Used Atlas Copco Compressed Air Refrigeration Dryer Fd510W for sale (27,418)

Condition: excellent (used), Year of construction: 2021, ATLAS COPCO CD335+ adsorption dryer (demonstration unit) like new Capacity: 19.80 m3/min Year of manufacture: 2021 Itsdpfxjxy Ht Is Apcjf Operating hours: 10 h The dryer is fully functional; We provide servicing. Net price: PLN 16,200 Gross price: PLN 19,926

Condition: like new (used), Year of construction: 2011, 1 x Refrigeration Dryer Kaeser TA 5 Itedov Tbuqspfx Apcjf Year of manufacture: 2011 In mint condition. With operating instructions. (Photo follows) The dryer can be inspected at our warehouse at any time.

Condition: excellent (used), Year of construction: 2015, MANUFACTURER: DONALDSON TYPE: DC0450AB S/N: 150011899 YEAR: 2015 Ijdexyauxjpfx Apcstf POWER (kW): 0.8 CAPACITY (m3/min): 7.5 PRESSURE (bar): 14 OPERATING HOURS (DOC/TOTAL): FREQUENCY INVERTER: BUILT-IN DRYER: R407C 1.15kg HEAT EXCHANGER: COOLED (AIR/WATER): MOUNTED ON TANK: DOCUMENTATION: no CONNECTION: 2 NEW/USED: USED

Condition: excellent (used), Year of construction: 2020, MANUFACTURER: DONALDSON TYPE: DC0550AB Iodpjxyaurofx Apcetf SERIAL NO: 200020860 YEAR: 2020 POWER (kW): 1.11 CAPACITY (m3/min): 9.17 PRESSURE (bar): 14 HOURS (DOC/TOTAL) INVERTER INTEGRATED DRYER: R407C 1.15 kg

Year of construction: 1995, condition: ready for operation (used), A used compressed air refrigeration dryer. The refrigeration dryer was checked for function by refrigeration engineer before decommissioning. He then extracted and disposed of the 18 kg of R22 refrigerant ( 2 bottles). All protocols available. Afterwards a small amount of nitrogen was filled in. Gladly we can let them fill the dryer with new refrigerant ( for example R407C ). !! Selling price is without refrigerant !!! Manufacturer: Sabroe Model: SV 1010 AB Type: 50 A Ijdpfxjfy Trhj Apcotf max. volume flow: 55m³/min (3340 m³/h) pressure drop at max. volume flow: 0,38 bar Weight of refrigerant: 18 kg ( actual without refrigerant) Max. pressure refrigerant side: 16/ 25 bar Air connection: DN 100 Condensate drain: Beko 2x 3/4 inch max. pressure compressed air side: 16 bar max. volume flow max. temperature: compressed air: 60°C power consumption with fans: 7,1 kW voltage: 400Volt size width/ depth/ height: 1880mm / 1100mm / 2000mm weight: 835 kg

Condition: as good as new (ex-display), Year of construction: 2016, operating hours: 10 h, functionality: fully functional, type of input current: AC, volume flow: 12,000 m³/h, total width: 3,000 mm, total length: 3,700 mm, total height: 3,650 mm, overall weight: 5,600 kg, operating pressure: 16 bar, pressure dew point: 2 °C, ambient temperature (max.): 45 °C, ambient temperature (min.): 2 °C, type of cooling: water, A compressed air refrigeration dryer consisting of 2 DFLO 1200 W units. The dryer has only been operated for a few hours on a test bench. Afterwards, it was repacked in its original packaging and stored in dry conditions. Volume flow rate: 12,000 m³/hour Min. / max. operating pressure: 2 - 16 bar Test bench operating pressure during last application: 1.4 to 2.3 bar Inlet diameter: 1x DN 200 Outlet diameter: 1x DN 200 The dryer features a second overpressure outlet DN 100 with Samson pressure regulator. Min. / max. compressed air temperature: +2°C to +55°C Min. / max. ambient temperature: +2°C to +45°C Cooling water requirement: 14.3 m³/h Cooling water connection: 2" Ijdpsw Dppvjfx Apcstf Refrigerant: R407C Refrigerant charge: 24 kg Installed electrical power: 29 kW Power consumption: 18 kW Wooden crate dimensions: Length: 3700 mm Width: 3000 mm Height: 3650 mm Weight: 5600 kg

Condition: excellent (used), Year of construction: 2014, functionality: fully functional, Kaeser TI751 refrigeration dryer. Year of manufacture 2014 with 75 m3/min. Iodpfx Apjw Dap Tecjtf

Condition: like new (used), Year of construction: 2014, HANKINSON HHDP 1451 G REFRIGERATION DEHUMIDIFIER Itjdpfjvk Nqbox Apcef EFFICIENCY 24 m3/min Year of manufacture 2014 DEHUMIDIFIER FULLY FUNCTIONAL.

