Range of automatic condensate drain pumps ideal for removing condensate water from air conditioning systems, heat pumps, and refrigeration units. Designed for various flow rates and system capacities, these pumps provide reliable, durable, quiet operation with minimal maintenance.
Description
Condensate drain pumps are automatic devices that collect the water produced by A/C or HVACR systems and discharge it through piping to a specified height (head). Available models cover everything from small domestic split units to the needs of large commercial systems.
All pumps feature a collection tank, a safety switch with a level sensor that automatically shuts off the air conditioning unit when full, and a quiet brushless motor designed for long-lasting operation with minimal noise. Most models also include a check valve and motor thermal protection to ensure safe, low-maintenance operation.
Technical features
| Feature | Detail |
|---|---|
| Application | Condensate drainage from A/C and HVACR systems |
| Power supply | 220 V – 50 Hz (brushless motor or equivalent models) |
| Operation | Automatic with level sensor and safety switch |
| Protection | Motor thermal protection, check valve (where provided) |
| Maintenance | Minimal or virtually maintenance-free |
| Operating environment | Approx. 0–50 °C |
Mini-Slim Condensate Pump P16
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Maximum flow: 16 L/h
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Tank capacity: 35 ml
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Maximum head: up to 10 m
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Suitable for: Split units and small A/C systems up to ~30,000 BTU/h (≈ 8.8 kW)
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Key features: Quiet brushless motor, multi-level sensor, drainage start LED, safety relay function
Condensate Pump with Tank P180
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Maximum flow: 180 L/h
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Tank capacity: 1.8 L
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Maximum head: up to 4.5 m
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Suitable for: A/C systems up to ~300,000 BTU/h (≈ 88 kW)
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Key features: Easy-to-clean tank, forced ventilation cooling, anti-backflow design, floatless level sensors
Low-Profile Condensate Pump with Tank P380
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Maximum flow: 380 L/h
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Tank capacity: 1.8 L
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Maximum head: up to ~6.8 m
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Suitable for: A/C systems up to ~500,000 BTU/h (≈ 147 kW)
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Key features: Low-profile design for tight spaces, quiet brushless motor, multiple inlets, minimal maintenance
Condensate Pump with 1.8 L Tank P580
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Maximum flow: 580 L/h
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Tank capacity: 1.8 L
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Maximum head: up to ~12 m
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Suitable for: Large A/C systems up to ~500,000 BTU/h (≈ 147 kW)
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Key features: Dual control sensors (probe + float), optional visual/acoustic alarms, ideal for ducted or industrial units
Applications
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P16: Ideal for small indoor units with low condensate production.
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P180: Suitable for medium-power units with moderate condensate output.
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P380: Balances flow rate and compact size, perfect for installations with limited space.
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P580: Handles large volumes and high discharge heights.
FAQ
European restrictions on PFAS have a particularly significant impact on systems using fluorinated refrigerants (HFC/HFO), typical of commercial and industrial refrigeration and advanced air conditioning. The most exposed sectors are large-scale retail trade, cold chain logistics, and industrial processes, where operational continuity and safety are priorities. During the design phase, it is necessary to evaluate alternatives such as natural refrigerants (CO₂, NH₃, hydrocarbons), while considering regulatory constraints, safety (ATEX, toxicity), and system compatibility.
The transition is complex due to the lack of a fully stable and harmonized regulatory framework. Uncertainties remain regarding timelines, exemptions, and classifications, making long-term investment planning difficult. From a technical standpoint, alternatives to PFAS often require plant redesign, new installation skills, and regulatory compliance (high pressures for CO₂, toxicity management for NH₃, flammability for hydrocarbons). This leads to higher initial costs and greater attention to operator training.
In the medium term, designers and installers will need to adopt a more integrated and flexible approach, focusing on refrigerant selection based on the specific application and regulatory context. Safety-oriented design, life cycle assessment (LCC), and overall energy efficiency will become increasingly important. Furthermore, integrating advanced control systems will be essential to optimize performance with alternative refrigerants while ensuring regulatory compliance, reliability, and reduced environmental impact.
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Wipcool Condensate Drain Pumps for A/C and HVACR Systems
