Page 1 ProSYS Plus ™ Installation and Programming Manual...
Page 2 Information in this document is subject to change without notice. Corporate and individual names and data used in examples herein belong to their respective owners. © RISCO Group 2016. All rights reserved. No part of this document may be reproduced in any form without prior written permission from the publisher.
Page 3: Table Of Contents
Advanced Plug-In Communication Modules ..............14 Multiple Reporting Destinations ................... 14 Cloud Communication ....................14 Monitoring, Notification, Operation and Control via the RISCO Cloud ..... 15 Enhanced Capabilities of Multi-Socket Communication Modules ........ 16 Parallel Communication ....................17 Backup Communication ....................17 RISCO Bus Configurations .....................
Page 4 Bus Line Wiring ......................36 Describing Bus Devices ....................36 Describing Bus Detectors and their Connection Options ..........36 Typical Wired Expansion Modules Installed on RISCO Bus Lines ........37 Describing Installer-Set ID Numbers for Bus Devices ............ 38 ID Number Formats ....................39 Assigning ID Numbers (Setting DIP Switches) for Bus Devices ........
Page 5 SYSTEM INITIALIZATION, DEVICE ALLOCATIONS & GENERAL SYSTEM CONFIGURATION 49 1: D ............ 49 ESCRIBING EYPAD ONTROLS AND NSTALLER ENUS Describing Dynamic Keypad Menus ................49 Table of Keypad Buttons ................... 49 Designating Labels ..................... 49 Entering the Installer Programming Menu at Initial System Setup ......50 Subsequently Accessing Installer Menus ..............
Page 6 Defining Monitoring Station Account Parameters ............ 72 8: C ................73 ONFIGURING LOUD ONNECTIVITY Enabling / Disabling Cloud Communication ..............73 Defining RISCO Cloud Connectivity ................73 9: C ............... 74 ONFIGURING OMMON YSTEM ARAMETERS Defining System Users ....................74 Defining User Codes ....................
Page 7 Parameters ......................104 One-By-One ......................104 By Category ......................104 Bus Zone: OPR12 (WatchOUT PIR) ............... 118 Bus Zone: iWISE DT Grade 2 ................. 119 Bus Zone: (Industrial) Lunar /BWare/iWISE DT Grade 3 ....... 120 Bus Zone: iWISE QUAD Grade 2 ..............121 Bus Zone: iWISE/BWare QUAD Grade 3 ............
Page 8 MONITORING STATION REPORT CODES ........... 235 APPENDIX G: REMOTE SOFTWARE UPGRADE ............240 APPENDIX H: EN50131 & EN50136 COMPLIANCE ..........242 APPENDIX I: PROSYS PLUS ACCESSORIES ............. 245 APPENDIX J: INSTALLER PROGRAMMING MAPS ........... 250 11/2017 Page 8 5IN2413 B...
Page 9: Introduction
Introduction The ideal solution for residential, commercial, industrial, and enterprise sectors, ProSYS Plus is a Grade 3 compatible, super-hybrid security system that offers communication flexibility and advanced system control via Smartphone and Web user apps, scalable up to 512 zones – using various combinations of wired, bus, and wireless detectors and accessories.
Page 10: System Architecture
System Architecture System Capabilities 11/2017 Page 10 5IN2413 B...
Page 11 Partitions & groups • Up to 4 groups per partition 4 (each independent of the others). Each bus line has a RISCO bus lines dedicated quick connector option on main panel PCB. Each (RS485) bus supports up to 32 bus devices (128 total) •...
Page 12 • Output Expanders (4 X 3A, 8 X 100mA) • Power Supply Expanders (1.5A, 3A) Up to 3 accounts, direct connection using SIA IP, or via Cloud Monitoring station with the RISCO IP Receiver installed at the monitoring station Reporting formats Contact ID , SIA, SIA-IP Follow-Me...
Page 13: Main Features
& home owners • Live video available on-demand • VUpoint may be added to any ProSYS Plus system connected to the RISCO Cloud, and is not dependant on the firmware version installed • Compatible also for Grade 3 installations...
Page 14: Flexible Communication Options
• Monitoring Station: Events are reported to monitoring station(s) directly or via the RISCO Cloud, in any of the supported channels. ProSYS Plus supports all major monitoring station reporting formats and protocols - including direct connection to the monitoring station using SIA IP, or via the Cloud with the RISCO IP Receiver installed at the monitoring station.
Page 15: Monitoring, Notification, Operation And Control Via The Risco Cloud
Monitoring, Notification, Operation and Control via the RISCO Cloud Self-Monitoring for System Users via Smartphone & Web Applications Powered by the RISCO Cloud, the iRISCO Smartphone app and Web User Interface empower system users with self-monitoring, notification, control, and operation of their systems remotely – anywhere, anytime, with or without a monitoring station.
Page 16: Enhanced Capabilities Of Multi-Socket Communication Modules
– directly, or via the Cloud. Multi-socket module services and reporting abilities include: • iRISCO Smartphone app & Web user interface: Connected via RISCO Cloud • Monitoring Station: Direct connection using SIA-IP, or with the RISCO IP Receiver installed at the monitoring station •...
Page 17: Parallel Communication
RISCO Cloud – for example, one channel reporting to the user via the Cloud, while the other channel simultaneously reporting directly to the monitoring station.
Page 18 11/2017 Page 18 5IN2413 B...
Page 19: Risco Bus Configurations
RISCO Bus Configurations The ProSYS Plus provides 4 independent RISCO Bus lines (RS485) for communicating and powering bus-connected devices (expansion modules, detectors, sounders, and other peripheral devices). The RISCO bus configurations can be in any combination of daisy chain, spur or star topologies.
Page 20: Event Logging
Event Logging The ProSYS Plus has the capability of storing up to 2000 events, including alarms, arming, disarming, bypassing, troubles, restores, and resets. These events are logged in order, according to date and time – and when applicable, according to zone, partition, area, user code, keypad, etc.
Page 21: Safety Warnings And Precautions
Safety Warnings and Precautions WARNING: Installation or usage of this product that is not in accordance with the intended use and manufacturer instructions can result in damage, injury or death. The system is NOT meant to be installed or serviced by those other than professional security alarm system installers.
Page 22: Installation
Defining Parameters – Additional Installer Menus System Testing Various system tests are available for the ProSYS Plus. Relevant tests should be performed for verifying system operability during initial system setup, as well as after completion of the initial system setup (before system handover to the client).
Page 23: Main Panel Mounting Considerations - Wireless Systems
Step 1: Creating a Plan for Mounting the System Before you mount the main panel and peripheral system components, make a plan for obtaining the most optimal location. Depending on the configuration requirements, the main panel should typically be: • Centrally located for minimizing lengthy bus line/expansion module wire runs •...
Page 24: Rf Signal Loss Due To Common Building Materials
RF Signal Loss Due to Common Building Materials Wallboard and wood Light concrete or brick Heavy concrete and steel reinforcement 0%—10% loss of signal 5%—35% loss of signal 70%—90% loss of signal Central Mounting Location – Wireless Systems Entrance Main Panel Attic Basement 11/2017...
Page 25: Step 2: Wiring, Settings, And Module Installations At The Main Panel
Step 2: Wiring, Settings, and Module Installations at the Main Panel Main Panel Wiring Diagram 11/2017 Page 25 5IN2413 B...
Page 26: Power Supply, Ground, Telephone Wiring
IMPORTANT: • Electrical AC wiring should be performed by a certified electrician, and in compliance with applicable electrical code, laws and regulation. Refer to the box/enclosure instructions. • The main panel should be connected to an easily-accessible wall outlet so that electrical power can be disconnected immediately in case of malfunction or hazard.
Page 27: Replacing The Main Panel Pcb
4. [For PSTN only]: At the terminal block on the main panel PCB, connect the telephone line to the Line terminals (or PLUG10 jack) and connect the telephone unit to the Set terminals (or PLUG9 jack). See Main Panel Wiring Diagram, page 25.
Page 28: Main Panel Jumper Setting
USB port to connect to the Configuration Software computer/laptop USB–B (USB–B to USB–A cable required, not supplied) For the RISCO-supplied and certified AC— DC adaptor. PLUG 6 NOTE: Alternatively input DC can also be wired at the (–) and (+) terminals on the terminal block (next to PLUG 6).
Page 29: Installing Plug-In Communication And Audio Modules
SIM is locked, you may need to contact your cellular provider to unlock it. • Do not install SIM card while power is applied to the ProSYS Plus. • Do not touch SIM card connectors/circuitry. Doing so may release an electrical discharge that could damage the SIM card.
Page 30: Installing An Ip Module
A Long-Range (Radio) Transmitter module (LRT) can be installed on a bus line.  To install an LRT module: 1. Ensure the main panel is powered off. 2. Install the LRT module on a RISCO bus and configure it according to the manufacturer’s installation instructions. Installing the Voice Module...
Page 31: Installing The Listen-In & Speak Unit
 To install the Voice Module: 1. Ensure the main panel is powered off. 2. Install the Voice module inside the main panel box / enclosure. Install and configure it according to the installation instructions packaged with the module. Also see the Main Panel Wiring Diagram, page 25 for the module’s connection location on the main panel PCB.
Page 32: Wiring Other Devices At The Terminal Block
(language, time and date), to perform an Auto-Setting scan for allocating all bus-connected devices, and configure parameters. Wired keypads can be connected directly at the main panel terminal block, or onto a RISCO bus line. See Step 3: Bus Line Installations, page 36.
Page 33: Connecting The Bell / Loudspeaker
Connecting the Bell / Loudspeaker The Bell & LS (loudspeaker) terminals provide power to the internal bell (siren). NOTE: A maximum of 750 mA may be drawn from this output.  To connect the internal bell (siren): 1. With main panel power removed, connect the internal bell with the correct polarity (for installation instructions see the packaged installation instructions).
Page 34: Connecting The Box Tamper (Wall Tamper)
If not utilizing the main panel’s box tamper, to bypass tamper protection set DIP switch 4 on panel PCB to ON (see Main Panel DIP Switch Settings, page 27). Connecting 4-Wire Smoke Detectors ProSYS Plus supports 4-wire smoke detectors. Refer to the detector’s packaged installation instructions. •...
Page 35: Wiring Utility Outputs
The JMP 2 jumper connector determines the UO1 connection behavior. UO1 is normally used for an external siren connection, as follows: ProSYS Plus Main Panel Positive (POS): When the JMP 2 jumper is placed on POS, the C terminal on UO1 receives 13.8V.
Page 36: Step 3: Bus Line Installations
RISCO bus lines will continue operating normally. Bus Line Wiring On the main panel PCB, the 4 wires of each RISCO bus line (red, black, yellow, green) connect to the respective screw terminals on the terminal block as follows:...
