Used Evaporative Condenser for sale (1,141)

Condition: excellent (used), Year of construction: 2007, functionality: fully functional, power: 301 kW (409.25 HP), We offer a complete package of process vessels and key equipment forming part of an industrial ammonia refrigeration machine room, including one twin-screw compressor unit for -40°C operation, together with the main NH₃ vessels and auxiliary equipment, all manufactured in 2007. The set is suitable for industrial refrigeration applications including compression, oil cooling, intercooling, oil separation, liquid separation, condensation, liquid distribution, and oil collection. Kljdpfx Aaeyrrpyerst Main equipment included: Twin-screw compressor unit GEA Grasso Duo-Pack PB-3A for -40°C operation — complete compressor package with two screw compressors mounted on a common frame. Technical data from the attachment include: refrigerant NH₃, refrigeration capacity 301 kW (with economizer), shaft power 2 × 104 kW, motor power 2 × 132 kW, speed 2940 rpm, evaporating temperature -40°C, condensing temperature +35°C, economizer temperature -22°C, dimensions 3830 × 2370 × 2300 mm, weight 6380 kg, suction connection 2 × DN 125, discharge connection DN 100, and oil charge 160 kg. Oil cooling system: ammonia thermosyphon. Control system: GSC Oil cooler for screw compressor unit, serial no. 170049, design pressure 23/23 bar, volume 96 / 70 dm³, temperature range 0/+60°C and 0/+100°C, working media ammonia / oil + NH₃. Economizer / intercooler vessel, serial no. 19103, allowable pressure 12 bar, volume 1000 dm³, temperature range -40/+100°C, working medium NH₃. Oil separator, serial no. 5281, design pressure 23 bar, volume 0.620 m³, temperature range +5/+110°C, working medium NH₃ + oil. Horizontal liquid separator, serial no. 19102, allowable pressure 12 bar, volume 3400 dm³, temperature range -40/+50°C, working medium NH₃. Evaporative condenser coil, serial no. H070979, design pressure -1/23 bar, volume 638 dm³, temperature range -20/+120°C, working medium NH₃, capacity 745 kW. Thermosyphon / liquid receiver, serial no. 19100, allowable pressure 18 bar, volume 620 dm³, temperature range +1/+100°C, working medium NH₃. Oil drain tank, serial no. 19104, allowable pressure 18 bar, volume 70 dm³, temperature range -40/+150°C, working medium oil + NH₃. The equipment is suitable for reuse in industrial refrigeration systems, retrofit projects, or as a source of high-value NH₃ machine room components, subject to technical verification and local compliance requirements. Important note: The installation is not dismantled, the potential buyer must include the costs of dismantling.

Condition: good (used), Large-scale system for climate tests with S!MCON control Design The system consists of the following main components: - Walk-in, insulated test room - Air treatment room - Machine unit - Air conditioning system - Control cabinet Test room The fixtures in the test room are made of corrosion-resistant material. The test room can be illuminated, is walk-in, and has a condensate and cleaning drain. Air treatment room The air treatment room is located behind the air baffle in the insulated interior. It contains the following components necessary for temperature control and is accessible via easily removable panels. - Test room fans - Heat exchangers - Electric heaters - Ventilation and exhaust system - Temperature sensors In the air treatment room, the air is tempered (cooled/heated), humidified and dehumidified, and circulated by fans. The air is drawn in under the ceiling and expelled at floor level. Sensors The temperature and humidity sensors are located behind the air baffle in the air treatment room. Machine Unit The machine unit, consisting of refrigeration units, supplies the air treatment room with the required energy. Climate System The climate system consists of: - Steam humidifier - Dehumidification evaporator Technical Data Test chamber volume: approx. 32 m³ Direct temperature range: -40 to +100°C Temperature fluctuation over time in the center of the usable space: +/- 0.5 to +/- 1 Temperature change rate Kjdjw U Sv Ejpfx Aarslt Heating: from -35°C to +50°C at 3 K/min Cooling: from +85°C to +85°C at 2 K/min from +80°C to -40°C at 1 K/min Data for climate testing Temperature range: 10 to 95°C Humidity range: 10 to 95% RH Dew point range: 5 to 93°C Temperature fluctuation: +/- 5°C Humidity fluctuation: +/- 3 to +/- 5% RH Cooling water specifications Connections Inlet: 2 x 1 1/2" RH Return: 2 x 1 1/2" RH Consumption at full load: max. 16 m³/h Maximum load on the test chamber floor: 10,000 N/m² Nominal voltage: 3/N / PE AC 400 V 50 Hz Nominal power: 97 kW Nominal current: 148 A Dimensions: Test chamber: Width 3.60 m, Height 2.20 m, Depth 5 m Climate chamber divided for transport at a specified location (approx. 2.50 m). Financing through our bank is also possible. komplett-konzept.leasingo.de Find more items – new and used – in our shop! International shipping costs on request!

