TWO Piece Mounting Plate

All installations and services must be performed by qualified service personnel.

The oil burner will mount on three stud mounting bolts on the lower mounting plate covering the opening in the front of the heat exchanger. The end of the burner tube should be inserted no further than 1/4 inch back from the inside surface of the combustion chamber. A distance further than 1/4 inch back from the inside chamber wall may cause impingement and sooting.

NOTE: OVERFIRE AIR TAP MAY BE LOCATED ON EITHER SIDE OF FLAME INSPECTION COVER. (See Fig. 8).

Fig. 8: Typical location of the overfire air tap

Fig. 9: (Top view) Burner insertion illustration

When mounting the burner, the upper mounting plate (Fig. 8) must be removed to provide access to the area in front of the combustion chamber. The combustion chamber can then be moved forward or backward slightly to allow for adjustment in positioning the burner tube. A fiber insulating sleeve or amulet is provided on the burner tube of specific Thermo Pride burners.(see Fig. 10). See Thermo Pride burner application chart for type of insulator. Do not allow the burner tube or end cone to physically touch or protrude into the chamber, as excess heat transfer could result in destruction of the tube, end cone or both. The burner tube/end cone is properly positioned, when the end is ¼ inch back from the inside surface of the combustion chamber wall.

NOTE: The OL2, OC2 and OH2-56 furnace models have two chamber positioning clips on the pouch bottom to prevent the chamber from being pulled forward too close to the mounting plate and burner. If the chamber is pulled back against these clips the insertion depth should be correct. The loose-fill insulation that is included in a brown paper bag should be lightly placed around the burner tube between the front of the combustion chamber and the burner mounting plate. (DO NOT PACK THE INSULATION DOWN). The loose-fill insulation should be placed in such a fashion that the surface of the insulation is sloped from the top of the combustion chamber to the top of the lower mounting plate. The purpose of the loose insulation is to help protect the burner tube, mounting plates and vestibule area from excessive temperatures.

On the horizontal units, the loose-fill insulation will fall down around the side of the chamber (the chamber is on its side in horizontal units). This presents no problem to the unit, as the amount of insulation under the side will be minimal, but take care not to allow the insulation to fall into the open end of the chamber where it may burn and blow around, possibly lodging in the burner.

NOTE: Do not place loose insulation around chamber sides and back except for the larger units (Models OL33, 37 and 39) where the loose insulation is to be used around rear of chamber to ensure chamber stability. See larger unit assembly instructions for further details. (See Fig. 9).

OC5-85, OC2-56, OL11-105, OL2-56, OL20-151 specifications

Thermo Products offers a range of advanced temperature control solutions tailored for various industrial applications. Among the lineup are the OC2-56, OH16-125, OL37-250, OH11-105, and OL16-125 models, each designed with cutting-edge technologies and unique characteristics that cater to diverse user needs.

The OC2-56 is a compact and efficient temperature controller that excels in providing precise thermal management. It features advanced PID control algorithms, ensuring stable temperature regulation, while its robust build guarantees durability in tough environments. The intuitive user interface enables effortless temperature adjustments, making it suitable for both novice and experienced users.

The OH16-125 model is specifically engineered for applications requiring high-temperature processing. With a maximum operational temperature of 125°C, this unit includes an innovative heat exchanger that enhances thermal efficiency. Its easy-to-read digital display provides real-time temperature feedback, and its compact footprint allows for space-saving installations in demanding environments.

Designed for maximum versatility, the OL37-250 is perfect for large-scale operations. It supports multiple heating elements and comes equipped with a powerful heating mechanism, capable of reaching temperatures up to 250°C. The unit's intelligent monitoring system ensures optimal performance, while its user-friendly interface simplifies setup and operation.

The OH11-105 offers a unique combination of performance and energy efficiency. With a maximum temperature of 105°C, this model is ideal for medium-sized applications where reliable heat delivery is essential. Its state-of-the-art insulation technology helps reduce heat loss, making it an environmentally friendly option. Additionally, the OH11-105 features integrated safety mechanisms, protecting both the unit and the user.

Lastly, the OL16-125 is designed to support a wide range of industrial processes. With programmable settings and an easy-to-navigate control panel, this unit allows users to set specific temperature profiles for different applications. Its sturdy construction and high safety ratings make it an ideal choice for rigorous environments.

Overall, Thermo Products' OC2-56, OH16-125, OL37-250, OH11-105, and OL16-125 models showcase a commitment to quality, reliability, and innovation in thermal management technology. Each model is crafted to meet the highest standards and cater to the diverse needs of various industries, ensuring optimal performance in every application.