Page 37: Typical Wired Expansion Modules Installed On Risco Bus Lines
Typical Wired Expansion Modules Installed on RISCO Bus Lines The following shows different types of wired expansion modules typically installed on a RISCO bus line (all are bus devices). Note that wireless expanders can also be wired to a RISCO bus line.
Page 38: Describing Installer-Set Id Numbers For Bus Devices
Describing Installer-Set ID Numbers for Bus Devices For each bus device category (see the table below), each of its respective bus devices gets a sequentially-assigned, installer-set “physical” ID number that the installer physically sets with the device’s DIP switches before powering up the device.
Page 39: Id Number Formats
Keypads, sirens, as well as expansion modules (bus zone expanders, zone expanders, wireless expansion modules, utility output modules, power-supply expansion modules) that are connected via a RISCO bus line display on the keypad as per this example: 02(1:01) T=NZE08 EXPLANATION: •...
Page 40: Assigning Id Numbers (Setting Dip Switches) For Bus Devices
Assigning ID Numbers (Setting DIP Switches) for Bus Devices When installing each bus device, you must set its DIP switches to match its sequentially-assigned physical ID number before the device is powered up. NOTE: If after power-up a device’s DIP switch(s) are changed, it will be necessary to shut down the device’s power and then power it up again.
Page 41: Installing Bus Devices
Devices, page 38), and in accordance with the keypad’s packaged instructions. 4. Set the keypad’s back tamper switch per keypad instructions. 5. Wire the keypad to a RISCO bus line, or to a bus on at the main panel terminal block (see Main Panel Wiring Diagram, page 25).
Page 42: Installing Bus Zone Expanders
NOTE: For maximum operation stability, it is best that the bus line wiring from any bus detector to the main panel should not exceed a total 300 meters (1000 feet). For a distance of more than 300 meters, contact RISCO Customer Support.
Page 43: Installing Power Supply Expansion Modules
NOTE: For testing the bus, see Performing a Bus Test, page 54. Installing Power Supply Expansion Modules The ProSYS Plus supports the addition of multiple supervised / switching power supply expansion modules (models of 1.5A or 3A), that each operate from AC power, connect to a bus, and serve to expand the total current capacity when needed.
Page 44: Installing Utility Output Expansion Modules
RISCO bus lines. NOTE: When adding a wireless expander, define the wireless expander’s “Bypass Box Tamper” as YES if the wireless expander is mounted inside the ProSYS Plus box / enclosure housing and not in its own. •...
Page 45: Step 4: Connecting Relay Detectors
Connect multiple relay detectors onto 8-Zone Expanders and 16-Zone Expanders (see the illustration below) • Connect relay detector(s) onto RISCO bus lines, each using a dedicated Single Zone Expander (see the illustration below) • Connect a single relay detector directly onto bus devices which support an input zone.
Page 46: Installing Zone Expanders
Bus Zone Expander that are marked TO DEVICE ProSYS Plus provides selectable, variable EOL (end-of-line) zone termination resistance options, compatible for RISCO relay detectors, as well as those of other manufacturers (for example, if performing a retrofit installation). Termination resistance is defined for each single-zone, 8-zone and 16-zone expander used in the system (as well as for each relay detector they support).
Page 47: Wiring Resistors For Zone Termination Resistance
Wiring Resistors for Zone Termination Resistance  To wire termination resistors: • For RISCO EOL (end-of-line) and DEOL (double-end-of-line) detectors without built-in termination resistance, install a 2.2K Ω end-of-line resistor at the detector-side of each hard-wired zone • For a detector with a tamper switch, you can use DEOL termination to save additional main panel connections •...
Page 48: Step 5: Connecting The Backup Battery And Mounting The Main Panel
Step 5: Connecting the Backup Battery and Mounting the Main Panel Install the backup battery and then mount the main panel on the wall. Connecting the Backup Battery The main panel’s backup battery is not supplied with the system. You will need to install a rechargeable battery (12 V, 18 Ah), which is automatically utilized as a backup in case of power failure.
Page 49: System Initialization, Device Allocations & General System Configuration
For installer programming using the Configuration Software, see its documentation. Step 1: Describing Keypad Controls and Installer Menus Describing Dynamic Keypad Menus The ProSYS Plus installer menus are dynamic, in that they display menu items according to the devices connected in the system. Table of Keypad Buttons The following describes the typical Elegant keypad buttons used for programming: NOTE: On other keypad the buttons may differ.
Page 50: Entering The Installer Programming Menu At Initial System Setup
Entering the Installer Programming Menu at Initial System Setup After initial system power-up, language/time/date setting, viewing enabled zones and defining system partitions, you’ll be in the installer Programming menu (at the Auto Settings bus scan). IMPORTANT: After you finish initial system setup programming tasks from the installer Programming menu, you must exit the installer Programming menu (see Exiting Installer Programming Menu after Initial System Programming, page 208).
Page 51: Viewing Zones, Defining Partitions, And Setting The Time & Date
Viewing Zones, Defining Partitions, and Setting the Time & Date You can now view enabled zones (the default of 64 zones, or the total number of enabled zones including any additional zone licenses purchased), select the maximum number of partitions, and set the time & date. NOTE: You can opt to define the maximum partitions at a later stage –...
Page 52: Keypad Timeout
Keypad Timeout When in installer Programming, if no entry is made to a keypad after the pre- defined time period (see installer Programming menu), it will beep and display TIME OUT, HIT ANY KEY. Press any key to stop the beeping, then re-enter your installer code to get back in the installer Programming menu.
Page 53: Step 3: Allocating And Configuring Installed Components
Step 3: Allocating and Configuring Installed Components Perform an Auto-Setting scan to locate, allocate, and configure all installed communication modules & bus devices. NOTE: The automatic setting/un-setting function is not in compliance with EN50131-3. Auto-Setting Scan for Communication Modules & Bus Devices Performing an Auto-Setting scan finds all installed communication modules and bus devices connected in the system.
Page 54: Describing Auto-Setting Results
Describing Auto-Setting Results At the keypad, the results of an Auto-Setting scan first show the connected communication modules. The next results displayed are for connected keypads, expansion/voice modules and bus detectors. Results display as per this example: (3:02:01) T=LCD EXPLANATION: NOTE: Dashes (“—“) appear instead of digits when a parameter is not relevant, for example, for communication modules as they are on-board (on the PCB), and not on a bus line.
Page 55: Manually Allocating & Configuring Communication Modules
Manually Allocating & Configuring Communication Modules If you didn’t yet run an Auto-Setting scan to allocate (“enable”) each installed communication module, you can do so manually from the installer Programming menu, as well as configure its relevant parameters. IMPORTANT: If an allocated communication module is no longer to be utilized, you must disable it (cancel its prior allocation) via this manual process.
Page 56: Defining Apn Automatically And Manually
Defining APN Automatically and Manually After the SIM card is installed and upon establishing GSM/GPRS communication, the system’s auto-APN feature will automatically configure the APN definitions. However, there may be cases where you will need to manually define the APN by entering the APN (Access Point Name) code supplied from the cellular provider, user name, and password.
Page 57: Manually Allocating And Configuring Stu Adapter
Manually Allocating and Configuring STU Adapter For the UK only. Manually Allocating & Configuring other Modules and Bus Devices If you didn’t yet run an Auto-Setting scan to allocate (“enable”) all the installed non-communication modules (for example, expansion modules) or other bus devices –...
Page 58: Zone Expanders
6. Scroll to Control parameters and press to enable/disable (Y/N) as needed: • 1)Emergency: to operate the emergency quick keys at the keypad. • 2)Multi View: to view from this keypad the status of all masked partitions (select Y) or only the partitions (select N). •...
Page 59: Power Supply Modules
Power Supply Modules 1. From the installer Programming menu, select 7 1 2, scroll to 04)Power Supply, and then press OK ( 2. Scroll to, and then edit the power supply module’s physical ID number to match its DIP switch settings (see Describing Installer-Set ID Numbers for Bus Devices, page 38).
Page 60: Voice Module
4. While scrolling through each block of partitions, designate the partition(s) to allow operation via the PKR. Enter a partition number to select it (it will display), or enter the number again to clear it (will not display), then press OK. 5.
Page 61: Bus Zones (Bus Detectors)
Bus Zones (Bus Detectors) 1. From the installer Programming menu, go to: 7  1  2  0  9 (Install  Bus Device  Manual  scroll to 09)Bus Zone), and then press OK ( ); the first available (non-allocated) bus zone displays as per this example (the empty fields in the parenthesis indicate that the zone has not yet been allocated): Select (-:- -- :- -) 017) ZONE 017...
Page 62: Step 4: Allocating Wireless Zones
Multiple 1-way and 2-way wireless detectors and accessories are connected to the system via wireless expansion modules – each of which supports multiple wireless zones, and is connected to a RISCO bus line or at the main panel PCB. NOTE: To set additional parameters, see Installer Programming, page 77.
Page 63: Wireless Device Rf Transmissions
Wireless Device RF Transmissions Wireless Device To send an RF transmission: (1-way and 2-way) Detectors : • WatchOUT • BWare • iWave • iWise Insert battery. Press and hold the tamper switch for at • Door-Window Contacts least 3 seconds. (Dual Channel, Pulse Count, Universal) •...
Page 64: Allocating Wireless Devices Via Code
5. Repeat from step 3 for each additional wireless transmitting device to be allocated for this wireless expander. 6. After you have allocated the devices for this specific wireless expander, repeat the procedure from step 2 for all additional wireless expanders (and then their respective transmitting devices).
Page 65: Step 5: Basic Zone Configuration For All Zone Types
Z=125 (1:E03:06): EXPLANATION: • Z=125 is the zone’s index number (up to 512 zones possible) • 1 is the RISCO bus line number (1—4) • E03 is the expansion module ID (shows as E00 if wired at the terminal block) •...
Page 66: Defining Zone Parameters Using The "By Category" Option
