Global Machinery Company SPJ2HM Changing a blade, Blade storage, Pendulum adjustment

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Ha

 

Hb

 

 

 

2.With a blade fitted move the variable speed dial (8) to number 3 (low speed).

3.Apply pressure to the front of the anti splinter guard on the edge of a work surface until it is flat with the front edge of the shoe plate (18) (fig Ha & Hb).

Changing a blade

Note. This jigsaw is fitted with a tool-free mechanism for fast and simple “T” and “U” shank blade removal and fitting.

WARNING. Always ensure that the saw is switched off and plug is removed from the power point before changing blades or making any adjustments.

Removing the blade

Remove the blade guard (6) to

I

 

afford better access to the blade clamp.

Push the tool-free blade change control (17) upwards towards the top of the jigsaw, making sure that your fingers do not contact the teeth of the blade (fig I).

With the blade change control (17) in its uppermost position, remove the blade by pulling it downwards towards the base of the jigsaw.

Refitting a new blade

Push the blade change control (17) to its uppermost position and slide the new blade into the locating groove in the blade clamp with the teeth pointing forward. Make sure that the back of the blade is located and supported by the blade guide (7) (fig I).

Release the blade change control (17) to secure the blade firmly in place.

Reposition the blade guard (6).

 

J

Replace the plug and run the

jigsaw under no load to check

 

that it runs smoothly and the

 

blade is secure before using it to

 

cut any materials.

 

Blade storage

 

To gain access to the blade

 

storage areas (24), open the

 

release tabs (25) located at each

K

corner of the rear of the shoe

 

plate (18) (fig J).

 

Pendulum adjustment

 

Note. The blade can be set to

 

produce a front to rear swinging

 

(pendulum) action when cutting.

 

This can increase the jigsaws

 

 

cutting efficiency, depending on

 

 

the material being cut.

L

The pendulum action is functional on pendulum lever positions 1, 2

&3 – the higher the setting the greater the pendulum action. Note.Increasing the swing of the pendulum action results in a rougher finish to the cutting edge.

The scrolling control knob (4) must be positioned forward (with the arrow on the scrolling knob and jigsaw housing aligned) before the pendulum can be engaged (fig K).

Rotate the pendulum lever (5)

(fig L) to the position that best suits the job, as follows:

Position S. SCROLLING – for the cutting of all materials and with manual 360° rotation of the blade using the scrolling controlling knob (4).

Position 0. SMOOTH - for cutting mild steel / soft materials

/all materials with normal up and down blade motion with minimal splintering.

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Contents 710W Scrolling Pendulum Action Jigsaw Contents Specifications Description of symbolsIntroduction Environmental protectionGeneral safety rules Safety rules for laser lightsKeep work area clean and well lit. Cluttered Do not expose power tools to rain or wet conditionsAdditional safety rules for jigsaws Power tool use and careDo not use the power tool if the switch does not turn Accessories AssemblyUnpacking Know your product Blade guard Trigger switchBlade guide Anti splintering insertChanging a blade Pendulum adjustmentBlade storage Removing the bladeScrolling control Angle adjustmentVariable speed dial Barrel modeParallel guide Laser sightingSafety Dust controlOperation Metal cutting Pocket & curve cuttingPower cord maintenance MaintenanceCleaning Parallel cuts Achieved using the parallel guidePage GMC customer assist

SPJ2HM specifications

Global Machinery Company (GMC) has made a significant impact on the industrial landscape, and one of its standout products is the SPJ2HM, a versatile and efficient machine designed for a variety of applications. As a reflection of GMC’s commitment to innovation and quality, the SPJ2HM combines advanced technologies with user-friendly features, making it suitable for both seasoned professionals and those new to the field.

The SPJ2HM is engineered with a robust construction, ensuring reliability and durability even in the most demanding environments. One of its most remarkable features is the high-performance motor, which provides exceptional power while maintaining energy efficiency. This not only minimizes operational costs but also aligns with the growing trend towards sustainable and eco-friendly industrial practices.

Advanced control systems are another hallmark of the SPJ2HM, enabling precise operation and automation capabilities. This machine is equipped with an intuitive user interface that allows operators to seamlessly navigate settings and monitor performance metrics. Features such as programmable cycles and real-time diagnostics enhance productivity and reduce downtime, making it an invaluable asset for manufacturers seeking to optimize their processes.

The SPJ2HM also embraces cutting-edge technologies like IoT connectivity, allowing for remote monitoring and maintenance scheduling. This integration supports predictive maintenance, which is vital in preventing unexpected breakdowns and prolonging the lifespan of the machinery. With detailed analytics provided through connected platforms, companies can gain insights into operational efficiency and make data-driven decisions.

In terms of versatility, the SPJ2HM is designed to accommodate a wide range of tooling and attachments, making it adaptable to various tasks - from precision machining to heavy-duty fabrication. This flexibility is complemented by a compact design, which allows for easy integration into existing workflows and limited spaces.

In conclusion, the Global Machinery Company SPJ2HM is a testament to the fusion of reliability, efficiency, and technological advancements in the machinery industry. Its robust features, user-centered design, and state-of-the-art connected capabilities position it as a leading choice for companies aiming to enhance their operational efficiency while embracing modern industrial practices. As GMC continues to innovate, the SPJ2HM remains a prime example of how machinery can evolve to meet the challenges of today’s dynamic manufacturing environment.
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