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PN# 500-13200
Rev. A.1, 10/99
SECURITRON MODEL LCP SERIES ELECTRIC LOCK CONTROL PANEL
TABLE OF CONTENTS AND GUIDE TO THIS MANUAL
The LCP series is a powerful and versatile system with many standard and optional features.
You will generally use only some of these features so this table of contents includes a
description of the type of application that applies to each different section. By studying it first,
you can save considerable time by skipping over those parts of the manual th
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Rev. A.1, 10/99 SECTION 4.3 FAIL SECURE LOCKS--------------------------------------------------------Page 10 If the locks you will be using are fail secure (secure when not powered), this section should be carefully read to determine the proper hookup. Figure 4 (Page 12) shows the several different ways that fail secure locks may be connected to the panel. SECTION 4.4 POWERED SWITCHING DEVICES AT THE DOORS ----------------Page 14 Read this section if your are using a switching device a
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Rev. A.1, 10/99 Page- 1 SECURITRON LCP SERIES ELECTRIC LOCK CONTROL PANEL INSTALLATION AND OPERATING INSTRUCTIONS 1. DESCRIPTION 1.1 GENERAL The LCP series is a circuit board based family of control panels suitable for hard wired control and monitoring of electric locks. The unit can also be used for door monitoring only (no electric locks). See section 6. The circuit board operates 4 control/monitoring zones so the panel must be constructed in multiples of 4 zones. The locks must
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Rev. A.1, 10/99 Page- 2 requirements vary with the monitoring scheme and the voltage but figure a worst case of 60 mA per control zone for panel current draw. Since power supply cost is always a small percentage of the installation cost, we always recommend to not skimp on power supply capacity. We advise that the power supply be capable of driving 30% more current than the installation requires. This eliminates heat induced power supply failure and also allows for some future expansio
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Rev. A.1, 10/99 Page- 3 1.5 AUDIBLE ALARM AND ALARM RESET The red indicator is always accompanied by a Sonalert sounding on the panel. The panel operator hears the alarm, and then consults the panel face to determine the zone that has gone into violation. The violation condition is latching. Once a red indicator goes on and the Sonalert sounds, it will continue even if the door is resecured, until manually reset by the momentary reset switch on the panel face. This reset switch serve
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Rev. A.1, 10/99 Page- 4 BICOLOR ORANGE: ZONE THAT HAD BEEN IN VIOLATION HAS RESECURED. PRESSING RESET TOGGLE WILL CLEAR CONDITION, CHANGING LAMP TO GREEN AND EXTINGUISHING SONALERT 2. OPTIONS If the panel has been supplied with any of the options listed in section 1.1, explanations of the options' functions are provided in the following sections. Section 5 explains wiring for all options including the addition in the field of certain options that may not have been ordered with the
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Rev. A.1, 10/99 Page- 5 It is, of course, possible to assign a different function to the additional lights. They can be made to illuminate when any sort of external switch closes. Examples could include an installation where lock status and door status are separately monitored. If it is desired that the pulsing Sonalert not accompany the illumination of a yellow LED, it is a simple matter to disconnect the +V line to the Sonalert's pulse input. 2.4 SWITCH BYPASS KEYSWITCH (OPTIONS "KP
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ZONE 4 ZONE 1 ZONE 2 ZONE 3 Rev. A.1, 10/99 Page- 6 3. BOARD TERMINAL DESCRIPTIONS Refer to Figure 1 (Panel Board Overview) to see the terminal layout. This section describes the function of each terminal and is intended for reference or to allow the installer to use the panel in a novel way. FIG. 1: PANEL BOARD OVERVIEW +V IN ILLUMINATES GREEN INDICATOR +V IN, ZONE 1 +1 S1 +V OUT WHEN RESPECTIVE SWITCH ON- +V IN, ZONE 2 +2 L1 CONNECT FAIL SAFE LOCK +V OUT WHEN SWITCH OFF/FAIL SECUR
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Rev. A.1, 10/99 Page- 7 TERMINALS "Y1, Y2, Y3, Y4": These input terminals are only active if the AM option has been supplied. With the option, a second (yellow) LED will be mounted adjacent to the standard bicolor. When the respective "Y" terminal receives +V, the yellow LED will illuminate. This is used to annunciate any condition monitored from a dry contact closure or voltage signal. Most commonly, the yellow LED annunciates the beginning of delayed exit for a door but other purpos
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RED FLYING LEAD FROM RESET TOGGLE Rev. A.1, 10/99 Page- 8 board. The CCS board provides multiple, current limited two Amp outputs on terminals marked P1, P2 etc. The advantage of using these individual outputs as shown on the right of Figure 2 is that any short circuit in the downstream wiring will take out only one of the breakers on the CCS board and the rest of the installation will continue to operate. Use of a multiple output Securitron power suppy materially increases the reliabil