a. [Labels]: Give the zone a descriptive “label” by typing over the default “ZONE” (see Designating Labels, page 49), and then press OK . b. [Partitions]: To select partitions (up to 32) to associate with the zone, scroll to the partitions, which are grouped in blocks: the first block contains partitions 01—08 (the default) if that is what was enabled.
Page 67: Defining Zone Termination Resistance Using The "Resistance" Option
TEOL detector to the zone expander in the future), you will need to set the zone expander’s termination resistance values to TEOL – the “highest” level. Default termination resistance values for RISCO relay detectors are: • EOL (end-of-line): 2.2K Ω...
Page 68: Step 6: Advanced Zone Configuration For Bus Zones And Wireless Zones
Step 6: Advanced Zone Configuration for Bus Zones and Wireless Zones NOTE: To set additional parameters, see Installer Programming, page 77. Advanced Programming for Bus Zones  Configuring advanced parameters for bus zones: 1. At the installer Programming menu, go to: 21274 (Zones ParametersBy CategoryAdvanced...
Page 69: Measuring Background Noise Level And Defining The Threshold Limit
Measuring Background Noise Level and Defining the Threshold Limit If the system uses wireless devices, you can measure (“calibrate”) the background noise that the main panel detects, and also define the acceptable threshold value. Background noise (RF interference) is typically generated by other non-system devices operating in close proximity to the system, and high amounts may interfere with the system, causing “jamming.”...
Page 70: Performing A Wireless Comm. Test For Measuring Signal Strength
 To define the noise level threshold value: 1. From the installer Programming menu, select 721 (InstallWL DeviceRX Calibration); CHOOSE RECEIVER (wireless expander) displays. 2. Scroll to select the wireless expander module, and then press OK ( ); the most recently measured result (“THOLD”) for that Wireless Expander module displays.
Page 71: Step 7: Configuring System Communication
For setting the backup communication channel to the monitoring station, see Defining Monitoring Station Account Parameters, page 72. • ProSYS Plus menus reflect only the communication modules that are installed. • For IP communication, you can set it to Dynamic IP or Static IP. See Setting Dynamic IP / Static IP, page 56.
Page 72: Defining Communication With The Monitoring Station
Defining Communication with the Monitoring Station You enable and define communication settings for monitoring station account(s), along with the backup communication channel and other associated parameters that define the nature of communication, event reporting and confirmation between the system and the monitoring station. Monitoring station link-up options are via TCP/IP, PSTN and GSM/GPRS.
Page 73: Step 8: Configuring Cloud Connectivity
Step 8: Configuring Cloud Connectivity The RISCO Cloud is RISCO’s application server that handles all communication between the system, monitoring station, as well as system users (for the Smartphone and Web apps). Cloud communication enables remote monitoring and control of the system, sending event notifications, zone licensing and viewing real-time video verification via RISCO’s VUpoint IP cameras.
Page 74: Step 9: Configuring Common System Parameters
Step 9: Configuring Common System Parameters NOTE: In addition to defining these common system parameters, see Installer Programming, page 77 for programming all other parameters in the installer Programming menu, as well as in the other installer menus. Defining System Users As the installer, you must set up the user codes for all the system users (up to 500 codes total, which includes 499 users including the Grand Master, plus the installer).
Page 75: Changing The Default Installer Code
(“Grand Master”) should change the Grand Master code to be unique and confidential (refer to the ProSYS Plus User documentation).  To change the default Grand Master code: 1.
Page 76: Defining Follow Me Parameters
Defining Follow Me Parameters  To define parameters for a Follow Me destination: 1. From the installer Programming menu go to: 5)Communication menu  4)Follow Me  1)Define FM); Follow Me 01 displays (1st FM destination). 2. Scroll to a FM number to define, and then press OK ( 3.
Page 77: Installer Programming
Installer Programming ProSYS Plus can be programmed by the installer using the following: • Wired keypad • Configuration Software (locally or remotely connected – see the CS documentation). When performing installer programming in the various installer menus, some of the parameters display dynamically, meaning that the keypad will only display the parameters for the respective modules/hardware that are installed.
Page 78: System
 System The System sub-menu contains the following programmable parameters: • Timers • Controls • Labels • Sounds • Settings • Automatic Clock • Service Information • Firmware update • Partition Quantity  Timers The Timers parameters specify the time duration of an operation. System ...
Page 79 Quick keys Parameter Default Range  00 minutes/seconds 00—90 Bell Delay minutes/seconds The time delay before the keypad sounder and the external sounder operate after the onset of an alarm.  00—90 seconds Switch Aux Break 10 seconds The time that the power supplied to the system's smoke detectors through the programmable output is interrupted during a user-initiated smoke detector reset, typically performed after a fire alarm or automatically when Double Verification...
Page 80 Quick keys Parameter Default Range  1-255 minutes TX Supervise Specifies how often a 2-way wireless device generates a supervision request to the system. If any accessory doesn’t respond to the request at least once during the RX Supervision time, the system will regard the accessory as Lost. Note Device will generate the supervision message according to the time defined.
Page 81 Quick keys Parameter Default Range  01—99 seconds Buzzer at Stay Defines how much time the keypad’s buzzer will sound before the external sounders start to operate while an alarm occurs in Stay (partial arming) mode. The timer is relevant only if the system control BellBuzzer is defined as Yes.
Page 82: Controls
 Controls The Controls sub-menu has the following configurable parameters: • Basic • Advanced • Communication • EN 30131 • PD6662:2010 (BS 8243:2010) • CP-01 • Device System  Controls  Basic Quick keys Parameter Default Range  Basic Programming This section refers to the most common controls in the system.
Page 83 Quick keys Parameter Default Range   Yes/No False Code Trouble YES: A false code report is sent to the monitoring station after three successive attempts at arming or disarming in which an incorrect user code is entered. No alarm sounds at the premises, but a trouble indication appears on the wired keypads.
Page 84 Quick keys Parameter Default Range   Yes/No Audible Jamming Relates to the Jamming Time parameter, described on page 79 YES: Once the specified time is reached, the main panel activates any internal sounders and sends a report code to the monitoring station. NO: Same as above, except the internal sounders do not operate.
Page 85 System  Controls  Advanced Quick keys Parameter Default Range  Advanced This section refers to the advanced controls in the system.   Yes/No Double Verification of Fire Alarms YES: Implemented on detection of smoke or fire for verification. Power to the smoke detector(s) in the affected zone is cut off and restored after the Switch Aux Break time defined in the Switch Aux Break delay (...
Page 86   Yes/No Summer/Winter YES: The ProSYS Plus automatically sets its Time of Day clock one hour ahead in the spring (on the last Sunday in March) and one hour back in the Autumn (on the last Sunday in October).
Page 87 Quick keys Parameter Default Range   Yes/No Installer Tamper For above Grade 2, the system control bit “INSTALLER TAMPER” shall be defined as YES. YES: A Tamper event causes a lockout condition which can only be reset by the installer code or by anti-code. NO: A Tamper event does not cause a lockout condition ...
Page 88 Quick keys Parameter Default Range • A utility output defined as “Auto Arm Alarm” is deactivated. • A utility output defined as “Zone Loss Alarm” is deactivated. • Guard User: If a Guard user disarms a partition, the system will be Guard armed automatically after the predefined time period (see Delay...
Page 89 Quick keys Parameter Default Range   Yes/No Confirmation Speaker YES: A confirmed alarm triggers the internal sounder. Note A confirmed alarm actually eliminates the buzzer delay time, causing the internal speaker to trigger immediately. NO: The internal speaker will trigger normally (at the end of bell delay time).
Page 90 Quick keys Parameter Default Range   Yes/No Strobe Arm This option allows the strobe (internal or external activated by a utility output - Utility Output  Follow Partition  Strobe Trigger) to confirm the final arming of the system. YES: A ten-second strobe indication will occur after the system is armed.
Page 91 Configuration Software Enable YES: Enables communication between the alarm company (installer) and the ProSYS Plus main panel using the Configuration Software. This enables modifying an installation's configuration, obtaining status information, and issuing main panel commands, all from a remote location.
Page 92 System  Controls  EN 50131 Quick keys Parameter Default Range  EN 50131 This section refers to controls that apply to EN 50131 approvals.   Yes/No Authorize Installer This option limits the installer and sub-installer authorization to access the programming menu.
Page 93 NO: Prior to arming, the system will not check whether a zone did not send a signal for more than 20 minutes.   Attenuation Yes/No YES: The ProSYS Plus device will be attenuated by six dB during the communication test. NO: The ProSYS Plus device works in normal operation mode. 11/2017 Page 93...
Page 94 System  Controls  PD6662:2010 (BS 8243:2010) Quick keys Parameter Default Range  PD6662:2010 Prog. (BS 8243:2010 Prog.) If the PD6662:2010 (BS 8243:2010) standard has been selected (see procedure on page 100), then the configurable controls for this standard (listed below) can be set as needed.
Page 95 Quick keys Parameter Default Range   Yes/No Key Switch Lock YES: Only a latched key switch zone can arm or disarm the system. Note When the system has more than 1 zone defined as latch key switch the arm / disarm operation will occur only after all these zones are armed or disarmed NO: Any means can be used to arm or disarm the system (keypad, remote phone operation, etc.).
Page 96 System  Controls  Device Quick keys Parameter Default Range  Device This section refers to controls that apply to bus devices   Anti Mask = Tamper Yes/No Used to determine the operation of anti-masking detection in a bus zone. YES: Anti mask violation will activate tamper alarm.
Page 97: Labels
Quick keys Parameter Default Range  Yes/No Keyfob Instant Arm YES: Away arming from any 2-way remote control will be instant. NO: Away arming from any 2-way remote control will be delayed, following exit delay 1.  Keyfob Instant Stay Yes/No YES: Stay arming from any 2-way remote control will be instant.
Page 98 System  Sounds  Tamper Quick keys Parameter Default Range  Tamper Sound Sets the sound(s) produced by a tamper violation of a keypad and/or an expansion module, as follows:  Silent — Produces no sound  Bell Only (external siren) ...