Condition: excellent (used), Year of construction: 2010, KAESER TH451 REFRIGERANT DRYER 40m3/MIN Iodpfx Aev Ivrmepcjtf KAESER TH451 REFRIGERANT DRYER capacity 40000 l/min,(40m3/min) year of manufacture 2010. net price: 19500 PLN gross price: 23985 PLN

Condition: excellent (used), Year of construction: 2013, KAESER TH451 refrigerant dryer capacity 40000 l/min,(40m3/min) year of manufacture 2013. Itedpfx Aowqmf Uepcjf net price: 19500 PLN gross price: 23985 PLN

Condition: excellent (used), Year of construction: 2018, KAESER DC169E Dryer Capacity: 16.88 m3/min Year of manufacture: 2018 The dryer is fully operational; service provided. Isdpfx Ajw Nh Akepcstf Net price: 8,200 PLN Gross price: 10,086 PLN

Condition: excellent (used), Year of construction: 2016, functionality: fully functional, PARKER HIROSS Dryer K45/16D2-G230MT Ijdpfxsw Nh A Ds Apcetf Capacity: 7000 l/min Year of manufacture: 2016 The dryer is fully operational; service provided. net price: 5200 PLN gross price: 6396 PLN

Year of construction: 2003, condition: good (used), capacity: 350 m3/h Itsdpfx Apefl Ig Recef

Condition: used, Year of construction: 2011, Manufacturer: BEGA capacity: 21 m3/min Itedpfx Apsuk A Enscsf

Condition: like new (used), GA (W) VSDs (Variable Speed Drive) are single-stage, oil-injected, electric motor-driven, stationary screw compressors. The cooling system is equipped with an air cooler and an oil cooler. GA VSD are air-cooled compressors; cooling air is provided by a fan. Itjdpfowxwxzex Apcsf Main features: - Maximum air inlet temperature: 40°C. - Maximum cooling water outlet temperature: 50°C - Temperature of the air leaving the outlet valve approx.: 30°C - Approximate oil capacity: 17.9 L

Condition: excellent (used), Year of construction: 2004, operating hours: 114,000 h, overall weight: 4,400 kg, power: 250 kW (339.91 HP), volume flow: 2.802 m³/h, operating pressure: 10 bar, Regularly serviced, in excellent condition. Atlas Copco ZR250 Screw compressor, 10bar 46m3/min Oil-free, water-cooled. MD600 with adsorption dryer Compressor: Manufacturer: Atlas Copco Type: ZR 250 year of manufacture. 2004 loaded operating hours 114,000 Max. operating pressure: 10bar single-stage drive Cooling water consumption 3.7 liters/s Air delivery: 43.6m3/min Water cooled Oil free Power: 250 kW Mains voltage: 400v 50Hz 445A Iodpfx Aorp D Uxepcjtf Last service: September 2023 Adsorption dryer, water-cooled Manufacturer: Atlas Copco Type: MD 600 W Year of construction: 2004 Max. operating pressure: 10.5 bar Empty volume: 350 liters machine dimensions: length: 3000mm width: 1600mm height: 2000mm weight: 4400 kg

Condition: like new (used), functionality: fully functional, overall weight: 749 kg, fuel type: electric, total length: 2,765 mm, total width: 1,346 mm, total height: 1,435 mm, power: 37 kW (50.31 HP), volume flow: 6.6 m³/h, pressure (min.): 5 bar, pressure (max.): 12 bar, ambient temperature (max.): 50 °C, noise level: 61 dB, type of cooling: water, Year of construction: 2023, machine/vehicle number: APP876730, The Atlas Copco E-Air H250 VSD is a single-stage, oil-injected screw compressor driven by an Atlas Copco electric motor with class H insulation and a speed of up to 9000 rpm. Unique to this new range is the PACE functionality in conjunction with the intuitive XC2003 control system. This ground-breaking technology enables multiple pressure and flow settings, allowing you to adjust the airflow and pressure to suit the requirements of your application. The E-Air VSD motor is characterized by its compactness, energy efficiency and quietness. In addition, the compressors are easy to install and operate. No exhaust fumes, unrivaled performance, low noise level. A plug-and-play design also allows you to transport the E-Air anywhere. Warranty for demonstration unit: 12 months from delivery Scope of delivery of the compressor: - Integrated permanent motor from Atlas Copco - Soundproofed HardHat hood - Cooling circuit with aftercooler - Air and compressed air connection - Air/oil separator and control systems - Leak-proof frame made of ASTM A653 Zincor sheet steel with powder coating Itodpfx Asud H Tnopcof - Closed floor pan - Undercarriage/chassis with fixed drawbar and hydraulic brakes - Overrun and parking brake, automatic reverse, star wheel - Truck DIN towing eye (40 mm), car coupling enclosed loose - 205R14C wheels for trailer operation - Lighting and operating license according to StVZO

