Application Guide

System Application Guide SAG586505000
Spec. No. 586505000 (Model LMS1000) SAG586505500
Spec. No. 586505500 (Model LMS1000) Issue AZ, April 7, 2014
Page 41 of 62
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System settings can be changed using one of two methods.
• The front panel interface of the NPS main bay. The LMS detects that the setting has been
changed on the NPS’s front panel and also changes the associated setting of the VPS.
• The LMS’s command line interface using the ‘Set NPS’ commands. The LMS requests the
NPS to change the setting and upon verification the associated VPS setting is updated.
The following VPS readings and statuses are communicated to the NPS controller via the
LMS-NPS LISP communications link.
• The VPS ‘Total PCU Current’ reading (LMS function channel sixty-four program line must
be ‘F64 = A9005’). The value is summed into NPS Total PCU Current parameter reading
(associated LMS channel A9902).
• The VPS ‘Total System Current’ reading (LMS function channel sixty-three program line
must be ‘F63 = A9002’). The value is summed into NPS Total Load Current parameter
reading (associated LMS channel A9903).
• The number of failed VPS PCUs. The NPS uses this to determine the System PCU Major
and System PCU Minor alarms.
• The VPS ‘Fuse Alarm’ status (LMS LED channel seven program line must be ‘L7 =
B9010’). The status must be configured in the NPS controller function definition to create
an alarm indication.
• The VPS ‘AC Fail Alarm’ status (LMS LED channel eight program line must be ‘L8 =
B9011’). The status must be configured in the NPS controller function definition to create
an alarm indication.
• The VPS ‘System Major’ and ‘System Minor’ (the associated LMS channels (B9015 and
B9016) must have the ‘Alarm Class’ parameter configured for LMS Alarm Class ‘MAJOR
and MINOR’ respectively).
1.6 Specialty Interfaces
1.6.1 Door Access Controller (DAC) Interface: Provides interface to a Door Access Controller via
the LMS1000 OEM3 Port.
• The DAC can be configured and monitored via LMS1000.
• Provides dual control of the door latch (LMS1000 and DAC Keypad). Keypad access can
be enabled and disabled via LMS1000.
• Provides LMS1000 Binary Channels to monitor DAC Communications, Strike Failure,
Forced Entry, Invalid DAC PIN List, and a Door Open Alarm.
• Provides LMS1000 Event Log entries for each valid and invalid Key Codes entered.
• Key codes can be SET, DELETED, LISTED. DAC access via key codes can be enabled
and disabled.
• Status of door and electric strike can be viewed.
• An LMS1000 Relay will be used to allow remote control of the Door Latch in the event the
DAC fails. The LMS1000 Relay will be controlled via two user configurable LMS1000
commands to open the door and lock the door.
1.6.2 External GPS Modem Interface: Provides interface to an external modem via the LMS1000
OEM2 Port.
1.6.3 AC Analyzer Interface: Provides interface to an AC Analyzer via the LMS1000 OEM1 Port.
• Provides LMS1000 Analog Channels to display the various parameters monitored by the
AC Analyzer. Provides an LMS1000 Binary Channel to monitor the communications path
to the AC Analyzer.
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