Condition: excellent (used), Mathis THN 10988 Laboratory Thermosol System Application This padder-dryer combination has proven itself extremely effective in practice. It is used in this form for a wide variety of hot air treatment processes, such as drying, setting, condensing, thermosolizing, etc. This system is used wherever a certain sample size is required, for example, to produce sample collections or similar. THA Dryer If the padder and dryer are to be used separately in addition to continuous operation, the THA dryer should be selected. This unit is equipped with an unwinder at the dryer inlet and an extractor at its outlet. This element determines the fabric speed when operated separately. This offers the advantage of using the padder and dryer independently and simultaneously. The fabric is then transferred to the dryer for drying, setting, condensing, etc. If all of the above-mentioned applications are to be ensured and if the use of pin frames is also desired for stand-alone operation of the dryer, the THN model is preferable. The standard pin frames are suitable for a sample size of max. 50 x 50 cm (larger pin frames available upon request). Ksdpfxju D Arie Aarjlt Lengthwise adjustable frames for woven fabrics or lengthwise and widthwise adjustable material holders for warp-knitted and knitted fabrics, nonwovens, etc., as well as clamp frames for foils and paper, are available. Drying Chamber The drying chamber, including the electrical equipment box and control panel, are mounted on a base frame and bolted together to form a single unit. Good thermal insulation of the dryer is ensured by its double-walled construction with insulation between them. The nozzle array, with a length of 1300 mm, is divided into an upper and lower nozzle compartment. A control flap allows for equal ventilation from top and bottom, or more air from top or bottom. Fan and Heater Intense air circulation is ensured by a powerful fan with a capacity of approximately 900-3500 m³/h, combined with a well-tuned heating output, resulting in optimal evaporation performance. A dual-protection monitoring system reduces maintenance and increases the operational reliability of the dryer. The heating capacity is designed for rapid heating and is automatically reduced once the desired temperature is reached to avoid unnecessary power surges. The temperature is controlled by an electronic measuring and control device in the range of 20-250°C. The fresh air is drawn directly into the recirculation fan via a fan. The desired flow rate can be adjusted using a step switch. Technical Specifications Air velocity approx. 4-12 m/sec Air flow approx. 900-3500 m3/h Temperature range up to 250°C Heating output approx. 27 kW Nozzle area 1300 mm Fabric tension continuously adjustable Fresh air supply adjustable to multiple levels Dimensions: LxWxH = 4800 x 1380 x 1750 mm Purchase price: €86,275 Financing through our bank is also possible. komplett-konzept.leasingo.de Other items in other sizes – new and used – can be found in our shop! International shipping costs upon request!

Condition: good (used), Year of construction: 2020, Heat exchanger, rotary heat exchanger, exhaust air heat exchanger, microchannel heat exchanger, microchannel tube heat exchanger, condenser, evaporator coil, MCHE -Manufacturer: SunCo, microchannel heat exchanger -Type: SC-1800 -Heat exchanger: made of aluminum tubes with aluminum fins -Connection: with copper pipe, see photos -Dimensions: 1210/1150/H40 mm Kodpfx Aeyh Ebroarslt -Weight: 16.8 kg

Condition: as good as new (ex-display), Year of construction: 2024, The ENR series are air-cooled water chillers for industrial use for indoor and outdoor installation. The ENR 016 has axial fans, scroll compressors, internal P3 pump, condensers with finned aluminium fins and self-cleaning coaxial evaporator for maximum reliability. Cooling capacity 13,5 Kw Klsdpfxofmd E So Aaret We have many chillers directly from stock available used and new . contact us for a non-binding offer.

