Stainless Steel Air Tank / Air Receiver

Capacity:0.3-10m³

Pressure: 0.8-1.3MPa

Features of the Stainless Steel Air Tank / Air Receiver

● Less cloudiness and increased pressure: the scientific water flow design ensures that sediment at the bottom of the tank does not get stirred up by the flow of liquid.
● High protection level: the tanks are completely sealed, preventing harmful substances and insects from entering and contaminating the stored liquid.
● More durable than other tank materials: Stainless steel tanks are not susceptible to corrosion from external air or residual chlorine in water.
● Easy installation: Stainless steel tanks are lightweight and require minimal wind load.
● Easy operation: The tank’s bottom drain valve facilitates simple removal of any sediment build-up inside tank on a regular basis.
● Save significant amounts of potable water resources: stainless steel air tanks minimize waste while cleaning a 10 cubic meter equivalent rooftop or subterranean water storage tank three to four times annually. traditional frequency machines.

Serial number	Specification	Set Temperature (℃)	Total Container Height (HI)	Inner Diameter of Container	Air Inlet (H1)	Air Inlet (DN)	Air Inlet (Threaded)	H2 (H2)	Air Outlet (DN)	Air Outlet (Threaded)	Support (D)	Support (d)	Sevage valve connecion
1	0.3/0.8	110	1612	550	666	50	Rp1½”	1116	50	Rp1½”	400	20	R1/2″
2	0.3/1.0	110	1612	550	666	50	Rp1½”	1116	50	Rp1½”	400	20	R1/2″
3	0.3/1.3	110	1614	550	667	50	Rp1½”	1116	50	Rp1½”	400	20	R1/2″
4	0.5/0.8	110	2088	600	678	50	Rp1½”	1678	50	Rp1½”	420	20	R1/2″
5	0.5/1.0	110	2088	600	679	50	Rp1½”	1679	50	Rp1½”	420	20	R1/2″
6	0.5/1.3	110	2088	600	679	50	Rp1½”	1680	50	Rp1½”	420	20	R1/2″
7	0.6/0.8	110	2134	650	691	65	Rp1½”	1702	65	Rp1½”	470	20	R1/2″
8	0.6/1.0	110	2134	650	692	65	Rp1½”	1702	65	Rp1½”	470	20	R1/2″
9	0.6/1.3	110	2136	650	693	65	Rp1½”	1703	65	Rp1½”	470	20	R1/2″
10	1.0/0.8	110	2274	850	792	65	Rp1½”	1792	65	Rp1½”	600	24	R1/2″
11	1.0/1.0	110	2276	850	793	65	Rp1½”	1793	65	Rp1½”	600	24	R1/2″
12	1.0/1.3	110	2278	850	794	65	Rp1½”	1794	65	Rp1½”	600	24	R1/2″
13	1.5/0.8	110	2748	900	754	65	Rp2″	2254	65	Rp2″	630	24	R1/2″
14	1.5/1.0	110	2750	850	755	65	Rp2″	2255	65	Rp2″	630	24	R1/2″
15	1.5/1.3	110	2752	850	756	65	Rp2″	2256	65	Rp2″	630	24	R1/2″
16	2.0/0.8	110	2838	1000	794	80	Rp2″	2280	80	Rp2″	700	24	R1/2″
17	2.0/1.0	110	2840	1000	795	80	Rp2″	2281	80	Rp2″	700	24	R1/2″
18	2.0/1.3	110	2844	1000	797	80	Rp2″	2282	80	Rp2″	700	24	R1/2″
19	2.5/0.8	110	2752	1200	880	80	Rp2″	2180	80	Rp2″	840	24	R3/4″
20	2.5/1.0	110	2754	1200	882	80	Rp2″	2180	80	Rp2″	840	24	R3/4″
21	2.5/1.3	110	2758	1200	883	80	Rp2″	2183	80	Rp2″	840	24	R3/4″
22	3.0/0.8	110	2976	1250	893	80	Rp2″	2393	80	Rp2″	950	24	R3/4″
23	3.0/1.0	110	2978	1250	894	80	Rp2″	2394	80	Rp2″	950	24	R3/4″
24	3.0/1.3	110	2982	1250	896	80	Rp2″	2396	80	Rp2″	950	24	R3/4″
25	4.0/0.8	110	3072	1400	931	100	Rp2″	2431	100	Rp2″	1050	24	R3/4″
26	4.0/1.0	110	3074	1400	932	100	Rp2″	2433	100	Rp2″	1050	24	R3/4″
27	4.0/1.3	110	3078	1400	934	100	Rp2″	2435	100	Rp2″	1050	24	R3/4″
28	5.0/0.8	110	3752	1400	931	100	Rp2″	3031	100	Rp2″	1050	24	R3/4″
29	5.0/1.0	110	3754	1400	932	100	Rp2″	3033	100	Rp2″	1050	24	R3/4″
30	5.0/1.3	110	3758	1400	934	100	Rp2″	3034	100	Rp2″	1050	24	R3/4″
31	6.0/0.8	110	4452	1400	931	100	Rp2″	3831	100	Rp2″	1050	24	R3/4″
32	6.0/1.0	110	4454	1400	933	100	Rp2″	3832	100	Rp2″	1050	24	R3/4″
33	6.0/1.3	110	4458	1400	934	100	Rp2″	3834	100	Rp2″	1050	24	R3/4″
34	8.0/0.8	110	3756	1800	1033	150	Rp2″	2983	150	Rp2″	1350	30	R1″
35	8.0/1.0	110	3760	1800	1035	150	Rp2″	2985	150	Rp2″	1350	30	R1″
36	8.0/1.3	110	3764	1800	1037	150	Rp2″	2987	150	Rp2″	1350	30	R1″
37	10/0.8	110	4040	1950	1070	150	Rp2″	3170	150	Rp2″	1500	30	R1″
38	10/1.0	110	4040	1950	1072	150	Rp2″	3172	150	Rp2″	1500	30	R1″
39	10/1.3	110	4144	1900	1064	150	Rp2″	3274	150	Rp2″	1500	30	R1″
40	10/0.8	110	3766	2000	1083	150	Rp2″	2933	150	Rp2″	1500	30	R1″
41	10/1.0	110	3770	2000	1083	150	Rp2″	2935	150	Rp2″	1500	30	R1″

