BlackMax CPS Vacuum Pump VPB6D for A1/A2L/A2/A3/NH3, 151 l/min, 2-stage, 115/230 V, 50 Hz

CPS VPB6D Black Max vacuum pump – spark-proof for A1, A2L, A3 and NH3 Product description The CPS VPB6D Black Max vacuum pump is a two-stage, spark-proof vacuum pump for professional use in refrigeration and air-conditioning technology. It is suitable for work on refrigerant systems using A1, A2, A2L and A3 refrigerants as well as NH3 / R717, in accordance with the manufacturer’s specifications. With a free suction volume of 151 l/min at 50 Hz , a final vacuum of up to 0.033 mbar and a powerful 1/2 PS motor, the VPB6D is designed for fast and reliable evacuation. Thanks to its two-stage design, the pump achieves a high vacuum, making it ideal for the commissioning, maintenance and repair of refrigeration, air-conditioning and heat pump systems. Your benefits Spark-proof design for modern refrigerant applications Suitable for A1, A2, A2L, A3 and NH3/R717 in accordance with the manufacturer’s specifications Two-stage vacuum pump for high ultimate vacuum 151 l/min free intake volume at 50 Hz Final vacuum down to 0.033 mbar Integrated solenoid valve to prevent backflow in the event of a power failure Gas ballast valve for improved performance in more humid systems Dual-voltage motor for 115 V and 230 V Double-sealed sight glass made of real glass Easily accessible oil drain for simple maintenance Robust Black-Max design for daily service use For service, maintenance and commissioning The CPS VPB6D has been developed for specialist refrigeration companies that regularly evacuate refrigeration, air-conditioning and heat pump systems. Thanks to its high suction capacity and two-stage design, the pump is suitable for both new installations and service work, repairs and the replacement of components. A suitable pump is crucial, particularly when working with modern refrigerants such as R32, R1234yf, R454C, R290 or R600a . The spark-proof design facilitates the professional and safe handling of the relevant refrigerant classes. Integrated solenoid valve The integrated solenoid valve prevents air from flowing back into the evacuated system in the event of a power cut or when the pump is switched off . This helps to maintain the vacuum achieved more effectively and reduces the risk of the system becoming contaminated again. Gas ballast valve for improved evacuation The gas ballast valve aids start-up and evacuation, particularly when moisture is present in the system or when operating at lower ambient temperatures . This allows the pump to operate more efficiently and achieve a deep vacuum more reliably. Typical applications Evacuation of refrigeration systems Servicing of air-conditioning systems Maintenance and commissioning of heat pumps Work with A2L refrigerants such as R32 and R1234yf Work with A3 refrigerants such as R290 and R600a NH3/ammonia systems in accordance with manufacturer’s approval Customer service, workshop and installation call-outs Note on use When using flammable refrigerants and NH3, the applicable safety regulations, manufacturer’s specifications and legal requirements must be observed. The pump should only be used by qualified specialist personnel. Before use, check that the refrigerant, system, oil, connections and working environment are suitable for the application. Why choose the CPS VPB6D Black Max? The CPS VPB6D is the ideal choice when a robust, high-performance and spark-proof vacuum pump is required for modern refrigerants. The combination of two-stage pumping technology, high suction capacity, a solenoid valve, gas ballast and low weight makes it particularly well-suited for professional refrigeration and air-conditioning servicing. The CPS VPB6D Black Max vacuum pump is a two-stage, spark-proof vacuum pump for A1, A2, A2L, A3 and NH₃ refrigerants. With a flow rate of 151 l/min, a final vacuum of 0.033 mbar, a 1/2 PS motor, a solenoid valve, a gas ballast valve and a weight of 11 kg, it is ideally suited for evacuation, servicing and commissioning in refrigeration and air-conditioning systems. Technical data Manufacturer CPS Products Model VPB6D Series Black Max Equipment type Intrinsically safe vacuum pump Model Two-stage Suitable refrigerant classes A1, A2, A2L, A3, NH3/R717 Flow rate 151 l/min at 50 Hz Ultimate vacuum 0.033 mbar / 25 microns Motor power 1/2 PS / 368 W Motor speed 2,880 / 3,440 rpm Supply voltage 115 V / 230 V, 50/60 Hz Connection size 1/4", 5/16", 3/8" SAE Cable length 3 m Operating temperature 0 °C to 52 °C Oil capacity 0.54 l Oil capacity approx. 470–540 ml, depending on the data source Dimensions approx. 350 x 140 x 260 mm Weight 11 kg Features Two-stage pump technology Spark-proof, sealed electronics Integrated solenoid valve Gas ballast valve Easily accessible oil drain Double-sealed sight glass made of real glass Permanently attached 3-metre mains cable Robust Black-Max construction Suitable for A1 refrigerants A2 refrigerants A2L refrigerants such as R32, R1234yf and R454C A3 refrigerants such as R290 and R600a NH3 / R717 Servicing of refrigeration and air-conditioning systems Heat pump servicing Scope of delivery CPS VPB6D Black Max vacuum pump Permanently fitted mains cable Oil for initial filling Note on oil and maintenance Vacuum pump oil should be clean and free from moisture, acids and contaminants. To ensure a long service life and reliable vacuum performance, the oil should be checked regularly and changed as required. Note: The vacuum pump is supplied without oil. The vacuum pump oil for the initial fill is supplied separately in a bottle.