Condition: ready for operation (used), A concentrate system for thickening and concentrating liquids, typically in the production of juices, concentrates or other liquids in the food industry, is available. Evaporator: horizontal, evaporator stages: 4, operating mode: live steam, heat exchange: preheating/recovery/cooling, condensation: semi-barometric milk condensation, flavor extraction: rectification/floor column. Water evaporation: 4840kg/h, inlet quantity: 6600kg/h, inlet dry matter: 12%, outlet quantity: 1760kg/h, final dry matter: 45%, aroma recovery at 150-fold concentration: 42l/h, steam consumption: 1685kg/h, specific steam consumption: 348g/kg, fresh water consumption: approx. 12700l/h. Documentation available. On-site inspection is possible. Ksdpsv Sugqjfx Aarjlt

Year of construction: 2011, condition: ready for operation (used), A compact ammonia refrigeration system GEA with evaporative condenser and pump-operated plate evaporator is available. Design: split design, refrigeration capacity: 247kW, compressor speed: 1450rpm, evaporation temperature: 0.7°C, condenser capacity: 300kW, wet-bulb temperature: 21°C, max. condensing temperature: 35°C, refrigerant: NH3, max. operating pressure high pressure/low pressure: 23bar/16bar. Secondary refrigerant: electrolysis water, secondary refrigerant temperature inlet/outlet: 6°C/2°C, secondary refrigerant volume flow: 54m³/h, secondary refrigerant pressure drop: 53kPa, refrigerant charge: 50kg, oil charge: 20l, compressor: Grasso 410. Machine dimensions X/Y/Z: approx. 4300mm/2000mm/2800mm, weight: approx. 6500kg. Documentation available. An on-site inspection is possible. Kljdpfxex Sywas Aaret

Condition: used, 2x Alpha-18-W-S units with integrated redundant pump station Standard Hyfra Equipment: * Frame construction in stainless steel Kledpfjw I Eprox Aarot * Economical, low-noise scroll compressors * Pump installed inside the housing; Note: Required inlet pressure: min. 0.05 bar! * Unit fitted with control transformer, no neutral conductor necessary * Flow switch * Frost protection monitoring * Fault message with digital display * Collective fault signal, potential-free * External start/stop * Automatic fan speed switching from low to high speed * High-efficiency condenser with microchannel technology * Non-cleanable plate evaporators for water Special Equipment: Cooling capacity approx. 25 kW at +13°C tank temperature and +32°C ambient temperature Medium: Water Water-carrying lines insulated Cooler designed according to current ECO Design Directive 2021 (adapted compressor, condenser, evaporator) Housing dimensions LxWxH 1640 x 715 x 1560 mm 2 x CM3-4 pumps for tank circulation, each with 3.5 m³/h at 1 bar 2 x CM5-5 process pumps (redundant design) each with 4.5 m³/h at 3.5 bar 2 x EC fans with approx. 100 Pa external pressure for short site-installed air ducts Flexible duct sleeves for easy connection to a site-installed air duct system Mounted control cabinet 2 x supply and return connections.

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. Klsdpfx Aajmt Dcxorjt 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 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 Kledpfxsmt Dcqs Aarjt 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 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. Kledpfx Aasmt Dbhsrst

