The following tests will be performed:
1. SRAM Non-Destructive Test
011) Address Line
012) Data Line
013) Byte Test
014) Word Test
015) Long Test
2. EPROM Test
021) Read of Complete Range
022) CheckSum Upper Device
023) CheckSum Lower Device
3. SCC Serial Controller Chip
031) Polled Mode Loop Back on Port A
032) Polled Mode Loop Back on Port B
Example: If Test 012 should fail, the LED will
blink:
F . 0 . 1 . 2
It will repeat this until the ABORT button is
pressed to continue with the next test.
BACKGROUND COMMUNICATIONS
The Multi-Axis Control will allow background com-
munications using the Kermit transfer protocol. The
Kermit file transfer protocol is packet based which
provides excellent error rejection and recovery. This
allows error-free file transfer in the noisy shop floor
environment. The control implements both CLIENT
and SERVER modes of operation, allowing file
transfers to be initiated at the control or host com-
puter. The host computer can send or receive pro-
grams and also retrieve a directory of programs
stored in internal memory. Background communi-
cations can be done while the machine is cycling.
RS-232/422 COMMUNICATIONS
PHYSICAL CONNECTION
1. Connect cable to J9 port of CPU Board.
2. Cables should be connected as shown in
Example 1.
3. Cables should be configured using either the
recommended or optional configuration.
EXAMPLE (1)
PC FILE SERVER
COMMUNICATIONS PROTOCOL
1. Communications protocol used by CINCINNATI
VME machines is “KERMIT”. Applications sup-
porting this form of file transfer are available for
most of the microcomputers, mini-computers
and main frames in use today.
2. “KERMIT” application selected for use on the
host should be capable of unattended server
operation.
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