Used Parker Hannifin Gmbh Vertical Light Stack Module for sale (82,753)

Condition: like new (used), Year of construction: 2012, Parker Engineering & Design Vertical Light Stack Module For testing solar modules Photovoltaic modules Electrical and mechanical safety testing Support for product development, design and quality control Detection of potential problems during development Quality and safety control  Endurance test stand  Temperature control  Mobile on rollers Entry pockets for forklift trucks 400 VAC, 3.PH, 50 AMP IR. 10,000 amp Year 2012 Weight 1400 kg Financing through our bank is also possible. komplett-konzept.leasingo.de Iiedpfoh Rvh Sox Apcsg Further test equipment - new and used - you will find in our shop! International shipping costs on request!

Year of construction: 2018, condition: used, functionality: fully functional, machine/vehicle number: Gießbank 532 MAP40, General Data: - Designed for wall-mounted toilets - Low-pressure casting process with level control - Suitable for multi-part plaster molds - 40 mold stations per unit - A total of 160 mold stations - Mold spacing: 700 mm - Modular operation in units of 10 molds each Iijdpfx Apjz Agw Esceg - Operation with 10, 20, 30, or 40 molds in use per unit is possible - Different casting times per 10-mold section are possible Production Capacity - For currently manufactured "married" toilet models: the upper and lower parts are cast separately -> Two castings result in a complete toilet. 160 castings per casting cycle -> 80 complete toilets per casting cycle. - For models without "marriage": one mold station corresponds to one product -> up to 160 pieces per casting cycle. - Dimensions: Installation area approximately length: 33,800 mm, width: 4,100 mm, height: 4,300 mm. Single-row roller conveyor with a length of approximately 33,000 mm. Four lifting beam systems per unit. Each lifting beam is designed for 10 molds. One extraction trolley per unit. - Casting and slip system: Slip supply DN 100, slip return DN 100, compressed air connection 2 inches for the pressure line, filling via high-level or level tanks, two level tanks per unit, two casting lines per level tank, return of excess slip to the return slip tank, flushing of the slip lines with water and compressed air, four separate flushing systems per unit. - Mold mounting and clamping technology: Steel base frame, four lifting beams with electromechanical cable winch drive, cable breakage and cable slack protection, divisible vertical clamping devices, upper clamping beams with quick-release fasteners, pneumatic clamping hoses. - Demolding and handling: Pneumatic extraction assistance, molds can be clamped and tilted by 90 degrees, mold halves are manually separated, ergonomic transfer of the green part to a roller conveyor, two-hand safety control, quick-change system for different mold mountings, track for existing vacuum lifting system. - Compressed air and low-pressure system: Separate compressed air distribution for each 10 molds, three compressed air circuits (upper clamping beams and core boxes, vertical clamping devices, separation of the green part and mold), individual pressure control via pressure regulators, pressure monitoring of the clamping circuits, acoustic signal in case of insufficient clamping pressure, low-pressure system for stabilizing the green part in the mold and for hose drying after flushing. - Drying, ventilation, and lighting: Fans for drying the parts, diameter approximately 950 mm, LED lighting strips along the unit, active unit sections can be visually marked by the lighting, uniform drying of the plaster molds supports up to two casting cycles per day. - Electrical system and control: Two main switch cabinets, one main switch cabinet controls 20 molds and two lifting beams each, two-hand operation for safety-relevant movements, separate control cabinets on the level tanks and lifting beams. - Advantages: High production flexibility due to the 10-mold division, different products or casting times within one unit are possible, unused conversion components remain on the unit, suitable for different toilet models and production concepts, modular design facilitates partial occupancy and adjusted production quantities, extensive peripherals for casting, flushing, drying, demolding, and transport are available.

