Jet 723510 JWDS-1020 Benchtop Drum Sander

Product Description

INCLUDES:
• (1) Benchtop Drum Sander

FEATURES:
• Heavy duty die-cast aluminum and steel body provides rigidity for consistent quality
• Patented dust hood incorporates an integrated channel that directs dust to a 4" collection port.
• Parallelism adjust dial features a stop to quickly return the conveyor bed to a flat position
• Infinitely variable-speed control allows the user to choose the optimal feed rate
• Open ended design allows for up to 20" of sanding capacity with 2 passes
• Extruded aluminum drum is designed to dissipate heat and protect wood from heat-damage
• Redesigned conveyor system pulls the workpiece through the sander instead of pushing
• Toolless abrasive take-up fasteners make changing abrasives quick and easy
• Precision-flattened reinforced steel conveyor bed supports the boards passing under the sanding drum
• Control system with integrated circuit breaker protects motor from over heating

SPECIFICATIONS:
• Height: 17.130"
• Length: 29.450"
• Volume: 5.988
• Width: 20.510"
• Prop 65: Cancer and Reproductive Harm
• Drum Length (In.): 10
• Minimum Board Thickness (In.): 1/32
• Dust Collection Minimum CFM Required (CFM): 550
• Minimum Board Length (In.): 2-1/4
• Maximum Board Width (In.): 20
• Drum Diameter (In.): 5
• Prewired Voltage (V): 115
• Maximum Board Thickness (In.): 3
• Motor Phase (PH): 1
• Motor Power (HP): 1
• Dust Port Outside Diameter (In.): 4
• Conveyor Motor: Totally Enclosed DC
• Conveyor Speed (FPM): 0-10
• Motor Voltage (V): 115
• Style (Type): Benchtop
• Drum Speed (RPM): 1725


The compact JWDS-1020 benchtop sander from JET packs a powerful 1HP motor that will sand boards up to 3" thick and 20" wide. The innovative patented dust hood ensures dust is funneled to the 4 inch dust port that easily connects to a Dust Collector. Adjusting the table back to parallel is convenient with just the turn of a dial. The self-cooling extruded aluminum sanding drum protects the sanding surface from heat damage, preventing waste.