Page 99: Settings
Enable Enable/Disable DIP 2 Enable/Disable Used to determine whether the ProSYS Plus default DIP switch SW1-2 is enabled (ON position) or disabled (OFF position). Enabled: When power to the main panel is switched off and then on and SW1-2 is in ON position, the installer, sub-installer and Grand-Master codes will return to the original, factory default values.
Page 100 Quick keys Parameter Default Range   Standard Sets the panel programming options in compliance with the selected standard.    EN 50131 (G2) For EN 50131 (G2), see page 92.    PD6662:2010 (BS 8243:2010) By selecting this standard: •...
Page 101 Quick keys Parameter Default Range    CP01 For CP01, see page 95    EN 50131 (G3) For EN 50131 (G3), see page 92   Customer Sets the panel programming options in compliance with the selected customer code.
Page 102: Automatic Clock
 Automatic Clock Set the Automatic Clock parameters to retrieve automatic time updates (NTP or Daytime) through IP or GPRS. System  Automatic Clock Quick keys Parameter Default Range  Daytime Server Select the internet time protocol:  NTP (Network Time Protocol) ...
Page 103: Firmware Update
 Firmware Update Set parameters when updating the system firmware. Note The firmware update menu option series is visible only if the IP or GSM module is installed. System  Firmware Update Quick keys Parameter Default Range  firmware.riscogroup.com Server IP Enter the IP address of the router/gateway where the upgrade file is located.
Page 104: Parameters
 Parameters Configure the basic parameters for all zones types by the following method(s): • One-By-One: Define all the relevant parameters for one zone at a time • By Category: Define a specific parameter accordingly for multiple zones (as you go from one zone to another, scrolling through all zones in the system) •...
Page 105 Zones  Parameters  By Category  Label Quick keys Parameter Default Range   Label The label identifies the zone in the system. Up to 16 characters. Type a descriptive label over the default “ZONE” Zones  Parameters  By Category  Zone Partition (and Group) Quick keys Parameter Default...
Page 106 Zones  Parameters  By Category  Type Quick keys Parameter Default Range   Type The Zone Type menu contains parameters that enable you to program the zone type for any zone. 1) Select the zone (ZZZ) and then press OK. 2) Then scroll to select the zone type (35 types –...
Page 107 Quick keys Parameter Default Range  Exit (OP)/Entry 2  Same as above , except that the Exit (Op)/Entry 2 time period applies.  Entry Follower  Usually assigned to motion detectors and to interior doors protecting the area between the entry door and the keypad. This zone(s) causes an immediate intrusion alarm when violated unless an Exit/Entry zone was violated first.
Page 108 Quick keys Parameter Default Range  I + Exit(OP)/Entry 1  Interior + Exit(OP)/Entry 1) Used for an exit/entry door that, for convenience, may be kept open when the system is being armed, as follows: • In full (Away) arming mode behaves as an Exit (Op)/Entry 1 zone ZZZ...
Page 109 Quick keys Parameter Default Range   Usually assigned to an infrequently used door, such as an emergency door or a movable skylight. Used to alert the system user if a violation occurs during the unset period (fault by day; Intruder at night), as follows: •...
Page 110 Quick keys Parameter Default Range  Special  For external auxiliary emergency alert buttons and wireless auxiliary emergency transmitters. If violated, an immediate auxiliary emergency alarm is sounded, regardless of the system’s state and a report is sent to the monitoring station.
Page 111 Quick keys Parameter Default Range  Entry Follower + Stay  Assigned to motion detectors and to interior doors protecting the area between the entry door and the keypad, as follows: • In partial (Stay) arming mode, a zone(s) given this designation behaves like an Exit/Entry zone and is subject to the Entry and Exit Delay time periods specified under Exit/Entry Delay 1.
Page 112 Quick keys Parameter Default Range  Water  For flood or other types of water detectors. This zone operates the same as 24 hours zone, but it has a special flood report code.   For Gas (natural gas) leak detector. This zone operates the same as 24 hours zone, but it has a special gas report code.
Page 113 Quick keys Parameter Default Range  Key Switch Arm  This zone is used by financial institutions such as cash distribution centers and banks to control the arming of the vault door or treasury department entrance. Use this zone for instant arming of the partition in which the zone is allocated.
Page 114 Quick keys Parameter Default Range   At Stay Set the sound produced when a system's zone triggers an alarm while the system is partially (Stay) armed.   At Disarm Set the sound produced when a system's zone triggers an alarm while the system is disarmed.
Page 115 Zones  Parameters  By Category  Loop Response Quick keys Parameter Default Range  Loop Response The Loop Response menu enables you to set the different times for which a zone violation must exist before the zone will trigger an alarm condition.
Page 116 Quick keys Parameter Default Range 1. Select the zone (ZZZ) and then press OK. 2. Then scroll to select either DISABLE or ENABLE. 3. Press OK.  Pulse Counter — Specifies that the zone will count the number of open and close pulses received.
Page 117 2. Then scroll to select from the available BZ parameters to configure (parameters are device-specific – see device list below). 3. Set parameters for the following RISCO bus detectors (see the following sections as well as the packaged instructions for details), and when finished, press OK.
Page 118: Bus Zone: Opr12 (Watchout Pir)
Bus Zone: OPR12 (WatchOUT PIR) Quick keys Parameter Default Range   LEDS 3 LEDS Defines the LEDS operation mode.  OFF - Disables the LEDS operation.  RED ONLY - Only the Red LED will operate. This option is highly recommended to avoid the possibility that a burglar will “learn”...
Page 119: Bus Zone: Iwise Dt Grade 2
REMOTE (Manual) - The remote self-test is performed by the system when a user manually selects the Diagnostics option from the Maintenance menu via the ProSYS Plus User Functions menu  LOCAL (automatic) - Once an hour, the detector automatically checks that the detector’s channels are functioning properly.
Page 120: Bus Zone: (Industrial) Lunar /Bware/Iwise Dt Grade 3
Bus Zone: (Industrial) Lunar /BWare/iWISE DT Grade 3 Quick Keys Parameter Default Range   LEDS Defines the LEDS operation mode.  OFF - Disables the LEDS operation.  ON – Enables the LEDS operation.   MW (Microwave) Range Trimmer Defines the microwave (MW) channel range.
Page 121: Bus Zone: Iwise Quad Grade 2
REMOTE (Manual) - The remote self-test is performed by the system when a user manually selects the Diagnostics option from the Maintenance menu via the ProSYS Plus User Functions menu  LOCAL (automatic) - Once an hour, the detector automatically checks that the detector’s channels are functioning properly...
Page 122: Bus Zone: Iwise/Bware Quad Grade 3
REMOTE (Manual) - The remote self-test is performed by the system when a user manually selects the Diagnostics option from the Maintenance menu via the ProSYS Plus User Functions menu  LOCAL (automatic) - Once an hour, the detector automatically checks that the detector’s channels are functioning properly.
Page 123: Bus Zone: Odt15 (Watchout Dt)
Bus Zone: ODT15 (WatchOUT DT) Quick Keys Parameter Default Range   3 LEDS LEDS Defines the LEDS operation mode.  OFF - Disables the LEDS operation.  RED ONLY - Only the Red LED will operate. This option is highly recommended to avoid the possibility that a burglar will “Learn”...
Page 124: Bus Zone: Watchin Dt Grade 3
Bus Zone: WatchIN DT Grade 3 Quick Keys Parameter Default Range   3 LEDS LEDS Defines the LEDS operation mode.  OFF - Disables the LEDS operation.  RED ONLY - Only the Red LED will operate. This option is highly recommended to avoid the possibility that a burglar will “Learn”...
Page 125: Bus Zone: Seismic
Quick Keys Parameter Default Range   Arm/Disarm Defines the operation of the LEDs and anti-masking detections while the detector is armed.  Active IR AM and Proximity AM (anti-masking) is enabled. LEDs behave according to the LEDs parameter definition. ...
Page 126 REMOTE (Manual) - The remote self-test is performed by the system when a user manually selects the Diagnostics option from the Maintenance menu via the ProSYS Plus User Functions menu  LOCAL (automatic) - Once an hour, the detector automatically checks that the detector’s channels are functioning properly.
Page 127: Wireless Zones: 1-Way And 2-Way Smoke
Wireless Zones: 1-Way and 2-Way Smoke Quick Keys Parameter Default Range ZZZ Serial No. The identifying 11-digit number on the detector sticker ZZZ Control ZZZ Supervision Yes/No Determines if this zone will be supervised by the system expander according to the time defined under the timer RX Supervision RX Supervise (see , page 79).
Page 128: Wireless Zones: 2-Way Magnetic Contact Detector (X73)
Quick Keys Parameter Default Range ZZZ Detection Mode 2.5 Min 2.5 min/ 2.5 sec   Normal 2.5 Min Fast 2.5 Sec If automatic detection mode is enabled, designate here the polling periodicity of alarm generating events. ZZZ Sensitivity • Defines the visual sensitivity of the detector.
Page 129 ZZZ Input Termination N/O, N/C, DEOL Use this parameter to program the connection type used for each of the system’s zones  (F Shutter only) Shutter: Specifies that the Input 2 will count the number of open and close pulses received. If the zone exceeds the predefined number of pulses, the zone will be tripped and act according to its type definition.
Page 130: Resistance
Resistance Define termination resistance for the wired zones. See Defining Zone Termination Resistance, page 46 and also the Resistance parameters below: Zones  Parameters  Resistance Quick keys Parameter Default Range  Resistance You can define separately the end-of-line termination resistance of relay zones and zone expanders.
Page 131: Testing
 Testing The Testing sub-menu has the following system tests. Also see Testing the System, page 215. • Self Test • Soak Test Zones  Testing  Self Test Quick keys Parameter Default Range  Self Test This feature provides an automated self-test for a selected group of localized intrusion sensors (for example, glass break detectors, sound discriminators and shock sensors) which respond to an artificial source of noise and/or vibration.
Page 132: Cross Zones
This type of linking is used with motion detectors in hostile or false- alarm prone environments. The ProSYS Plus allows 50 unique sets of zone links (pairs of zones), which can be manually specified, as required. Zones crossed with themselves are valid pairs.
Page 133 Zones  Cross Zones Quick keys Parameter Default Range  Cross Zones None  From the installer Programming menu, press . The following appears: ZONES CROSSING: 01) 001 S 001 You are at the first set of zone links(01) – or scroll to go to the next set of zone links (50 sets maximum) ;...
Page 134: Alarm Confirm