Year of construction: 2018, condition: used, functionality: fully functional, machine/vehicle number: Gießbank 533 MAP40, General Data: - Designed for wall-mounted toilets - Low-pressure casting process with level control - Suitable for multi-part plaster molds - 40 mold stations per unit - A total of 160 mold stations - Mold spacing: 700 mm - Modular operation in units of 10 molds each - Operation with 10, 20, 30, or 40 molds in use per unit is possible - Different casting times per 10-mold section are possible Iisdjz Ag Rrepfx Apceg Production Capacity - For currently manufactured "married" toilet models: the upper and lower parts are cast separately -> Two castings result in a complete toilet. 160 castings per casting cycle -> 80 complete toilets per casting cycle. - For models without "marriage": one mold station corresponds to one product -> up to 160 pieces per casting cycle. - Dimensions: Installation area approximately length: 33,800 mm, width: 4,100 mm, height: 4,300 mm. Single-row roller conveyor with a length of approximately 33,000 mm. Four lifting beam systems per unit. Each lifting beam is designed for 10 molds. One extraction trolley per unit. - Casting and slip system: Slip supply DN 100, slip return DN 100, compressed air connection 2 inches for the pressure line, filling via high-level or level tanks, two level tanks per unit, two casting lines per level tank, return of excess slip to the return slip tank, flushing of the slip lines with water and compressed air, four separate flushing systems per unit. - Mold mounting and clamping technology: Steel base frame, four lifting beams with electromechanical cable winch drive, cable breakage and cable slack protection, divisible vertical clamping devices, upper clamping beams with quick-release fasteners, pneumatic clamping hoses. - Demolding and handling: Pneumatic extraction assistance, molds can be clamped and tilted by 90 degrees, mold halves are manually separated, ergonomic transfer of the green part to a roller conveyor, two-hand safety control, quick-change system for different mold mountings, track for existing vacuum lifting system. - Compressed air and low-pressure system: Separate compressed air distribution for each 10 molds, three compressed air circuits (upper clamping beams and core boxes, vertical clamping devices, separation of the green part and mold), individual pressure control via pressure regulators, pressure monitoring of the clamping circuits, acoustic signal in case of insufficient clamping pressure, low-pressure system for stabilizing the green part in the mold and for hose drying after flushing. - Drying, ventilation, and lighting: Fans for drying the parts, diameter approximately 950 mm, LED lighting strips along the unit, active unit sections can be visually marked by the lighting, uniform drying of the plaster molds supports up to two casting cycles per day. - Electrical system and control: Two main switch cabinets, one main switch cabinet controls 20 molds and two lifting beams each, two-hand operation for safety-relevant movements, separate control cabinets on the level tanks and lifting beams. - Advantages: High production flexibility due to the 10-mold division, different products or casting times within one unit are possible, unused conversion components remain on the unit, suitable for different toilet models and production concepts, modular design facilitates partial occupancy and adjusted production quantities, extensive peripherals for casting, flushing, drying, demolding, and transport are available.

Year of construction: 2018, condition: used, functionality: fully functional, machine/vehicle number: Gießbank 531 MAP40, General Data: - Designed for wall-mounted toilets - Low-pressure casting process with level control - Suitable for multi-part plaster molds Ijdpfx Ajz Agv Uspcjig - 40 mold stations per unit - A total of 160 mold stations - Mold spacing: 700 mm - Modular operation in units of 10 molds each - Operation with 10, 20, 30, or 40 molds in use per unit is possible - Different casting times per 10-mold section are possible Production Capacity - For currently manufactured "married" toilet models: the upper and lower parts are cast separately -> Two castings result in a complete toilet. 160 castings per casting cycle -> 80 complete toilets per casting cycle. - For models without "marriage": one mold station corresponds to one product -> up to 160 pieces per casting cycle. - Dimensions: Installation area approximately length: 33,800 mm, width: 4,100 mm, height: 4,300 mm. Single-row roller conveyor with a length of approximately 33,000 mm. Four lifting beam systems per unit. Each lifting beam is designed for 10 molds. One extraction trolley per unit. - Casting and slip system: Slip supply DN 100, slip return DN 100, compressed air connection 2 inches for the pressure line, filling via high-level or level tanks, two level tanks per unit, two casting lines per level tank, return of excess slip to the return slip tank, flushing of the slip lines with water and compressed air, four separate flushing systems per unit. - Mold mounting and clamping technology: Steel base frame, four lifting beams with electromechanical cable winch drive, cable breakage and cable slack protection, divisible vertical clamping devices, upper clamping beams with quick-release fasteners, pneumatic clamping hoses. - Demolding and handling: Pneumatic extraction assistance, molds can be clamped and tilted by 90 degrees, mold halves are manually separated, ergonomic transfer of the green part to a roller conveyor, two-hand safety control, quick-change system for different mold mountings, track for existing vacuum lifting system. - Compressed air and low-pressure system: Separate compressed air distribution for each 10 molds, three compressed air circuits (upper clamping beams and core boxes, vertical clamping devices, separation of the green part and mold), individual pressure control via pressure regulators, pressure monitoring of the clamping circuits, acoustic signal in case of insufficient clamping pressure, low-pressure system for stabilizing the green part in the mold and for hose drying after flushing. - Drying, ventilation, and lighting: Fans for drying the parts, diameter approximately 950 mm, LED lighting strips along the unit, active unit sections can be visually marked by the lighting, uniform drying of the plaster molds supports up to two casting cycles per day. - Electrical system and control: Two main switch cabinets, one main switch cabinet controls 20 molds and two lifting beams each, two-hand operation for safety-relevant movements, separate control cabinets on the level tanks and lifting beams. - Advantages: High production flexibility due to the 10-mold division, different products or casting times within one unit are possible, unused conversion components remain on the unit, suitable for different toilet models and production concepts, modular design facilitates partial occupancy and adjusted production quantities, extensive peripherals for casting, flushing, drying, demolding, and transport are available.