Condition: excellent (used), Year of construction: 2019, MANUFACTURER: DRYTEC MODEL: MDA3600 SERIAL NO.: 3519MBP00146 YEAR: 2019 Itsdpfoyzzulex Apcef POWER (kW): 0.075 CAPACITY (m3/min): 60 PRESSURE (bar): 10

Condition: excellent (used), Year of construction: 2016, MANUFACTURER: DONALDSON MODEL: HRS1650 SERIAL NO.: 1C601810 YEAR: 2016 POWER (kW): CAPACITY (m3/min): 27.5 PRESSURE (bar): 10 Itsdpfx Apeyzpv Rscof

Condition: good (used), Year of construction: 2001, functionality: fully functional, Manufacturer Fasti GmbH Model ERD 65 B Itodpfsvzwrbsx Apcsf Connected load 0.9 kW

Condition: used, Compressed Air Dryer PARKER HIROSS for Compressor Systems Mechanical Condensate Separator, Water Separator Refrigeration Dryer with water-cooled aftercooler for removal of water vapor and cooling of compressed air or gases. 1 unit Aftercooler Type WFN009 DHH16 Air flow rate (standard): 540 m3/h = 9,000 liters/min. Operating pressure (air): max. 16 bar Housing length: 1,020 mm Housing diameter: Ø 105 mm Threaded air connection: G 2" Threaded water connection: G 3/4" Weight of aftercooler: 11 kg Itedpfx Apsdzqn Uecjf Dimensions of aftercooler (L x W x H): 1,030 x 850 x 200 mm + 1 unit Water Separator Type CSP 008 Standard flow rate: 480 m3/h = 8,000 liters/min. Operating pressure: max. 16 bar Threaded connection: G 2" - Filter housing made of aluminum + 1 unit Mechanical Condensate Separator HIROSS SAC 120 Threaded connections: R 1/2" Operating pressure: 16 bar Volume: 0.8 liters - operates without compressed air loss All components assembled as shown in the photos Mounted height (upright): 2,000 mm Total weight approx. 40 kg 2 identical units available

Year of construction: 2026, condition: new, The purpose of a compressed air refrigerant dryer is to lower the temperature of the compressed air and remove water and oil particles contained in the air flow. Refrigerant dryers are important in applications where moist air could cause corrosion, contamination or damage to tools, machinery or products. By removing moisture, the dryer increases the reliability and durability of compressed air systems. The refrigerant dryer is designed for maximum efficiency and durability. The main design elements include: 1. Air-to-air heat exchanger In the first stage of the process, the inlet air passes through a heat exchanger, where it is pre-cooled by the cooler air leaving the evaporator. By using countercurrent flow, heat recovery increases the energy efficiency of the entire system. Iedpfx Asmt Dcxspcjtf 2. Refrigeration system evaporator In the second stage, the compressed air is fed to the evaporator, where it is cooled to a dew point temperature of 3°C. This results in the condensation of water vapor and oil particles contained in it. 3. Condensate separator After cooling, the gas and condensate mixture is fed to an efficient separator, where the condensate is separated and automatically drained outside the device. 4. Fan control system The variable speed fan technology allows intelligent adjustment of the cooling intensity to the actual demand, which reduces energy consumption and increases the service life of the components. Technical parameters Inlet/outlet pipe diameter (BSP) 1 1/2" Maximum operating pressure 10 bar Maximum inlet air temperature ≤ 38°C Dew point temperature 3°C Efficiency 7000 l/min Power 1.37 kW Power supply voltage 230 V Dimensions (L x W x H) 1000 x 550 x 920 mm Weight 95 kg Type and amount of refrigerant R410a, 900 g

