Automated Logic UNI/59, Technical Instructions, Page: 8 / 10

Revised 1/3/01 • UNI/59 8 © 2001 Automated Logic Corporation
lines). Some panels can be reinitialized
by resetting the panel.
• Make sure the module driver and all
GFBs are transferred into the module.
You can verify this by checking the
module status report for the UNI/59
module.
• Make sure the module driver
parameters and the parameters for each
GFB are set up properly in SuperVision.
Communicating with the Workstation
You can connect a workstation or portable
computer directly to the UNI/59 module using
an APT and the module’s Access port (see
Figure 10). This type of connection can be
used to troubleshoot the module or transfer
memory.
The baud rate of the Access port is
determined by the first switch on the eight-
position DIP switch (see Figure 7 on page 6). If
you need to change the switch’s position, turn
the UNI/59 module off first. Once you have
adjusted the switch, turn the module back on.
1. Connect the computer’s serial port to the
EIA-232 port of the APT using a standard
straight-through serial cable.
{1: Logistat}
0& $ 1 23
{1: PWM request chan=11, exp=0}
1 1 23
{1: AirFlow primary}
$ 0& $ 1 23
{1: Floating motor}
0 0& $ 1 23
{2: Logistat}
{2: PWM request chan=11, exp=0}
{2: AirFlow primary}
{2: Floating motor}
{3: Logistat}
{3: PWM request chan=11, exp=0}
{3: AirFlow primary}
{3: Floating motor}
{4: Get Raw AI request chan=31}
, # +3 $ 1 24
{4: Get DI request chan=22}
, # -- $ 1 24
{4: Logistat}
{4: Set Raw AO request chan=41, exp=0}
# 5 # 43 1 24
{4: PWM request chan=11, exp=0}
{4: AirFlow primary}
{5: Logistat}
{5: PWM request chan=11, exp=0}
{5: AirFlow primary}
{5: Floating motor}
{6: Logistat}
{6: PWM request chan=11, exp=0}
{6: AirFlow primary}
{6: Floating motor}
Figure 9. Sample Diagnostic Capture
Figure 10. Using the Access Port
9
Rx
6 1
2- Tx out
3- Rx i n
5- Gnd
1,6,8- +10V or floating
Tx +5V
A P T
5
Exec. 4 relay
Isolate Network
Mode Select
TTL 485
ACCESS
PORT