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 Kodpfsmt Dcfjx Aarolt 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: good (used), Year of construction: 2021, Hyfra Gamma 13 Active Immersion Cooler, Year 2021, Immersion coolers are designed for the cooling of water, oil, and emulsions. The plug-and-play immersion coolers are ready for installation and suitable for integration into various machine layouts. A stirrer ensures uniform medium temperature in the Gamma immersion cooler model. Easy cleaning is facilitated by crane eyes on the cooling unit. The HYFRA Gamma series models are designed as immersion coolers for cooling water, oil, and emulsions. The plug-and-play immersion coolers are ready for installation and can be used with a footprint of just 0.5 m². This makes them ideal for integration into different machine layouts. Thanks to their compact design, cooling capacities of up to 28 kW are possible with only 0.5 m² of floor space. This results in significant flexibility advantages in production floor planning and a marked increase in productivity, as more machines can be accommodated. In the compact models of our immersion coolers, the condenser is installed horizontally. Due to this design, the coolers generate considerably less waste heat. Internal components remain unaffected by residual heat. Kodpfx Aoyfutzjarslt A robust stirrer ensures uniform medium temperature in the lubricant tank in all immersion cooler models of the series. The HYFRA Gamma series can be easily removed from the tank for regular cleaning using the fixed crane eyes. Immersion Coolers: High-Performance Cooling Directly at the Application Site How does an immersion cooler work? In immersion coolers, the evaporator is immersed directly into the cooling medium. The liquid is held in a tank and is agitated vigorously and continuously for efficient cooling. Powerful stirrers support this process. What are immersion coolers used for? Immersion coolers are commonly used for temperature control of coolant lubricants in filtration and mechanical engineering to ensure the performance of connected equipment. They are also used in metalworking for indirect cooling of tools and workpieces. Typical applications include CNC and conventional machine tools for milling and grinding. Immersion coolers with modern controls and extensive features Depending on the required cooling capacity, HYFRA Gamma immersion coolers are equipped with either FreeSmart or FreeAdvanced control systems. The combination of FreeAdvanced control and a touch panel provides a structured overview and allows real-time monitoring of relevant parameters. Both freely programmable controllers come with multiple digital and analog inputs and outputs. The FreeAdvanced controller also features a full-text display and supports Modbus-TCP.

Condition: used, This listing is for a Shell Lab SC05A-2 CO2 Series CO2 Incubator. The unit is in full working condition and is ready for immediate release. The Shell Lab SC05A-2 CO2 Incubator is expertly designed to meet the stringent requirements for sensitive tissue and cell culture applications. Here’s a concise look at its key features and specifications: Key Features: Fast CO2 Recovery: The infrared (IR) CO2 sensor swiftly restores CO2 levels after door openings, essential for maintaining pH stability in cell cultures. Exceptional Temperature Uniformity: With a unique air jacket design, it delivers outstanding temperature uniformity of ±0.25°C at 37°C, crucial for consistent incubation conditions. Humidity Control: Maintains humidity levels through evaporation, allowing for up to 95% relative humidity—perfect for sensitive cultures that require a moist environment. Advanced Contamination Control: Patented Copper-Caged HEPA Filter: Enhances air quality by trapping contaminants while utilizing copper's antimicrobial properties. Heated Door: Reduces potential condensation on the inner glass, maintaining temperature integrity. Heated Copper CO2 Inlet: Prevents moisture from entering the chamber, further safeguarding culture conditions. Durable & Easy to Clean: The stainless steel interior ensures longevity and simplifies maintenance, while the autoclavable shelving provides additional sanitation options. Kjdpfx Aaoxxygxsrelt Data Logging Capabilities: Enables tracking of environmental conditions for compliance and research documentation. Technical Specifications: Model: SCO5A Part ID: SCO5A Exterior Dimensions: 27.5" W × 28.5" D × 37.8" H (699 mm × 724 mm × 960 mm) Interior Dimensions: 20.5" W × 19.8" D × 21.5" H (521 mm × 503 mm × 546 mm) Volume: 5.0 . (142 L) Shelf Dimensions: 19.1" W × 17.8" D (485 mm × 251 mm) Unit Weight: 200 lbs (91 kg) Interior Metal: 300 Series Stainless Steel Exterior Metal: Painted Cold Roll Steel Operating Temperature Range: Ambient +5°C to 60°C Temperature Uniformity (Midrange): ±0.25 °C Temperature Stability (Midrange): ±0.1 °C Controller Type: Digital Display Resolution: 0.1 °C Power Requirements: 110-120 VAC, 50/60 Hz, 6.0 Amps Safety Certifications: UL 61010-1, EN 61010-1, CSA 61010-1, CE

