New ESD1500-2250 catalogue
6Pages

ENERGY SAVING \\\\\\\\\\\\\\\\\\\\\\\\\\ Higher Efficiency, Lower Cost The high-efficiency design and construction of ESD 1500 - 2250 cycling dryers help you achieve better performances, while reducing energy consumption. The patented, high-efficiency heat exchanger combined with a thermal mass circuit helps save energy at partial load. The refrigerant compressor is automatically deactivated to save energy when not needed. Advanced Environmental Sustainability By shutting off the compressor during low loads, ESD 1500 - 2250 dryers dramatically reduce energy waste. ESD dryers use R407c...

Increase Performances 40% Average Pressure Drop reduction Better components Layout Which improve serviceability and simplify the access to the unit for easy maintenance Increased reliability and reduction of leaking points Innovative Control Panel Air condensation (standard) Water and sea water cooled versions available With all the main functions you would expect to control and monitor the unit: • Anti freeze mode – shuts dryer off to avoid icing • Alarm display: Dew Point, high/low temperature, High ambient temperature • Terminal for remote alarm signal • Remote ON/OFF • History of the...

Refrigerant scroll compressor Pumps refrigerant in the circuit assuring compressed air cooling Pressure switches High pressure safety and fan control devices of the refrigerant circuit Refrigerant condenser Discharges out from the compressed air Filter drier Removes moisture to ensure the right operation of the refrigerant circuit Solenoid valve It closes, stopping the flow of refrigerant in the evaporator when the compressor stops Moisture indicator Indicates whether the refrigerant charge is circulating well free of moisture Capillary tube Freon lamination devices to reduce refrigerant...

TECHNICAL SPECIFICATIONS Minimum operating pressure Maximum operating pressure Design inlet temperature Design ambient temperature Standard air cooled version Heat exchanger type Aluminium pack Compressor type Hermetic Scroll Compressor Refrigerant type Compressed air pressure drop * Nominal Power Consumption* Nominal Absorbed Current* Maximum Absorbed Current* Absorbed Current at Locked Rotor Cooling air flow* Expansion method Capillary tube Drain type Condensate separator type Demister type IN/OUT Air connections (Internal thread) IN/OUT Air connections (External coupling) Control panel...

MAIN AVAILABLE OPTIONS • Non-standard voltages: 460V/3ph/60Hz • Available with NPT connections • Water and sea water cooled versions available Correction factors Correction factor for working pressure bar Correction factor for inlet air temperature °C Correction factor for ambient temperature °C Calculation of the dryer real flow rate REAL FLOW RATE = Nominal dryer flow rate x FC1 x FC2 x FC3 OFFICINE MECCANICHE INDUSTRIALI Via dell’Artigianato, 34 - 34070 Fogliano Redipuglia (GO) - ITALY Tel. ++39.0481.488516 - Fax. 0481.489871 www.omi-italy.it e-mail: omi@omi-italy.it