Nota:

Note sul numero di modello: “F” indica velocità fissa, “V” indica VSD. A causa delle velocità di rotazione potenzialmente diverse dei motori, le portate d'aria della velocità fissa rappresentano il minimo nell'intervallo (ovvero 30 kW 8 bar 5,67 m³/min), mentre il VSD può raggiungere il massimo a pieno carico.

Tensione standard in 380 V (+/-10%), 50 Hz +/-2% e disponibile per tensioni personalizzate 220/380/440/460 V/60 Hz.

In caso di altitudini elevate, temperature estreme, umidità eccessiva, forte esposizione alla polvere o qualsiasi altro ambiente operativo difficile, siamo in grado di offrire prodotti progettati su misura per soddisfare le vostre esigenze specifiche. È possibile personalizzare i prodotti in base alle vostre esigenze specifiche.

Schema di installazione (normale)

Cerca

Tutti i prodotti

Compressori lubrificati a olio

Compressori senza olio

Generatore di azoto/ossigeno

Soffiante

Prodotti strategici

Apparecchiature per trattamenti

Contattaci

Cerchi la migliore soluzione di aria compressa per il tuo settore?

● Condividi le tue esigenze per una valutazione da parte di esperti (assistenza multilingue).

● Sviluppare soluzioni personalizzate, considerando opzioni quali livello IP, compressore e parti, lingua dello schermo, controllo remoto, aspetto, adattamento di tensione e temperatura, ecc.

● Avvio della produzione dopo la conferma dell'ordine (tempi di produzione standard: 20-25 giorni).

● Eseguire rigorosi test di qualità prima della spedizione.

● Assistenza tecnica a vita, ricambi originali e garanzia fino a 10 anni sul compressore.

Domande frequenti

Why should I choose a stainless steel air tank over other materials?

Choosing a stainless steel air tank offers numerous benefits compared to tanks made from other materials. Stainless steel is highly resistant to corrosion, ensuring the tank’s longevity and durability even in demanding environments. It provides superior air quality by preventing contamination and the growth of bacteria or algae. Additionally, stainless steel tanks are hygienic, easy to clean, and maintain the integrity of the compressed air. Moreover, stainless steel has excellent tensile strength, making the tank resistant to pressure and impact, ensuring safe and reliable operation.

Can stainless steel air tank be used in high humidity or corrosive environments?

Yes, stainless steel air tanks are particularly well-suited for high humidity or corrosive environments. Thanks to their corrosion resistance, they can withstand exposure to moisture, humidity, and corrosive elements without compromising their structural integrity. This makes them ideal for applications in coastal areas, chemical plants, or environments with aggressive atmospheres.

Are stainless steel air tanks suitable for food or pharmaceutical industries?

Absolutely. Stainless steel air tanks are widely used in the food and pharmaceutical industries due to their hygienic properties and compliance with stringent industry standards. They are non-reactive and do not release any substances that could contaminate the stored air. Stainless steel tanks also facilitate easy cleaning and sterilization processes, ensuring the integrity of the air supply in critical applications such as food processing, beverage production, and pharmaceutical manufacturing.

Stainless Steel Air Tank / Air Receiver