Energy Machinery, Inc. - ESD 200-500 and ESG 250-450 Screw Air Compressors

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The Heavyweight Winner

The preferred choice for optimum performance

The Gardner Denver™ ESD/ESG 200-500 series is specially designed for capacities ranging from 36.3 to 73.6 m³/min and pressures from 8 to 13 bar. Low pressure (3 bar) units are available as well. This series is built to meet the demands for continuous 24-hour use and absolute uptime required in critical industrial processes.

Unit of Measure

Items	ESD 200 200 Kilowatt (kW) ESD Series Motor Power Screw Air Compressor List Price QUOTE	ESG 250 250 Kilowatt (kW) ESG Series Motor Power Screw Air Compressor List Price QUOTE	ESD 250 250 Kilowatt (kW) ESD Series Motor Power Screw Air Compressor List Price QUOTE	ESG 315 315 Kilowatt (kW) ESG Series Motor Power Screw Air Compressor List Price QUOTE	ESD 315 315 Kilowatt (kW) ESD Series Motor Power Screw Air Compressor List Price QUOTE
Description	N/A The Heavyweight Winner The preferred choice for optimum performance The Gardner Denver™ ESD/ESG 200-500 series is specially designed for capacities ranging from 36.3 to 73.6 m³/min and pressures from 8 to 13 bar. Low pressure (3 bar) units are available as well. This series is built to meet the demands for continuous 24-hour use and absolute uptime required in critical industrial processes.
Maximum Pressure¹	N/A 8 bar115 psig	N/A 8 bar115 psig	N/A 10 bar145 psig	N/A 8 bar10 bar115 psig145 psig	N/A 13 bar190 psig
Capacity at Nominal Pressure and 8 bar Maximum Pressure²	N/A 36.3 m³/min1282 ft³/min	N/A 43.3 m³/min1529 ft³/min	N/A	N/A 51.3 m³/min1811 ft³/min	N/A
Capacity at Nominal Pressure and 10 bar Maximum Pressure³	N/A	N/A	N/A 35.8 m³/min1264 ft³/min	N/A 44.8 m³/min1582 ft³/min	N/A
Capacity at Nominal Pressure and 13 bar Maximum Pressure⁴	N/A	N/A	N/A	N/A	N/A 35.4 m³/min1250 ft³/min
Capacity at Nominal Pressure and 7.5 bar Maximum Pressure⁵	N/A
Capacity at Nominal Pressure and 9 bar Maximum Pressure⁶	N/A
Motor Power at 50 Hz	N/A 200 kW270 hp	N/A 250 kW335 hp	N/A 250 kW335 hp	N/A 315 kW420 hp	N/A 315 kW420 hp
Net Weight	N/A 3700 kg	N/A 4550 kg	N/A 4200 kg	N/A 4800 kg	N/A 4400 kg
Compressed Air Outlet	N/A DN 125	N/A DN 125	N/A DN 125	N/A DN 150	N/A DN 125
Water Cooling Power	N/A Up to 500 kW
Air Cooling Power	N/A Up to 315 kW
Typical Water Inlet Temperature	N/A 15 to 35 ºC
Typical Water Outlet Temperature	N/A 65 to 75 ºC
Ideal Inlet Water Temperature	N/A Up to +50 ºC
Maximum Outlet Temperature	N/A +75 ºC
Standard Maximum Outlet Temperature	N/A 70 ºC
Height	N/A 1935 mm	N/A 1940 mm	N/A 1935 mm	N/A 1940 mm	N/A 1935 mm
Width	N/A 1465 mm	N/A 1660 mm	N/A 1465 mm	N/A 1660 mm	N/A 1465 mm
Length	N/A 3080 mm	N/A 3725 mm	N/A 3080 mm	N/A 3725 mm	N/A 3080 mm
Frequency	N/A 50 Hz
Series	N/A ESD	N/A ESG	N/A ESD	N/A ESG	N/A ESD
Brands	N/A Gardner Denver™
More Weight on Your benefits	N/A Heavy-duty construction Clean air and efficient oil separation
Low Energy Consumption	N/A Gardner Denver™ strives to maintain high performance levels while minimizing energy usage through: Large air ends Premium-efficiency electric motors Accurate and reliable DigiPilot control system Versatile heat recovery
Low Noise Construction	N/A Compressor noise is reduced through low rotation speed, an effectively muffled air cooling fan and sophisticated design.
Simple Maintenance	N/A The ESD/ESG series is easy to service. Large double doors provide easy access to all service points. All maintenance can be completed from the front of the compressor.
Easy Installation	N/A The compact and powerful ESD/ESG series is easy to install on level surfaces and does not require extra foundations or supports.
Heavy-Duty Construction	N/A Designed for maximum efficiency and reliability. Gardner Denver™ uses advanced technology to carefully construct industrial compressors to withstand the most demanding industrial applications. Each screw element is carefully tested during manufacturing. Each unit is test run simulating real life conditions. Electric motors and other components meet the highest European and other standards.
Compact Design	N/A Gardner Denver's ESD and ESG series compressors are designed to save space. The 200-500 kW compressors are available either with the standard enclosure or as an open frame model.
Efficient Oil Separation, Cleaner Air	N/A For years Gardner Denver™ has set the standards in clean air and oil separation efficiency. Its innovative oil separation system is based on a multi-stage process of thorough cyclone separation followed by oil removal in separation elements. Superior separation efficiencies with residual oil content as low as 2 mg/m³.
Gardner Denver™ Screw Element	N/A The ESD/ESG series features a large screw element that improves efficiency, maximizes reliability, saves energy and reduces wear and tear by operating at low RPMs.
Reliable and Energy Efficient	N/A The ESD series models are direct driven, without gearing, available for applications with specific capacities and pressures, where even minimal energy losses caused by gearbox or belt transmissions want to be avoided. The ESG models feature a gearbox transmission to cover wider pressure and capacity ranges.
High Quality Electric Motors	N/A Gardner Denver™ uses the highest quality electric motors available, to ensure high quality and premium efficiency.