Year of construction: 2018, condition: used, functionality: fully functional, machine/vehicle number: Gießbank 530 MAP40, General Data: - Designed for wall-mounted toilets - Low-pressure casting process with level control - Suitable for multi-part plaster molds - 40 mold stations per unit - A total of 160 mold stations - Mold spacing: 700 mm - Modular operation in units of 10 molds each - Operation with 10, 20, 30, or 40 molds in use per unit is possible - Different casting times per 10-mold section are possible Iisdpjzz Rpcofx Apcsg Production Capacity - For currently manufactured "married" toilet models: the upper and lower parts are cast separately -> Two castings result in a complete toilet. 160 castings per casting cycle -> 80 complete toilets per casting cycle. - For models without "marriage": one mold station corresponds to one product -> up to 160 pieces per casting cycle. - Dimensions: Installation area approximately length: 33,800 mm, width: 4,100 mm, height: 4,300 mm. Single-row roller conveyor with a length of approximately 33,000 mm. Four lifting beam systems per unit. Each lifting beam is designed for 10 molds. One extraction trolley per unit. - Casting and slip system: Slip supply DN 100, slip return DN 100, compressed air connection 2 inches for the pressure line, filling via high-level or level tanks, two level tanks per unit, two casting lines per level tank, return of excess slip to the return slip tank, flushing of the slip lines with water and compressed air, four separate flushing systems per unit. - Mold mounting and clamping technology: Steel base frame, four lifting beams with electromechanical cable winch drive, cable breakage and cable slack protection, divisible vertical clamping devices, upper clamping beams with quick-release fasteners, pneumatic clamping hoses. - Demolding and handling: Pneumatic extraction assistance, molds can be clamped and tilted by 90 degrees, mold halves are manually separated, ergonomic transfer of the green part to a roller conveyor, two-hand safety control, quick-change system for different mold mountings, track for existing vacuum lifting system. - Compressed air and low-pressure system: Separate compressed air distribution for each 10 molds, three compressed air circuits (upper clamping beams and core boxes, vertical clamping devices, separation of the green part and mold), individual pressure control via pressure regulators, pressure monitoring of the clamping circuits, acoustic signal in case of insufficient clamping pressure, low-pressure system for stabilizing the green part in the mold and for hose drying after flushing. - Drying, ventilation, and lighting: Fans for drying the parts, diameter approximately 950 mm, LED lighting strips along the unit, active unit sections can be visually marked by the lighting, uniform drying of the plaster molds supports up to two casting cycles per day. - Electrical system and control: Two main switch cabinets, one main switch cabinet controls 20 molds and two lifting beams each, two-hand operation for safety-relevant movements, separate control cabinets on the level tanks and lifting beams. - Advantages: High production flexibility due to the 10-mold division, different products or casting times within one unit are possible, unused conversion components remain on the unit, suitable for different toilet models and production concepts, modular design facilitates partial occupancy and adjusted production quantities, extensive peripherals for casting, flushing, drying, demolding, and transport are available.

