Soffit Installation

Soffit for DCS-IVH-36 Island Vent Hood

THE DIMENSIONS GIVEN ARE FOR A 1/2 INCH DRYWALL.

1)Create a soffit structure and attach the soffit brackets as in fig- ure 1A. Refer to the installation guidelines on Page 6.

2)Attach the soffit support bars as shown in figure 2A.

3)After securing the soffit structure adequately to the ceiling joist, attach the Island Vent Hood with the mounting screws provided, figure 3A.

Refer to page 6 on finishing the installation.

FIG.1A

FIG.3A

CREATE YOUR

SOFFIT STRUCTURE

ACCORDING TO THE

CEILING HEIGHT

THEN ATTACH IT

TO THE CEILING JOIST.

 

 

SCREW SUPPORT BARS

Create your Soffit Struct

ON BOTH SIDES AS SHOWN

 

first and attach Soffit B

s

to each side with screws pr

kets

 

 

ided

FOR 36" ISLAND VENT HOOD FIG.2A

SOFFIT BRACKETS

SCREWED TO BOTH SIDES

SOFFIT ASSEMBLY

 

 

 

OF SOFFIT STRUCTURE

HEIGHT WILL

SUPPORT

6 Mounting Screws

 

VARY

BARS

 

ACCORDING

 

 

TO CEILING

 

 

HEIGHT

 

 

16 3/4 "

10 3/4 "

 

 

843 fig 1

 

 

The dimensions given

 

are for a 1/2 " drywa

36" ISLAND VENT HOOD SOFFIT MOUN

7

Page 9
Image 9
DCS IVH-48 installation instructions Soffit Installation, Soffit for DCS-IVH-36 Island Vent Hood

IVH-48 specifications

The DCS IVH-48, an advanced multirole helicopter, represents a significant leap in rotorcraft technology, enhancing operational capabilities across various mission profiles. Designed to meet the demands of both military and civilian aviation, the IVH-48 combines an array of innovative features, state-of-the-art technologies, and superior performance characteristics.

One of the primary features of the IVH-48 is its modular design, which allows for easy reconfiguration for different missions, whether they involve troop transport, reconnaissance, or medevac operations. This versatility is achieved through interchangeable mission kits that can be quickly installed or removed, making the helicopter adaptable to rapidly changing operational needs.

Powered by a pair of high-performance turboshaft engines, the IVH-48 boasts impressive speed and altitude capabilities. The engines are coupled with advanced digital engine control systems that enhance fuel efficiency and reduce pilot workload. Its top speed exceeds 150 knots, and it can operate effectively at altitudes of over 20,000 feet, allowing it to perform in high-altitude environments where lesser helicopters struggle.

The IVH-48 features a fly-by-wire control system, which improves handling precision and stability, particularly in turbulent conditions. This system allows for smoother operation and reduces pilot fatigue during long missions. The helicopter is also equipped with advanced avionics that facilitate navigation and communication, including multifunction displays, autopilot capabilities, and enhanced situational awareness systems.

Safety is a paramount consideration in the design of the IVH-48. It incorporates crashworthy features, including a reinforced airframe and energy-absorbing seats. The helicopter is also outfitted with advanced threat detection systems, making it capable of operating in hostile environments.

In terms of payload capacity, the IVH-48 can carry a substantial amount of cargo or personnel, with significant internal and external load capabilities. Its spacious cabin can accommodate up to 12 fully equipped troops or can be configured to transport medical patients, making it ideal for humanitarian missions and emergency services.

Overall, the DCS IVH-48 stands out as a formidable helicopter that blends cutting-edge technology with operational flexibility. Its advanced features, robust performance, and safety measures make it an invaluable asset across a range of missions, reinforcing its status as a leader in modern rotary-wing aviation.