Condition: used, System Overview A complete, cGMP-compliant Water for Injection (WFI) generation and storage system. Produces high-purity, endotoxin-free water for pharmaceutical and biotech applications via multiple-effect distillation. This item can be crated and shipped internationally. Please contact us for a quotation Kjdpfxsxqq Dxj Aarslt ----- Main Components - Finn-Aqua 200-S3 Distillation Unit – three-effect evaporator/condensers with falling-film design, pyrogen separation, and continuous blowdown. - 600 L WFI Storage Tank – 316L stainless steel, atmospheric vent filter, level and temperature sensors. - 600 L Jacketed Holding Tank – 316L stainless steel, insulated, steam/hot water jacket for temperature control. - WFI Distribution Pump – sanitary centrifugal pump for loop circulation. - Utility Connections – plant steam (3–8 bar), cooling water, feed water, condensate return, and instrument air. - Instrumentation – pressure, temperature, conductivity, and level transmitters with safety and relief valves. - Control Panel – PLC-based automatic operation, alarm handling, data logging, and local/remote control. ----- Key Features - Multi-effect distillation for high purity and energy efficiency. - Degassing and three-stage separation for endotoxin removal. - Fully stainless, drainable, and sanitary construction. - Compact, skid-mounted design with integrated utilities. - Designed for validation and GMP compliance (USP/EP WFI quality).

Year of construction: 2014, condition: used, This listing is for 1 of 2 Mueller PyroPure P7310 Pure Steam Generator. The unit is in full working condition and is ready for immediate release. This Unit was installed new in 2015 by Freestead Process Technology. The “Turned on Time”of the unit is 65,000 hours, but as this unit is 1 of 2 generators in an alternating system it does not indicate the "Steam Production Time". The sites steam requirements were low therefore the unit is in immaculate condition. They have full maintenance records backed up on their electronic technical system supplied as an extra by Freestead. This Unit is fitted with a Allen Bradley Compact Logix PLC and Panel View plus 1000 HMI's The Unit is supplied with- ⦁ Feed water pump system ⦁ Pure steam condensate sampling system ⦁ Pure steam analyser ⦁ Stainless steel sheathing and frame ⦁ Feed water analyser ⦁ Degasser Klodpfxsxv Af So Aarot The Mueller PyroPure P7310 Pure Steam Generator is a high-performance system designed to produce pyrogen-free pure steam suitable for the most demanding applications, such as pharmaceutical production, biotechnology processes, and healthcare sterilization. Built to meet or exceed U.S. Pharmacopoeia (USP) standards, the P7310 combines precision engineering, advanced technology, and robust materials to ensure consistent performance and reliability. They are CE marked and compliant with 3.1B material certification. The terms pure steam and clean steam are often used interchangeably in the pharmaceutical industry. However, not all equipment marketed as clean steam generators are up to the task of producing WFI quality pharmaceutical pure steam. Mueller pure steam generators use a tangential nozzle to provide separation of impurities from incoming feed water, producing pyrogen-free steam that, when condensed, meets USP requirements for water for injection. Key Benefits Superior Steam Quality: Produces pyrogen-free steam that meets USP requirements, ensuring safety and regulatory compliance. Optimized for critical applications like autoclaves, clean room humidification, and steam-in-place (SIP) sterilization. Achieves a 5 Log reduction in contaminants, which corresponds to a 99.999% reduction in microbial populations. This level of reduction ensures the highest degree of sterilization, making it ideal for pharmaceutical and biotechnology applications where absolute purity is critical. Efficient Design: External evaporator allows easy access for inspection and maintenance, reducing downtime. Separation column has no internal components requiring maintenance, eliminating potential for bacterial growth. Efficient heat transfer with a double-tube sheet evaporator minimizes stress cracking and maximizes performance. Ease of Maintenance: All critical components can be serviced with only 24" of clearance around the system. Fully drainable design prevents standing water, reducing contamination risks. Polished 316/316L stainless steel construction ensures durability and easy cleaning. Enhanced Operational Features: Minimal instrumentation is required, reducing complexity and operational costs. Simplified control with an Allen-Bradley PLC system, compatible with Ethernet for integration with facility systems. Certified elastomers (USP Class VI) provide enhanced compatibility with feed water and product. Specifications Performance: Pure Steam Capacity: from 0 to 700 kg/hr at optimal feed water conditions. Operating Pressure Range: Pure steam output pressure up to 50 psig. Mater...