Condition: like new (used), Year of construction: 2019, functionality: fully functional, pressure (max.): 16 bar, Adsorption dryer Parker Zander K-MT 35-95/D3 Generation 3 Manufacturer: Parker Hannifin Manufacturing S.r.l. / Parker Zander Model: K-MT 35 Design: K-MT 35-95/D3 Generation 3 Serial number: 399893960001 Year of manufacture: 2019 Voltage: 230 V Frequency: 50–60 Hz Protection class: IP65 Iijdpez Dlafsfx Apcjg Max. operating pressure: 16 bar Min. operating temperature: 1 °C Max. operating temperature: 50 °C Condition: new / unused Machine type: Adsorption dryer for compressed air

Year of construction: 2023, condition: new, Nitrogen self-generation plant for the production of a wide range of purities, pressures and volume flows. Consisting of high-quality components, such as filters, adsorbers, nitrogen separation unit of the company Parker Hannifin and the compressor manufacturer Käser. If you need high pressure compression we cooperate with Bauer Kompressoren. More than 400 units have been installed at our customers. Isdpfxenq Di Ts Apcsig Gz7iapb All plants are assembled by us and adapted according to your space conditions and needs. We also plan and realize container plants for outdoor and indoor installation. We are looking forward to your inquiries...

Condition: repair required (used), Year of construction: 1985, functionality: limited functionality, machine/vehicle number: 11710519, spindle bore: 1,250 mm, spindle motor power: 56,000 W, quill travel distance: 1,000 mm, workpiece weight (max.): 1,600 kg, Equipment: documentation/manual, Basic machine information Machine type: CNC vertical lathe Manufacturer and model: Schiess AG - Schiess Moweg GmbH; Type 12DS100 Schiess Year of manufacture: 1985 Serial number: 11710519 Technical condition: Machine is operational; used, requires repair Technical specifications Working range: Table dimensions - Pallet D=1000 [mm], max. turning height H=800 [mm], max. turning diameter D=1250 [mm] Tailstock stroke S=1000 [mm]; adjustable cross slide - positioning every P=500 [mm] Table load capacity: 1600 kg Control system type: Siemens - Sinumerik 840 D Main drive power - 56 kW; Maximum spindle speed: 500 rpm Axis positioning accuracy: 0.02 [mm] - axis measuring system: optical scales Axis feed rate - "rapid": 6000 mm/min Axis feed rate - "working": 0.1 - 2000 mm/min Coolant - yes - through the tool Number of axes: 2-axis lathe Drive type: servo drives Iedpfx Aszvnbxepceig Additional equipment Tool magazine: 12 positions Material feeding system: loading station at the pallet magazine Palletizing system - 2-pallet magazine; pallet loading station; machine table - total of 2 pallets Chip transport system - yes Cooling system - control cabinet air conditioning - yes Operating manual - paper version in Polish and German, digital version in German

Year of construction: 2025, condition: new, Parker-Airtech presents the latest generation of nitrogen generators, which impress with an outstanding air factor on the market. Our systems are characterized by the exclusive use of high-quality components, which ensures their longevity and reliability. The cost-effective operation of the system is characterized by low power consumption with maximum output, low-maintenance operation of the system, no additional gases such as hydrogen to reduce oxygen and high-quality and durable components. This means that the system can pay for itself in the shortest possible time. An intelligent monitoring system enables continuous monitoring of the operating parameters and ensures that you are always informed about the status of your system. Whether in the office or on the go - our system can also be conveniently viewed on your mobile phone, so that you always have control over your nitrogen production. The system is individually tailored to your needs. Parker-Airtech has made it its mission to offer you the best technologies to optimally support and maximize your processes. Trust in innovation, quality and performance - choose Parker-Airtech. Iedpfx Aswzv Hiopcjig

Year of construction: 2015, condition: refurbished (used), Laboratory gas generator with a capacity of 12.5 liters/min and a purity of 0.5% residual oxygen. The system was completely overhauled by us, the company Airtech Stickstoff GmbH, as an authorized partner of Parker. We can also take over the service for you. Iiodpfx Aon R Naujpcjg

Condition: new, Year of construction: 2025, Parker-Airtech presents the latest generation of nitrogen generators, which impress with an outstanding air factor on the market. Our systems are characterized by the exclusive use of high-quality components, which ensures their longevity and reliability. Iedpfx Apjwzv Hcjcjig The cost-effective operation of the system is characterized by low power consumption with maximum output, low-maintenance operation of the system, no additional gases such as hydrogen to reduce oxygen and high-quality and durable components. This means that the system can be amortized in the shortest possible time. An intelligent monitoring system enables continuous monitoring of the operating parameters and ensures that you are always informed about the status of your system. Whether in the office or on the go - our system can also be conveniently viewed on your mobile phone, so that you always have control over your nitrogen production. The system is individually tailored to your needs. Parker-Airtech has made it its mission to offer you the best technologies to optimally support and maximize your processes. Trust in innovation, quality and performance - choose Parker-Airtech.

