Used Compressed Air Tank for sale (31,708)

Condition: excellent (used), Refrigeration Compressed Air Dryer Manufacturer: Atlas Copco Model: FD 120 Year of manufacture: N/A, presumably 2013-2014 Flow rate: 120 L/sec Max. operating pressure: 14 bar Djdpfx Asya A Uvocxjki Pressure drop: 0.11 bar Weight: 160 kg

Condition: new, Year of construction: 2022, functionality: fully functional, type of input current: AC, volume flow: 486 m³/h, total width: 610 mm, total length: 625 mm, total height: 1,030 mm, overall weight: 92 kg, input voltage: 230 V, ambient temperature (max.): 50 °C, ambient temperature (min.): 1 °C, type of cooling: air, pressure (max.): 14 bar, power: 0.98 kW (1.33 HP), input frequency: 50 Hz, Equipment: type plate available, We offer this new Friulair ACT 80 compressed air refrigeration dryer, year of manufacture 2022. Voltage: 230 V Frequency: 50 Hz Dksdpoyf Earofx Acxsi Power consumption: 0.98 kW Current: 4.6 A Max. operating pressure: 14 bar Air flow rate: 8,100 l/min / 486 m3/h Refrigerant: R407C Weight: 105 kg (gross) Condensate drain: Bekomat If you have any questions or need more information, please send us a message or give us a call.

Condition: ready for operation (used), System includes (1) Screw Compressor BOGE SF 75-2 (2) Cyclone Separator BEKO CLEARPOINT (3) Fine Filter BEKO CLEARPOINT (4) Refrigeration Dryer BEKO DRYPOINT RA eco (5) Catalytic Converter BEKO BEKOKAT CC 360 (6) Carbon Filter BEKO CLEARPOINT. Dodpfx Acjhvizgsxski

Condition: used, Year of construction: 2013, Compressed air refrigeration dryer Model: MG 110 Dksdpfx Aceu Rn Trsxei Year of construction: 2013 Air volume flow 6,600 m³/h or 110.0 m³/min Nominal power: 8.99 kW The air dryer is functional and was regularly serviced and checked until it was decommissioned

Condition: used, Year of construction: 2021, Max. pressure: 16 bar Power: 0.81 kW Djdsxz Al Nopfx Acxeki

Condition: excellent (used), Year of construction: 2012, machine/vehicle number: 575531, OKS Air receiver tank Serial: 575531 2012, 500L tank, 11Bar Djdpfeqqhtusx Acxski

Condition: good (used), Year of construction: 2003, machine/vehicle number: 3101, Kaeser TD51 Refrigerated air dryer Serial: 3101 Djdpfxsqqhkpo Acxeki 2003, Refrigerant R34A, 18Bar

Condition: good (used), Compressed air filter, fine filter -Connection: 2" inch -Number: 3 filters available Price: per piece Dkodpfx Ajb A Ni Escxsi

Year of construction: 1975, condition: good (used), Compressed air breathing apparatus, respiratory protection -electric pump with emergency hand crank -Distributor: with pressure gauge -Hose -Box -Handover: in its current condition as inspected Dedeb A H Ntspfx Acxeki -Weight: 100kg

Year of construction: 1975, condition: used, Compressed air breathing apparatus, respiratory protection -Handover: in its current condition as inspected Dkjdpfx Aceb A Hi Doxsi -electric pump with emergency hand crank -Distributor: with pressure gauge -Hose -Box -Weight: 100 kg

Condition: new, -User-friendly operating concept -Efficient design for cost-effective and safe operation -Cooling fan speed-controlled from 0-100%, thus eliminating the need for the usual pressure switch and thermostat for fan control -Fewer wearing parts while maintaining a constant pressure dew point -Control system displays five different alarm states and stores them in memory -Refrigeration compressor shuts off below 15°C ambient temperature if no compressed air is flowing through -Clear layout and easy accessibility of all maintenance components -With built-in automatic condensate drain The advantages at a glance -High cost-effectiveness -Excellent price-performance ratio -No unnecessary compressed air losses thanks to the integrated electronic condensate drain -Connected tools and machines are optimally protected -User-friendly operating concept Manufacturer Aircraft Kompressorenbau und Maschinenhandel GmbH Gewerbestraße Ost 6, 4921 Hohenzell, Austria - Air flow rate l/min: 1200 l/min Dkedpfx Aceu T Hrvsxei - Air flow rate m³/h: 72 m³/h - Maximum pressure: 16 bar - Air connection: 1/2" - Power consumption: 0.2 kW Dimensions and weights: - Length (product) approx.: 325 mm - Width/depth (product) approx.: 430 mm - Height (product) approx.: 445 mm - Net weight approx.: 24 kg