testo 565i – Smarte Vakuumpumpe für automatisierte Evakuierungen mit integriertem Haltetest Die testo 565i ist die innovative Vakuumpumpe für vollautomatisierte Evakuierungsprozesse mit integriertem Haltetest. Dank smarter Technologie und kabelloser Verbindung zur testo 552i Vakuumsonde stoppt die Pumpe automatisch beim Erreichen des Zielwerts und startet einen Vakuumhaltetest – für maximale Genauigkeit und Effizienz. Hauptmerkmale Vollautomatische Evakuierung: Automatischer Stopp beim Erreichen des Zielwerts mit anschließendem Vakuumhaltetest Sicherer Einsatz: Geeignet für brennbare Kältemittel der Klassen A2L und A3 Kompatibilität: Steuerung, Überwachung und Datenverwaltung über die kostenlose testo Smart App Einfache Handhabung: Ölwechselmechanismus und Schauglas zur schnellen Bewertung des Ölstands Rückschlagventil: Schutz vor Vakuumverlust bei Stromunterbrechung Technische Daten Max. Saugleistung: 7 CFM / 198 l/min Messgenauigkeit: Höchste Präzision durch automatische Evakuierungssteuerung Kältemittelkompatibilität: Geeignet für A1, A2L und A3 Kältemittel Bluetooth-Konnektivität: Automatische Verbindung zur testo 552i Vakuumsonde und zur testo Smart App Ergonomisches Design: Kompakte Bauweise mit komfortablem Handgriff Perfekt für die Evakuierung von Kälteanlagen und Wärmepumpen Die testo 565i Vakuumpumpe entfernt Fremdgase und Feuchtigkeit zuverlässig aus Kälte- und Klimaanlagen sowie Wärmepumpen. Gleichzeitig speichert sie wichtige Daten zur Dichtheitsprüfung der Anlage. Mit der Data-Logging-Funktion wird der gesamte Evakuierungsprozess dokumentiert und kann über die testo Smart App überwacht und exportiert werden. Lieferumfang Smarte Vakuumpumpe testo 565i Ölflasche Kalibrierprotokoll Bedienungsanleitung Erleben Sie die neue Generation der automatisierten Evakuierung mit der testo 565i Vakuumpumpe – für höchste Präzision, Sicherheit und Effizienz.

testo 565i – Smart vacuum pump for automated evacuation with integrated hold test The testo 565i is the ideal solution for the fully automated evacuation of refrigeration systems and heat pumps. Thanks to the integration of smart technology, the evacuation stops automatically as soon as the desired target value is reached, followed by a vacuum hold test. This ensures maximum precision and efficiency, whilst reliably removing foreign gases and moisture. Key features Automated evacuation process: Stops automatically when the target value is reached and initiates the vacuum hold test Safe for flammable refrigerants: Compatible with A2L and A3 refrigerants Full control via the app: configuration, monitoring and data management via the testo Smart App Easy maintenance: Sight glass for quick assessment of the oil level and convenient oil-change mechanism Non-return valve: Prevents vacuum loss in the event of a power cut Technical data Max. suction capacity: 10 CFM / 283 l/min Automated measurements: Live monitoring and storage of evacuation data Refrigerant compatibility: Supports A1, A2L and A3 refrigerants Bluetooth connectivity: Automatic connection to the testo 552i vacuum probe and the testo Smart App Ergonomic design: Comfortable handle for easy handling Perfect for refrigeration systems and heat pumps The testo 565i enables precise and efficient evacuation procedures. The data-logging function ensures comprehensive documentation and maximum traceability. Smart control via the testo Smart App allows for flexible operation and saves valuable time in day-to-day work. Scope of delivery testo 565i smart vacuum pump Oil bottle Calibration certificate Operating instructions Optimise your evacuation processes with the testo 565i – for maximum accuracy, safety and efficiency. Note: The vacuum pump is supplied without oil. The vacuum pump oil for the initial fill is included separately in a bottle.