Year of construction: 2016, condition: ready for operation (used), Hydrogen generator Parker Hannifin 20 H Year of manufacture: 2016 Iisdpfx Asiphrwjpceg Technical specifications can be found in the images. You are welcome to visit us for an inspection. You will receive a proper invoice. For international customers, a net invoice can also be issued. A valid VAT identification number is required. Subject to prior sale. Visit our shop and browse our other offers as well. The company names and trademarks mentioned are the property of their respective owners and are used solely for identification and description of the products. Deviations from the technical data as well as errors in the description of the item may occur and are subject to change.

Year of construction: 2017, condition: excellent (used), Tube cutting system with optical laser mark detection The FZH Vario Flex is a fully automated tube cutting system. Iiedpezw Ukcsfx Apcsg It is specifically designed for the precise, reliable cutting of stainless steel tubes (e.g., for fuel, brake, air conditioning, or hydraulic lines). The system features optical laser mark detection. The control panel allows the user to select whether the cut is triggered mechanically (e.g., at the back of a union nut) or fully automatically via optical detection of a laser mark applied to the tube. Thanks to an integrated rotating 3-jaw cutting head and a micro-spray unit (minimum quantity lubrication), the machining process is extremely gentle on the tools. The tubes remain almost completely dry and free of heavy soiling. The entire process—from loading and clamping to cutting and unloading—is highly automated and follows a material-friendly cycle. Fully integrated labeling and traceability system: The system is designed to meet modern quality standards (Industry 4.0 / automotive). Following the cutting process, a barcode label is automatically generated, assigned, and printed to ensure seamless part traceability (tracking and system logging are directly integrated). Equipped with two separate bin discharge stations (rear-facing hatches with sliding doors), the system automatically switches to the second station when a bin is full. Finished KLT bins can be removed while the machine continues to operate, without interrupting the production cycle. Technical Data & Capacities Maximum tube length (feed): 1,000 mm Material specification: Optimized for stainless steel tubes (including those with pre-assembled union nuts or flared ends) Sensors & positioning: Optical sensors for automatic detection of laser markings on the workpiece Feed system: Automatic drum magazine / vertical disc feeder (for manual or automatic loading) Length adjustment: Continuously adjustable for different tube lengths via a manual handwheel Cutting method: Chip-removing sawing / rotating cutting head with three-jaw clamping and cutting mechanism (up to 600 rpm) Coolant/lubrication system: Integrated micro-spray unit (MMS) for minimum quantity lubrication Control system: Siemens SIMATIC HMI industrial PC with TFT monitor, keyboard, and mouse Setup mode: Mobile Siemens teach-in terminal for manual axis configuration and position storage Integrated labeling and barcode printing system Enclosure: Aluminum profile system with safety Makrolon panels Logistics / Output Integrated bin deposit station 2 separate bin output stations for rear-side removal via protected interlock systems with sliding doors Suitable for standardized KLT containers (600x400 mm and 400x300 mm) Manufacturer: FZH Engineering GmbH Type / Platform: Vario Flex Year of manufacture: 2017 Material: Stainless steel Cutting head: Vario Flex Special features: Tubes with union nuts Diameter: Ø 6–76 mm Output length: L = 150–1,000 mm Cutting based on laser marking Wall thickness: 1 to 1.3 mm Condition: The system is in good visual and mechanical condition in excellent, clean condition. “Everything from a single source: We would be happy to offer you suitable bank financing for your project.” komplett-konzept.leasingo.de You can find more items—new and used—in our shop! International shipping costs on request!