 Alarm Confirm The Alarm Confirm sub-menu enables you to define the following that can be used for alarm verification: • Confirm Partition • Confirm Zones Zones  Alarm Confirm  Confirm Partition Quick keys Parameter Default Range  Confirm partition Defines which partitions are to be defined for alarm sequential confirmation (relevant for intrusion alarms, not HU Confirmation alarms).
Page 135: Outputs
 Outputs The Utility Output menu provides access to the following submenus and their related programming parameters that enable you to choose among the following event types that will trigger a selected Utility Output, as well as the manner in which the output will be applied: •...
Page 136: System
Deactivates after the trouble has been corrected    Low Battery Follow Activates when the ProSYS Plus panel’s rechargeable standby battery has insufficient reserve capacity and the voltage decreases to 11 V or following an accessory low battery indication. ...
Page 137   Scheduler The utility output will follow the predefined time programming that is defined in the scheduler of the weekly programs for utility output activation. For additional details, refer to the ProSYS Plus User Manual.    Switched Aux...
Page 138 Quick keys Parameter    Installation Activates the output following the system installation status. It activates when the system is in installer programming mode and deactivates when exiting installer’s mode.  xx   Walk Test Activates the output when the “Walk Test” option is selected and deactivates when the “Walk Test”...
Page 139: Partition
 Partition Define parameters that follow partition events. Note When selecting output utility output number (1—10), if the UO number appears with a 0 first (for example 0xx, whereas xx is the UO number) that indicates the UO is connected directly to the terminal block and not assigned to an output expander.
Page 140  xx   Panic Follow Activates the utility output when a panic alarm is triggered in the selected partition(s) from the keypads, remote controls or a zone defined as Panic.  xx   Special Follow (Emergency) Activates the utility output when a special alarm is triggered in the selected partition(s) from the keypads or a zone defined as Special ...
Page 141  xx   Bell Follow This output enables the connection of different external sounders to different partitions. Activates the output when one of the defined partitions is in alarm mode and the bell is triggered. It will be activated for the programmed bell time or until the alarm is unset.
Page 142  xx   Confirm Alarm The output activates when a confirmed alarm occurs in a partition and deactivates at the restore of the alarm confirmation. RISCO recommends using this output for the Red-Care STU Confirmed Alarm channel.  xx  ...
Page 143: Zone
 Zone Define parameters that follow zone events. Each utility output can be activated by a group of up to five zones. Note When selecting output utility output number (1—10), if the UO number appears with a 0 first (for example 0xx, whereas xx is the UO number) that indicates the UO is connected directly to the terminal block and not assigned to an output expander.
Page 144: Code
 Code Outputs  Code Define parameters for enabling codes (for system users) to activate / deactivate utility outputs. Notes • The utility output is activated by entering a user code only if the Quick UO parameter under System Control is defined as Disabled. When the Quick UO is defined as Enabled, no user code is required.
Page 145: Pattern Of Operation For Utility Outputs
Pattern of Operation for Utility Outputs The Pattern of Operation enables you to set activation/deactivation options for utility outputs. When the UO is following more than one partition, zone, or user you can choose the logic of the UO activation or deactivation, as follows: Latch N/O &...
Page 146: Stu Testing
Latch N/O The utility output is always deactivated (N/O) before it is triggered (pulled up). When triggered, it activates (is pulled down) and remains activated (latched) until the operation is restored. Toggle to select ALL or ANY to set the activation, and then press OK ( Toggle to select ALL or ANY to set the deactivation, and then press OK.
Page 147 Codes  User Quick keys Parameter Default Range  YYY Partition Specify the partition(s) for which the designated user can have access by using. Press a number to assign, or press the same number again to clear it.  YYY Authority Level Assign the authority level of each user (for each user code).
Page 148: Grand Master
Quick keys Parameter Default Range • Maid: The maid code is a temporary code, which is automatically and immediately deleted from the system as soon as it is used to arm. This code is typically used for maids, home attendants, and repairmen who must enter the premises before the owner(s) arrive.
Page 149: Installer
 Installer Codes  Installer Default = 1111. The Installer code provides access to the installer Programming menu as well as all other installer menus, allowing modification of system parameters. The installer can change the installer code.  Sub Installer Codes ...
Page 150: Communication
 Communication Define the following parameters for establishing system communication: • Method • Monitoring Station • Configuration Software • Follow Me • Cloud • Reporting Priority  Method Define communication channel parameters for the following methods: • PSTN • • •...
Page 151 2. The software hangs up after one ring by the CS operator. 3. Within one minute, the software calls again. 4. The ProSYS Plus is programmed to pick up this second call on the first ring, thus bypassing any interaction with the answering machine.
Page 152 Quick keys Parameter Default Range   PBX Prefix A number dialed to access an outgoing line when the system is connected to a Private Branch Exchange (PBX) and not directly to a PSTN line. This number will be added automatically by the system while trying to call from a PSTN line.
Page 153 Communication  Method  GSM Quick Keys Parameter Default Range  The GSM screen contains parameters for the communication of the system over the GSM/GPRS network.  Timers Allows to program timers related to operation with the GSM module  1 minute GSM Lost —...
Page 154 The use of these time periods depends on the reporting order to the MS  defined by the Report Split MS Urgent parameter. See: (Communication  MS  Report Split). The following table describes how the three MSs use the primary, secondary and backup time intervals in the various MS report split options.
Page 155 Name) code is required. The APN code differs from country to country and from one provider to another (the APN code is provided by your cellular provider). The ProSYS Plus supports an APN code field of up to 30 alphanumeric characters and symbols (!, &, ? etc.). ...
Page 156   Mail Host 000.000.000.000 The IP address or the host name of the SMTP mail server.   SMTP Port 00000 — 00000 65535 The port address of the SMTP mail server.   Email Address The Email address that identifies the system to the mail recipient. ...
Page 157  SMS Center Phone A telephone number of the message delivery center. This number can be obtained from the network operator.  GSM RSSI Disabled/Low/High Set the minimum acceptable network signal level (RSSI level). Options: Disabled (No troubles for low signal reception) / Low signal / High signal ...
Page 158 The IP menu contains parameters for the communication of the system over the IP network  Obtain IP Defines automatically whether the IP address, which the ProSYS Plus refers to, is dynamic or static.  Dynamic IP The system refers to an IP address provided by the DHCP.
Page 159 The encryption type used for IP  Security System Up to 32 Characters Host Name IP address or a text name used to identify the ProSYS Plus over the network. Default: Security System  MS Polling (Keep Alive) The time period that the system will establish automatic communication (polling) with the monitoring station over the IP network, in order to check the connection.
Page 160 MS report Urgent MS 1 Polling State MS 2Polling State MS 3 Polling State events Do not call Call 1 Primary Call 2 Primary Call 3 Primary Call All Primary Primary Primary Backup 2 Primary If (MS 1 is OK) Secondary else (MS#1 Fails) Backup...
Page 161 Communication  Method  Radio (LRT) Quick Keys Parameter Default Range  LRT (Long-Range Radio Transmission) The LRT menu contains parameters for setting a system long-range radio communication network, using the Location Aided Routing (LARS) protocol (LARS, LARS1, or LARS2) or E-LINE protocol to facilitate detailed event transmission to monitoring stations.
Page 162 Disable Low Battery Yes/No YES: [For use when LRT is housed in the main ProSYS Plus box] LRT low battery trouble condition will not be regarded. NO: [For use when LRT is housed remotely in its own box] LRT low battery trouble condition will be regarded.
Page 163: Monitoring Station
 Monitoring Station Define the following, which enable the system to establish communication with up to three monitoring station accounts: • Report Type • Accounts • Communications Format • Controls • Parameters • MS Timers • Report Split • Report Codes Communication ...
Page 164 Encrypted events are sent to the monitoring station over the IP or GPRS network using TCP/IP protocol. 128 BIT AES encryption is used. RISCO Group’s IP/GSM Receiver Software located at the MS site receives the messages and translates them to standard protocols used by monitoring station applications (For example;...
Page 165 (For example; contact ID).This channel requires that RISCO Group’s IP/GSM receiver has to be used at the MS side.  The LRT menu contains parameters for setting a system long-range...
Page 166 Communication  Monitoring Station  Accounts Quick Keys Parameter  Accounts The number that recognizes the customer at the monitoring station, you can define an account number for each monitoring station (1—3 possible). Account numbers are 6-digitnumbers in length, and are assigned by the central station.
Page 167 Quick Keys Parameter   Partition (MS Accounts per Partition) You can specify the monitoring station account(s) to notify upon events that occur for the partitions you select (there are 32 partitions maximum per system). If you selected partition(s) from 1—3, you then choose the monitoring station account(s) to notify (1—3) for each, followed by entering the respective account numbers (codes).
Page 168 Communication  Monitoring Station  Controls Quick Keys Parameter Default Range  Controls Programmable controls related to communication between the system and the monitoring station  Yes/No Call Save YES: For reducing MS traffic congestion, the system holds all non- urgent events (for example, opening/closing reports, test transmissions) for up to 12 hours (programmable) and sends them as Periodic Test...
Page 169 Programmable parameters related to operation with the MS  MS Retries 01—15 The number of times the ProSYS Plus redials the monitoring station after failing to establish communication. NOTE: If there is a communication fault with the monitoring station the panel will not be ready to arm.
Page 170 Quick Keys Parameter Default Range  SIA IP Param. Define the following SIA IP parameters for each monitoring station account (MS1, MS2, and MS3): 1) Encryption Key 2) Receiver Number 3) Line Number  Encryption Key A 32-digit digital signature and authentication for purposes of safeguarding data transmission to and from the monitoring station.
