Global Machinery Company SPJ2HM instruction manual Safety, Dust control, Operation

Page 12

Combined laser light/

Y

LED switch

 

This jigsaw is fitted with two forms of lighting to assist in maintaining accurate alignment with the cut line.

Both can be switched on and off using switch (12). See fig. (Y).

Move switch (12) to the top position to activate the laser beam. Move it to the bottom position to activate the LED light. The mid position switches off both forms of lighting.

Use the laser to assist in aligning the blade with the cut line during operation.

The LED worklight produces broader lighting and is better used in low-lit conditions.

Laser aperture

When the REDEYE® laser line is switched on, an intense

narrow beam of pure red light is emitted from the laser aperture (13). The line shines along the work piece to guide you as you cut. The line is clearly visible and will not be obscured by sawdust.

WARNINGS

Do not stare directly at the laser beam.

Never aim the beam at any person or an object other than the workpiece.

Do not deliberately aim the beam at personnel and ensure that it is not directed towards the eye of a person for longer than 0.25s.

Always ensure the laser beam is aimed at a sturdy workpiece without reflective surfaces. ie. wood or rough coated surfaces are acceptable. Bright shiny reflective sheet steel or the like is not suitable for laser use as the reflective surface could direct the beam back at the operator.

Only turn laser beam on when tool is on the workpiece.

To use the laser wait until you have commenced cutting then set the laser light on/off switch (12) to the on position.

Maintain alignment of the beam and your cut line while slowly feeding the jigsaw through the cut.

Safety

Eye, ear and respiratory protection should be worn at all times when using the jigsaw.

Dust control

 

Z

The dust extraction adaptor

 

(15)can be fitted to the dust extraction port (14) to allow a dust extraction system or a household vacuum cleaner to be connected to the tool in order to remove dust whilst the tool is in use (fig Z).

WARNING. Do not use a dust

a

extraction system or a vacuum

 

cleaner when cutting metal.

 

Sparks may ignite residual wood

 

dust.

 

Note. When not being used, the dust extraction adaptor (15) can be disconnected from the jigsaw

shoe by pressing down on the thumb tab and pulling it out from the shoe (fig a).

Operation

General cutting

Note. Ensure that the blade is the correct type for the application and that the length will extend through the workpiece on the upstroke of the cut.

Determine how the jigsaw is best configured for the job - whether the job is best carried out with the handle on or off, scrolling function on or off or pendulum action on or off.

Configure the jigsaw as required.

12

Image 12
Contents 710W Scrolling Pendulum Action Jigsaw Contents Description of symbols SpecificationsIntroduction Environmental protectionSafety rules for laser lights General safety rulesKeep 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 Trigger switch Blade guardBlade guide Anti splintering insertPendulum adjustment Changing a bladeBlade storage Removing the bladeAngle adjustment Scrolling controlBarrel mode Variable speed dialParallel guide Laser sightingSafety Dust controlOperation Pocket & curve cutting Metal cuttingMaintenance Power cord 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.