SCOTSMAN WOOD FURNACE – INSTRUCTION MANUAL

Pressure may be corrected by the following measures:

1)Change blower pulley size (usually decrease)

2)Change blower motor pulley (usually increase)

3)Increase return air duct area (if restricted)

CAUTION – Current draw by blower motor should be checked after making any pulley change. If motor now draws greater current than that shown on the nameplate a larger more powerful motor must be installed.

IMPORTANT – DO NOT change the blower.

As an alternative to the static pressure test method, the installer may make adjustments on the basis of temperature measurement. For this test wood furnace must be at full operating temperature.

Take one temperature measurement in the front of the oil furnace plenum 12” to 16” up or approximately center. Take a second measurement in the wood furnace plenum (same position). Subtract one measurement from the other to arrive at a temperature difference (TD). The TD must be between 40º F and 100º F during normal operation, and ideally around 80º F. The same adjustment procedure for pulleys applies for correction when using this method.

CAUTION – Most thermometers have a large time lag in reaching accurate measuring levels. It is important that this interval be measured for your thermometer by immersing it in boiling water and observing the time required for it to reach correct reading.

IMPORTANT – This equipment shall be installed in accordance with the instructions of the manufacturer and in a manner acceptable to the regulatory authority by technicians experienced in such services. When required by the regulatory authority, such technicians shall be licensed to perform this service.

The installation shall comply with the applicable requirements of CSA standard B365, Installation Code for Solid Fuel Burning Appliances and Equipment, and if changes are made to the oil furnace this shall comply with CSA Standard B139, Installation Code for Oil Burning Equipment.

2.8Control System (Fig S101-5)

The fan and limit control and the damper motor should be located as shown in Figure S101 - 5.

The control system serves the following functions:

T822 – Room Thermostat – Wood Furnace

The primary control is the room thermostat located near the center of the house in the main floor or near an existing thermostat. The thermostat operates the damper motor to open and close the damper door thus allowing more or less air into the combustion area to control the fire.

Scotsman

16

Oct-06

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Scotsman Ice DB-101 owner manual Control System Fig S101-5, T822 Room Thermostat Wood Furnace
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DB-101 specifications

The Scotsman Ice DB-101 is a state-of-the-art ice maker designed for commercial use, catering to restaurants, bars, hotels, and other hospitality venues that require a reliable supply of high-quality ice. This model is highly regarded for its efficiency, power, and innovative technology, making it an ideal choice for businesses looking to enhance their ice production capabilities.

One of the standout features of the Scotsman Ice DB-101 is its ability to produce a significant amount of ice. This ice machine can produce up to 105 pounds of ice per day, depending on ambient conditions, making it suitable for establishments with high ice demands. The unit is designed to create individual half-dice ice cubes, which not only chill beverages efficiently but also provide a visually appealing presentation.

The technology behind the Scotsman Ice DB-101 is impressive. It employs a powerful self-diagnostic control system that allows for easy monitoring of the machine's performance. This feature minimizes downtime by promptly alerting users to potential issues, ensuring that the ice production remains uninterrupted. Additionally, the unit boasts a compact design that fits seamlessly into various spaces while providing substantial ice-making capacity.

Energy efficiency is another hallmark of the Scotsman Ice DB-101. The machine follows eco-friendly standards, consuming less power compared to other models in its class. This feature not only helps in reducing energy bills but also contributes to sustainability efforts within the hospitality industry.

Other notable characteristics include a durable stainless-steel construction that ensures longevity and resistance to corrosion, making it suitable for busy environments. The user-friendly interface allows for easy operation, and the automatic rinse cycle feature maintains ice purity by preventing mineral buildup and ensuring optimal taste.

The Scotsman Ice DB-101 also offers a versatile water source option, compatible with both filtered and standard water, ensuring users can maintain ice quality as per their requirements.

In summary, the Scotsman Ice DB-101 is a top-tier ice machine that combines efficiency, durability, and advanced technology, making it a valued investment for any commercial establishment that relies on a consistent supply of ice for its operations. Its capacity, energy efficiency, and user-friendly design make it a notable choice for industry professionals.
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