SPARK-FREE VACUUM PUMP 43-VPB4D The spark-proof vacuum pump 43-VPB4D is specially designed for use in refrigerant systems such as A1, A2, A2L, A3 and NH3. With its fully spark-proof sealed electronics and integrated solenoid valve, it offers the highest levels of safety and performance. Technical details: Weight: 8.8 kg Electric motor: 1/3 PS Max. flow rate: 102 l/min at 50 Hz Vacuum pump: Two-stage up to 0.033 mbar Suction connections: 1/4”, 3/8”, 1/2” Mains cable: 3 metres Sight glass: Double-sealed, made of real glass Gas ballast valve for easy start-up at low temperatures Supplied with sufficient oil for one filling Advantages and benefits: The 43-VPB4D vacuum pump is characterised by its robust construction and high-speed motor/compressor design, which enables it to operate at twice the speed of conventional pumps. The integrated solenoid valve ensures that the vacuum achieved is maintained even in the event of a power cut. Thanks to the gas ballast valve, easy start-up is guaranteed even at very low ambient temperatures. Note: The vacuum pump is supplied without oil. The vacuum pump oil for the initial fill is included separately in a bottle.

Bosch RG 4.0 A high-pressure suction unit for A2L and A3 refrigerants Product description The Bosch RG 4.0 A recovery unit is a robust and powerful refrigerant recovery unit for professional use in refrigeration and air-conditioning technology. It is suitable for extracting gaseous and liquid refrigerant from closed systems and is compatible with many common refrigerants in categories A1, A2L, A2 and A3 . Thanks to its oil-free single-cylinder compressor, the unit operates reliably, requires little maintenance and does not need regular oil changes. The high recovery rate of up to 410.5 kg/h in push-pull mode makes the Bosch RG 4.0 A particularly attractive for service calls, maintenance, repairs and recovery work on refrigeration, air-conditioning and heat pump systems. Your benefits Suitable for A2L and A3 refrigerants – ideal for modern and flammable refrigerants Can also be used with many A1 refrigerants, but not with CO₂ and NH₃ High flow rate of up to 410.5 kg/h in push-pull mode Oil-free single-cylinder compressor for low-maintenance operation Suction of liquid and gaseous refrigerants High-pressure cut-out at 38.5 bar to protect the unit and the user Low-pressure switch for automatic shut-off when the vacuum level is reached Self-cleaning function for easy refrigerant change Integrated dirt filter and filter drier included Robust industrial design for daily service use Professional evacuation unit for modern refrigerants The Bosch RG 4.0 A is particularly suitable for specialist refrigeration companies that regularly work with modern refrigerants such as A2L or A3 refrigerants. Particularly when dealing with flammable refrigerants, a suitable and certified recovery unit is essential. The unit was developed for professional workshop and field service use and is robust, stable and easy to operate. The high-performance electric fan first draws fresh air through the condenser, thereby ensuring high recovery rates even under demanding operating conditions. The easily accessible condenser unit allows for quick cleaning without the need for laborious dismantling of the housing. Technical data Manufacturer Bosch Model RG 4.0 A Equipment type Refrigerant extraction unit / recovery unit Suitable refrigerants A1 (excluding CO₂), A2L, A2, A3 – except NH₃ Mains voltage 230 V Power consumption 360 W Current consumption 5 A Engine type Single-cylinder, oil-free Number of cylinders 1 Gaseous flow rate 10.7 kg/h Flow rate (liquid) 122.1 kg/h Flow rate (push-pull) 410.5 kg/h Maximum operating pressure 38.5 bar Connection A 1/4" SAE male Connection B 1/4" SAE male Operating temperature 0 °C to 50 °C Cable length 2.5 m Dimensions 450 x 250 x 350 mm Weight 14.6 kg Features and functions Oil-free single-cylinder compressor High-pressure switch with automatic reset Low-pressure switch for automatic shut-off Self-cleaning function Integrated dirt filter Filter-drier included Protective cover for pressure gauge and controls Sturdy brackets and feet for noise and vibration damping Electrical and refrigeration connections on opposite sides Reset fuse and high-performance IEC connection Typical applications Refrigerant extraction and recovery Servicing of air-conditioning and refrigeration systems Maintenance of heat pumps Recovery prior to repair or component replacement Working with A2L and A3 refrigerants Professional after-sales service and on-site workshop support Why choose the Bosch RG 4.0 A? The Bosch RG 4.0 A is the right choice when a powerful, robust and versatile recovery unit for modern refrigerants is required. The combination of high recovery capacity, an oil-free compressor, automatic protection functions and easy maintenance makes the unit particularly well-suited for use by specialist refrigeration and air-conditioning firms.