Condition: new, Manufacturer: Parker NY41285156/TBHMIRPKS14 M-M2210 Max. pressure: 210 bar Diameter: 63 x 460 mm Partially unpacked for photography – unused item from a warehouse clearance. Ijdezgawmepfx Apcsig

Year of construction: 2025, condition: new, Parker-Airtech presents the latest generation of nitrogen generators, which impress with an outstanding air factor on the market. Our systems are characterized by the exclusive use of high-quality components, which ensures their longevity and reliability. The cost-effective operation of the system is characterized by low power consumption with maximum output, low-maintenance operation of the system, no additional gases such as hydrogen to reduce oxygen and high-quality and durable components. This means that the system can pay for itself in the shortest possible time. Isdpfx Aponq A U Aecsig An intelligent monitoring system enables continuous monitoring of the operating parameters and ensures that you are always informed about the status of your system. Whether in the office or on the go - our system can also be conveniently viewed on your mobile phone, so that you always have control over your nitrogen production. The system is individually tailored to your needs. Parker-Airtech has made it its mission to offer you the best technologies to optimally support and maximize your processes. Trust in innovation, quality and performance - choose Parker-Airtech.

Year of construction: 2023, operating hours: 100 h, condition: good (used), functionality: fully functional, Water treatment system for compounding and extrusion plants For sale is a complete industrial water treatment system for supplying a compounding or extrusion plant with softened and fully demineralized process water. The system consists of pre-filtration, a dual softening unit, a reverse osmosis unit, a 3,000-liter permeate tank, and a frequency-controlled dual booster pump unit. The system is particularly suitable for closed-loop cooling water circuits and for applications where a consistently high water quality and a reliable supply to the production plant are required. System configuration Pre-filtration and protection Backwash filter for mechanical impurities Flow rate: 7.5 m³/h at a pressure drop of 0.5 bar Automatic, time-controlled backwash System separator with a KVS value of 12 m³/h Connection size: R 1" Pressure regulator with a DIN flow rate of 5.3 m³/h Safety module Connection block with integrated bypass and sampling valve Flexible pressure hoses, length 1,000 mm, Rp 1", up to 10 bar Dual softening unit Dual softening unit for continuous operation Nominal flow rate: 2.9 m³/h Capacity: 200 m³ × °dH each Resin disinfection system Salt deficiency switch with potential-free alarm or low-level signal Sampling group with pressure gauge and sampling valve Hardness control unit for wall mounting Installation fitting for 1" pipe Due to the dual design, one softening column can be regenerated while the second column continues to supply softened water. Reverse osmosis unit Reverse osmosis unit with vertically arranged high-performance modules, permeate recirculation, and automatic concentrate flushing. Technical data: Permeate flow rate at 15 °C: approx. 450 l/h Recovery rate: approx. 75 % Salt rejection rate: approx. 98.5 % Required inlet pressure: 2–6 bar Feed water connection: DN 25 Permeate connection: DN 20 Concentrate connection: DN 15 Supply voltage: 3 × 400 V / 50 Hz Dimensions: approx. 1,800 × 610 × 810 mm (H × W × D) Permeate tank Black PE storage tank Capacity: 3,000 liters With level control and various connections Dimensions: approx. 1,750 × 995 × 2,450 mm (H × W × D) Dual booster pump unit Pre-assembled and electrically wired booster pump unit on a stainless steel frame, ready for connection. Equipped with two pumps and integrated frequency converters for constant and demand-based pressure supply. Technical data: Nominal flow rate per pump: 2.0 m³/h Nominal head: 43.6 m Flow rate with one pump: approx. 0.6–3.0 m³/h Flow rate with two pumps: approx. 1.2–6.0 m³/h Delivery pressure at maximum flow rate: approx. 2.5 bar Zero flow head: approx. 6.7 bar Factory-set constant pressure: 4.0 bar Pre-pressure of the diaphragm expansion tank: 3.5 bar Measuring range of the pressure sensors: 0–10 bar Diaphragm expansion tank: 8 liters Permissible water temperature: 1–30 °C Permissible ambient temperature: 1–40 °C Suction connection: DN 65 / PN 10, loose flange Pressure connection: 50-mm socket Supply voltage: 3 × 380–500 V Motor power: 2 × 1.1 kW Nominal current per pump: 2.2–1.9 A Dimensions: approx. 950 × 700 × 858 mm Dry weight: approx. 55 kg Iijdpszt Sb Dsfx Apceg Technical specifications based on available documentation. Subject to prior sale and errors. An inspection of the system is possible by prior arrangement.