Condition: used, This listing is for the Julabo FL601 Recirculating Cooler/Chiller The unit is in full working condition and is ready for immediate use The Julabo FL601 is a recirculating chiller engineered for routine cooling applications in laboratories and process environments. Designed for space-saving integration, energy efficiency, and ease of operation, the FL601 delivers precision temperature control with an extensive range of safety and connectivity features. Performance & Control Temperature Range: −20 °C to +40 °C Temperature Stability: ±0.5 °C via microprocessor PID control Cooling Capacity: Up to 600 W at +20 °C Pump Flow Rate: Up to 23 L/min at 1 bar Return Line Temp Limit: +80 °C The FL601 features reliable PID temperature control, making it suitable for continuous operation in demanding environments such as analytical instrumentation, rotary evaporators, and closed-loop process cooling. Design & Ergonomics The FL601 emphasizes ease of use and maintenance: Splash-proof keypad with large, bright LED display Accessible top-mounted filling port with lift-up cover Second hinged document tray for the user manual or install documents Removable front venting grid for quick cleaning of the condenser Front-facing drain tap for easy fluid replacement Integrated stainless steel bath tank with level indicator Compact footprint with front and rear ventilation only — no side vents — allowing side-by-side placement with other devices Smart Features & Connectivity RS232 interface for PC/lab system connectivity Potential-free alarm output (max. 30 VA) for external device integration IP21-rated housing (IEC 60529) for splash protection Optical and audible low-level alarm system for added safety Key Advantages at a Glance Feature Benefit Microprocessor PID control Stable, accurate temperature regulation Front-facing vents Space-saving design; units can be placed side-by-side Easy access filling & draining- Reduces downtime for maintenance Integrated stainless steel bath tank Corrosion-resistant and durable Audible/visual alarms Ensures safe operation and early fault detection RS232 & alarm contact Ready for system automation and remote monitoring Quiet operation (~55 dBA) Suitable for sensitive lab environments Robust construction (~48 kg) Long-lasting performance in daily use Common Applications Rotary evaporators Kedpoxhf A Dofx Aarjlt Refractometers Spectrophotometers Distillation units Jacketed reactors Heat exchangers Laser cooling and OEM equipment support

Condition: excellent (used), Year of construction: 2017, operating hours: 1,500 h, functionality: fully functional, machine/vehicle number: 17434268, type of input current: three-phase, input voltage: 400 V, electrical fuse: 63 A, input current: 61 A, input frequency: 50 Hz, pressure: 18 bar, stack height: 1,900 mm, total length: 1,600 mm, total width: 750 mm, tank capacity: 410 l, empty load weight: 315 kg, type of cooling: water, Machine Description and Technical Data 2.1 Machine Description The RED COMPACT units are delivered fully pre-assembled and require only electrical connection and hydraulic hookups on site. Main Components: A: Self-supporting frame with stainless steel cladding (panels 1–6 removable) B: Basin with evaporator C: Condenser unit D: Temperature controller E: Control cabinet F: Hydraulic circuit with pump (second pump optional) 2.2 Structure The compact monoblock housing contains all components necessary for operation. The external cladding is made of stainless steel; individual panels can be removed for maintenance purposes. 2.3 Basin The stainless steel basin houses the evaporator block. It is insulated with high-density polyurethane foam. A blower ensures water circulation within the basin. 2.4 Condenser Unit The condenser unit can operate with either cooling tower or well water, depending on order specification. It supplies the evaporator block and is located beneath the basin. 2.5 Temperature Controller The controller is a modern microcomputer with a high-resolution display and LED indicators for operating status. The control system is programmed to offer maximum operational safety with easy user operation. 2.6 Control Cabinet The control cabinet is dust- and splash-proof. It contains: - Main and emergency switch Kjdpfx Aaoxvca Aorelt - Contactors, thermal relays, fuses - Safety transformer for control circuits Access is provided by removing panel 1 below the temperature controller. 2.7 Hydraulic Circuit with Pump Panel 3 is removed for connection. The following connections are provided: A – Water make-up (T1): Connection to water supply; fill level is controlled via float valve. B – Return line (T2): Return flow from the consumers. C – Overflow (T3): Connection to the process wastewater outlet. D – Chilled water outlet (P1): Supplies the consumers; open the shut-off valve before commissioning. A second pump (P2) is available as an option. E – Condenser water supply: The shell-and-tube condenser can be operated with well water or cooling tower water: Scheme A – Well Water: Use the small connections C1, C2 (inlet and outlet). The large connection remains closed. A pressure-regulated valve control can be installed as an option. Scheme B – Cooling Tower Water: Use C3 and C1/C2 in parallel to increase the flow cross-section. It is recommended to install a mechanical filter at the water inlet to prevent contamination. Manufacturer: FIC S.p.A. – Via Trivulzia 54, 23020 Mese (SO), Italy Model: RED COMPACT V.7