Page 171 Communication  Monitoring Station  MS Timers Quick Keys Parameter Default Range  MS Times Allows programming timers related to operation with the monitoring station.  Periodic Test HR = 0--24 MIN = 0—59 D = per table below The Periodic Test enables you to set the time period that the system will automatically establish communication to the monitoring station in order to check the connection.
Page 172 Quick Keys Parameter Default Range  Listen In 1–255 seconds 120 sec The time duration for the monitoring station to listen in and perform voice alarm verification. After this period the system hang up the line. The monitoring station can expand the listen in time during the conversation by pressing the digit “1”...
Page 173 Communication  Monitoring Station  Report Split Quick Keys Parameter Default Range  Report Split The Report Split menu contains parameters that enable the routing of specified events to up to three monitoring station (MS) receivers.  1st backup 2nd MS Arm/Disarm Reports Arming/Disarming (meaning Closings/Openings) events to the monitoring station (MS):...
Page 174 Quick Keys Parameter Default Range  MS Non Urgent Reports non-urgent events (supervisory troubles and test reports) to the monitoring station (MS):  Do not call (no report)  Call 1st: Reports Openings and Closings to MS 1.  Call 2nd: Reports Openings and Closings to MS 2. ...
Page 175 Quick Keys Parameter Default Range  Edit Codes For each code type, edit their respective parameters as needed.  Alarms  Panic  Fire  Medical  Duress  Confirm Alarm  Box Tamper  Bell Tamper  Recent close ...
Page 176 Quick Keys Parameter Default Range  Arm/Disarm Set arming/disarming parameters.  User  Automatic  Remote  Force Arm  Quick Arm  Keyswitch  Auto Arm Fail  Zones Set zone-related parameters.  By Zone  Zone Lost  Soak Fail ...
Page 177 Quick Keys Parameter Default Range  Miscellaneous Edit codes and other miscellaneous parameters  Enter Prog.  Exit Prog.  MS Periodic Test  Call Back  System Reset  Abort Alarm  Listen In  MS Polling  Cancel Rprt. ...
Page 178: Configuration Sw
 Configuration SW Configure the following parameters for communication between the Configuration Software and the system: • Security • Call Back Phones • Controls • Gateway • Modem Protocol Communication  Configuration SW  Security Quick Keys Parameter Default Range ...
Page 179 Quick Keys Parameter Default Range The same 6-digit code, which will be stored in the panel, must be entered into the corresponding account profile created for the installation in the Configuration Software. If there is no match between the MS Lock code defined in the main panel and the MS Lock code defined in the Configuration Software, the installer will not have permission to change the following monitoring station parameters from the Configuration Software:...
Page 180 Quick Keys Parameter Default Range   Yes/No User Initiated Call YES: For a remote Configuration Software session to take place, the Grand Master must first enter specific keypad commands in the User Functions mode. NO: Configuration Software operations are possible without requiring the user’s participation.
Page 181: Follow Me
 Follow Me In addition to reporting to the monitoring station, the Follow-Me feature enables reporting system events to pre-defined follow me user destinations using a voice message, SMS message or E-mail. Up to 64 Follow Me destinations can be defined in the system.
Page 182 Quick Keys Parameter Default Range  EMAIL Report to Follow Me will be done by e-mail thorough IP or GPRS (or GSM – depending which modules are installed). Each e-mail contains information including the system label. Event type and time. Enter the e-mail address for Follow Me destination defined as IP type.
Page 183  Troubles  False Code After three unsuccessful attempts of entering an incorrect code.  Low battery indication from the ProSYS Plus Main Low main panel (below 11V) Battery  Low battery indication from any wireless Wireless Low device in the system Battery ...
Page 184 Quick Keys Parameter Default Range  SIM Credit An automatic SMS credit message (or any other message) received from the provider’s number predefined in SMS Receive Phone will be transferred to the Follow Me number  Environmental  Gas Alert Gas (natural gas) alert from a zone defined a Gas detector ...
Page 185 Intruder Alarm Intruder alarm in the system restored  Tamper alarm in the system restored Tamper  Troubles  Low battery indication from the ProSYS Plus Main Low main panel restored Battery  Low battery indication from any wireless WL Low...
Page 186 Remote program Yes/No Enables the user of the Follow Me phone to enter the remote operation menu and perform all available programming options. For more details see the ProSYS Plus User Manual. Communication  Follow Me  Controls Quick Keys Parameter...
Page 187: Cloud
 IP Address www.riscocloud.com The IP address or server name. If the ProSYS Plus system is connected to the RISCO Cloud for self-monitoring, then use: riscocloud.com. Otherwise enter the IP address or name where the private Cloud server is located.
Page 188 Quick Keys Parameter Default Range  Password Up to 6 AAAAAA characters (case sensitive) Specify the password for server access. This password should be identical to the CP Password defined in the server under the Control Panel Page definition.  Channel Communication with the Cloud can be established through an IP or GSM channel, depending on your system installed hardware.
Page 189 Cloud mode. Use this setting to decide if the panel reports events to the monitoring station or Follow-Me in parallel to the report to the Cloud or only as a backup when the communication between the ProSYS Plus and the Cloud is not functioning.
Page 190: Audio
 Audio The following Audio menus are used to define voice message parameters: • Messages • Local Announcements Note This menu will be displayed only if a Voice module had been assigned to the system  Messages Audio  Messages Quick Keys Parameter Default...
Page 191  Common Message User-defined identification of the premises, for example, the address and/or telephone number of the premises. This message is up to 10 seconds long. The default Common message is “Hello, this is your security system calling”  Zone User-defined name for the zone in which the event occurred.
Page 192: Local Announcements
System in exit or entry delay Entry / Exit  System in auto arm process Auto arm  Output activated or deactivated Output  Walk test. The ProSYS Plus will Walk test sound the zone number and description 11/2017 Page 192 5IN2413 B...
Page 193: Install
 Install The following enable adding, removing or testing accessories in the system: • Bus Devices • Wireless Device  Bus Devices The Bus Device sub-menu provides access to the following: • Automatic • Manual • Testing Install  Bus Devices  Automatic EN 50131-3 Note The automatic setting/unsetting function (Auto Settings) is not in compliance with EN50131-3...
Page 194 Install  Bus Devices  Manual Quick Keys Parameter Default Range  Manual Use this option to manually add or remove bus devices and set parameters. Notes • Make sure that the bus device’s physical ID number has been "dip switch"...
Page 195 Quick Keys Parameter Default Range   Sounder See Manually Allocating & Configuring other Modules and Bus Devices  Sounders (Sirens), page 60.   BUS Zones Bus zones (bus detectors) can be wired to the main bus or to a Bus Zone Expander (BZE).
Page 196 Install  Bus Devices  Testing Quick Keys Parameter Default Range  Testing The Testing menu enables performing a bus scan and a manual “Auto Setting” bus scan of the system.  Bus Test A Bus Test checks each installed bus device and communication module to ensure adequate connectivity quality.
Page 197: Wireless Devices
Quick Keys Parameter Default Range Press OK again to advance to the next communication module/bus device found, and again enable/configure for all the remaining ones found. When BUS Device 1) Automatic displays again at the keypad and the panel beeps, it indicates you’ve finished going through all the recognized modules/devices.
Page 198: Devices
Install  Wireless Devices  RX Calibration Quick Keys Parameter Default Range  RX Calibration See Measuring Background Noise Level and Defining the Threshold Limit, page 69. Install  Wireless Devices  Allocation Quick keys Parameter Default Range  Allocation See Step 4: Allocating Wireless Zones, page 62.
Page 199: Keypad
 Keypad Devices  Keypad Quick keys Parameter Default Range  Keypad  NOTE: = keypad number Select a keypad, press OK. The following can be defined for each keypad:  Label Enter a label identifying the keypad in the system. ...
Page 200: Keyfob
Quick keys Parameter Default Range  UO Key 3 Assign a utility output to be activated by a long press on function key 3  Keyfob Devices  Keyfob Quick keys Parameter Default Range  Keyfob Options for the 1-Way Keyfob: The keyfob menu defines the operation of the wireless buttons keys.
Page 201: Sounder
Used to operate a single utility output UO Key 3 Used to operate a single utility output  Sounder Define the following for an external siren that is connected to the ProSYS Plus as a bus accessory: • Parameter •...
Page 202 Quick Keys Parameter Default Range  Strobe Use this menu to define parameters relating to the sounder strobe  Strobe Control Follow Bell Defines the strobe operation mode.  ALWAYS OFF - The strobe is deactivated.  FOLLOW BELL — The strobe is activated when the siren bell is triggered.
Page 203 Default Range  Every 24 Hours Battery Load Test Enables to set the time period that the ProSYS Plus will automatically generate a Load test on  NEVER: The system will not set a battery load test  EVERY 24 HOURS ...
Page 204 Quick Keys Parameter Default Range  Standard Standard/Low Siren Current (Only for Lumin8) Set the sounder current mode.  LOW – The sounder output will be reduced to 106dB 150mA.  STANDARD - The sounder output will be 112dB 350mA (assuming single piezo head).
Page 205 Quick Keys Parameter Default Range  Blink Defines the number of times that the strobe will blink in a minute.  20 [Times/Min]  30 [Times/Min]  40 [Times/Min]  50 [Times/Min]  60 [Times/Min]   Arm Squawk — 20 (seconds) The time that the strobe will blink when the system is armed.
Page 206: Proximity Key Reader
 Proximity Key Reader Define or modify parameters of a Proximity Key Reader that can be connected to the ProSYS Plus as a bus accessory. Up to 64 PKR's can be connected to the system Note Access to this sub-menu requires that a Proximity Key reader device is installed.
Page 207 Devices  Power Supply Quick Keys Parameter Default Range  Masking To designate which partition will or will not be operated at the keypad: Press OK ( ), scroll to select the power supply index number, and then press OK. MASKING Scroll to , and then press OK.
Page 208: Exit
 Exit When exiting installer Programming menu, go to 0) Exit and then press OK ( Note that if exiting after programming in the installer Programming menu the very first time (at initial system configuration), perform the following procedure: Exiting Installer Programming Menu Exiting Installer Programming Menu after Initial System Programming IMPORTANT: After you have finished programming all relevant parameters in...
