Woodstock W1666, DUST COLLECTORS, W1685 System Grounding, Ground wires bypassing a blast Gate

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W1666, W1685 Dust Collectors

System Grounding

Under some circumstances, static electricity can be generated in dust collection systems and can collect on the plastic ducting surfaces. If this static electricity is discharged through a spark, there is a potential for the dust and oxygen in the ducting to ignite.

Therefore, your dust collection system must be grounded one of three ways.

•First, the ground is achieved by means of using metal ducting throughout the system. All static electricity buildup is carried through the continu ous metal ducting and dissipated through the dust collector impeller housing.

•Second, for plastic pipe or hose ducting systems, install an uncoated bare copper wire inside

the entire length of all ducting. An additional wire must be spiral-wrapped on the outside of all the ducting (see Figure 21). Both wires must be connected to the dust collector impeller hous- ing (see Figure 22) so all static electricity inside and out of the ducting is carried through the wires and dissipated through the dust collector ground.

If the system has branches, place wires in the same fashion and connect to the wires on the main pipe/hose with wire nuts. If blast gates are to be used, drill exit and entrance holes on either side of the blast gate to allow wire to be fed out of and into the system (see Figure 23).

•Third, if you use a combination of metal and plastic ducting, make sure that you use a copper grounding wire to ground all plastic connections with the metal ducting so no part of the ducting is insulated by the plastic.

Note: For more in-depth information on Dust Collection System design, refer to refer to The Dust Collection Handbook (ISBN 0-9635821-2-7), which is available for purchase through any Woodstock/SHOP FOX® Dealer.

Figure 21. Typical dust collector with ground wire installed inside and around pipe.

Figure 22. Typical dust collector impeller

housing with ground wires secured to

the housing.

Figure 23. Ground wires bypassing a blast

gate.

SETUP

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Contents Dust Collectors Page Contents About Your New Dust Collector IntroductionWoodstock Technical Support W1685 Specifications W1666 SpecificationsControls and Features Standard Safety Instructions SafetySafety Safety Instructions for Dust Collectors Never collect anything except wood Dust Avoiding Potential Injuries110V Operation W1685 Electrical220V Operation W1666 Extension CordsInventory SetupMake Sure the Dust Collector Motor is Unplugged Casters and MotorPlacing the outlet on the gasket Outlet, Gasket, Separator SupportsSeparator and Transfer Hose To install the separator and transfer hose, do these stepsDust Bags and Inlet Y To install the dust bags and the inlet Y, do these stepsSystem Grounding Ground wires bypassing a blast GateTo test run the dust collector, do these steps Test RunOperation OperationsGeneral Collector Bag Cleaning MaintenanceLubrication Emptying Collected DustSymptom Possible Cause Corrective Action TroubleshootingW1666 Wiring Diagram W1666 and W1685W1666, W1685 Dust Collectors Parts List W1666 and W1685 Quick Disconnect Model W1038 AccessoriesParts Parts Warranty Warranty Registration Woodstock INTERNATIONAL, INC

W1685, DUST COLLECTORS, W1666 specifications

Woodstock W1666 and W1685 dust collectors are essential tools for woodworking enthusiasts and professionals seeking to maintain a clean and safe workspace. Both models offer powerful dust collection capabilities while featuring unique characteristics that cater to different needs in the workshop.

The Woodstock W1666 is a 1.5 horsepower dust collector designed for small to medium-sized woodshops. One of its main features is a 1,200 CFM (cubic feet per minute) airflow rating, which efficiently captures dust and debris from various woodworking machines. The unit is equipped with a 30-micron bag that effectively filters out larger particles, ensuring cleaner air in the shop. For improved filtration, users can upgrade to a 1-micron canister filter, which captures even the finer dust particles, enhancing indoor air quality.

Another notable characteristic of the W1666 is its portable design. It comes with a sturdy base and four wheels, enabling easy maneuverability throughout the workshop. The dust collector's compact size allows it to be placed in tight spaces without compromising its performance. Additionally, the clear plastic upper bag allows users to easily monitor the dust collection level, minimizing interruptions during work sessions.

On the other hand, the Woodstock W1685 dust collector is a more robust option, featuring a 1.75 horsepower motor capable of generating an impressive 1,300 CFM airflow. This makes it ideal for larger woodworking shops with multiple machines running simultaneously. Its 5-micron bag filter is standard, but users can also opt for a 1-micron canister filter for enhanced particle capture. The larger capacity of the collection bag reduces the frequency of emptying, allowing for extended uninterrupted operation.

Both models employ an easy-to-use snap-in bag system that simplifies the process of changing the collection bags. This user-friendly design minimizes downtime, enabling users to focus on their projects. Furthermore, both dust collectors come with dust ports available in various sizes, allowing for easy connections to numerous machines, from table saws to planers.

In conclusion, the Woodstock W1666 and W1685 dust collectors provide effective solutions for maintaining a clean and healthy woodworking environment. With their powerful motors, efficient filtration options, and convenient features, both models cater to various workshop sizes and needs, ensuring that woodworkers can concentrate on their craft without the distractions and dangers of dust accumulation.
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