
ATRIA.SK
ATRIA.SK
Hello,
I'm not sure which pipe you mean. If the problem is low flow or low pressure at the barn, a more powerful pump will only help to a limited extent. Over 80 m the main limit is the pipe. If it is narrow (below 32 mm), the friction losses grow quickly with flow. A stronger pump then mostly raises the pressure and the power consumption, and the extra flow is small. The better fix is a wider pressure pipe, at least 32 mm PE, and tight joints. A pump with enough head will then be enough.
A submersible pump in the well is a good choice for you. It sits in the water, so there is no suction problem and no priming problem. It only has to push the water through the pressure pipe to the barn and the pressure tank. The two models below are 230 V pumps for wells with a 3" (75 mm) body. Their maximum flow is 40 to 50 l/min (2.4 to 3 m3/h) and their maximum head is 82 to 115 m. This is the maximum flow at zero head. The flow at your working pressure will be lower, but it should still be enough to fill the tank and supply the troughs for several cubic metres of water per day.
1) This pump is sand-resistant (RTS) and has floating impellers. That is useful if the well is new or carries some sand. It is 120 cm long, so it must be fully under water. Its maximum flow is 50 l/min and its head is 82 m:
https://www.atriashop.eu/submersible-pump-3ti-20-rts-for-wells-and-boreholes-for-water/
2) This one is a screw (spindle) pump, only 65 cm long, so it suits a shallow water column better. Its maximum flow is 40 l/min and its head is 115 m:
https://www.atriashop.eu/submersible-spindle-pump-3-sqibo-0-75-for-wells-and-boreholes-230v/
I would choose the first pump if the water column in the well is at least about 1.5 m and the water may carry sand. I would choose the second if the water is shallower. Whichever you pick, hang the pump so that it stays under water and does not touch the bottom, and fit a non-return valve on the discharge line.
A
Andrej
Andrej
HELLO
I have a problem with the pipe from the half ciole pipe. Could this be
solved with more powerful pump?
I would prefer to have a pump in the water.
Which one do you recommend?
Thanks for your advice.
V V čet., 22. okt. 2026 ob 13:59 je oseba Roman Krajčí
napisala:
A
ATRIA.SK
ATRIA.SK
Hello,
for your setup I would recommend either a self-priming surface pump or a submersible pump for the well. Either one should work together with your 200-litre pressure tank.
The water level in the well is only about 4 m below the surface, and the barn is 1.5 m higher. That is a total lift of roughly 5.5 m plus friction losses in the pipe. This is well within the range of a self-priming surface pump or a small submersible pump. The main issue is the 80 m distance, so it matters where you put the pump and how you lay the pipe.
1) Put the pump at the well, not in the barn. A long suction pipe is the most common cause of poor priming and low flow. The pump should be next to the well with a short, airtight suction line and a foot valve. It then pushes the water 80 m to the barn through the pressure pipe. With a submersible pump this issue does not arise, because the pump sits in the water.
2) Use a wider pressure pipe. For 80 m I would use at least 32 mm (1 1/4") PE pipe. A 25 mm (1") pipe would cause high pressure losses at higher flow.
3) Consider the flow rate. 80 head of cattle typically drink several cubic metres of water per day. This is a rough estimate that depends on the animals and the season. The consumption is spread over the day, and the 200-litre tank covers the peaks, so a pump delivering about 40 to 60 l/min is enough. Float valves in the troughs help to avoid pressure drops.
4) Fit a pressure switch and a dry-run protection. Place the tank and the pressure switch at the barn end, or right behind the pump.
From our range, I would suggest these two options:
Self-priming surface pump VESSER JET 100A. It is a horizontal pump for wells with suction height up to 8 m. According to the e-shop it delivers up to 60 l/min with a head of 50 m, so it covers your lift and the pipe losses. It is on offer here: https://www.atriashop.eu/self-priming-pump-vesser-jet-100a/
Submersible spindle pump 3" SQIBO 0.75 kW. It is a slim submersible pump for wells and boreholes. It delivers up to 40 l/min with a head of 115 m and is a good choice if you prefer to have the pump in the water: https://www.atriashop.eu/submersible-spindle-pump-3-sqibo-0-75-for-wells-and-boreholes-230v/