Hudson Robotics LabLinx - Manual (Page 19)

StackLink User Manual Hudson Robotics, Inc.
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CHAPTER 5-StackLink Components
DriveLink System
The StackLink’s elevator and plate handling components use mostly pneumatic contols to
function. The LabLinx system uses a variety of sensors to feedback the plates
positioning to the unit’s computer controller. The StackLink also uses a powerful bi-
directional belt and pulley system driven by a reversible 110 VAC motor to shift plates
along the LabLinx track.
Stacks
The standard StackLink includes two extruded aluminum stacks. Each stack can hold up
to 30 standard-height microliter plates. The stacks are from an aluminum extrusion for
rigidity and precision. The stacks are held in position by plastic guide blocks on the
StackLink. Double stacks are also available to increase plate capacity.
Power Cord/Communication Cable Connection
The power cord plugs into the AC inlet on the rear of the StackLink. Input power is
either 120V or 230V, 50 or 60 Hz. The communication cable is connected from the rear
of the StackLink to the chosen serial port on the computer (usually COM 1).
Power Switch
The power switch is located on the back plate with the power cord and communication
cable (see Figure 5). It has a 0 and 1 engraved on it to show the OFF and ON power
condition of the StackLink. StackLink power is ON when the switch is pressed in the 1
position and PWR LED on the top of the StackLink is illuminated.
Optional Components
The following are additional items available for the StackLink:
 Double Stacks -- Expands StackLink capacity of up to 120 microliter plates (4
stacks).
 TrackLink (24” & 36”)—Linkable tracks that transport plates to various locations
of the workcell.
 StopLink (up to 8) – Modules that catch and release microplates along the
TrackLink path to allow other instruments to access these plates.