Condition: new, Year of construction: 2025, Parker-Airtech presents the latest generation of nitrogen generators, which impress with an outstanding air factor on the market. Our systems are characterized by the exclusive use of high-quality components, which ensures their longevity and reliability. The cost-effective operation of the system is characterized by low power consumption with maximum output, low-maintenance operation of the system, no additional gases such as hydrogen to reduce oxygen and high-quality and durable components. This means that the system can be amortized in the shortest possible time. An intelligent monitoring system enables continuous monitoring of the operating parameters and ensures that you are always informed about the status of your system. Whether in the office or on the go - our system can also be conveniently viewed on your mobile phone, so that you always have control over your nitrogen production. The system is individually tailored to your needs. Parker-Airtech has made it its mission to offer you the best technologies to optimally support and maximize your processes. Trust in innovation, quality and performance - choose Parker-Airtech. Iedpfjnq Dkijx Apcsig

Year of construction: 2024, condition: used, Audoli & Bertola / Gruppo Aturia VHL 382/2 Industrial Vertical Pump with ABB 110 kW Motor Heavy-duty industrial vertical pump manufactured by Audoli & Bertola, a division of Gruppo Aturia S.p.A., complete with a large ABB electric motor. The pump's nameplate indicates a manufacturing date of 11/2024. Pump specifications: Manufacturer: Audoli & Bertola Division: Gruppo Aturia S.p.A. Type: VHL 382/2 Capacity: 317 m³/h Head: 28 m Speed: 1450 rpm Power: 110 kW Year: 11/2024 CE marked Configuration: Vertical industrial pump Large flanged connections Iisdez Di Nwopfx Apcsg ABB electric motor: Manufacturer: ABB Type: M3BP 315SMA 4 V1 Power: 110 kW Year: 2003 Frequency: 50 Hz Speed: approx. 1486–1488 rpm Protection class: IP55 Insulation class: F Duty: S1 Product code: 3GBP312210-BDG Vertical mounting configuration The pump is offered as a complete assembly with the ABB 110 kW electric motor, as shown in the pictures. Condition: Used industrial surplus Location: Rotterdam, The Netherlands The equipment is available from stock and can be inspected before purchase. This equipment is industrial surplus and is sold as-is, without warranty or claims. Please contact us for further information or to submit an offer.

Condition: used, Year of construction: 2015, Technical details: x-travel: 600 mm y-travel: 400 mm z-travel: 500 mm control: Mitsubishi M70 table-size: 2 × 700 × 400 mm mm Iiedjzzyg Dopfx Apcog table load capacity: 2 × 250 kg kg tool taper: SK40 / ISO40 Revolution per minute: 12.000 U/min. tool changer with: 24 Plätze (+1 Werkzeugwechselposition) total power requirement: 25 kW Weight approx.: 6,6 t dimension machine approx.LxWxH: 3,7 × 2,60 × 2,78 m The Müga S6040 is a modern vertical CNC machining center designed for the precise complete machining of workpieces in single-part, small-batch, and series production. The machine is equipped with a high-performance main spindle with speeds of up to 12,000 rpm, a Mitsubishi M70 CNC control system, and an integrated twin pallet changer (worktable changer) for highly efficient and productive machining. Its rigid machine structure and precision linear guideways make the Müga S6040 ideally suited for demanding milling, drilling, tapping, and machining operations in toolmaking, mechanical engineering, mold making, and general metalworking. 4-axis CNC machining center with pallet changing system – 2 workstations (A/B), each equipped with its own CNC-controlled 4th axis and chuck. *

Year of construction: 2020, condition: used, functionality: fully functional, machine/vehicle number: 07.019.0000.00 / 114247 / 006, The mobile nozzle pack installation device from Theilen Maschinenbau is designed for lifting and positioning nozzle packs during assembly work. The welded frame structure is mounted on four swivel castors and features side handles for manual movement. The upper working beam is raised by a centrally mounted hydraulic hand jack and guided by two vertical guide elements. The beam is fitted with adjustable supports and mounting pins. The maximum load capacity is 200 kg. The device was manufactured in 2020 and bears CE marking. Safety symbols indicate a hot surface, an overhead hazard and the required use of head, hand and eye protection. Iiedjzw T Duspfx Apcog Manufacturer: Theilen Maschinenbau GmbH Type: Nozzle pack installation device Number: 07.019.0000.00 / 114247 / 006 Year of manufacture: 2020 Maximum load capacity: 200 kg Lifting mechanism: Hydraulic hand jack Construction: Welded frame structure Undercarriage: 4 swivel castors Beam guidance: 2 vertical guide elements Conformity marking: CE