Condition: good (used), Year of construction: 2009, functionality: fully functional, cooling capacity: 491 kW (667.57 HP), type of input current: three-phase, type of cooling: water, overall weight: 4,600 kg, input frequency: 50 Hz, Equipment: compressor, cooling unit, Used, well maintained Trane RTAC 140 Air-cooled Helical-Rotary Liquid Chiller Brand Trane RTAC 140 Product type Air Cooled Chiller year of construction:2008 Capacity kW 491.9 Refrigerant HFC 134a Refrigerant Circuits 2 Evaporator Model EH140 2x Trane CHHP012TKEON092A compressors Water Storage l 112 Minimum Flow l/s 13 Maximum Flow l/s 44 Number of water passes 2 Condenser Fans Quantity (1) 4/4 Diameter mm 762 Total Air Flow 35.45 m3/s Kedpfsula Trex Aarelt Refrigerant Freon Refrigerant Type R 134 A 74kg Weight in kg. 4500 Sizes 5041x2260x2750mm (LxWxH)

Condition: good (used), Year of construction: 2009, functionality: fully functional, cooling capacity: 495 kW (673.01 HP), type of input current: three-phase, type of cooling: air, overall weight: 4,550 kg, input voltage: 400 V, total width: 2,450 mm, total length: 5,050 mm, total height: 2,750 mm, input current: 170 A, input frequency: 50 Hz, Equipment: compressor, freezer, Used, well maintained Trane RTAC 140 Air-cooled Helical-Rotary Liquid Chiller Brand Trane RTAC 140 Product type Air Cooled Chiller Capacity kW 491.9 Kljdpjt Tfbqjfx Aaret Refrigerant HFC 134a Refrigerant Circuits 2 Evaporator Model EH140 2x Trane CHHP012TKEON092A compressors Water Storage l 112 Minimum Flow l/s 13 Maximum Flow l/s 44 Number of water passes 2 Condenser Fans Quantity (1) 4/4 Diameter mm 762 Total Air Flow 35.45 m3/s Refrigerant Freon Refrigerant Type R 134 A 74kg Weight in kg. 4500 Sizes 5041x2260x2750mm (LxWxH)

Condition: excellent (used), AUTOMATED BALL The vacuum concentration ball is used for the production of jellies, fruit and tomato concentrates, sauces and juices in general, and also for other liquid and semi-liquid food products. The concentration ball is vertically cylindrical in shape, with a double bottom for indirect steam heating and with an agitator to prevent burning of the product. In order to concentrate the product, the machine has been connected to a group suitable for vacuum with condenser and pumps. The vacuum technique allows the evaporation of the water that is present in the treated product, at low temperatures, and guarantees economic convenience in terms of time allocated to the process and a more delicate treatment of the product. Ksdpfx Aaowny Nbjrjlt The production may vary depending on the product and the brix degrees.