Page 209: Subsequently Accessing & Exiting Installer Programming Menu
Subsequently Accessing & Exiting Installer Programming Menu When you've finished programming in installer Programming menu at initial system setup and have already performed the procedure to exit the installer Programming menu, in order to access this menu again—or any other installer menus, make sure that DIP switch 2 remains in the OFF position –...
Page 210: Defining Parameters - Additional Installer Menus
Defining Parameters – Additional Installer Menus You can program additional system parameters in installer menus (other than the Programming menu): Activities Menu Activities parameters Keypad Sound Chime Keypad Chime—Use the scroll buttons to turn the keypad's internal sounder ON or OFF for any function utilizing the chime.
Page 211: View Menu
View Menu View parameters Trouble – Scroll to view system troubles. Troubles may also be indicated by the power icon ) flashing on specific keypad models. Alarm Memory – Displays the 5 most recent alarm conditions stored in the system Partition Status –...
Page 212: Clock Menu
(required for all Scheduler programming – see below). Scheduler NOTE: For complete Scheduler and Vacation procedures, see the ProSYS Plus User Manual. You can configure the following automated system operations according to schedules (and other criteria) that you define •...
Page 213: Maintenance Menu
Maintenance Menu Maintenance parameters Walk Test – Test and evaluate the operation of selected zones in the system. A walk test is set for up to 60 minutes. During the last 5 minutes, the keypad used to activate the test will indicate that the test is about to end.
Page 214: Macro Menu
 Version – Displays information regarding the GSM module version  IMEI – Displays the IMEI number of the GSM module. This number is used for identification of the ProSYS Plus at the RISCO IP Receiver when using GSM or GPRS communication •...
Page 215: Testing The System
Testing the System It is important to fully test the system. Here are typical, recommended system tests that should be performed at system installation, and subsequently as needed:  Bus Test: To test bus communication quality. See Performing a Bus Test, page 54. ...
Page 216: Installer Responsibilities For Assisting The Client
 Advise client to change the default Grand Master code to one that is confidential.  For RISCO Cloud-enabled communication, instruct users with Smartphones to download the iRISCO app from the Apple App store or Android Play Store, and ensure that a connection between the app and the system is established.
Page 217: Appendix A: Technical Specification
Appendix A: Technical Specification Main Panel Technical Information Input Power: AC/DC Adaptor 100-240 V, 50/60Hz, 14.4V (+/-5%) —4A PS Current Consumption: 110 mA, typical, 180 mA, maximum Rechargeable Standby Battery: 12 V, 18 Ah (Amp-hours) Output Voltage Range 11V—13.8V (ripple 200 mV) 1.
Page 218 Wireless Expansion Module 13.8 V DC +/-10%; 40 mA typical, 65 mA maximum (RP432EW8, RP432EW4) 13.8VDC +/-10%; 25 mA typical / 160 mA maximum 4 x 3A relay Output Expansion Module (ProSYS E04) 4 Form C (SPDT) Relays.; 5 A / 24V DC 8 x 100 mA Output Expansion 13.8VDC +/-10%;...
Page 219: Appendix B: Wiring
The proper use of wire and cable is necessary for the successful installation and operation of the ProSYS Plus system. It is important to select wire of the correct attributes to minimize power loss and ensure reliable system operation. Take into account both the installation's current requirements (for this you can utilize the HandyApp calculator feature) and the wiring distances involved.
Page 220 For maximum system stability, it is best not to exceed a total of 300 meters (1000 feet) of wire when wiring the bus. • For a distance of more than 300 meters, refer to RISCO Group Technical Support services for detailed information. Total Auxiliary Power...
Page 221: Appendix C: Installer Event Log Messages
Appendix C: Installer Event Log Messages Event Message Description AC Low PS=y Loss of AC power from power supply ID=y AC RST PS=y AC power restore on power supply ID=y Activate UO=xx UO XX activation Actv UO=xx KF=zz UO XX is activated from remote control ZZ AL.ReinstateP=Y Alarm reinstatement on partition Y Alarm Z=xx...
Page 222 Bus communication restore with zone expander ID=Y Comm. OK GSM Communication OK between the ProSYS Plus and GSM Comm.OK LRT Communication OK between the ProSYS Plus and the long range transmitter Conf. Z=xx Confirmed alarm occurred from zone XX Conf. alarm P=y Confirmed alarm occurred in partition Y Conf.holdup P=y...
Page 223 Event Message Description Day c:p=y Arm by scheduler of group C on partition Y Day d:p=y Arm by scheduler of group D on partition Y Day dis:P=y Daily disarm on partition Y Day hom:P=y Daily Stay or Group arming in partition Y DC Restore Z=XX DC trouble restore in Bus zone XX DC Trouble Z=XX...
Page 224 Event Message Description GSM:IP Trouble IP address is incorrect GSM:Mdl comm.OK Communication between the GSM/GPRS Module and the ProSYS Plus is OK GSM: Module comm. Internal GSM/GPRS bus module trouble GSM:MS OK GPRS communication to the MS is OK GSM:MS trouble GPRS communication failure to the MS GSM:NET avail.
Page 225 Event Message Description IPC:NTP error Failed to acquire time data from the time server IPC:NTP ok Succeeded to acquire time data from the time server IPC: upgrade err The IP Card upgrade generated an error IPC: upgrade OK The IP Card upgrade was OK IR restore Z=xx Trouble restore in the IR channel of bus zone XX IR trouble Z=xx...
Page 226 Failure in the S. Aux power on zone expander Y No bell ps=y Bell trouble in power supply ID=Y No Com IPC Communication failure between the ProSYS Plus and IP card No com kp=y Communication failure between the ProSYS Plus and keypad ID=Y...
Page 227 No comm ze=y Bus communication failure with zone expander ID=Y No comm. GSM No communication between the GSM/GPRS Module and the ProSYS Plus No comm. LRT No communication between long range transmitter and system No fault z=xx Trouble restore in zone XX (TEOL zone or Bus zone input TEOL)
Page 228 Event Message Description Siren=$ Lost Rs The ProSYS Plus received a signal from siren after it has been regarded as lost Soak fail Z=xx Zone XX has failed in the soak test Spec. KP=y Special alarm from the from wireless keypad Y...
Page 229 Event Message Description UO REST ZN=xx A zone defined as “UO Trigger” has been deactivated UO TRIG ZN=xx A zone defined as “UO Trigger” has been activated VOC:COMM OK Bus communication OK with Voice Module VOC:NO COMM Bus communication failure with the Voice Module Water Alrm Zn=xx Flood alarm from zone no.
Page 230: Appendix D: Troubleshooting
(see Testing the System, page 215) and with the Configuration Software. Additional information is available through RISCO University. For additional assistance, contact RISCO Group Technical Support. LED Indicators – Main Panel PCB, Communication Modules Main Panel PCB LEDs...
Page 231 LED/Function Color State Status System in risk of overload Normal current Orange LED 12 (Overload) Blink slow System reached 80% current limit Blink fast System reached 95% current limit Auxiliary Power Power enabled (to all bus lines/zones) Green Power disabled USB connection established USB disconnected Green...
Page 232 IP Module LEDs LED/Function Color State Status Normal operation Green Reset LED Reset ON / boot Normal operation Hibernate LED Orange Hibernate ON / boot LED/Function Color State Status 100 Mb/s / boot Orange Speed LED 10 Mb/s uplink downlink Link status Green Blink slow...
Page 233 GSM Module LEDs Note After 15 minutes all LEDs will turn off. LED/Function State Status (not in use) Module is ON Module is OFF Communicating with the main panel PCB No communication with the main panel PCB Voice call: Connected to remote party. -OR- Data call: Connected to remote party or exchange of parameters while setting up or disconnecting a call.
Page 234: Appendix E: Library Voice Messages
Appendix E: Library Voice Messages (Custom) Store (Custom) East Macro Student room (Custom) Elevator Magnet Study (Custom) Emergency Main (Custom) Entrance Master Technical Entry Middle Temperature Executive Motion Third Above Exit Air conditioner External Near Family North Apartment Fence Nursery Under Area Fire...
Page 235: Appendix F: Monitoring Station Report Codes
Appendix F: Monitoring Station Report Codes Parameter Contact ID Report Category Alarms Panic alarm Urgent Panic alarm restore Urgent Fire alarm Urgent Fire alarm restore Urgent Medical alarm Urgent Medical alarm restore Urgent Duress alarm Urgent Duress alarm restore Urgent Box tamper Urgent Box tamper restore...
Page 236 Parameter Contact ID Report Category RF Jamming restore Non- urgent GSM trouble Non- urgent GSM trouble restore Non- urgent GSM Pre-Alarm Non- urgent IP Network trouble Non- urgent IP Network trouble restore Non- urgent Arm/Disarm User Arm Arm/Disarm User Disarm Arm/Disarm Stay arm Arm/Disarm...
Page 237 Parameter Contact ID Report Category 24 Hour alarm restore Urgent Entry/Exit Urgent Entry/Exit restore Urgent Water (Flood) alarm Urgent Water (Flood) alarm restore Urgent Gas alarm Urgent Gas alarm restore Urgent Carbon Monoxide alarm Urgent Carbon Monoxide alarm Urgent restore Environmental alarm Urgent Environmental alarm restore...
Page 238 Parameter Contact ID Report Category Soak fail restore Urgent Zone Alarm Urgent Zone Alarm restore Urgent Zone confirm alarm Urgent Zone confirm alarm restore Urgent No activity Urgent No activity restore Urgent Wireless Keypad Tamper Urgent Tamper restore Urgent Keypad lost Urgent Keypad lost restore Urgent...
Page 239 Parameter Contact ID Report Category Enter programming (local) Arm/Disarm Exit programming (Local) LS (LX ) Arm/Disarm Enter programming (Remote) Arm/Disarm Exit programming (Remote) Arm/Disarm MS periodic test Non- urgent MS keep alive (polling) Urgent Call back Non- urgent System reset Urgent Listen in begin Urgent...
Page 240: Appendix G: Remote Software Upgrade
Appendix G: Remote Software Upgrade This appendix explains how to perform remote upgrade of your ProSYS Plus main panel software using the ProSYS Plus keypad or SMS command. Remote software upgrade is performed via IP or GPRS. Notes 1. It is recommended to perform the upgrade process from keypad 1 (not from a wireless keypad).
Page 241 Via IP 97239637777IPFILE10.10.10.6:80. b. Via GSM (GPRS) 97239637777GSMFILE212.150.25.223:80. Once selected, the ProSYS Plus will start downloading the required files. The upgrade procedure may take approximately 40 minutes to complete. This will vary according to whether the procedure is performed via GPRS or IP. Once the...
Page 242: Appendix H: En50131 & En50136 Compliance
Appendix H: EN50131 & EN50136 Compliance Compliance Statement Hereby, RISCO Group declares that the ProSYS Plus series of central units and accessories are designed to comply with: EN50131-1, EN50131-3 Grade 3 EN50130-5 Environmental class II EN50131-6 Type A UK: BS 8243:2010, PD 6662:2010, ACPO (Police) EN50136-1, EN50136-2 and EN50131-10 ATS6 for IP/GPRS;...
