(L x W x H) 33" x 63" x 40" (838 x 1600 x 1016 mm) 140 lbs. (64 kg)
A heavy-duty, multi-functional training workstation, accommodating a wide range of DAC mechanical, electrical, fluid power and HVAC products.
Allowing for configuration in a variety of ways, and incorporating heavy-duty construction techniques, this supporting accessory allows training to occur more conveniently and efficiently.
Heavy-gauge steel shelves with mounting holes, allow direct mounting of all DAC mechanical, fluid power, and HVAC product baseplates, as well of storage of loose components and tools. 14-Gauge tubular steel support frames, in combination with premium, non-slip levelers, ensures a stable foundation.
Optional components allow the workstation to be modified for other purposes, including use as a mounting rack display support, or as a workstation for multiple motor and motor control training products.
Two, 12-Gauge, 24" x 60" x 1" deep, formed-steel shelves, with provision for mounting all DAC mechanical, fluid power, and HVAC product baseplates.
Two, welded support frames fabricated from 14-Gauge, 1-1/2" square tubing.
High-durability, powder-coated surfaces throughout, allowing for repeated use and rough handling.
Four, 2" diameter levelers, with vibration dampening anti-skid pads and leveling lock nuts.
Provision for mounting DAC electrical products, using optional, t-slot rail sets.
Provision for mounting all DAC cutaway products, using optional, t-slot rail sets.
Provision for mounting all primary, mechanical training elements, directly, using optional extended t-slot rail set.
Hardware pack, including sufficient hardware for mounting a variety of devices.
Packaging for shipment via motor freight.
#902-001 - Locking caster set (includes four, dual-wheel, locking casters) (recommended when used as a display rack only).
In accordance with DAC’s established policy of continuous improvement, these specifications and product descriptions are subject to change without notice. This information is the latest technical information as of the time of viewing or printing.