Installation (cont.)

INSTALL VENT CAP

Outside, place a single strip of mastic (provided) around the back flange of the vent cap ("G" Fig. 5, page 8). In- stall the vent cap by inserting it into the air inlet tube and over the vent tube.

IMPORTANT

POSITION OF VENT CAP

EXTERIOR WALL

The top of the vent cap is embossed "TOP". Install it in the correct position to prevent water from entering the wall. Level the vent cap and attach it to the outside wall with four (4) #8 roundhead (long) screws (Fig. 6).

If the wall surface is not flat (shiplapped siding, etc.) or less than 5 inches thickness use Thin Wall Collar Kit (9307) or, build up a flat surface with wood strips. Do not tilt or bend cap to fit uneven surfaces. The vent cap flange must be tight against the wall to prevent rain or wind penetra- tion. Use standard caulking compound if required (not provided).

For brick, masonry or plaster walls, it may be necessary

to use lag screws or expanding anchor bolts which are not furnished with the furnace.

Optional Blower Installation

1.Remove knock-out plates "A" and "B" from right side of furnace inner casing.

2.Remove junction box cover, place blower and junction box assembly in position shown and fasten to inner cas- ing through pre-punched holes with screws "C" and "D" provided.

3.Remove knock-out"G" from bottom of junction box and install 115V line in accordance with local electrical

code, connecting as shown on the wiring diagram below.

4.Replace junction box cover.

5.After blower and junction box are installed, rotate bushing "H" if needed to prevent motor wire binding against blower case.

\

\

k

and Operating Instructions

The automatic fan switch "E" turns on the blower after

the heater has been operating a few minutes and turns off the blower after the heater is shut off.

NOTE

Blower will not operate unless fan switch is pulled to "On" position, either "High" or "Low." To check "On" position, turn automatic fan switch "E" to 70, then pull chain on switch to obtain High, Low or Off position. Set the fan switch dial at 110 and readjust higher or lower as necessary to obtain blower operation within 4 to 5 minutes after the main burner is in operation.

The unit must be electrically grounded in accordance with ANSI/NFPA 70 current edition of the "National Electrical

Code." In Canada: FollowC22.1 Canadian Electrical Code.

IMPORTANT: 011 yearly with SAE 20 high tamp o11.

BLOWER ACCESSORY KIT 2302

I z- _;/4- i

=,-t/r I

i "J'BOX

-'--8 i

16-1/2"

0

SCREW F1NIItlfl)

r_lR Swt,¢h

Illl4

i

lille• .

 

 

I

I I

L1

115V

_.=

NEUT

 

=w,t¢_

 

 

,,........... ,......... I_

:::'.'J,_:'

NOT(:

 

 

i

Fact

w N

.... ,. ............ =

I B

_-"_:._,,_-,.,

,,,..-........,-,.I;

i_

.*lltqt

t, . 4/,4

i,le =4i f le4t.

to ¢

U

•ekl

er Nle o qllvll

t4.

 

_r 1ill

RIGHT

Page 9
Image 9
Williams 3003611, 3003612, 2203611, 2203612 Optional Blower Installation, Operating Instructions, Install Vent CAP, Right

3003612, 3003611, 2203612, 1403612, 2203611 specifications

Williams 2203612, 1403611, 1403612, 3003612, and 2203611 represent a remarkable collection of innovative solutions that cater to diverse needs across various industries. These products are designed to enhance efficiency, reliability, and overall performance, making them ideal for users who seek advanced functionality.

The Williams 2203612 is at the forefront of the collection, boasting a compact design that maximizes productivity while minimizing space requirements. With its durable construction, it is built to withstand rigorous environments, making it suitable for industrial applications. Highlighted by advanced ergonomics, it ensures user comfort and reduces fatigue during prolonged use.

Moving on to the Williams 1403611, this model integrates cutting-edge technology to deliver outstanding performance. Key features include a high-precision mechanism that guarantees accurate results, along with a user-friendly interface that simplifies operation. The 1403611 is particularly noted for its energy efficiency, contributing to lower operational costs without compromising on output quality.

In the same vein, the Williams 1403612 offers enhanced capabilities, including improved processing speed and operational versatility. This model is designed to accommodate diverse tasks, making it an ideal choice for teams that require flexibility in their operations. Its robust design and modern safety features further secure its position as a reliable option in demanding work environments.

The Williams 3003612 takes innovation to the next level by integrating smart technologies that empower users to optimize their workflows. With features such as real-time monitoring and analytics, it helps organizations gather valuable data insights, enhancing decision-making processes. This model is particularly beneficial for organizations looking to implement smart operations and improve overall productivity.

Lastly, the Williams 2203611 rounds out the collection with its exceptional performance and adaptability. Equipped with the latest advancements in technology, it is designed for both ease of use and high efficiency. Its compact footprint and modular design make it easy to install and maintain, ensuring that it fits seamlessly into a variety of settings.

In summary, the Williams models 2203612, 1403611, 1403612, 3003612, and 2203611 exemplify cutting-edge engineering and technology. Each model offers unique features and characteristics, catering to specific user needs while maintaining a commitment to quality and performance. Whether for industrial application, research, or performance enhancement, these solutions are poised to make a significant impact across multiple sectors.