THE OPTIONAL SEQUENTIAL TRIP MECHANISM (SINGLE SHOT PARTS) is for use where precision fastener placement is desired and must be operated in accordance with the following “Method of Operation”.

You must first depress the push lever (upward position) where you wnat to drive a staple and then pull the trigger. After the each staple is driven, completely release the trigger and lift the tool off the work surface. An OPTIONAL SEQUENTIAL TRIP MECHANISM may reduce the possibility of bodily injury to you or others in the work area. This is because it is less likely to drive an unwanted staple if you keep the trigger pulled and accidentally bump the push lever against yourself or others. An OPTIONAL SEQUENTIAL TRIP MECHANISM may also reduce the speed of operation compared to the standard contact trip mechanism.

NOTE:

⬤Both STANDARD CONTACT TRIP MECHANISM and OPTIONAL SEQUENTIAL TRIP MECHANISM are safe if used as described above and accroding to all warnings and instructions.

⬤Always handle staples and package carefully. If staples are dropped, collating bond may be broken.

⬤After stapling:

1)disconnect air hose from the Stapler;

2)remove all staples from the Stapler;

3)supply 5 – 10 drops of Hitachi pneumatic tool lubricant into the air plug on the Stapler; and

4)open the petcock on the air compressor tank to drain any moisture.

ADJUSTING THE STAPLING DEPTH

To assure that each nail penetrates to the same depth, be sure that:

1)the air pressure to the Stapler remains constant (regulator is installed and working properly), and

2)the Stapler is always held firmly against the workpiece. If staples are driven too deep or shallow into the workpiece, adjust the stapling in the following order.

1 DISCONNECT AIR HOSE FROM STAPLER

English

Too Deep

If the staple is driven in deeply, adjust the push lever piece to ”down”, and if it’s driven in shallowly, adjust the push lever piece to “up”.

Too Shallow

Tighten the screw to fasten the push lever piece.

3Connect the air hose.

ALWAYS WEAR EYE PROTECTOR. Perform a nailing test.

4DISCONNECT AIR HOSE FROM STAPLER.

5Choose a suitable position for the push lever piece.

 

Screw

 

14

Push Lever

Disconnect

air hose

Piece

 

2To adjust the driven-in depth of a staple, loosen the screw that secures a push lever piece.

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Hitachi N 5008AC manual Adjusting the Stapling Depth, Disconnect AIR Hose from Stapler
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N 5008AC specifications

The Hitachi N 5008AC is an advanced horizontal machining center specifically designed to meet the demands of precision milling and heavy-duty machining operations. This cutting-edge machine reflects Hitachi's commitment to innovation and quality in manufacturing, catering to a wide range of industries including automotive, aerospace, mold and die, and general machining.

One of the key features of the N 5008AC is its robust construction. The machine incorporates a solid, reinforced casting design to minimize vibration, ensuring high stability during complex machining tasks. This structural integrity contributes to improved accuracy and surface finish, making it ideal for intricate components that require tight tolerances.

The N 5008AC is powered by a high-performance spindle that reaches speeds of up to 12,000 RPM. This spindle is equipped with an advanced cooling system which aids in maintaining thermal stability, thereby enhancing performance during prolonged machining operations. Coupled with a powerful servo motor, it provides higher torque at low speeds, making it suitable for both high-speed and heavy-duty applications.

Another notable aspect of the N 5008AC is its intelligent control system that leverages cutting-edge CNC technology. The system features advanced programming capabilities, enabling users to achieve complex multi-axis machining operations with ease. Its user-friendly interface simplifies the setup process, allowing operators to efficiently switch between different tasks and optimize machining time.

The machine also comes with a generous tool magazine that can accommodate a wide range of tooling options, promoting flexibility and efficiency. With an automatic tool changer, the N 5008AC minimizes downtime during tool swaps, maximizing productivity. Additionally, with a large work envelope, this machining center is adept at handling sizable workpieces.

In terms of technologies, the N 5008AC utilizes adaptive control features that adjust machining parameters in real-time based on cutting conditions. This smart technology not only enhances machining accuracy but also extends tool life by ensuring optimal cutting conditions throughout the machining process.

Moreover, the N 5008AC emphasizes energy efficiency, incorporating systems that reduce power consumption while maintaining peak performance. This commitment to sustainability aligns with global trends towards environmentally responsible manufacturing practices.

In summary, the Hitachi N 5008AC stands out as a versatile and powerful machining center that combines exceptional stability, advanced CNC technology, and a host of intelligent features, making it a top choice for manufacturers aiming to enhance productivity and precision.
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