System Components |
This page contains an overview for each of the major PSV2800 System components:
The Power Panel is located on the right side of the PSV2800.
On the lower-right side of PSV2800, the Power Panel contains:
the main Power switch
the main Air regulator and filter
an Ethernet port (optional)
There is a second regulator with a separate gauge for adjusting socket opener pressure.
There is a toggle switch on the Power Panel which allows shutting off Power to only the programmers.
The following illustration shows the main features around the PSV2800 work surface.
The on-board Handler computer hosts TaskLink software and the PSV2800 handler software, and monitors all sensors. The computer contains a CPU that runs the Microsoft Windows 10 Operating System.
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Possible machine damage! Adding software to the PSV2800 System can cause damage or cause the system to operate improperly. Adding software without specific instruction from Data I/O Customer Support will void the warranty and may incur service charges if subsequent service is required. |
Keyboard and Touch Screen
Both methods of input are available for operation. With the touchscreen, tap the screen with a finger only, not sharp objects such as pens or pencils.
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Throughout this Manual, the term click is also used to mean tap when using the touch screen monitor. |
The PnP heads use different-sized probe tips to accommodate the great number of device types that are available. During operation, vacuum at each probe holds a device. Vacuum sensors detect whether or not a device is present on a probe tip.
The probe picks up a device and moves it to a programming socket. To place devices at target locations, a probe lowers, vacuum is turned off and blow-off air is momentarily turned on.
For more information, see the Probes and Nozzles section of the PSV2800 Owner/Operator Manual.
To reach different locations, the PSV2800 gantry operates on four axes:
X for lateral motion (left and right, when facing machine front)
Y for horizontal motion (front and back/rear)
Z for vertical motion (up and down, in elevation)
R (theta) for rotational motion (ex. Input and Output Shuttles changing device orientation by rotating along R-axis).
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The tape input module is a mount and communication accommodating a chip feeder which provides devices for programming. Use the appropriate size tape width/feeder. Each device is picked from a carrier tape pocket and placed into a programming socket.
The tape output module mounts onto the left side of the machine and uses a reel of empty carrier tape to hold devices after they are programmed. It supports all widths. Programmed devices are placed into empty pockets on the carrier tape. The carrier tape advances through either a heat seal or pressure seal unit that applies cover tape to the carrier tape.