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Compressed Air Receivers

Name: Compressed Air Receivers
Brand: DLOL

Sized to peak demand to buffer pressure swings and reduce load cycles, with internal corrosion protection, safety valve and auto drain.

Treatment · receiver · peak shaving

Compressed Air Receivers

Sized to peak demand to buffer pressure swings and reduce load cycles, with internal corrosion protection, safety valve and auto drain.

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Overview

A receiver does three jobs: buffers short high-flow demands (peak shaving), stabilises line pressure, and reduces compressor load/unload frequency to extend life. Volume is calculated from peak flow and allowable pressure drop rather than estimated from compressor power. Marine and offshore receivers are built to class rules with safety valve, gauge, automatic drain and internal coating.

Key features

Peak shaving

Buffers short high-flow events and steadies line pressure.

Fewer load cycles

Reduces compressor cycling and extends life.

Built to rules

Marine units to class rules with safety valve and gauge.

Internal protection

Coated interior limits rust contamination downstream.

Model data

Models in this family

Volume/pressure m³/MPa	Design temp ℃	Height H1 mm	Bore Φ mm	Inlet H2 mm	Inlet DN	Outlet H3 mm	Outlet DN	Thread	Support D×d mm	Safety valve	Drain valve
0.3/0.8	110	1594	550	642	65	1242	65	Rp1 1/2	400×20	Rp3/4	R1/2
0.3/1.0	110	1594	550	642	65	1242	65	Rp1 1/2	400×20	Rp3/4	R1/2
0.3/1.3	110	1598	550	644	65	1244	65	Rp1 1/2	400×20	Rp3/4	R1/2
0.3/1.6	110	1598	550	644	65	1244	65	Rp1 1/2	400×20	Rp3/4	R1/2
0.6/0.8	110	1905	700	680	65	1550	65	Rp1 1/2	490×24	Rp3/4	R1/2
0.6/1.0	110	1907	700	681	65	1551	65	Rp1 1/2	490×24	Rp3/4	R1/2
0.6/1.3	110	1909	700	682	65	1552	65	Rp1 1/2	490×24	Rp3/4	R1/2
0.6/1.6	110	1907	700	681	65	1551	65	Rp1 1/2	490×24	Rp3/4	R1/2
1.0/0.8	110	2365	800	730	80	1960	80	Rp1 1/2	560×24	Rp1	R1/2
1.0/1.0	110	2367	800	731	80	1961	80	Rp1 1/2	560×24	Rp1	R1/2
1.0/1.3	110	2371	800	733	80	1963	80	Rp1 1/2	560×24	Rp1	R1/2
1.0/1.6	110	2367	800	731	80	1961	80	Rp1 1/2	560×24	Rp1	R1/2
1.5/0.8	110	2562	900	751	80	2116	80	Rp2"	630×24	Rp1	R3/4
1.5/1.0	110	2564	900	752	80	2117	80	Rp2"	630×24	Rp1	R3/4
1.5/1.3	110	2562	900	751	80	2116	80	Rp2"	630×24	Rp1	R3/4
1.5/1.6	110	2566	900	753	80	2118	80	Rp2"	630×24	Rp1	R3/4
2.0/0.8	110	2782	1000	761	80	2321	80	Rp2"	700×24	Rp1 1/4	R3/4
2.0/1.0	110	2786	1000	763	80	2323	80	Rp2"	700×24	Rp1 1/4	R3/4
2.0/1.3	110	2782	1000	761	80	2321	80	Rp2"	700×24	Rp1 1/4	R3/4
2.0/1.6	110	2786	1000	763	80	2323	80	Rp2"	700×24	Rp1 1/4	R3/4
2.5/0.8	110	2834	1100	787	80	2347	80	Rp2"	770×24	Rp1 1/4	R3/4
2.5/1.0	110	2836	1100	788	80	2348	80	Rp2"	770×24	Rp1 1/4	R3/4
2.5/1.3	110	2836	1100	788	80	2348	80	Rp2"	770×24	Rp1 1/4	R3/4
2.5/1.6	110	2836	1100	788	80	2348	80	Rp2"	770×24	Rp1 1/4	R3/4
3.0/0.8	110	2944	1200	872	100	2432	100	Rp2"	906×24	Rp1 1/2	R3/4
3.0/1.0	110	2946	1200	873	100	2433	100	Rp2"	906×24	Rp1 1/2	R3/4
3.0/1.3	110	2946	1200	873	100	2433	100	Rp2"	906×24	Rp1 1/2	R3/4
3.0/1.6	110	2980	1200	890	100	2450	100	Rp2"	906×24	Rp1 1/2	R3/4
4.0/0.8	110	3036	1400	913	100	2473	100	Rp2"	1050×24	Rp1 1/2	R3/4
4.0/1.0	110	3040	1400	915	100	2475	100	Rp2"	1050×24	Rp1 1/2	R3/4
4.0/1.3	110	3036	1400	913	100	2473	100	Rp2"	1050×24	Rp1 1/2	R3/4
4.0/1.6	110	3040	1400	915	100	2475	100	Rp2"	1050×24	Rp1 1/2	R3/4
5.0/0.8	110	3726	1400	913	125	3013	125	Rp2"	1050×24	Rp2	Rp1
5.0/1.0	110	3730	1400	915	125	3015	125	Rp2"	1050×24	Rp2	Rp1
5.0/1.3	110	3726	1400	913	125	3013	125	Rp2"	1050×24	Rp2	Rp1
5.0/1.6	110	3730	1400	915	125	3015	125	Rp2"	1050×24	Rp2	Rp1

Full data for this product is confirmed in the order technical agreement — contact us for the sheet.

Typical applications

Plant station buffering
Starting-air bottle banks
Instrument-air buffering
Pulsed-demand equipment
Offshore and marine systems

Sizing advice

Calculate volume from peak flow and allowable drop; starting-air bottles additionally have charging-time requirements that must be matched to piston capacity.