EXINDA 1HP Ice Bath Chiller for Cold Plunge | 92–118 Gal
ALL-IN-ONE COLD PLUNGE COOLING · CIRCULATION · WATER TREATMENT
EXINDA FBMDHC12B1V3U7U is a 1HP cool-only ice bath chiller integrating cooling, water circulation, filtration and ozone treatment in one compact unit.
Is this the right 1HP chiller for your cold plunge?
- Target water temperature: 37–90°F (3–32°C)
- Tub / reservoir: approximately 92–118 gal (348–447 L)
- 110–120 V / 1 Ph / 60 Hz power available
- Integrated circulation, filtration and ozone treatment required
1HP Ice Bath Chiller Specifications
| Model | FBMDHC12B1V3U7U |
| Product type | 1HP cool-only ice bath / cold plunge water chiller |
| Nominal cooling capacity | 9,553 Btu/h |
| Power supply | 110–120 V / 1 Ph / 60 Hz |
| Rated input power | 1,030 W |
| Refrigerant | R32 / 13.4 oz |
| Compressor | Rotary compressor |
| EER | 2.47 W/W |
| Water outlet temperature | 37–90°F (3–32°C) |
| Ambient operating range | 36–109°F (2–43°C) |
| Water flow | 4.2 GPM |
| Suggested water volume | 92–118 gal (approx. 348–447 L) |
| Water connections | 1/2 in. thread |
| Net dimensions | 22.83 × 16.53 × 21.65 in. |
| Net / gross weight | 96 / 107 lb |
| Water resistance | IPX4 |
Cooling Performance & Selection
The published reference cooling time is approximately 10 hours for 118 gal of water with a 59°F temperature reduction. This is a reference condition, not a universal pull-down time.
Selection note: Actual cooling time depends on water volume, starting and target temperatures, ambient temperature, tub insulation, cover use, plumbing configuration and surrounding heat gain.
Cooling, Circulation and Water Treatment in One Unit
Precision Cooling
Cools water down to a published minimum of 37°F (3°C).
Built-In Circulation Pump
Integrated circulation simplifies system layout. The pump is not self-priming, so correct positioning and initial priming are required.
Three-Stage Water Treatment
Ozone generator, 20 μm micro filter and 40 μm washable filter support cleaner circulating water.
Wi-Fi Available
Wi-Fi functionality is listed in the current model submittal.
Correct Installation for Reliable Water Circulation
- Position below the water line. Place the chiller lower than the tub so gravity can feed water into the pump.
- Connect the water lines correctly. Chiller outlet → tub inlet; tub outlet → chiller inlet.
- Prime before startup. Manually fill the filtration / water circuit before powering on.
- Remove trapped air. Keep the inlet hose submerged and free of air gaps or kinks. Repeat filling until water flow is steady.
What's Included
- 40 μm washable filter — 1 pc
- Water pipe adaptors — 2 pcs
- Camlock adaptors — 4 pcs
- Teflon tape — 1 pc
- Ball valve — 1 pc
- Inlet & outlet water pipes — 2 pcs
Safety & Compliance
The current submittal lists R32 refrigerant (GWP 675), built-in GFCI / residual-current protection and IPX4 water resistance. It references conformity to UL 60335-1 and UL 60335-2-40 and certification to CSA C22.2 No. 60335-1 and CSA C22.2 No. 60335-2-40. Confirm the applicable certification documentation for the exact unit and market before specification.
Technical Documents
Technical Submittal — FBMDHC12B1V3U7U
Request the current model-specific performance, dimensions, accessories and installation data sheet.
Questions & Answers
How cold can the EXINDA 1HP ice bath chiller get?
The published water outlet temperature range is 37–90°F (3–32°C).
What size cold plunge can it support?
The current submittal lists 92–118 gal, approximately 348–447 L.
How long does it take to cool a cold plunge?
The published reference is approximately 10 hours for 118 gal with a 59°F temperature reduction. Actual time depends on installation and operating conditions.
Does it include a water pump?
Yes. The circulation pump is integrated, but it is not self-priming.
Does it include filtration?
Yes. The submittal lists ozone treatment, a 20 μm micro filter and a 40 μm washable filter.
What power supply is required?
110–120 V, single-phase, 60 Hz.
1HP Ice Bath Chiller
Request Selection Support
Send us your tub volume, starting water temperature, target temperature, ambient conditions, local power supply and expected quantity. EXINDA can help check whether the 1HP model is suitable for your application.