Condition: excellent (used), Year of construction: 2016, operating hours: 23,511 h, functionality: fully functional, Water-cooled dryer Atlas Copco FD510 30.60 m³/min Dedpox Sx U Dofx Acxoki Year of manufacture: 2016

Condition: excellent (used), MANUFACTURER: ALUP MODEL: ADQ2700 SERIAL NO.: 07M011498 YEAR: 2007 POWER (kW): 8.7 CAPACITY (m3/min): 45 PRESSURE (bar): 12 HOURS (DOCUMENTED/TOTAL): Dedpfx Acsykvphsxski

Condition: excellent (used), Year of construction: 2015, MANUFACTURER: DRYTEC MODEL: SD1800 SERIAL NO.: 3414MA12150 YEAR: 2015 POWER (kW): 3.14 CAPACITY (m3/min): 30 Djdpfx Acsykvmtoxski PRESSURE (bar): 16 OPERATING HOURS (DOC/TOTAL): FREQUENCY INVERTER: BUILT-IN DRYER: R134a, 7kg

Condition: excellent (used), Year of construction: 2011, PROD. BRAND MODEL MDX6500 S/N CAI492661 YEAR 2011 POWER (kW) 1.64 CAPACITY (m3/min) 6.5 PRESSURE (bar) 13 HOURS (DOC/TOTAL) FREQUENCY INVERTER BUILT-IN DRYER yes R404a 1.35kg Dodpsykvk Esfx Acxski

Condition: good (used), Year of construction: 2002, Compressed Air dyer Operating pressure: max. 16 bar Dedpfx Ajg Itzqecxjki Temperature range: 5 - 43 celsius Voltage: 400 V Weight: 625 kg Overall dimensions: 1300 x 900 x 2100 mm

Condition: excellent (used), Year of construction: 2011, MANUFACTURER: HANKINSON Djdpfx Acoyh Uvxsxeki MODEL: HHDP2700 SERIAL NUMBER: 4001011004 YEAR: 2011 POWER (kW): 7 CAPACITY (m³/min): 45 PRESSURE (bar): 16

Condition: excellent (used), MANUF. AGT TYPE VD8/18C PY S/N 7D8-02741 YEAR n/a POWER (kW) 7 Dkjdpeyh Uq Nsfx Acxji OUTPUT (m³/min) 30 PRESSURE (bar) 16 HOURS (DOC/TOTAL) FREQUENCY INVERTER BUILT-IN DRYER R404a

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 Dksdpfxemt Dcxj Acxsi 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. 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 Dodpfxsmt Dcqj Acxoki

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: Djdpfx Aemt Dbhocxski 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 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. Dksdpfxomt Dcfe Acxsi 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 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

Condition: used, Pneumatic C-frame press RECTUS - FRIEDMANN & MAIER Type K3000 / 50 / 6A Pneumatic press Serial No. 3437 Year approx. 1990 Pressing force 3.0 tons at 6 bar Pressing force 2.6 tons at 5 bar Pressing force 2.2 tons at 4 bar Pressing force 1.6 tons at 3 bar Dsdpfjw A Srwsx Acxjki Pressing force 1.0 tons at 2 bar Throat depth 150 mm Power stroke 6 mm Approach stroke 50 mm Total stroke 56 mm Ram surface Ø 100 mm Tool holder Ø 12 mm Maximum installation height 180 mm Table size 200 x 200 mm Compressed air requirement max. 6 bar - Pneumatic power cylinder with mechanical force amplifier (wedge-lever principle) - Press cylinder height-adjustable on column via threaded spindle (50 mm) - Without pneumatic control system - Throttle valve for stroke speed adjustment Space requirement (L x W x H) 440 x 230 x 750 mm Weight 127 kg Good condition

Condition: like new (used), Year of construction: 2010, HANKINSON HHDP 1451 G REFRIGERATION DEHUMIDIFIER Dkjdju Hyw Uepfx Acxji EFFICIENCY 24 m3/min Year of manufacture 2010 DEHUMIDIFIER FULLY FUNCTIONAL.

Condition: excellent (used), Year of construction: 2016, BEKO DPRA 370/AC refrigerant dryer Efficiency 6.2 m3/min Year of manufacture 2016 Dkedpfov Snnnex Acxoi The dryer is fully functional.