Harvia Cilindro Half Series 240V Electric Heater w/ Built-In Knob Controls and Stones
Harvia Cilindro Half Series Electric Heater w/ Built-In Controls and Stones
The Harvia Cilindro is a sleek pillar-type electric sauna heater that produces high-quality steam due to its large stone capacity. Its pillar design allows for flexibility in sauna layout, as the heater can be easily integrated into the bench or positioned in front of a glass wall for an attractive display. The heater has a partially open outer casing at the front, which enables users to benefit from a large stone surface and accommodate a large number of stones in a small space. With its grate-like outer shell, you can control the steam intensity: pouring water on the side produces a gentler steam, while pouring or dripping water directly on the top of the stones generates a more powerful steam.
Features
- For sauna sizes from 141-494 cu. ft.
- Built-in Controls on lower face of heater
- Voltage/Phase: 240V/1PH
- Temperature Range: 104F - 194F
- Side-wall or corner of room install
- Stainless Steel housing and elements
- Large stone capacity for consistent steam
- Can pour water on stones for steam
- Industrial grade, serviceable heating elements
- Direct rock-to-heating element contact
- Designed, engineered, and made in Finland
Specifications
All CILINDRO:
- Dimensions: 14"W x 13"D x 40"H
- Weight: 38 lbs
- Stone Capacity: 200 lbs
CILINDRO-6.0 kW
- Sauna Room Volume: 141 -294 Cu. Ft.
- Amps: 25 A
- Wire Size: 12
CILINDRO-8.0 kW
- Sauna Room Volume: 141 -431 Cu. Ft.
- Amps: 33.4 A
- Wire Size: 8
CILINDRO-9.0 kW
- Sauna Room Volume: 141 -494 Cu. Ft.
- Amps: 37.5 A
- Wire Size: 8
Minimum Safety Clearances
Wiring:
Includes
Included:
-
Cilindro Sauna Heater w/ Built-in Controls
- Sauna Heater Stones (5 boxes ~200 lbs Split-Face Olivine 2-4" stones)
- Installation and Operation Manual
- 2-Year Warranty (Consumer Use)
These items are optional:
- Safety Railing (to protect from contacting the hot surface of the heater)
OR
- Safety Railing w/ Lighting (to protect from contacting the hot surface of the heater)