Risco ProSYS Plus Quick Installer's Manual
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Risco ProSYS Plus Quick Installer's Manual

Risco ProSYS Plus Quick Installer's Manual

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ProSYS
Plus
™
Quick Installer Guide
See the ProSYS Plus Installation and Programming Manual at
www.riscogroup.com
for additional, detailed information.

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  • Page 1 ProSYS Plus ™ Quick Installer Guide See the ProSYS Plus Installation and Programming Manual at www.riscogroup.com for additional, detailed information.

  • Page 2: Table Of Contents

    Contents GETTING STARTED ..................6 Main Steps for Initial System Setup ................6 IMPORTANT SAFETY PRECAUTIONS ............7 INSTALLATION ....................8 Step 1: Creating a Plan for Mounting the System ............8 Main Panel Mounting Guidelines................. 8 Step 2: Wiring, Settings, and Module Installations at the Main Panel ......8 Power Supply, Ground Wiring and Telephone Wiring ..........
  • Page 3 Wired Expansion Modules Installed on RISCO Bus Lines .......... 17 Describing Installer-Set ID Numbers for Bus Devices ..........18 ID Number Formats ....................19 Assigning ID Numbers (Setting DIP Switches) for Bus Devices ......20 Installing Bus Devices ....................21 Installing Wired Keypads ..................
  • Page 4 Entering or Deleting a SIM Card PIN ..............32 Defining APN Automatically and Manually ............33 IP Modules ......................33 Setting Dynamic IP / Static IP ................33 PSTN Modem Module ................... 33 Long-Range Radio Transmitter Module ..............33 Manually Allocating & Configuring other Modules and Bus Devices ......34 Wired Keypads ......................
  • Page 5 Defining Monitoring Station Account Parameters ..........48 Step 8: Configuring Cloud Connectivity ..............49 Enabling / Disabling Cloud Communication .............. 49 Defining RISCO Cloud Connectivity ................49 Step 9: Configuring Common System Parameters ............50 Defining System Users ....................50 Defining User Codes .....................

  • Page 6: Getting Started

    Getting Started This guide covers the main tasks required to install and set up the ProSYS Plus system. Installation and setup should be performed by a professional alarm system installer. For additional comprehensive details, refer to the ProSYS Plus Installation and Programming Manual.

  • Page 7: Important Safety Precautions

    Important Safety 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 8: Installation

     IMPORTANT: AC wiring should be performed by a certified electrician, and in compliance with applicable electrical code, laws and regulation. See the ProSYS Plus Installation and Programming Manual and the box/enclosure instructions. The electrical power rating is specified on the label located next to the fuse.
  • Page 9 Do not connect AC power at this point of the installation. Refer to the box/enclosure instructions. ProSYS Plus is powered by a RISCO-supplied AC/DC adaptor (100-240V, 50/60Hz, 14.4V, 4A) that is pre-installed inside the main panel box/enclosure. Connection to AC must be permanent and connect through the mains-fuse...

  • Page 10: Main Panel Wiring Diagram

    Main Panel Wiring Diagram 09/2016 Page 10 5IN2371 C...

  • Page 11: Replacing The Main Panel Pcb

    Then you can power-off the main panel and replace the PCB assembly. Setting Main Panel DIP Switches and Jumpers NOTE: For main panel jumper settings and descriptions of ports and connectors on the main panel PCB, see the ProSYS Plus Installation and Programming Manual. DIP switch (SW1) Status ON: Bell: For a bell or electronic siren with a built-in siren driver.

  • Page 12: Installing A Sim Card

    (registering) all bus-connected devices, and for configuring parameters. Wired keypads can either be connected directly to a bus at the main panel terminal block, or to a RISCO bus line (see Step 3: Bus Line Installations, page 16). 09/2016...

  • Page 13: Connecting Auxiliary (12 V Dc) Devices

    To prevent a possible drop in voltage due to current requirements and distances involved, make sure to use the appropriate wire gauge (refer to the table of gauge sizes for AUX devices in the ProSYS Plus Installation and Programming Manual). Connecting the Bell / Loudspeaker The Bell &...

  • Page 14: Connecting The Bell Tamper

    Connecting the Bell Tamper  To utilize the bell tamper:  With main panel power removed, connect the bell tamper to the BELL TMP and COM terminals on the main panel using a 2.2K  resistor in serial. BELL/LS (+): To connect to the self activated bell’s (SAB) positive hold off input.

  • Page 15: Connecting Utility Output 1

    The JMP 2 jumper connector determines the UO1 connection behavior. UO1 is normally used for an external siren connection, as follows: Positive (POS): When the JMP 2 ProSYS Plus Main Panel jumper is placed on POS, the C terminal on UO1 receives 13.8V. JMP 2...

