4-7Security 15088:K 03/21/01The following figures illustrate the minimum system requirements for various configurations of the AM2020/AFP1010 and associated peripherals.Refer to Table 1.1-1 in the introduction to this chapter for monitor and control module information. Refer to theXP5 Series Transponder Manual listed in the Related Documentation Chart of this manual for connectioninformation for the XP5 modules. Refer as well to the Product Installation Documents 15984 (RKS-S RemoteKeyswitch) and 15456 (STS-1 Security Tamper Switch) for connection information on these devices.Refer to the Glossary section of this manual for descriptions of the terms used in this section.Security System Diagrams and Programming KeysFigure 1.3-1 Simplest Security SystemThe following system requirements are illustrated in Figure 1.3-1. See Table 1.1-1 the introduction to this sectionfor other monitor module options.• One AM2020/AFP1010 Control Panel• One Security Supervisory Protected Area• One Protected Premises• One MMX-1 or MMX-101 Monitor Module, Security Devices (minimum security equipment).Area1.cdrKeyMotion DetectorMM Security Area Monitor1Signaling Line Circuit(SLC) AM2020/AFP1010Central StationAREA 1(Perimeter)TENANT A 47K End-of-Line Resistor (A-2143-00)Normally open securityswitch (listed)Normally closed securityswitch (listed)MMX-1 or MMX-101Security Area Monitor(See Fig 1.3-7 for MMX-101 wiringpolarity)SLC to LIB atCentral StationContact SwitchPull StationSmoke DetectorProgramming Key for Figure 1.3-1MM Security Area Monitor:Address: LXXMYY (Installer specified).Type ID: SARMControl-By-Event: ( )Custom Label: Installer Specified (describe location of module).Tracking: Yes - Results in required acknowledgment at Central Station for every unsecured state.Restoral is automatic.No - Results in required acknowledgment at Central Station for first unsecured state only (untilreset at Central Station - short condition only).Annunciator: No (not required).Yes (if annunciator mapping desired)Annunciator PointMapping (Optional): AxxPyy