Condition: excellent (used), Year of construction: 2014, functionality: fully functional, machine/vehicle number: 13100019, type of input current: three-phase, overall weight: 1,000 kg, For sale: a professional log edging saw (optimizing saw) from the renowned German company Winter Holztechnik, model Optimax 100. The machine is fully functional, regularly serviced, and ready for immediate operation. It is ideally suited for the fast and precise removal of defects and the preparation of elements with fixed lengths in joinery workshops. Key features and advantages: PLC control: Intuitive touchscreen panel for easy programming. Multifunctionality: Capability for sequential cutting (memory for up to 10 dimensions) and cutting lines marked with fluorescent chalk. Efficiency: The machine can replace the work of several people, offering a speed of up to 80 cycles per minute. Precision: Very high cutting accuracy of +/- 1 mm. Technical data: Saw motor power: 7.5 kW. Feed motor power: 2.0 kW (feed speed continuously adjustable up to 80 m/min). Cutting height: max. 100 mm. Blade diameter: Ø 455 mm (bore 30 mm). Minimum material length: 300 mm. Power supply/Air: 400V / 8 bar. Isdpfxezzw Uls Apcsig

Condition: ready for operation (used), Ross Parker Hannifin MG051210AAAB hydraulic motor, housing diameter: 93 mm, drive shaft diameter: 25.5 mm, mounting hole spacing: 106 mm, used, shows normal signs of wear, 100% functional, scope of delivery as shown in the photos. Iisdpfx Aei Ec D Uspcsg

Condition: used, machine/vehicle number: 980117384, Vertikalstapelauslage - Vertical Stack Delivery with Pressing and Marking Device MBO SAP46L Online-Video-Inspection by Skype-Video We would be very pleased with your visit - more machines on Stock Iisdpfx Ash Axqfepceg Available Immediately - Can be inspect On Stock Emskirchen / Nürnberg - Can be test

Year of construction: 2021, condition: like new (used), functionality: fully functional, Component 1: ATM-800 P Tangential Dereeler (2 pieces) Heavy-duty dereeler for controlled unwinding of copper wire coils. • Max. coil diameter: 800 mm • Max. coil width: 300 mm • Pickup hole: Ø52 / Ø56 mm • Max. coil weight: 300 kg • Braking force: 100 - 2000 N • Brake torque: 3 - 800 Nm • Max. speed: approx. 5 rpm • PLC control with torque sensor Component 2: HBK-40-S Automatic Taping Machine Professional automatic taping machine for coil and conductor insulation. • Servo-controlled taping head • Operator terminal and display Iiodpjz Ap R Isfx Apcog • Integrated X-axis guidance • Electric hysteresis brake • Automatic overlap control via encoder • Suitable for various insulation materials

Condition: used, The used Coperion K-Tron K-ML-FB-130QC gravimetric dry solids feeder is a high-precision dosing system with a differential belt scale, manufactured in stainless steel. The unit combines continuous and particularly gentle product conveying via a dosing belt with precise gravimetric control, enabling uniform and controlled dosing of bulk materials Name: Powder Feeder Manufacturer: K-Tron / Coperion GmbH Type: K-ML-FB-130QC Year built: Unknown Iijdpoiv Ic Eofx Apceg Condition: Used Price: On demand -Hopper capacity: Storage hopper with an approximate capacity of 75 liters -Drive power: Main drive for the dosing belt and material feed powered by a 0.25 kW electric motor. Vertical agitator with an independent 0.25 kW drive -Agitator speed: Low operating speed of 5.6 rpm for particularly gentle product handling -Weighing technology: High-precision SFT (smart force transducer) load cell technology for accurate gravimetric control and precise dosing. -Material: Hopper and product-contact components manufactured from robust stainless steel -Dosing belt: Polyester fabric belt with a polyurethane coating, designed for easy cleaning. The support structure can be completely removed for cleaning and maintenance purposes -Dimensions: Length: 800 mm x Width: 700 mm x Height: 1.200 mm -Empty weight: Approx. 100 kg