Indoor Installation Guide

Indoor Installation Guide

Everything you need to consider when installing your ice bath indoors.

Our ice baths work beautifully indoors. We have installations running in hotel spa rooms, home bathrooms, basements, wellness studios, gym recovery areas, and purpose-built wellness rooms across Asia, the Middle East, and beyond. The vast majority of our indoor installations use exactly the same setup as an outdoor installation: the bath and chiller sit side by side, connected by stainless steel hoses, plugged into a standard power socket. No special infrastructure, no plumbing, no construction work required.

Indoor installation simply requires a little more thought around ventilation, surface choice, and water management than a typical outdoor terrace or garden setup. This guide walks through everything you need to plan for.

Important. This page is a general guide only. Every property is different. If you are planning an indoor installation and would like advice specific to your space, please contact our team. We are happy to review photos or drawings of your room and recommend the best configuration.

The Standard Indoor Setup

The standard setup is the same whether your ice bath is indoors or outdoors. The bath and the chiller are placed side by side, connected by the stainless steel hoses that come included with every unit. The hoses are 1 metre long as standard, which allows the chiller to sit comfortably next to the bath with a small gap between them.

This is how the majority of our indoor installations are configured and it works very well. The chiller operates at 52 decibels, which is comparable to a quiet conversation or a modern refrigerator. In most rooms, particularly living spaces, spare rooms, garages, gyms, and spa treatment rooms, this is unobtrusive. The chiller also has a teak wood cover that matches the ice bath, so the two units look like a cohesive pair rather than a bath with a separate machine beside it.

The one thing to be aware of with a standard indoor setup is ventilation. The chiller works like a refrigerator: it draws in air to cool the water and exhausts warm air from its fan side. In a room with normal airflow, an open window, an air conditioning unit, or simply a door that is not kept sealed shut, this is not an issue at all. The warm air dissipates naturally and has no meaningful impact on the room temperature.

The chiller needs a minimum of 20cm clear space on the fan side so the air can flow freely. It should not be pushed flush against a wall on this side. The other sides require less clearance but the rear panel should remain accessible as this is where the filter is maintained.

Option: Placing the Chiller in a Separate Location

For properties that are in the design or build phase, there is the option to place the chiller in a separate location from the bath. This works in the same way as a split air conditioning system: the ice bath sits inside the room, and the chiller is positioned outside, in a utility area, on a balcony, or in an adjacent service room, connected by extended stainless steel hoses routed through the wall.

This is a popular choice for hotel spa projects, high-end residential wellness rooms, and commercial spaces where architects and designers want a completely clean visual with only the teak bath visible in the room. It also removes the operating noise and warm air exhaust from the room entirely.

This type of installation normally requires MEP (mechanical, electrical, and plumbing) planning as part of the property’s construction or renovation. It involves routing the hoses through a wall (requiring a hole of approximately 5cm diameter), positioning a power socket at the chiller’s location rather than at the bath, and in some cases incorporating floor drainage into the room design. These are all straightforward requirements for any builder or contractor, but they do need to be planned in advance rather than added after the room is finished.

Our hoses can be extended up to a maximum of 5 metres between the bath and the chiller. Every ice bath ships with 1-metre hoses as standard. If you are planning a split installation, you will need to request extended hoses at the time of order so we can build them to the correct length for your setup.

Guide only. The maximum hose length of 5 metres is a guideline based on the pump’s flow capacity. If your planned distance between bath and chiller is close to 5 metres, or if the hose route involves significant elevation changes or tight bends, please contact our team to confirm. Every installation is different and we want to make sure the water flow is optimal for your configuration.

Ventilation

Whether the chiller is in the room or elsewhere, the space where the chiller is located needs some form of airflow. This does not need to be anything elaborate. An open window, an extractor fan, an air conditioning unit running in the room, or simply a door that is not sealed shut are all sufficient.

The only scenario that causes issues is a very small, fully sealed room with no airflow at all. In this case, the warm air exhausted by the chiller would gradually raise the room temperature, which makes the chiller work harder and reduces its efficiency over time. As long as the room has normal ventilation, this is not a concern.

Condensation

When a bath full of cold water sits in a warm room, condensation can form on the outside of the bath and on the hoses. This is the same principle as a cold glass of water on a hot day. It is not a fault or a leak. It is physics.

The amount of condensation depends on the temperature difference between the water and the room, and the humidity level. In air-conditioned rooms with lower humidity, condensation is minimal to none. In tropical environments without air conditioning, it can be more noticeable.

For indoor installations where condensation may be a concern, we recommend positioning the bath on a tiled surface or in a wet area, placing an absorbent mat around the base of the bath as a precaution, and keeping the thermal insulation lid on the bath whenever it is not in use. The lid significantly reduces condensation by limiting the temperature exchange between the cold water and the warm air above it.

Our hoses are insulated with Armaflex thermal insulation which helps reduce condensation along the hose run, but some moisture may still form on exposed connections in very humid environments.

Guide only. Condensation levels vary significantly depending on your climate, room temperature, humidity, and air conditioning setup. If you are installing in a room with wooden flooring, carpet, or other moisture-sensitive surfaces, please contact our team to discuss the best approach for your specific environment.

