Finding an efficient remote chiller for a drinking fountain involves considering cooling capacity, compatibility with existing filtration, and ease of installation. The following picks focus on reliability, energy efficiency, and practical features for American water systems. Each product is evaluated for use with drinking fountains, bars, or small commercial stations where on-demand cold water is essential.
| Product | Brand | Key Benefit | Approx. Use |
|---|---|---|---|
| Elkay ERS11Y | Elkay | Remote chiller with 1.5 GPH at 50°F | Commercial drinking fountains |
| Express Water Universal Chiller | EXPRESS WATER | On-demand cold filtered water with built-in fan | Water filtration setups |
| Active Aqua Chiller | Active AQUA | Precise reservoir temperature for hydroponics | Hydroponic systems |
| Elkay EZWSSM | Elkay | Surface-mount with hands-free operation | Limited-wall-depth installations |
| Elkay LZWSSM EZH2O | Elkay | Touchless filling with filter status monitor | Public fountains and workplaces |
Elkay Remote Chiller ERS11Y
Brand: Elkay. Features include a chilling capacity of 1.5 gallons per hour at 50°F, based on 80°F inlet water and 90°F ambient temperature. This remote chiller is designed for SINK EQUIPMENT configurations, delivering steady cold water to drinking fountains with reliable performance in commercial settings.
Express Water Universal Chiller
Brand: EXPRESS WATER. This system provides on-demand cold filtered water and includes a built-in cooling fan to achieve lower temperatures than standard chilling. It features a dedicated tank capable of storing about a third of a gallon of cold water for quick access, making it suitable for filtration setups needing fast temperature control.
Active Aqua Hydroponic Chiller
Brand: Active AQUA. This chiller targets hydroponic reservoirs with precise temperature control. It supports a recommended volume range of 10 to 40 gallons and uses a durable titanium evaporator to withstand various water conditions, ensuring long-term reliability in plant-focused environments that often double as drinking water stations in some facilities.
Elkay EZWSSM Surface Mount
Brand: Elkay. This surface-mount drinking fountain chiller emphasizes hands-free operation with a 1.5 GPM fill rate and a LED filter status indicator, supporting easy monitoring in busy facilities where hygiene and rapid water access matter.
Elkay EZWSSM Filling Station
Brand: Elkay. This filling station combines touchless operation with a 1.5 GPM fill rate and a Green Ticker that shows the environmental impact by indicating the number of 20 oz. bottles saved from waste, making it a sustainable option for high-traffic areas.
Aquarium Chiller by WOUDY
Brand: WOUDY. This 79-gallon aquarium chiller provides precise temperature control with a LED display and remote control. It is designed for aquarium or hydroponic use, offering stability and visual feedback that can be beneficial in mixed-use facilities near drinking water stations.
OMTECH 9L Industrial Water Chiller
Brand: OMTech. This 9L CW-3000 chiller is designed for laser engraving machines but demonstrates compact industrial cooling capabilities suitable for flexible installations near drinking-water points, with a focus on energy efficiency and robust ports for long-term use.
Homend 110V Industrial Chiller
Brand: Homend. This CW-3000 type chiller supports industrial cooling for laser and related equipment, offering a practical reference point for professionals seeking compact remote chillers with robust capabilities and adaptable temperature ranges for varied applications.
Buying Guide: Key Considerations For Remote Chillers In Drinking-Fountain Setups
- Cooling capacity and water flow: Match GPH or LPH capacity with your fountain’s demand and inlet water temperature. A higher capacity helps in hotter climates or higher usage, while a modest capacity can suffice for small areas.
- Electrical and space requirements: Check available space, enclosure requirements, and electrical needs (voltage, amperage). Remote chillers should fit cleanly in mechanical rooms or under sinks without obstructing service access.
- Integration with filtration: For drinking fountains, ensure compatibility with existing filtration systems. Some units offer dedicated tanks or integrated filtration-friendly interfaces.
- Temperature stability and monitoring: Look for precise temperature control, built-in fans, and digital displays. LED filter indicators or environmental metrics (like bottle-saved indicators) add value in busy facilities.
- Durability and materials: Consider corrosion resistance, especially in facilities with mineral-rich water. Titanium evaporators and stainless-steel housings are common durable choices.
- Maintenance and serviceability: Favor models with easy access for maintenance, replaceable filters, and clear troubleshooting guidance. Local service availability matters for uptime.
- Energy efficiency: Energy-efficient compressors and smart cooling cycles reduce operating costs over time, which is important in facilities with continuous use.
- Certifications and safety: Ensure compliance with local health and safety standards for drinking water equipment, including sanitary design and reliable leak prevention.
- Cost of ownership: Consider initial price, install complexity, and ongoing energy and maintenance costs to determine total ownership value.
- Scale and future-proofing: If your facility plans expansion, choose a model with scalable capacity or modular options to accommodate future demand.