UTILITY

REQUIREMENTS

GAS

Not applicable

ELECTRICAL

72” (182.9 cm) three-wire cord with grounded, three-prong plug supplied with unit (bracket to end— 54”, 137.2 cm)

115 VAC/60 Hz

Maximum amp usage—9.0

KITCHEN CLEANUP

Undercounter 18”W. Trash Compactor

Installation Requirements

ACCESS REQUIREMENTS

VUC181

DUC180

DFC180

Professional

Designer

Custom Front

 

 

See Custom Panels section for

 

 

more information and additional

 

 

specifications.

PLUMBING

Not applicable

1/4” (0.6 cm) min. clearance from compactor top to underneath side of countertop

18”

(45.7 cm)

min.

24”

(61.0 cm)

min

.

 

12”

(30.5 cm)

min.

A

 

VUC181

DUC180

DFC180

Cutout width

 

18” (45.7 cm) min.

 

Cutout height (A)

34-7/16” (87.5 cm) min. to

34-3/8” (86.4 cm) min. to

34-3/8” (86.4 cm) min. to

 

35-15/16” (91.3 cm) max.

35-3/4” (90.8 cm) max.

35-3/4” (90.8 cm) max.

Cutout depth

 

24” (61.0 cm) min.

 

 

P L A N N I N G A N D D E S I G N G U I D E

 

R E L E A S E D 1 2 / 1 / 0 7

 

V I K I N G R A N G E . C O M • 1 - 8 8 8 - V I K I N G 1

© 2 0 0 7 V R C — INFORMATION SUBJECT TO CHANGE

Page 4
Image 4
Viking VUC181, DFC180, DUC180 specifications Undercounter 18W. Trash Compactor Installation Requirements, Utility

DUC180, VUC181, DFC180 specifications

The Viking DFC180, VUC181, and DUC180 are noteworthy aircraft within the general aviation sector, characterized by cutting-edge technologies and features aimed at enhancing flight performance and safety.

Starting with the Viking DFC180, this advanced aircraft is defined by its impressive flight capabilities, boasting a maximum gross weight of 1,800 pounds and a maximum speed of around 120 knots. The DFC180 is equipped with a robust aerodynamic design featuring a low-wing configuration that provides superior stability and control. Its fuel-efficient engine contributes to a longer range and less operational cost, making it an attractive option for both recreational and commercial pilots. The cockpit is designed with ergonomic seating and intuitive controls, enhancing pilot comfort and operational efficiency.

Next, we have the Viking VUC181. This model exemplifies versatility and adaptability, catering to various aviation needs, including training and short-haul operations. The VUC181 is distinguished by its powerful engine, capable of delivering a climb rate of 800 feet per minute, allowing for efficient ascent and operational responsiveness. Furthermore, the aircraft features advanced avionics, providing pilots with real-time navigation data and comprehensive flight management systems. Its lightweight structure enhances fuel efficiency and overall performance, making it an ideal choice for flight schools and leisure flying.

Lastly, the Viking DUC180 introduces innovative design elements focused on passenger comfort and operational flexibility. This aircraft is notable for its spacious cabin, allowing for comfortable seating arrangements and the accommodation of luggage. The DUC180 is powered by an efficient engine that combines reliable performance with reduced emissions, highlighting its eco-friendly attributes. Additionally, it is equipped with modern navigation systems that enhance situational awareness and safety, ensuring a smooth flying experience.

In conclusion, the Viking DFC180, VUC181, and DUC180 stand out in the aviation landscape due to their remarkable features, technologies, and characteristics. Each model is engineered to meet the diverse demands of pilots and operators while ensuring safety, comfort, and efficiency in flight operations. These aircraft symbolize Viking’s commitment to innovation and excellence in the general aviation sector.