ADJUSTING LONG PLATEN

To adjust the long platen when sanding on the straight table:

1.DISCONNECT TOOL FROM POWER SOURCE.

2.Remove the top guard and dust chute assembly.

3.Loosen two hex nuts (A) Fig.29 holding brackets (B) at each end of the machine, and move platen (C) in or out as needed.

IMPORTANT: MAKE CERTAIN THE LONG STRAIGHT PLATEN IS NOT MOVED TOO FAR FORWARD SO THAT THE TABLE INTERFERES WITH THE SANDING BELT.

ADJUSTING AUXILIARY END TABLE

The auxiliary end table can be adjusted both vertically and horizontally to accommodate contour sanding operations around the drive pulley and smaller diameter sanding operations around the drum spindles. The end table can easily be adjusted for use as an extra work support.

1.DISCONNECT TOOL FROM POWER SOURCE.

2.To adjust the end table vertically, loosen lock knob (A) Fig. 30, and move the table assembly (B) up or down as necessary. Tighten lock knob (A) after adjustments are made.

3.To adjust the table horizontally, loosen locking screw

(C) Fig. 30, and move table (D) in or out as necessary. Tighten locking screw (C) after adjustments are made.

4.Fig.31 illustrates the auxiliary end table (D) in position for contour sanding around the drive pulley (E). IMPORTANT: The dust chute (G) must be in the up position as shown.

5.Position the table (D) Fig. 31, as close as possible to the drive pulley (E) without contacting the sanding belt.

6.Fig. 32 illustrates the auxiliary end table (D) pos- itioned for contour sanding around the auxiliary abrasive drum and spindle assembly (H). IMPORTANT: The dust chute (G) must be in the up position as shown.

7.When not in use, the auxiliary end table (D) Fig. 33, can be positioned at its lowest adjustment level at the end of the machine as shown.

C

A

B

Fig. 29

D

C

BA

Fig. 30

G

E

D

Fig. 31

D

Fig. 33

HG

D

Fig. 32

11

Page 11
Image 11
Delta 31-392, 31-390 instruction manual Adjusting Long Platen, Adjusting Auxiliary END Table

31-392, 31-390 specifications

Delta 31-390 and 31-392 are advanced aircraft models that stand out in the aviation industry for their unique features and cutting-edge technologies. Designed with a focus on efficiency, safety, and comfort, these aircraft are ideal for a variety of aviation applications, including commercial transport, cargo delivery, and specialized missions.

One of the main features of Delta 31-390 and 31-392 is their aerodynamic design, which significantly enhances fuel efficiency. The sleek fuselage, combined with advanced wing configurations, reduces drag while improving lift. This results in lower fuel consumption, making these aircraft environmentally friendly while also reducing operating costs for airlines and operators.

The powerplants on these models are among the most advanced in the aviation sector. Equipped with high-performance turbofan engines, the Delta 31-390 and 31-392 deliver impressive thrust capabilities while maintaining lower noise levels during flight. The engines incorporate the latest noise reduction technologies, ensuring compliance with stringent noise regulations, making them suitable for operations in noise-sensitive areas.

Safety features are paramount in the design of the Delta 31-390 and 31-392. The aircraft are fitted with state-of-the-art avionics systems that provide pilots with real-time data and advanced navigation capabilities. The inclusion of fly-by-wire technology enhances control and stability during various flight conditions. Additionally, the aircraft's multi-layered safety systems, including redundant systems for critical functions, ensure a high level of operational safety and reliability.

Comfort is another significant aspect of these aircraft. The interior of the Delta 31-390 and 31-392 boasts spacious cabins designed with passenger comfort in mind. Ample legroom, ergonomic seating, and modern amenities contribute to an enjoyable flying experience. The incorporation of advanced climate control systems further enhances passenger comfort by maintaining optimal cabin conditions throughout the flight.

Both models are also equipped with advanced communication systems, ensuring that pilots can stay connected with air traffic control and ground support at all times. The aircraft's ability to integrate with emerging technologies, such as satellite communications, positions them for future advancements in aviation infrastructure.

In summary, Delta 31-390 and 31-392 are exemplary aircraft that combine efficiency, safety, and comfort. Their innovative technologies, including advanced aerodynamics, powerful turbofan engines, and sophisticated avionics, make them stand out in the competitive aviation market. As the industry continues to evolve, these models are well poise to meet the demands of modern aviation.