The Advantages of DigiPilot Control	N/A The DigiPilot compressor control ensures accurate and reliable control. DigiPilots sophisticated microprocessor controller facilitates efficient operation and pressure control through its simple user-interface and interactive instrument panel. Warning lights indicate when the oil inlet filters, oil separation elements or cooling system require service operations - enabling proactive service planning. Full load/off load control with automatic start and stop. Possibility for stepless throttle control from 0 to 100% Easy to adapt into a multi-compressor system. Multi-lingual user interface.
Versatile Heat Recovery	N/A Gardner Denver™ utilizes heat recovery systems to maximize efficiency by recovering energy generated during compressed air production. As much as 90% of all energy used can be recovered and utilized. Thermostatic control maintains desired temperature in the compressor. Heat exchangers are available in different materials for difficult conditions. Cooling water circuit can be designed specifically to customers needs.
Heat Recovery Systems	N/A Gardner Denver™ offers a wide range of heat recovery systems to meet your application needs : EWNA Gardner Denver™'s standard water cooling system An after cooler and oil cooler connected in series as a standard. EANA Standard air-cooled compressor with separate air module All ducts required for efficient heat recovery and utilization are easy to arrange. Flexible air module placement, 1 m from the compressor or further with an additional pump. The PRE system Designed for water-cooled compressors Cooling water is initially directed through the after-cooler and then it absorbs thermal energy from a large oil/water heat exchanger. The DIR System Ideal for closed systems with inlet water temperatures up to +50 ºC Separate water-cooling supply is required for the after-cooler. The +W System Heat recovery system for air-cooled compressors. Transfers the heat produced in compression into water.
Build for Continuous Use in Demanding Applications	N/A The ESD/ESG series compressors are designed for continuous operation and applications that require absolute performance and reliability Continuous 24-hour use and absolute uptime are critical factors in heavy industry applications. In Finland alone, Gardner Denver™ supplies the compressed air for paper mills that produce millions of tons of paper and board annually. Following the example set by the Finnish paper industry, many paper mills and process plants in Europe and in other areas use the Gardner Denver™ ESD series compressors Many European ski resorts have chosen Gardner Denver™'s proven reliability in harsh conditions The ESD compressors are a key part of processes worldwide in automotive and safety glass manufacturing, bottle manufacturing, steel mills etc. Oil and gas industry in the Middle East depends in the dependable Gardner Denver™ ESD compressors.
Standard Equipment	N/A Air-cooled (200-315 kW) or water-cooled (all models) versions Air inlet filter Fully automatic capacity control: full load, off-load, idle run and start/stop. DigiPilot microprocessor controller: interactive instrument panel with multi-language information system Y/D starter Main switch TEFC electric motors: IP55, F-class insulation, thermistor protection Modulating control with the inlet valve Stop/start buttons Emergency stop Safety devices for: High motor temperature Fan motor overload High compressor temperature High compressor pressure Alarms for: Oil filter Oil change Inlet filter Oil separator element Week clock Remote control RS-485 communication line Automatic re-start after power failure Control for oil separator-pressure difference Running condition indicators: Pressure Temperature Hour meter: total running hours, full load Safety valve Fan motor and cooling fan (air cooled models) Sound absorbing enclosure After-cooler Water trap Automatic timer-controlled water drain Large and efficient air end
Optional Extras	N/A Additional inlet silencers Low pressure models (down to 3 bar) Vacuum pump models Special voltages
Auxiliary Equipment	N/A Multiport multi-compressor - controller for several compressors Air dryers Compressed air after treatment line
¹ Capacity measured in accordance with Cagi Pneurop PN2CPTC2 using the following working pressures: 7.5 and 8 bar models at 7 bar, 10 bar models at 9 bar and 13 bar models at 12 bar. ² Capacity measured in accordance with Cagi Pneurop PN2CPTC2 using the following working pressures: 7.5 and 8 bar models at 7 bar, 10 bar models at 9 bar and 13 bar models at 12 bar. ³ Capacity measured in accordance with Cagi Pneurop PN2CPTC2 using the following working pressures: 7.5 and 8 bar models at 7 bar, 10 bar models at 9 bar and 13 bar models at 12 bar. ⁴ Capacity measured in accordance with Cagi Pneurop PN2CPTC2 using the following working pressures: 7.5 and 8 bar models at 7 bar, 10 bar models at 9 bar and 13 bar models at 12 bar. ⁵ Capacity measured in accordance with Cagi Pneurop PN2CPTC2 using the following working pressures: 7.5 and 8 bar models at 7 bar, 10 bar models at 9 bar and 13 bar models at 12 bar. ⁶ Capacity measured in accordance with Cagi Pneurop PN2CPTC2 using the following working pressures: 7.5 and 8 bar models at 7 bar, 10 bar models at 9 bar and 13 bar models at 12 bar.

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