Item: ______________________________

Quantity: __________________________

Project: ____________________________

Sunfire Electric

Approval: __________________________

 

 

Date: ______________________________

Convection Ovens

 

Sunfire

Models:

ICO-E-10-M

ICO-E-20-M

Model ICO-E-10-M

Standard Features:

Electromechanical thermostat with a tempera- ture range of 200°F - 500°F (93°C - 260°C), and 60-minute timer

Total of 11.0 kW loading per oven cavity

208 or 240 Volt, 3-Phase, (not convertible to single phase)

Two-speed fan with 3/4 HP motor

60/40 dependent door design with double pane thermal window in both doors

Interior lights

Porcelain enameled oven interior w/coved cor- ners

Five (5) chrome plated oven racks on 11-posi- tion, removable rack guides

Stainless steel front, sides, top, and legs

Double-deck model available, (ICO-E-20-M)

Optional Features:

Extra oven racks

Swivel casters, set of four; two locking, (please specify single or double deck)

Electric Convection Ovens

Specifications:

Full-size, deep depth, electric convection oven with electro-mechanical thermostat, 60-minute timer and 2-speed fan. Designed as a general pur- pose oven for baking or roasting a variety of food products faster and at lower temperatures by cir- culating air throughout the oven cavity.

Note: Ovens supplied with casters must be installed with an approved restraining device.

Garland Commercial

Garland Commercial Ranges Ltd

Enodis UK LTD

Industries, LLC

1177 Kamato Road,

Swallowfield Way,

185 East South Street

Mississauga, Ontario

Hayes, Middlesex

Freeland, PA 18224

L4W 1X4 CANADA

UB3 1DQ ENGLAND

Phone: (570) 636-1000

Phone: 905-624-0260

Telephone: 081-561-0433

Fax: (570) 636-3903

Fax: 905-624-5669

Fax: 081-848-0041

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Sunfire ICO-E-20-M, ICO-E-10-M specifications Sunfire, Models, Standard Features, Optional Features, Specifications

ICO-E-20-M, ICO-E-10-M specifications

The Sunfire ICO-E-10-M and ICO-E-20-M represent the latest advancements in clean energy technology, designed to meet the growing demand for efficient and eco-friendly power solutions. As part of the Sunfire series, both models prioritize high efficiency and sustainability, appealing to industries focused on reducing their carbon footprint.

One of the standout features of the ICO-E series is its innovative electroklysis system, which converts renewable electricity into hydrogen. This process is crucial for energy storage and can also serve as a feedstock for various industrial applications, enhancing the versatility of hydrogen as an energy carrier. The ICO-E-10-M has a production capacity of 10 kilowatts, whereas the ICO-E-20-M offers double that, making them suitable for varying scales of energy needs, from smaller installations to larger industrial setups.

Both models employ a solid oxide electrolysis cell (SOEC) technology, which operates at high temperatures, significantly enhancing the efficiency of the hydrogen production process. By utilizing waste heat, these systems can achieve a remarkable electrical efficiency of up to 80%, setting a new standard in energy conversion. Furthermore, their ability to operate with fluctuating power inputs makes them ideal for integration with intermittent renewable energy sources like wind and solar.

Another key characteristic is their modular design, which allows for easy scaling and integration into existing energy infrastructures. This flexibility is essential for businesses looking to transition toward cleaner energy solutions without incurring heavy costs for entirely new systems. Additionally, their robust construction ensures durability and long operational life, reducing maintenance requirements and downtime.

Safety features are also paramount in the ICO-E series, with advanced monitoring systems that constantly assess operational parameters. Designed for either standalone use or as part of a larger hydrogen ecosystem, these units can contribute significantly to energy independence and sustainability goals.

In summary, the Sunfire ICO-E-10-M and ICO-E-20-M are at the forefront of clean energy technologies, combining efficiency, modularity, and eco-friendliness. As industries increasingly pivot towards sustainable practices, these systems provide a reliable solution for producing green hydrogen, supporting the transition to a low-carbon economy.