Pumps for Refrigerants

Refrigerant pumps play an important role in air conditioning systems, refrigeration systems and industrial processes where refrigerants need to be circulated and pumped. They are specifically designed to ensure that refrigeration systems operate efficiently, maintain optimum temperatures and provide reliable equipment performance. Industrial refrigerant pumps offer high performance, reliability and durability, and meet all modern safety and energy efficiency standards.

TOP-10 Pumps for refrigerants + other products

Valisi metallic series VC

Valisi metallic series VC

The modern metal  diaphragm pump of VC series features a unique, non-jamming air valve that is simple, robust and reliable, and does not require a separate or mechanically operated pilot valve. The bolted design ensures leak-free pumping of liquids. The pneumatic diaphragm pumps are designed and manufactured to meet the needs of both OEMs and end users. The main characteristics of these pumps are competitive prices, few parts, simple design and maintenance, and high quality. Stainless steel pumps are FDA approved. Aluminium pumps with PTFE diaphragms are explosion-proof and ATEX certified.

Flow Range:up to 903 l/min
Temperature:depends on elastomer
Pressure:up to 8 bar
Solids:up to 9 mm
Materials:aluminium, cast iron, carbon steel, SS 316
Dimensions:up to 3 in.
Horizontal centrifugal pumps

Horizontal centrifugal pumps

Idrochemical NCM centrifugal pumps comply with the dimensional criteria of ISO 2858 and ISO 5199. The casing and impeller profiles are designed to achieve high hydraulic efficiency and low NPSH.

The NCM line is available in five bearing housing sizes with wide interchangeability of parts, which allows for low maintenance spares.

Flow Range:up to 1500 m3/h
Temperature:-80°C to 350°C
Pressure:to 25 bar
Dimensions:Discharge size from 20 mm (¾ in) to 300 mm (12 in)
Head:up to 140 m
Hose pumps VPH series

Hose pumps VPH series

The VPH series of peristaltic pumps with shoe technology is our updated peristaltic pump designed for high pressure applications up to 15 bar, with 14 sizes available in flow rates up to 150 m3/h. This is a heavy-duty industrial pump series designed for round-the-clock operation. We have combined the best available materials with clever design solutions to maximise uptime and minimise maintenance.
This pump summarises what we want to achieve: the best pumping solutions for our customers. Our design increases the simplicity and reliability of the pump.

Flow Range:max. 150 m3/h
Viscosity:1.000.000 cP
Temperature:max. 90 °C
Pressure:max. 15 bar
Solids:up to 60 mm
Materials:cast iron
Dimensions:hose diameter: ¼'' ÷ 5''
Hose pumps N series

Hose pumps N series

Peristaltic pumps of the N series (roller design) are self-priming peristaltic pumps with a seal-free design. The liquids are transported inside the hose and do not come into contact with any metal parts of the pump.

The pumps are characterised by extremely smooth pumping of the product, thus preventing the formation of emulsions or turbulence. All pumps can be supplied in monoblock versions connected to gearboxes, regulators, electric, diesel, pneumatic or hydraulic motors.

Flow Range:max. 60 m3/h
Viscosity:150.000 cps
Temperature:max. 100 °C
Pressure:max. 7 bar
Solids:max. permissible content - 60% up to 60 mm
Materials:aluminium
Flexible impeller pumps

Flexible impeller pumps

The MENC-INOX industrial pumps are pumps with a flexible stainless steel impeller. The impeller deforms inside the stainless steel casing to provide fast suction of up to 5 m and constant and accurate liquid transfer. In addition, the low speed makes this pump suitable for pumping liquids and media containing solids that require careful handling. Due to the low speed, pumping is carried out without harmful foaming of the emulsion, the so-called "shear effect".

Flow Range:up to 930 lt/min
Temperature:max 70°C
Pressure:max 3 bar
Materials:stainless steel
Head:up to 35 mt
DB Series Sealless Plastic Pumps

DB Series Sealless Plastic Pumps

The non-self-priming plastic centrifugal hermetic chemical pumps with magnetic coupling of the DB series are one of the most popular chemical pumps in the pump segment with a capacity of up to 50 m3/h. The pumps are ideal for pumping aggressive liquids such as sodium hydroxide and hypochlorite, sulfuric acid, hydrochloric acid, nitric acid, alkalis, various corrosive mixtures, solvent, wastewater with chemical impurities. The concentration of suspended particles should not exceed 1.25 mg/cubic cm.

Flow Range:from 1 to 837 lpm
Viscosity:over 150 cP
Temperature:max. PP: 82°C PVDF: 104°C
Pressure:up to 6.2 bar
Materials:PP or PVDF construction
Head:from 6.1 to 61.3 m
SP Series Self-Priming Pumps

SP Series Self-Priming Pumps

The SP series plastic centrifugal sealed chemical pumps with magnetic coupling are ideal for pumping aggressive liquids, various corrosive mixtures, solvent, wastewater with chemical impurities. The concentration of suspended solids should be no more than 1.25 mg/cubic cm. All pump components in contact with the medium are free of metal parts. Thus, no oxidation of the medium occurs in these pumps. The pumps are used even for media where contact with the atmosphere is not permitted.

