SET-UP and USE, Disconnect SAW from Power Source

Fig. 10

SET-UP AND USE

DISCONNECT SAW FROM POWER SOURCE

1.Place entire cut-off fence (X) Fig. 10, so it straddles saw fence (D), and is positioned close to the front edge of saw table as shown. Then tighten knob (T).

WARNING: ALWAYS POSITION CUT-OFF FENCE (X) FIG. 10, IN FRONT OF THE SAW BLADE SO THE WORKPIECE CANNOT BE TRAPPED BETWEEN SAW FENCE AND SAW BLADE TO AVOID KICKBACK. THE PIECE OF MATERIAL BEING CUT MUST BE PAST THE CUT-OFF FENCE (X) BEFORE CONTACTING THE SAW BLADE.

2.Adjust and lock saw fence (D) Fig. 10, to the desired setting. NOTE: Cut-off fence assembly (X) is 1” thick; therefore, you must add 1” when setting the saw fence to the desired cut.

3.Place edge of material to be cut (A) Fig. 10, against face of miter gage (B) and slide material until the edge contacts cut-off fence (X) as shown.

4.Apply power to the saw.

Warning: ALWAYS turn the saw off and allow the saw blade to come to a complete stop before attempting to remove cut-off pieces.

78-939 specifications

The Delta 78-939 is a state-of-the-art aircraft that embodies advanced engineering and cutting-edge technologies. Designed for both commercial and cargo operations, this aircraft has quickly gained a reputation for its reliability, efficiency, and versatility.

One of the main features of the Delta 78-939 is its optimized aerodynamic design, which allows for reduced drag and enhanced fuel efficiency. Its sleek fuselage, combined with efficient wing designs, ensures that the aircraft can travel longer distances with less fuel consumption. This makes it an ideal choice for airlines looking to minimize operational costs while maximizing profitability.

The Delta 78-939 is powered by high-performance turbofan engines that provide excellent thrust-to-weight ratios. These engines not only enhance performance during takeoff and ascent but also contribute to lower fuel burn during cruise, making the aircraft more environmentally friendly. The engines are equipped with advanced noise-reduction technologies, helping to meet stringent international noise regulations and ensure a quieter experience for those on the ground.

In terms of passenger comfort, the cabin of the Delta 78-939 stands out with its modern layout and amenities. It features spacious seating configurations that can easily be adapted for various service classes. The cabin is designed with sound insulation materials that reduce cabin noise, creating a tranquil environment for passengers. Additionally, the aircraft is equipped with the latest in-flight entertainment systems, offering passengers a variety of viewing options during their journey.

The Delta 78-939 also incorporates advanced avionics and navigation systems, providing pilots with real-time information and enhanced situational awareness. The glass cockpit technology features intuitive interfaces that streamline operations, allowing for improved communication and coordination among flight crew and air traffic control.

Safety is a paramount concern in aviation, and the Delta 78-939 is no exception. It is equipped with multiple redundancy systems, ensuring that critical components remain operational even in the event of a failure. Advanced weather radar and collision avoidance systems further enhance operational safety.

Overall, the Delta 78-939 is a remarkable aircraft that combines performance, comfort, and technology in one efficient package. Its design and features cater to the evolving needs of the aviation industry, making it an attractive option for airlines and operators worldwide. As the aviation sector continues to advance, the Delta 78-939 is poised to play a significant role in shaping the future of air travel.