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Rev. A.1, 10/99 Page- 9 controlled by the panel zone. Not also that Securitron can supply additional breakered output boards for the power supply (part #CCB-8). If the “PB” option is supplied, (see Sections 2.2 and 5.2) power supply DC neg does not connect to the “-” terminals on the boards but rather to a flying black lead coming from the push button switch. Note that the board “-” terminals will all be pre-wired to the button when this option is present. Pressing the button breaks DC
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COM COM COM Rev. A.1, 10/99 Page- 10 FIG. 3: FAIL SAFE LOCK CONNECTIONS TYPE 1 S FAIL SAFE SIMPLE LOCK HOOKUP WITH NO STATUS MONITORING. - + S AND L TERMINALS JUMPERED TOGETHER TO AVOID L LOCK VIOLATION ALARM. E S A LOCK OR DOOR STATUS SWITCH IS ADDED FAIL SAFE - TO PROVIDE MONITORING AND VIOLATION + L LOCK ALARM FUNCTION E TYPE 2 LOCK OR DOOR STATUS SWITCH CLOSED WHEN SECURE S TYPE 3 A REMOTE RELEASE SWITCH IS ADDED FAIL SAFE - SUCH AS CARD READER, KEYPAD, NC + LOCK L PUSH BUTTON, KEYSW
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Rev. A.1, 10/99 Page- 11 TYPE 3 FAIL SAFE This is the most common configuration. The status switch is still present but a remote release switch such as a card reader, digital keypad, keyswitch, switch equipped panic bar, or Securitron's Touch Sense Bar is present at the door. The lock can be released from the panel toggle or from this remote switch. When the remote switch is used, the panel will annunciate "legal release" just as if the toggle was used (bicolor off and toggle bat yello
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COM COM COM Rev. A.1, 10/99 Page- 12 FIG. 4: FAIL SECURE LOCK CONNECTIONS TYPE 1 S SIMPLE LOCK HOOKUP WITH NO STATUS MONITORING. L FAIL SECURE S AND L TERMINALS JUMPERED TOGETHER TO AVOID - + VIOLATION ALARM. LOCK E LOCK OR DOOR STATUS SWITCH S CLOSED WHEN SECURE A LOCK OR DOOR STATUS SWITCH IS ADDED L TO PROVIDE MONITORING AND VIOLATION FAIL SECURE - + ALARM FUNCTION E LOCK TYPE 2 LOCK OR DOOR STATUS SWITCH CLOSED WHEN SECURE TYPE 3 S NC A REMOTE RELEASE SWITCH IS ADDED L SUCH AS CARD REA
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Rev. A.1, 10/99 Page- 13 TYPE 1 FAIL SECURE The type 1 drawing is the simplest. It utilizes a fail secure lock controlled directly by the panel with no other release devices employed. No lock or door status monitoring switch is used. As the drawing shows, lock power comes from the E terminal and the S terminal and L terminal are jumpered together. With this connection, when the lock is unpowered (secure), the S terminal will receive +V from the L terminal which will illuminate the gree
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F DC IN /OUT Rev. A.1, 10/99 Page- 14 TYPE 4 FAIL SECURE This is the same as Type 3 except that 2 remote switches are used. An example would be an entry card reader and an exit push button. The SPDT contacts of each remote switch are connected in NC series as shown so that the use of either switch cuts power to the status switch common extinguishing the green indicator. The NO contacts are connected in parallel so that either switch releases the lock. Any number of remote switches may
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Rev. A.1, 10/99 Page- 15 There are a number of things to consider about this drawing. The main point is to show that a powered switching device at the door should preferably draw constant power from the LCP board power terminals (assuming the device isn’t receiving separate power). It would be possible as an alternate method to provide power to the DK-26 from the LCP board “L” terminal (which now only goes to terminal C1 of the DK-26). When the toggle is used to release the lock, power
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COM COM Rev. A.1, 10/99 Page- 16 FIG. 6: FAIL SAFE/FAIL SECURE TIMER CONNECTIONS LOCK OR DOOR STATUS SWITCH FAIL SAFE CLOSED WHEN SECURE REMOTE RELEASE SWITCH RED (+) S FAIL SAFE NC WHITE (COM) GREEN (NC) + LOCK L TIMEMATE YELLOW E (TRIGGER) NO BLUE (NO) BLACK (-) LOCK OR DOOR STATUS SWITCH CLOSED WHEN SECURE FAIL SECURE GREEN RED WHITE BLACK TIMEMATE S YELLOW (TRIGGER) L FAIL SECURE NO BLUE + LOCK E REMOTE RELEASE SWITCH Referring to the fail secure drawing, note the timer is powered
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Rev. A.1, 10/99 Page- 17 "the system is working". When the release switch is used, the indicator will go out which will prompt the individual to go through the door. If two indicators are present, one should be wired to the zone S terminal and the other to the zone E terminal. This creates a lamp switching effect which provides more positive prompting for door use. As an example, suppose a green and red indicator are present on a push button plate. With the green indicator wired to th
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Rev. A.1, 10/99 Page- 18 The silence latch is entirely prewired. However, if the panel that has been supplied was ordered without a silence latch, one can be added comparatively easily in the field. The components required are an SPDT relay of the panel voltage and an illuminated normally open momentary switch with an indicator that also operates on the panel voltage. Figure 7 shows the circuit. The prewired connection between the Sonalert + input and one of the A terminals is broken w
