RPIIncorp.com

Enviromental Stress Screening (ESS)
Burn-in, Turn Key Systems & Fixturing

RPI's New Inline Test System with Thermal Chamber -
Shuttle Section

There are two types of Inline pallet transfers, vertical and horizontal. They both have a set of movable conveyors that can accommodate one pallet at a time. The vertical pallet transfer section is used in an overhead return system, and uses a lead screw driven by a servo motor to lift the pallet up to the return conveyors. The horizontal pallet transfer section shown above is used in a side return system. It uses a rodless air cylinder to move the pallet horizontally over to the return conveyor. It has a walkway in the middle to allow access to the area between the chambers and return conveyors. The walkway area is protected by both light curtains and a safety mat.

In a horizontal shuttle transfer, pallets are received from the previous section, moved to the opposite side of the Inline System, and then released to the next section. The shuttle includes access doors for inserting or removing pallets from the system. If the Inline System includes a Vertical Lift Transfer, pallets are received from the previous section, are raised or lowered according to which end of the Inline System that the lift is on, and are then released to the following section. The vertical lifts also include access doors for inserting or removing pallets from the system. Pallets are transferred in and out via SMEMA interface.

An optional cart interface allows automatic loading and unloading of pallets to a rolling cart. This provides an easy method for managing pallets.

2914 Carlisle Avenue

Racine, WI 53404 USA

Telephone: 262-633-6500 Fax: 262-633-5647

BurninFixturing.com / BurninChamber.com

Specifications in this CD subject to change without prior notification. Photographs and images represented in this site are for informational purposes only and may depict optional or additional equipment not offered as standard. Always refer to the appropriate operator's manual for safe and proper operation of RPI equipment.