Specifications

8-3
FROM PROGRAM/READ…7…REPORTS….
SELECTION 1…FUNCTION SCHEDULING
PG DWN…
PG DWN…
Each function is assigned to a schedule. “None”
would indicate that the function will not be logged at
all. “Request” would indicate that the function will be
stored until requested by the PC. Schedules A, B, C
are for automatic call-ins. When the LMD9200 is
operated in the direct dial mode (no master),
schedules A, B, C will automatically call in to the
central PC based on time clock circuits 114-119.
Each schedule has 2 circuits, one for telephone 1
and another for telephone 2 (see clock CKT’s).
In the direct dial mode, the LMD9200 will call in any
new data to the indicated telephone (computer)
whenever the corresponding circuit is active. Each
schedule buffer A,B, and C has a “pointer” for each
telephone so that the computer at each telephone
receives only data new to it
In the LM100 system, schedules cannot automat-
ically call in but they can be requested and uploaded.
When the LMD200 is used in conjunction with the
MDM100, the LMD200 will also call in any new data
utilizing one of the first two MDM100 telephone
numbers. Corresponding time clock circuits in the
MDM100 must be on to allow reporting through the
master. Each schedule buffer A, B, and C has a
“pointer” for each telephone so that the computer at
each telephone receives only data new to it.
Buffer sizes vary as follows:
Schedule Buffer Size
A 30 Messages
B 100 Messages
C 100 Messages
Request 60 Messages
The logic behind the buffer sizes is that “A” would be
for “priority” messages and would thus have its call-in
circuits on all or much of the time. As such, the
message log would not build up significantly before
calling in. Schedule B and C buffers are larger,
intended for once per day or once per week call-ins.
Request would be medium sized because only a
limited number of functions would likely be assigned
to this schedule.
Function Definitions
The following functions are capable of being logged
by the LMD. The abbreviations are as they appear on
the screen.
Abbreviation Function
UD1-8 User defined MSD inputs 1-8 The
inputs are defined at the PC. A
message is logged on ON/OFF
transactions of the input. For exam-
ple, input 1 might indicate “Cabinet
door open” at the PC when activated,
and “Cabinet door closed” when
deactivated. User inputs UD1-5 are
AC level, and UD6-8 are DC.
CLK Real time clock failures.
PWR Power on/off, power interruption
FRM Port 1 Faults (framing errors)
MMU MMU or Monitor status. The status
from the MMU via Port 1 or coded
status bits from LSM or LNM
monitors are interpreted and will be
reported as “Conflict”, “Red fail”, etc.
CHK Checksum failures (memory failure).
DET Detector monitor failures and
detector return to normal op.
RFL Enter and exit remote (UCF) flash
MCE Activation and de-activation of the
Manual Control Enable input
(continued)
--REPORTS MENU--
1. FUNCTION SCHEDULING 4. CALL DELAY
2. VOLUME LOGGING
3. MOE/SPEED SET-UP
--REPORT FUNCTION SCHEDULING--
FUNCTION UD1 UD2 UD3 UD4 UD5 UD6 UD7 UD8
MODE 0 0 0 0 0 0 0 0
0=NONE/ 1,2,3=SCHEDULES A,B,C/ 4=REQUEST
--REPORT FUNCTION SCHEDULING--
FUNCTION CLK PWR FRM MMU CHK DET RFL MCE
MODE 0 0 0 0 0 0 0 0
0=NONE/ 1,2,3=SCHEDULES A,B,C/ 4=REQUEST
--REPORT FUNCTION SCHEDULING--
FUNCTION HPE CYC CRD KEY SYS FLM LPE MOE
MODE 0 0 0 0 0 0 0 0
0=NONE/ 1,2,3=SCHEDULES A,B,C/ 4=REQUEST