Condition: excellent (used), Year of construction: 2009, functionality: fully functional, cooling capacity: 800 kW (1,087.70 HP), overall weight: 4,500 kg, Equipment: compressor, freezer, Refrigeration machine with 2x dry coolers Cooling capacity: max 800 kW Number of cooling circuits: 2 Refrigerant type: R134A Voltage: 400 V Absorbed power: 176 kW Year of manufacture: 2009 2 Trane CHHP0N2TKG0N134A semi-hermetic screw compressors, shell and tube as evaporator, 2x oil separators, Guentner GBV 200 Evaporator TRANE EG 340 evaporator water concentration 560 liters Control cabinet Klsdpforzq Arex Aarst 1x air-cooled condenser machine weight: 4500kg With dry coolers 1x Güntner GWH 090.1D/5-M PT: 30.8 bar PS: 28 bar The specified cooling capacity is at a water outlet of +7°C at a condensing temperature of +40°C.

Condition: good (used), Year of construction: 1996, functionality: fully functional, machine/vehicle number: H2618, overall weight: 5,200 kg, total length: 3,400 mm, total width: 1,900 mm, total height: 2,400 mm, motor manufacturer: Grasso, power: 445 kW (605.03 HP), Used Grasso FKS PP 450/S water-cooled chiller operating on ammonia (R717). Complete with 1 Grasso HR-H36S-28 screw compressor, 2EC IE4-0DP-250M2 electric motor – 50 Hz – 110 kW – 2970 rpm, brazed plate heat exchanger as evaporator, brazed plate heat exchanger as condenser, Grasso oil separator with a capacity of 275 litres, oil cooler, oil pump, and a control cabinet with a Siemens Simatic HMI controller. Capacity is based on chilled water inlet/outlet temperatures of 12°C/6°C and cooling water temperatures of 27°C/32°C. Specifications Brand: Grasso Type: FKS PP 450/S Capacity: 445 kW / 126.5 Tons (Chilled water: 12°C/6°C & hot water: 27°C/32°C) Refrigerant: Ammonia Weight: 5,200 kg Dimensions: 3,400 x 1,900 x 2,400 mm (LxWxH) Ksdoxz Ek Uopfx Aarolt Compressor: Grasso HMR-H36S-28 Display: Siemens Simatic HMI Year of manufacture: 2017

Condition: good (used), Year of construction: 1998, functionality: fully functional, machine/vehicle number: 12A802697, cooling capacity: 911.3 kW (1,239.02 HP), type of input current: three-phase, type of cooling: water, overall weight: 4,492 kg, pressure: 24.5 bar, volume flow: 302.4 m³/h, total width: 900 mm, total length: 4,250 mm, total height: 2,060 mm, warranty duration: 3 months, Equipment: compressor, Used Carrier 30 HXC 265 water-cooled chiller operating on R134A. Complete with 2x Carrier 06NW2300S5EA-A00 & 1x Carrier 06NW1250S7EA-A00 semi-hermetic screw compressors, shell and tube condenser, shell and tube evaporator, 2 oil pumps, control cabinet with display. Kodpfx Asxz Ehaoarjlt Specifications: Brand: Carrier Model: 30 HXC 265 Product type: Water-cooled chiller Capacity kW: 911.3 Capacity Ton: 259.1 Refrigerant: R134A Weight: 4492 kg Dimensions: 4250x900x2060 mm (LxWxH) Compressors: 2 Carrier 06NW2300S5EA-A00 & 1 Carrier 06NW1250S7EA-A00 Display: Carrier display

Condition: used, functionality: fully functional, cooling capacity: 73.6 kW (100.07 HP), type of cooling: water, total width: 2,000 mm, total length: 6,050 mm, total height: 2,200 mm, Equipment: compressor, Used Copeland ZR19M3E-TWD-570 air cooled chiller on Freon. Complete with 2 Copeland ZR19M3E-TWD-570 scroll compressors, condenser with 2 Ziehl-Abegg FN100-MDS.7M.V5P1 fans - 50 Hz - 0,57/0,34 kW - 550/460 RPM - diameter 1000 mm and 2 Ziehl-Abegg FE100-NDS.6N.6 fans - 50 Hz - 0,86/0,50 kW - 420/310 RPM - diameter 1000 mm, braced heat exchanger as evaporator, water pump, expansion vessel and a control cabinet with a Carel PCO5+ electronic controller. The chiller has a capacity of 76,6 kW at the following temperatures: +0°C/+40°C. Ksdorlk Hfepfx Aarolt