Attaching Mounting Bracket to Wall

Note: Wall anchors, mounting screws, and spacers are in hardware package. The hardware package is provided with heater.

Attaching to Wall Stud Method

For attaching mounting bracket to wall studs

1.Drill holes at marked locations using 9/64" drill bit.

2.Place mounting bracket onto wall. Line up last hole on each end of bracket with holes drilled in wall.

3.Insert mounting screws through bracket and into wall studs.

4.Tighten screws until mounting bracket is firmly fastened to wall studs.

Attaching to Wall Anchor Method

For attaching mounting bracket to hollow walls (wall areas between studs) or solid walls (concrete or masonry)

1.Drill holes at marked locations using 5/16" drill bit. For solid

walls (concrete or masonry), drill at least 1" deep.

2.Fold wall anchor as shown in Figure 9 below.

Figure 9 - Folding Anchor

3.Insert wall anchor (wings first) into hole. Tap anchor flush to wall.

4.For thin walls (1/2" or less), insert red key into wall

anchor. Push red key to "pop" open anchor wings

(see Figure 10).

INSTALLATION

IMPORTANT: Do not

hammer key! For thick walls (over 1/2" thick) or solid walls, do not pop open wings.

Figure 10 - Popping Open Anchor Wing For Thin Walls

5.Place mounting bracket onto wall. Line up last hole on each end of bracket with wall anchors.

6.Insert mounting screws through bracket and into wall anchors.

7.Tighten screws until mounting bracket is firmly fastened to wall.

Placing Heater On Mounting

Bracket

1.Locate two horizontal slots on back panel of heater (see Figure 11).

2.Place heater onto mounting bracket. Slide horizontal slots onto stand-out tabs on mounting bracket.

Figure 11 - Mounting Heater Onto Mounting Bracket

Installing Bottom Mounting Screws

1.Locate two bottom mounting holes. These holes are near bottom on back panel of heater(see Figure 12).

Figure 12 - Installing Bottom Mounting Screws

2. Mark

screw locations on

wall.

 

3.Remove heater from mounting bracket.

4.If installing bottom mounting screws into hollow or solid wall, install wall anchors. Follow steps 1 through 4 under Attaching To Wall Anchor Method. If installing bottom mounting screw into wall stud, drill

holes at marked locations using 9/64" drill bit.

5.Replace heater onto mounting bracket.

6.Place spacers between’ bottom mounting holes and wall anchor or drilled holes.

7.Hold spacer in place with one hand. With other hand, insert

mounting screw through bottom mounting hole and spacer. Place tip of screw in opening of wall anchor or drilled holes.

8.Tighten both screws until heater is firmly secured to wall. Do not over tighten.

Note: Do not replace lower front panel at this time. Replace lower front panel after making gas connections and checking for leaks(see page 10) .

8

Page 7 Page 9
Page 8
Image 8
Procom ML300HBA, ML200TBA, ML300TBA Attaching to Wall Anchor Method, Important Do not, Placing Heater On Mounting Bracket
Page 7 Page 9

ML200HBA, ML300TBA, ML300HBA, ML200TBA specifications

The Procom ML300HBA, ML200TBA, ML300TBA, and ML200HBA are innovative solutions designed to meet the demands of modern data management and communication environments. Each model is tailored for specific applications, ensuring versatility, performance, and reliability across various sectors.

The Procom ML300HBA is particularly highlighted for its expansive bandwidth capabilities, making it essential for high-data-rate applications. With a user-friendly interface, it supports multiple connections, enabling streamlined data flow and minimizing latency. Its built-in redundancy features ensure that data integrity is maintained, even in challenging conditions. This device is ideal for environments where continuous operation is critical, such as broadcasting and telecommunications.

In contrast, the Procom ML200TBA offers a robust solution for applications that require high-frequency signal transmission. It provides a compact design without compromising performance. The ML200TBA is engineered with advanced noise reduction technologies, allowing it to maintain signal quality even in densely populated frequency environments. This model is particularly suitable for use in urban settings or areas with high electromagnetic interference.

The Procom ML300TBA combines the best features of the aforementioned models, offering broad bandwidth alongside high-frequency capabilities. This dual functionality makes it a standout choice for users needing flexibility in their communication systems. The ML300TBA is also equipped with sophisticated thermal management systems, ensuring optimal performance under varying environmental conditions.

Finally, the Procom ML200HBA emphasizes durability and high performance in harsh environments. Its rugged design means it can withstand adverse weather conditions, making it an excellent choice for outdoor applications. The focus on reliability ensures that users can depend on the ML200HBA for critical operations without the fear of signal loss or degradation.

In summary, the Procom ML300HBA, ML200TBA, ML300TBA, and ML200HBA are distinguished by their specific features and technologies. Each model caters to unique demands, providing exceptional performance, reliability, and flexibility that make them invaluable in today's high-stakes data environments. Whether for broadcasting, telecommunications, or rugged outdoor communications, Procom’s ML series stands ready to deliver superior performance and adaptability.
Top Page Image Contents