 

Flow Range:to 47.9 m3/h
Viscosity:to 50 сP
Temperature:РР: +82 °С / PVDF: +104 °С
Pressure:to 6.2 bar
Materials:PP, PVDF
API 674 & API 675 Injection, Transfer and Dosing Pumps

API 674 & API 675 Injection, Transfer and Dosing Pumps

The Wanner Hydra-Cell G-Series process pumps are highly efficient and reliable for transferring corrosive, non-lubricating and abrasive liquids, injecting and spraying a wide range of fluids. The pumps are equally suitable for high and low pressure applications. The sealed design reduces maintenance and repair costs and minimises the cost of spare parts compared to other pump types. The pumps are available with SAE, ANSI or DIN flanges and IEC or NEMA motor mounts. The equipment is ATEX certified.

Flow Range:up to 248 l/min
Temperature:up to 121 °С
Pressure:up to 172 bar
Solids:800 microns
Materials:cast iron, bronze, stainless steel, polypropylene
API 674 High Horsepower Process Pumps

API 674 High Horsepower Process Pumps

Reduce energy consumption and lower maintenance costs with Wanner Hydra-Cell T & Q series, a triplex multi-diaphragm pump (three-piston) or a quintuplex (four-piston) diaphragm pump. These seal-less and packing-free pumps meet API 674 standards and are designed for heavy-duty applications for process, transfer and injection for the oil and gas industry.

Flow Range:up to 579 l/min
Temperature:up to 82 °С
Pressure:up to 241 bar
Solids:up to 0,8 mm
Materials:kel Aluminium Bronze, Duplex Alloy 2205, SS316L, SS CF3M, Hastelloy CX2M
API 675 Metering & Dosing Pumps

API 675 Metering & Dosing Pumps

Hydra-Cell Metering Solutions pumps meet and, in most cases, exceed API 675 performance standards by providing virtually pulse-free, linear flow, as well as many other operational benefits. Taking advantage of state-of-the-art technology, Hydra-Cell P-Series metering pumps achieve superior levels of accuracy, repeatability and linearity, delivering precise, consistent flow. This revolution in metering uses the latest electronic flow control available to replace outdated, inaccurate stroke controllers.

Flow Range:up to 2 808 l/min
Temperature:up to 121 °С
Pressure:up to 172 bar
Solids:800 microns
Materials:bronze, cast iron, Hastelloy C, polypropylene, PVDF, stainless steel 316L

Refrigerant pumpsPumps for Refrigerants

Refrigerant pumps are an essential part of refrigeration systems in a variety of industries, including industrial, commercial and domestic applications. These pumps are specially designed for the efficient circulation and transfer of refrigerants such as freons, ammonia, CFCs and other refrigerant mixtures.

Benefits of using refrigerant pumps

Industrial refrigerant pumps offer a number of advantages, including

  • High performance: The pumps are able to provide the required refrigerant circulation volume in the refrigeration system.
  • Reliability: The pumps are designed for long and trouble-free operation even under high loads and extreme temperatures.
  • Energy efficiency: Many pump models are equipped with energy-saving features to reduce energy consumption.
  • Durability: High-quality materials and modern production technologies make the pumps durable and resistant to corrosion and wear.
  • Compliance with standards: All pumps meet the safety and energy efficiency requirements set by the industry.

Industrial refrigerant pumpsApplications for refrigerant pumps

Refrigerant pumps are used in a variety of applications, including:

  • Industrial cooling systems: In industry, they are used to cool equipment and machinery such as compressors, generators and others.
  • Commercial refrigeration systems: In buildings, shopping centers, restaurants and other commercial facilities to provide a comfortable environment.
  • Household refrigeration devices: In refrigerators, freezers, air conditioners and other household appliances.
  • Food production: In the food industry for cooling and freezing food products.
  • Medical facilities: In healthcare centers, hospitals and laboratories to cool medical equipment and drugs.

The selection of the appropriate refrigerant pump depends on the specific needs and operating conditions of the cooling system. The selection must take into account the circulation volume, the required pressure, the type of refrigerant used and other factors.

Key Considerations When Selecting a Pump:

  • Chemical Compatibility: Ensure the pump materials are compatible with the specific refrigerant to avoid corrosion or chemical reactions.
  • Temperature Range: The pump must be able to operate efficiently at the temperatures associated with the refrigerant.
  • Pressure Requirements: Consider the pressure ratings of the pump to ensure it can handle the system's demands.
  • Leakage Prevention: Given the environmental impact of refrigerant leaks, choose pumps with robust sealing mechanisms.
  • Regulatory Compliance: Ensure the pump meets relevant industry standards and regulations for handling refrigerants.

Safety and Environmental Considerations:

  • Leak Detection: Implement systems to detect and mitigate leaks promptly.
  • Proper Ventilation: Ensure the area where the pump operates is well-ventilated to avoid the buildup of potentially harmful gases.
  • Training: Personnel should be trained in the safe handling and transfer of refrigerants.
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