Flooring and Surface

The ice bath should be placed on a flat, stable surface. The bath has raised legs, so the teak never sits directly on the floor. There is full airflow underneath the unit, which prevents any moisture trapping. No protective matting is needed underneath the bath itself.

For indoor installations, the best surfaces are tile, stone, polished concrete, or any material that can handle occasional water contact. When someone steps out of the ice bath, they will drip. For a home installation, a towel placed beside the bath is usually sufficient. For commercial installations such as hotel spas, gyms, or wellness studios, we recommend a towel station beside the bath, anti-slip matting around the area, and ideally a surface with drainage built in.

The bath itself does not overflow during use. The water level is set 15 to 20cm below the rim, which provides ample clearance even when someone is fully submerged.

We do not recommend installing directly on untreated hardwood, laminate, or carpet without taking additional precautions to manage water contact from drips and condensation.

Drainage

Our ice baths do not require a plumbing connection. They are completely self-contained systems. Water changes are done manually, approximately once a month for residential use, or more frequently for commercial settings with high daily usage.

For indoor installations, having a floor drain nearby is strongly recommended. It makes water changes effortless and handles any splash, drip, or condensation runoff without concern. If you are building or renovating a dedicated wellness room or niche for the ice bath, incorporating a floor drain into the design is excellent practice.

If a floor drain is not available, water changes can still be done using a submersible pump or by siphoning the water into buckets or a container. This is more labour-intensive but entirely workable for residential use.

Floor Load and Weight

A filled and occupied ice bath weighs approximately 600kg. This is spread across a footprint of roughly 1.5 square metres, which works out to approximately 400kg per square metre. For context, a standard filled bathtub in a typical bathroom weighs 300 to 400kg.

Ground-floor installations on concrete slabs can handle this weight without any concern. Modern high-rise construction in Asia, the Middle East, and Australia is also typically more than adequate. We have successfully installed on balconies and upper floors in Hong Kong, Bangkok, Singapore, and Dubai.

For upper-floor or rooftop installations in older buildings, we recommend checking with your building manager or a structural engineer before installation.

Guide only. icebaths.com is not responsible for assessing the structural capacity of your installation location. The weight figures provided are approximate. If you are unsure whether your floor can support the weight, please consult a qualified structural engineer or your building manager before installation. We are happy to provide exact weight specifications for your chosen model.

Getting the Ice Bath Into the Room

The ice bath is delivered empty. The bath and chiller are separate units connected only by the hoses, which means they can be moved independently through doorways and corridors.

The minimum door width for all models is 85cm. If your doorway is narrower than this, please let us know before ordering so we can discuss options. The bath can be tilted during delivery to clear slightly narrow openings, but this depends on the corridor and turning space available.

The bath is filled with water only after it has been positioned in its final location. It should never be moved when full. For exact dimensions of each model, see our product pages or the Chiller Specifications page.

Electrical Requirements

The chiller plugs into a standard 220V electrical socket. No special wiring, dedicated circuit, or three-phase power is needed for residential use.

The standard power cord is 2 metres long. If your chiller is positioned further from the nearest socket, extended power cords are available on request. If using a third-party extension lead, it must be rated at minimum 3 x 1.5mm.

A voltage stabiliser (minimum 2,000VA) is required in countries where the power supply is unstable. This is a warranty condition. For more information, see our Safety Features page.

The power socket should be positioned where the chiller is located. For the standard setup, this means near the bath. For a split installation with the chiller in a separate location, the socket should be at the chiller, not at the bath.

Water Supply for Filling

The ice bath does not connect to any plumbing. It is filled manually using a garden hose, tap, or buckets. For indoor installations, consider where you will access water for the initial fill and for monthly water changes. A nearby bathroom, utility room, or outdoor tap within hose reach is all you need.

Quick Reference: Indoor Installation Checklist

Before You Order
1	Choose where in the room the bath and chiller will sit. For the standard setup, they go side by side. Ensure there is 20cm clearance on the chiller’s fan side.
2	If your property is in the design or build phase and you want the chiller in a separate location, let us know when you order so we can build extended hoses to the correct length. Standard hoses are 1 metre. Maximum distance is 5 metres.
3	Measure your doorways. All models require a minimum door width of 85cm.
4	Check that a 220V power socket is accessible where the chiller will be positioned.
Before Delivery Day
5	Confirm the surface is flat and stable. Tile, stone, or polished concrete is ideal for indoor use.
6	Confirm the room has some form of ventilation (window, AC, extractor, or door that can remain open).
7	If the room has no floor drain, decide how you will manage monthly water changes (submersible pump, siphon, or similar).
8	For upper floors, confirm floor load capacity with your building manager (approximately 600kg when filled and occupied).
9	Have a voltage stabiliser ready if required for your location.
10	Ensure a water source (garden hose, tap, or nearby bathroom) is accessible for filling.

Guide only. This checklist covers the most common indoor installation scenarios. Your property may have specific requirements that are not covered here. If you have any questions about your planned installation, please contact us before ordering. We would rather spend 10 minutes helping you plan the right setup than have any surprises on delivery day.

For questions about indoor installation or to discuss your specific space, contact our team.

Email hello@icebaths.com