Product Description

Improve your facility's efficiency by choosing to buy Oil-Injected Compressor with Smart Control units from DECHUAN. This control system includes integrated phase sequence protection to prevent motor damage from reverse rotation during grid maintenance.

Oil-Injected Compressor with Smart Control

Why Trust Manual Adjustment Controls for Complex Industrial Processes?

Managing an industrial air system manually often leads to over-pressurization to avoid sudden pressure drops, which can significantly increase energy waste. The oil-injected compressor solves this problem by using an advanced Elektronikon control system with embedded intelligent management algorithms.

The integrated smart controller tracks downstream pressure variations and automatically optimizes the compressor's operating parameters. This precise management ensures your facility has a reliable air supply while reducing overall energy usage and eliminating unnecessary component wear.

Transitioning from Rigid Manual Controls to Autonomous System Optimization

In many traditional factory setups, managing air compressors requires manual adjustments by maintenance staff. Operators have to check individual pressure gauges, adjust set points manually, and manually switch units on or off to match changing workshop loads. This manual approach often leads to over-pressurization, which increases air leaks across the facility and wastes substantial amounts of electricity during low-demand production cycles.

The Oil-Injected Compressor with Smart Control removes this manual guesswork entirely through autonomous system monitoring. Built around an advanced Elektronikon touch screen controller running smart tracking algorithms, this unit monitors your plant's air use constantly. It adjusts internal compression cycles instantly, narrows your operating pressure band to cut leak losses, and provides full self-diagnostic capabilities, allowing your plant to achieve maximum efficiency without needing constant manual supervision.

Oil-Injected Compressor with Smart Control

Automated Intelligence Specifications & Operational Parameters

The table below highlights the performance ranges and automated features built into our smart control compressor series.

GA Series Technical Parameters

Model	Max Working Pressure bar(e)	Max Working Pressure psi	FAD Flow l/s	FAD Flow m³/min	FAD Flow cfm	Motor Power kW	Motor Power hp	Noise Level dB(A)	Weight Standard kg	Weight Standard lbs	Weight Full-performance kg	Weight Full-performance lbs	Outlet Size
GA11	7.5	109	32.4	1.94	69.4	11	15	68	416	918	469	1035	G1*
GA11	8.5	123	29.9	1.80	64.1	11	15	68	416	918	469	1035	G1*
GA11	10.5	152	25.9	1.55	55.5	11	15	68	416	918	467	1030	G1*
GA11	13	189	22.0	1.32	47.1	11	15	68	416	918	465	1026	G1*
GA11	16	231	19.2	1.15	40.6	11	15	65	406	895	497***	1096	G1*
GA15	7.5	109	45.8	2.75	97.1	15	20	65	421	928	474	1045	G1*
GA15	8.5	123	42.0	2.52	88.9	15	20	65	421	928	474	1045	G1*
GA15	10.5	152	38.8	2.33	82.2	15	20	65	421	928	472	1041	G1*
GA15	13	189	32.6	1.95	69.0	15	20	65	421	928	470	1036	G1*
GA15	16	231	27.8	1.67	59.0	15	20	67	425	937	470	1036	G1*
GA18	7.5	109	56.5	3.39	119.6	18.5	25	67	431	950	495	1091	G1*
GA18	8.5	123	53.8	3.23	114.0	18.5	25	67	431	950	495	1091	G1*
GA18	10.5	152	49.0	2.94	103.8	18.5	25	67	431	950	493	1087	G1*
GA18	13	189	40.7	2.44	86.2	18.5	25	67	431	950	491	1082	G1*
GA18	16	231	35.5	2.13	75.2	18.5	25	67	437	963	491	1082	G1*
GA22	7.5	109	65.1	3.91	138.0	22	30	68	440	970	495	1091	G1*
GA22	8.5	123	63.5	3.81	134.6	22	30	68	440	970	495	1091	G1*
GA22	10.5	152	53.3	3.20	112.9	22	30	68	440	970	493	1087	G1*
GA22	13	189	49.0	2.94	103.8	22	30	68	440	970	491	1082	G1*
GA22	16	231	41.2	2.47	87.2	22	30	68	449	990	491	1082	G1*
GA26	7.5	109	72.9	4.37	154.4	26	35	69	500	1102	558	1230	G1*
GA26	8.5	123	68.1	4.09	144.2	26	35	69	500	1102	558	1230	G1*
GA26	10.5	152	61.5	3.69	130.3	26	35	69	500	1102	556	1226	G1*
GA26	13	189	54.7	3.28	115.9	26	35	69	500	1102	554	1221	G1*

Unit performance parameters tested in accordance with ISO 1217, Ed.3, Annex C-1996 Noise level complies with ISO 2151 / Pneurop / CagiPN8NTC2

Reference test conditions:

· Absolute inlet pressure: 1 bar

· Air inlet temperature: 20°C Pressure dew point of built-in dryer for GA 11-26: 5°C

FAD flow measured under below operating pressures:

· 7.5 bar models tested at 7 bar

· 8.5 bar models tested at 8 bar

· 10.5 bar models tested at 10 bar

· 13 bar models tested at 12.5 bar

GA11/15/18/22/26*/30 Integrated Dryer Models Data Table

Model	Max Working Pressure-Standard bar(e)	Max Working Pressure-Standard psig	Max Working Pressure-Full Performance bar(e)	Max Working Pressure-Full Performance psig	FAD Flow l/s	FAD Flow m³/min	FAD Flow cfm	Motor Power kW	Motor Power hp	Noise Level dB(A)	Weight Standard kg	Weight Full-performance kg	Outlet Size
GA 11*	7.5	109	7.3	105	37.7	2.26	79.8	11	15	68	467	507	G1*
GA 11*	8.5	123	8.3	120	35.2	2.11	74.6	11	15	68	467	507	G1*
GA 11*	10.5	152	10.3	149	32.2	1.93	68.2	11	15	68	467	507	G1*
GA 11*	13	189	12.8	185	26.0	1.56	55.1	11	15	68	467	507	G1*
GA 15*	7.5	109	7.3	105	51.6	3.10	109.3	15	20	69	478	534	G1*
GA 15*	8.5	123	8.3	120	47.7	2.86	101.0	15	20	69	478	534	G1*
GA 15*	10.5	152	10.3	149	42.8	2.57	90.7	15	20	69	478	534	G1*
GA 15*	13	189	12.8	185	35.5	2.13	75.2	15	20	69	478	534	G1*
GA 18*	7.5	109	7.3	105	62.2	3.73	131.7	18.5	25	69	480	536	G1*
GA 18*	8.5	123	8.3	120	57.9	3.47	122.6	18.5	25	69	480	536	G1*
GA 18*	10.5	152	10.3	149	53.5	3.21	113.3	18.5	25	69	480	536	G1*
GA 18*	13	189	12.8	185	44.1	2.65	93.4	18.5	25	69	480	536	G1*
GA 22*	7.5	109	7.3	105	73.5	4.41	155.7	22	30	67	539	597	G1*
GA 22*	8.5	123	8.3	120	69.4	4.16	147.0	22	30	67	539	597	G1*
GA 22*	10.5	152	10.3	149	61.5	3.69	130.3	22	30	67	539	597	G1*
GA 22*	13	189	12.8	185	54.3	3.26	115.0	22	30	67	539	597	G1*
GA 26*	7.5	109	7.3	105	85.7	5.14	181.5	26	35	68	571	629	G1*
GA 26*	8.5	123	8.3	120	82.0	4.92	173.7	26	35	68	571	629	G1*
GA 26*	10.5	152	10.3	149	76.5	4.59	162.0	26	35	68	571	629	G1*
GA 26*	13	189	12.8	185	66.4	3.98	140.6	26	35	68	571	629	G1*
GA 30	7.5	109	7.3	105	95.9	5.75	203.1	30	40	70	579	634	G1*
GA 30	8.5	123	8.3	120	91.8	5.51	194.4	30	40	70	579	634	G1*
GA 30	10.5	152	10.3	149	85.0	5.10	180.0	30	40	70	579	634	G1*
GA 30	13	189	12.8	185	76.4	4.58	161.8	30	40	70	579	634	G1*

Unit performance parameters tested in accordance with ISO 1217, Ed.3, Annex C-1996 Noise level complies with ISO 2151 / Pneurop / CagiPN8NTC2

Reference test conditions:

· Absolute inlet pressure: 1 bar

· Air inlet temperature: 20°C Pressure dew point of built-in dryer for GA 11*-30: 2°C ~ 3°C

FAD flow measured under below operating pressures:

· 7.5 bar models tested at 7 bar

· 8.5 bar models tested at 8 bar

· 10.5 bar models tested at 10 bar

· 13 bar models tested at 12.5 bar

Oil-Injected Compressor with Smart Control

High-Precision Applications: Intelligent Air Delivery

The automated control capabilities of the Oil-Injected Compressor with Smart Control make it an excellent fit for modern, automated production environments:

Automated Electronics Assembly: Maintains a steady, uncompromised air supply to precision pick-and-place lines, preventing placement errors and ensuring smooth operation.

Advanced New Energy Battery Lines: Monitors system pressure precisely to support uniform material coating and automated handling systems during cell assembly.

Pharmaceutical Packing Systems: Helps maintain process integrity across automated filling lines by providing consistent, monitored pneumatic power.

Comprehensive Factory Integration & Protective Monitoring

Purchasing an Oil-Injected Compressor from DECHUAN introduces a high degree of equipment protection to your facility. The smart interface monitors multiple parameters simultaneously, including discharge temperatures and oil pressure differentials. If any parameter falls outside normal operating ranges, the system issues an automated warning alert or executes a safe shutdown before any component damage can occur.

Technical Procurement FAQ

Q: Can the Oil-Injected Compressor coordinate operation with multiple units?

A: Yes, the upgraded smart touch controller can coordinate up to six connected compressors simultaneously, optimizing load distribution across the network and reducing overall energy consumption.

Q: How does integrated phase sequence protection safeguard the system?

A: The smart controller includes a protective circuit that checks the electrical phase alignment before startup. If the wiring is reversed during grid maintenance, the controller prevents the motor from starting backward, protecting the screw rotors from serious damage.

Q: Can operational data logs be transferred from the compressor to our facility's central SCADA network?

A: Yes, the control system on the Oil-Injected Compressor with Smart Control supports Modbus and standard industrial communication protocols, allowing for seamless integration with your plant's central monitoring dashboard.

Oil-Injected Compressor with Smart Control