Year of construction: 2026, condition: new, functionality: fully functional, The purpose of a compressed air refrigerant dryer is to lower the temperature of the compressed air and remove water and oil particles contained in the air flow. Refrigerant dryers are important in applications where moist air could cause corrosion, contamination or damage to tools, machinery or products. By removing moisture, the dryer increases the reliability and durability of compressed air systems. The refrigerant dryer is designed for maximum efficiency and durability. The main design elements include: 1. Air-to-air heat exchanger In the first stage of the process, the inlet air passes through a heat exchanger, where it is pre-cooled by the cooler air leaving the evaporator. By using countercurrent flow, heat recovery increases the energy efficiency of the entire system. 2. Refrigeration system evaporator In the second stage, the compressed air is fed to the evaporator, where it is cooled to a dew point temperature of 3°C. This results in the condensation of water vapor and oil particles contained in it. 3. Condensate separator After cooling, the gas and condensate mixture goes to an efficient separator, where the condensate is separated and automatically drained outside the device. Itsdpfx Apemt Dcqocsf 4. Fan control system The variable speed fan technology allows intelligent adjustment of the cooling intensity to the actual demand, which reduces energy consumption and increases the service life of the components. Technical parameters Inlet/outlet pipe diameter (BSP) 1 1/2" Maximum operating pressure 10 bar Maximum inlet air temperature ≤ 38°C Dew point temperature 3°C Efficiency 3800 l/min Power 0.9 kW Supply voltage 230 V Dimensions (L x W x H) 850 x 480 x 480 mm Weight 59 kg Type and amount of refrigerant R410a, 650 g

Year of construction: 2026, condition: new, The purpose of a compressed air refrigerant dryer is to lower the temperature of the compressed air and remove water and oil particles contained in the air flow. Refrigerant dryers are important in applications where moist air could cause corrosion, contamination or damage to tools, machinery or products. By removing moisture, the dryer increases the reliability and durability of compressed air systems. The refrigerant dryer is designed for maximum efficiency and durability. The main design elements include: 1. Air-to-air heat exchanger In the first stage of the process, the inlet air passes through a heat exchanger, where it is pre-cooled by the cooler air leaving the evaporator. By using countercurrent flow, heat recovery increases the energy efficiency of the entire system. 2. Refrigeration system evaporator In the second stage, the compressed air is fed to the evaporator, where it is cooled to a dew point temperature of 3°C. This results in the condensation of water vapor and oil particles contained in it. 3. Condensate separator After cooling, the gas and condensate mixture is fed to an efficient separator, where the condensate is separated and automatically drained outside the device. 4. Fan control system The variable speed fan technology allows intelligent adjustment of the cooling intensity to the actual demand, which reduces energy consumption and increases the service life of the components. Technical parameters Inlet/outlet pipe diameter (BSP) 1" Maximum operating pressure 10 bar Maximum inlet air temperature ≤ 38°C Dew point temperature 3°C Efficiency 1500 l/min Power 0.58 kW Supply voltage 230 V Dimensions (L x W x H) 380 x 600 x 625 mm Itedpfomt Dbhox Apcjf Weight 31 kg Type and amount of refrigerant R134a, 400 g The price given is a NET price. The price does not include transport costs. For more information, please contact us by phone or email. We invite you to familiarize yourself with the offer on our website.

Year of construction: 2026, condition: new, The purpose of a compressed air refrigerant dryer is to lower the temperature of the compressed air and remove water and oil particles contained in the air flow. Refrigerant dryers are important in applications where moist air could cause corrosion, contamination or damage to tools, machinery or products. By removing moisture, the dryer increases the reliability and durability of compressed air systems. The refrigerant dryer is designed for maximum efficiency and durability. The main design elements include: 1. Air-to-air heat exchanger In the first stage of the process, the inlet air passes through a heat exchanger, where it is pre-cooled by the cooler air leaving the evaporator. By using countercurrent flow, heat recovery increases the energy efficiency of the entire system. 2. Refrigeration system evaporator In the second stage, the compressed air is fed to the evaporator, where it is cooled to a dew point temperature of 3°C. This results in the condensation of water vapor and oil particles contained in it. 3. Condensate separator After cooling, the gas and condensate mixture goes to an efficient separator, where the condensate is separated and automatically drained outside the device. 4. Fan control system The variable speed fan technology allows intelligent adjustment of the cooling intensity to the actual demand, which reduces energy consumption and increases the service life of the components. Technical parameters Itsdpomt Dcfefx Apcef Inlet/outlet pipe diameter (BSP) 1" Maximum operating pressure 10 bar Maximum inlet air temperature ≤ 38°C Dew point temperature 3°C Efficiency 2800 l/min Power 0.58 kW Supply voltage 230 V Dimensions (L x W x H) 420 x 700 x 690 mm Weight 37 kg Type and amount of refrigerant R134a, 550 g