Page 243 • Each keyfob has 24 bit identification code comprising 2^24 options. • A keyfob has to be recognized and registered by the ProSYS Plus, therefore, a "write" process must be performed. • A valid keyfob is one "Learned" by the panel and allowing arm/disarm •...
Page 244 Setting the ProSYS Plus to comply with EN 50131 Requirements 1. Access the Installer programming mode. 2. From the  System menu select  to access the Settings menu. 3. From the Settings menu select  to access the Standard option.
Page 245: Appendix I: Prosys Plus Accessories
Comments Main Panel RP512M00000A ProSYS Plus Main Board Enclosures RP512BM2100A ProSYS Plus & LightSYS B21 Box Metal box with PS & Tamper Larger box, with place for the RP512BM2600A ProSYS Plus & LightSYS B26 Box STU adapter (without the plastic for it), +PS...
Page 246 Part number Description Comments RP128KCLPUKB PROSYS LCD G-Tag Keypad RP128KCLPILA ProSYS Prox-LCD KP Hebrew PROSYS PROX.LCD K-Pad with RP128KCLPICA Icons PROSYS PROX.LCD K-Pad with RP128KCLPICACCC with CCC approval Icons RP128KCLPFRA ProSYS Prox KP with Icons (FR) RP128KCLP00A PROSYS PROX-LCD KP Europe RP128KCL0ILA PROSYS LCD Keypad Hebrew RP128KCL0ICA...
Page 247 Part number Description Comments RK315DT00USB WatchOUT Extreme DT +Swivel,US RK315DT00FRB WatchOUT Extreme DT+Swivel,FR RK312PR0000B WatchOUT PIR RK312PR0000B WatchOUT PIR with CCC approval RK350DT0000A Beyond DT, Anti Mask Coming soon RK200DTG300D Ind. LuNAR DT AM G3 RK200DTG300DCCC Ind. LuNAR DT AM G3 with CCC approval RK200DTG3USD Ind.
Page 248 Part number Description Comments RWX515PT040A 2 Way WL BWare Pet, 433 MHz Coming soon RWX515PR040A 2 Way WL BWare PIR, 433 MHz Coming soon RWX515DTP40A 2 Way WL BWare DT Pet, 433 MHz Coming soon Coming soon RWX515DT040A 2 Way WL BWare DT, 433 MHz RWT312PR800B WL WatchOUT PIR, 868 MHz RWT312PR400B...
Page 249 Part number Description Comments RWT6GS41100A WL GAS Detector 433 MHz, 110V RWT6FW86800A WL Flood Detector 868 MHz RWT6FW43300A WL Flood Detector 433 MHz-White RW132KF1L00A WL Long Range Keyfob 868 MHz RW132KF1L00H WL Long Range Keyfob 433 MHz RW132KF1000A 4 Button Black Keyfob, 868 MHz RW132KF1000H 4 Button Black Keyfob, 433 MHz RWT54086800A...
Page 250: Appendix J: Installer Programming Maps
Appendix J: Installer Programming Maps Installer Programming Menu 1) System 1) Timers 01) Ex/En Delay 1 02) Ex/En Delay 2 03) Bell Timeout 04) Bell Delay 05) Switch Aux Break 06) Wireless 07) AC Off Delay 08) Guard Delay 09) Swinger Limit 10) Redial Wait 11) Last Exit Sound 12) Buzzer at Stay...
Page 251 09) Technician Reset 10) Engineer Tamper 11) Low battery Arming 12) Bell 30/10 13) Fire Temporal Pattern 14) IMQ Install 15) Disable Incoming Calls 16)Disable. Keypad Auto Arming 17) Buzzer Delay 18) Speaker=Buzzer 19) Confirm Speaker 20) Bell Confirmation 21) Error Speaker Time On 22) Tamper Report 23) AC Trouble 24) Strobe Arm...
Page 252 3) Audible Proximity Tamper 4) Siren Aux = Tamp 6) RF wake-up 7) KF Instant Arm 8) KF Instant Stay 9) KF Dis+Code 3) Labels 1) System 2) Partitions (1—32) 4) Sounds 1) Tamper Sound 1) During Disarm 1) Silent 2) Bell only 3) Buzzer (main) only 4) Bell + Buzzer...
Page 253 10) ORU 11) ONL 12) OFR 13) OCN 14) ODK 15) OCZ 16) OAU 17 OTH 18) ODE 6) Language 1) Text (language selection) 7) Licenses 1 )View Licenses (total) 2) Downloaded licenses (update system) 8) Partition Quantity 6) Automatic Clock 1) Server 1) NTP 2) DAYTIME...
Page 254 06) Instant 07) I+ Exit/Entry 1 08) I+ Exit/Entry 2 09) I+Exit(OP)/Entry1 10) I+Exit (OP)/Entry2 11) I + Entry Follow 12) I+ Instant 13) UO Trigger 14) Day Zone 15) 24 Hours 16) Fire 17) Panic 18) Special 19) Key switch 20) Final Exit 21) Latch Keyswitch 22) EN.Foll + Stay...
Page 255 4) N/O 5) TEOL Response 1) Normal, 400ms 2) Long, 1 sec. 3) Fast, 10ms 4) Extra fast, 1ms 2) By Category 1) Label 2) Partition 3) Type 00) Not used 01) Exit/Entry 1 02) Exit/Entry 2 03) Exit(OP)/Entry 1 04) Exit(OP)/Entry 2 05) Entry Follower 06) Instant...
Page 256 1) At Arm 1) Silent 2) Bell only 3) Buzzer only 4) Bell+buzzer 5) Door chime 2) At Stay 1) Silent 2) Bell only 3) Buzzer only 4) Bell+buzzer 5) Door chime 3) At Disarm 1) Silent 2) Door chime 5) Termination 1) N/C 2) EOL...
Page 257 12 )2.2K, 1.1K 13) 2.2K, 4.7K 2) Testing 1) Self Test 1) Times 2) Zones 2) Soak Test 3) Cross Zones Zone Crossing Crossing Set Pair 1) None 2) Ordered 3) Not ordered 4) Alarm confirm 1) Confirm partition 2) Confirm zones 3) Outputs 0) Follows Nothing 1) Follows System...
Page 258 08) Buzzer follow 09) Chime follow 10) Exit/Entry follow 11) Fire Trouble 12) Day (Zone) Trouble 13) Trouble follow 14) Stay follow 15) Tamper follow 16) Disarm follow 17) Bell follow 18) Bell Stay Off 19) Zone Bypass 20) Auto Arm Alarm 21) Zone Loss Alarm 22) Bell Trigger 23) Strobe Trigger...
Page 259 2) Control 1) Alarm Phone Line 2) Answering machine override 2) Parameters 1) Dial Method 2) Rings To Answer 3) Area Code 4) PBX Prefix 5) Call Wait 2) GSM 1) Timers 1) GSM Lost 2) GSM Net Loss 3) SIM Expire 4) MS Polling 1) Primary 2) Secondary...
Page 260 1) Obtain IP 1) Dynamic ID 2) Static ID 2) Panel Port 3) Panel IP 4) Subnet Mask 5) Gateway 6) DNS Primary 7) DNS Secondary 2) Email 1) Mail Host 2) SMTP Port 3) Email Address 4) SMTP Name 5) SMTP Password 6) Encryption 1) No Encryption...
Page 261 5) SIA IP 1) IP/GPRS 2) GPRS/IP 3) IP Only 4) GPRS Only 2) Accounts 1)Partition 3) Comm. Format 1) Contact ID 2) SIA 4) Controls 1) Call Save 2) Show Kissoff 3) Show Handshake 4) Audible Kissoff 5) SIA Text 6) Random MS Testing 7) SIA w/part 5) Parameters...
Page 262 1) Do Not Call 2) Call 1st 3) Call 2nd 4) Call 3rd 5) Call All 6) 1st Bkup 2nd 7) 1st Bk 2nd 3rd 8) 1 Bk 3 Call 2 9) 2 Bk 3 Call 1 3) MS Non Urgent 1) Do Not Call 2) Call 1st 3) Call 2nd...
Page 263 3) Remote 4) Force Arm 5) Quick Arm 6) Keyswitch 7) Auto Arm Fail 4) Zones 1) By zone 1) Alarm 2) Trouble 3) Bypass 4) Tamper 2) Zone lost 3) Soak fail 4) Self test 5) Accessories 1) Keypad 1) Tamper 2) Zone expander...
Page 264 1) Access code 2) Remote ID 3) MS Lock 2) Call Back Phones 1) Phone 1 2) Phone 2 3) Phone 3 3) Control 1) Call back 2) User initiated call 4) IP Gateway 1) IP Address 2) IP Port 5) Modem Protocol 1) V21 2) Bell103...
Page 265 07) Bell trouble 08) Bus trouble 09) Siren low battery 10) PSTN trouble 11) IP network 4) GSM 1)GSM trouble 2)SIM trouble 3)SIM expire 4)SIM credit 5) Environmental 1) Gas alert 2) Flood alert 3) CO alert 4) High temp. 5) Low temp 6) Technical 6) Miscellaneous...
Page 266 1)Disarm Stop FM 2) Disbl. report at Stay 3) Parameters 1) FM retries 2) Voice msg. recurrence 3) Periodic Test 5) Cloud 1) IP Address 2) IP Port 3) Password 4) Channel 1) IP Only 2) GSM Only 3) IP/GSM 4) GSM/IP 5) Controls 1)MS Call All...
Page 267 3) Emergency 4) Panic Alarm 5) Tamper Alarm 6) Environmental 7) Away Alarm 8) Stay Alarm 9) Disarm 10) Audible St. 11) Entry/exit 12) Auto Arm 13) Output 14) Walk Test 7) Install 1) Bus Device 1)Automatic (bus scan) 2)Manual 01) Keypad (number/type, delete) Assign to partition(s)
Page 268 Sound(s) 09) Bus Zone (number/type, delete) 10) GSM (number/type, delete) 11) IP (number/type, delete) 12) Modem (number/type, delete) 13) Bus Zone Expander (number/type, delete) 14) LRT (number/type, delete) 3) Testing 1) Bus Test 2) Bus Scan 2) Wireless Device 1) RX Calibration Choose receiver Re-calibrate? 2) Allocation...
Page 269 4) Supervision 3. Masking Masking 1) Emergency 2) Multi view 3) Exit Beeps 4) Supervision 4) Controls 1) Emergency 2) Multi view 3) Exit Beeps 4) Supervision 5) Serial Number 6) Function Key 1)Disable 2)Panic 3)MS Listen Talk 7) UO Key 1 8) UO Key 2 9) UO Key 3 2) Keyfob (1-Way)
Page 270 4) 50 [Times/Min] 5) 60 [Times/Min] 3) Arm Squawk (Strobe Squawk) 04) Siren LED 1) Always On 2) Always Off 3) Follow Arm 4) Follow Alarm 05) Battery Load Test 1) Never 2) Every 24 hours 06) Prox. Lvl Response 07) Volume 1) Alarm 2) Squawk...
Page 271 Additional Installer Menus Activities Menu Keypad Sound Chime Keypad Chime Partition Chime Buzzer On/Off Advanced… Service Mode MS Test Follow Me Menu Define Destination Edit Phone No. Label View Menu Trouble Main: Low Battery IPC: DHCP ERR SIREN=01 Low Batt SIREN=01 Batt Load Alarm Memory All Partitions...
Page 272 Arm/Disarm times 2) Tuesday Arm/Disarm times 3) Wednesday Arm/Disarm times 4) Thursday Arm/Disarm times 5) Friday Arm/Disarm times 6) Saturday Arm/Disarm times 7) Sunday Arm/Disarm times 8) All Arm/Disarm times 5) Label Schedule label 6) Inactive Inactive Timer OFF/ON 2) UO ON/OFF 1) ON/OFF Schedule(s) ON/OFF 2) Utility Outputs...
Page 273 1) Monday Start/Stop times 2) Tuesday Start/Stop times 3) Wednesday Start/Stop times 4) Thursday Start/Stop times 5) Friday Start/Stop times 6) Saturday Start/Stop times 7) Sunday Start/Stop times 8) All Start/Stop times 4) Label Schedule label One Time Next Arm Next Arm partition/s Next Arm Time Next Disarm...
Page 274 Diagnostics Main battery test 0) Main Board 1) Siren 1 2) Siren 2 Zone Expander Select Zone Expander Zone Exp. Diagnostics Aux (VDC) Siren Select Siren Siren Diagnostics Battery voltage [VDC] Battery load [VDC] Aux voltage [VDC] Bell current [A] Charge current [mA] Lamp current [mA] Siren Version...
Page 275 FCC Note This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation.
Page 276 RISCO, for a period of (i) 24 months from the date of delivery of the Product ( the “Warranty Period”). This Limited Warranty covers the Product only within the country where the Product was originally purchased and only covers Products purchased as new.
Page 277 Software and applications distributed or made available by RISCO in conjunction with the Product (with or without the RISCO brand), including, but not limited to system software, as well as P2P services or any other service made available by RISCO in relation to the Product, are not covered under this Limited Warranty.
Page 278 PROBLEMS INHERENT IN THE USE OF SUCH MEANS OF COMMUNICATIONS. RISCO IS NOT RESPONSIBLE FOR ANY DELAYS, DELIVERY FAILURES, OR OTHER DAMAGE RESULTING FROM SUCH PROBLEMS. RISCO WARRANTS THAT ITS PRODUCTS DO NOT, TO THE BEST OF ITS KNOWLEDGE, INFRINGE UPON ANY PATENT, COPYRIGHT, TRADEMARK, TRADE SECRET...
Page 279 Installer Notes 11/2017 Page 279 5IN2413 B...
Page 280 Contacting RISCO Group RISCO Group is committed to customer service and product support. You can contact us through our website (www.riscogroup.com) or at the following RISCO branches: Australia France Spain Tel: + 1800 Tel: +33-164-73-28-50 Tel: +34-91-490-2133 support-au@riscogroup.com support-fr@riscogroup.com support-es@riscogroup.com...

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Prosys plus

Risco ProSYS Plus Installation And Programming Manual

Introduction

Safety Warnings and Precautions

Installation

System Initialization, Device Allocations & General System Configuration

Installer Programming

Testing the System

Installer Responsibilities for Assisting the Client

Appendix A: Technical Specification

Appendix B: Wiring

Appendix C: Installer Event Log Messages

Appendix D: Troubleshooting

Appendix E: Library Voice Messages

Appendix F: Monitoring Station Report Codes

Appendix G: Remote Software Upgrade

Appendix H: En50131 & En50136 Compliance

Appendix I: Prosys Plus Accessories

Appendix J: Installer Programming Maps

Quick Links

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Summary of Contents for Risco ProSYS Plus