3) Venter (Flue)

Venter Outlet Attachment Requirements:

Outlet

Model

Venter Outlet

LDAP

Diameter

Size

inches

mm

400

6

152

800

8

203

1200

8

203

Depending on the size of vent pipe

 

 

as determined in Step No. 2, attach

Airflow

Taper-type

either the vent pipe directly to the

Diameter

 

 

Pipe

venter collar or a taper-type enlarger.

 

Increaser

 

 

Follow instructions in Requirement No. 4. below to make the connection for the type of pipe being used.

4) Joints and Sealing

Provide field-supplied vent pipe as specified in Requirement No. 1.

 

• If using single wall, 26-gauge or heavier galvanized pipe, secure slip-fit connec-

 

tions using sheetmetal screws or rivets. Seal pipe joints either with tape suitable for

 

550°F (such as Option FA1, P/N 98266) or high-temperature silicone sealant.

 

• If using Category III vent pipe, follow pipe manufacturer's instructions for join-

 

ing pipe sections. When attaching Category III pipe to the venter outlet or the vent

 

cap, make secure, sealed joints following a procedure that best suits the style of

 

Category III pipe being used.

 

• If installing a double-wall (Type B) terminal pipe, follow the instructions in FIG-

 

URE 17C to join the double-wall pipe to a single-wall or Category III vent pipe

 

run. To attach the vent cap, follow instructions in FIGURE 17B.

 

• If using double-wall (Type B) vent pipe in the vent pipe run (at least 75% of the

 

equivalent vent length must be vertical), follow the pipe manufacturer's instruc-

 

tions for joining pipe sections. For attaching double-wall pipe to the heater, see

 

FIGURE 17A. To attach the vent cap, see FIGURE 17B.

FIGURE 17A - Attaching Double- Wall (Type-B) Vent Pipe to the Venter Outlet

A double-wall pipe run is allowed only if at least 75% of the vent length is vertical.

Figure 17A - STEP 1

 

Slide the

Double-

double-wall

Wall

pipe over

Pipe

the collar

 

so that the

 

collar is

Venter

inside the

Collar

inner pipe.

 

Figure 17A - STEP 2

To secure the connection, spaced equal distance around the pipe, drill and insert three 3/4” long sheetmetal screws through the pipe and into the collar. Do not over tighten the screws.

Fill inside the pipe, around the collar, with silicone sealant being sure there are no gaps.

FIGURE 17B - Attaching Double-Wall (Type B) Pipe to a Vent Cap

Figure 17B - STEP 1

Place a continual 3/8” bead of silicone sealant around the circumference of the vent cap collar. This will prevent any water inside the vent cap from running down the double-wall pipe.

Do STEP 2 immediately following STEP 1.

Figure 17B - STEP 2

Insert the collar on the vent cap inside the inner wall of the double-wall pipe. Insert as far as possible. Add additional silicone sealant to fully close any gaps between the vent cap and the double-wall pipe. This is necessary to prevent water from entering the double-wall pipe.

Figure 17B - STEP 3

Secure the vent cap to the double-wall pipe by drilling and inserting a

3/4” long sheetmetal screw into the vent cap collar. Do not over tighten screw.

Form RZ-NA-I-LDAP, P/N 207733 (Rev 2), Page 27

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Image 27
Thomas & Betts LDAP 1200 warranty Joints and Sealing
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LDAP 1200 specifications

The Thomas & Betts LDAP 1200 is a cutting-edge lighting control system designed specifically to enhance energy efficiency, reduce operational costs, and promote flexibility in various lighting applications. Ideal for commercial and industrial environments, the LDAP 1200 integrates advanced technologies to create a robust solution for managing lighting systems.

One of the standout features of the LDAP 1200 is its intelligent control capabilities. With occupancy sensors and daylight harvesting technology, the system can automatically adjust lighting levels based on the presence of people and the amount of natural light available. This results not only in energy savings but also in improved occupant comfort.

The LDAP 1200 is designed for easy installation and configuration. Its modular design allows for scalability, making it suitable for both small spaces and large commercial projects. The system supports a variety of lighting types, including LED, fluorescent, and incandescent, ensuring compatibility with existing infrastructure.

User-friendly interfaces are another key characteristic of the LDAP 1200. Operating through a centralized control panel or a mobile app, users can easily monitor and adjust lighting settings, schedule operations, and receive real-time feedback. This level of control empowers facility managers to respond quickly to changing needs and optimize lighting performance.

In terms of energy management, the LDAP 1200 integrates seamlessly with building management systems (BMS), enabling complex scheduling and reporting functions. The system collects data on energy usage, helping organizations to track performance and implement strategies to further reduce consumption.

Durability and reliability are paramount in industrial applications, and the LDAP 1200 does not disappoint. Constructed with high-quality materials, the system is designed to withstand everyday wear and tear. Its robust architecture ensures that it will function effectively in various environmental conditions.

In summary, the Thomas & Betts LDAP 1200 is a versatile and efficient lighting control solution that plays a critical role in enhancing energy efficiency, reducing costs, and improving user experience. With its intelligent control features, user-friendly interfaces, and compatibility with various lighting types, the LDAP 1200 represents a significant advancement in lighting technology, making it a smart choice for modern facilities seeking to optimize their lighting systems.
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