  • Page 16: 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 17: Wired Expansion Modules Installed On Risco Bus Lines

    If connecting remote power supply units, do not connect the red wire (+12 V) between the power supply unit and the ProSYS Plus main panel. Break the +12V at the input to each power supply expansion module (keep 0V common).

  • Page 18: Describing Installer-Set Id Numbers For Bus Devices

    Describing Installer-Set ID Numbers for Bus Devices For each bus device category (see 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. NOTE: To be unique, bus devices in the same category that are on the same bus line must have sequentially different physical ID numbers, whereas different devices (or the same bus device types on different bus lines) can have the same...

  • Page 19: 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 20: 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 21: Installing Bus Devices

    Devices, page 18) according to the instructions packaged with the keypad. Set the keypad’s back tamper switch (see keypad instructions). 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 10).

  • Page 22: Connecting Multiple Bus Detectors Using Bus Zone Expanders

    Connecting Multiple Bus Detectors using Bus Zone Expanders To connect multiple bus detectors to bus lines using bus zone expander(s):  Remove system power. At SW1 on the BZE (bus zone expander), use DIP switches 1—3 to sequentially set the BZE’s physical ID number. Note that DIP switch 4 is not used. At SW2 on the BZE set DIP switch 3 to ON.

  • Page 23: Step 4: Connecting Relay Detectors

     Connect multiple relay detectors onto 8-Zone Expanders and 16-Zone Expanders.  Connect relay detector(s) onto RISCO bus lines, each using a dedicated Single Zone Expander (see illustration, below).  Connect a single relay detector directly onto bus devices which support an input zone.

  • Page 24: Defining 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 25: Step 5: Connecting The Backup Battery And Mounting The Main Panel

    To mount the main panel: Close up the box/enclosure and then mount it to the wall. See instructions packaged with the box/enclosure, the ProSYS Plus Installation and Programming Manual, as well as Step 1: Creating a Plan for Mounting the System, page 8.

  • Page 26: System Initialization, Device Allocation, General System Configuration

    Step 1: Working with the Keypad and Installer Menus Describing Dynamic Keypad Menus The ProSYS Plus installer menus and user menu are dynamic, in that they display menu items according to the devices connected in the system. Table of Menu Navigational Keys The following describes the typical Elegant keypad keys used for programming: NOTE: Other keypad buttons may differ –...

  • Page 27: 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 and date setting, viewing enabled zones and defining system partitions, you’ll be in the installer Programming menu, at Auto Settings. IMPORTANT: After you finish initial system setup programming tasks from the installer Programming menu, in order to exit you must perform the procedure for Step 2: Exiting Installer Programming Menu after Initial System Configuration, page 52.

  • Page 28: 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 which includes any additional zone licenses purchased via the RISCO Store and activated using HandyApp), select the maximum number of partitions, and set the time &...

  • Page 29: Viewing & Updating Zones And Defining Partitions After Initialization

    After system initialization, you can view the total number of enabled zones, define partitions, and also manually update the system with any additional zone licenses purchased via the RISCO Store and activated using HandyApp -- this can be useful, for example, if during system initialization the automatic connection to the Cloud fails.

  • Page 30: Step 3: Allocating And Configuring Installed Components

    Step 3: Allocating and Configuring Installed Components Allocate and configure all installed communication/expansion modules and bus devices via Auto Setting. Auto-Setting Allocation of Communication Modules and Bus Devices Performing an Auto-Setting scan finds all installed communication modules and bus devices connected in the system. As you view the results, you allocate (“enable”) each, and then you can configure their settings –...

  • Page 31: 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 (since they are “on-board”...

  • Page 32: 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, from the installer Programming menu, you can do so manually, 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 allocation) via this manual process.

  • Page 33: Defining Apn Automatically And Manually

    Modm (or select NONE to cancel its selection), then press Long-Range Radio Transmitter Module See the ProSYS Plus Installation and Programming Manual and the LRT module’s instructions. From the installer Programming menu select 7> 1> 2, scroll to 14) LRT, and then press OK ( 2.

  • Page 34: Manually Allocating & Configuring Other Modules And Bus Devices

    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 – or if you are adding new ones and don’t want to perform an Auto-Setting scan of the entire system, instead you can allocate them manually.

  • Page 35: Zone Expanders

    Zone Expanders From the installer Programming menu, select 7> 1> 2, scroll to 02) Zone Expand., and then press OK ( Scroll to, and then edit the zone expander’s physical ID number to match its DIP switch settings (Describing Installer-Set ID Numbers for Bus Devices, page 18). Press to toggle to the type (NZE08 for an 8-zone expander, or NZE16 for a 16-zone expander), or select NONE to cancel its allocation, then press...

  • Page 36: Wireless Expanders

    , and then press Repeat this procedure from step 2 for all additional PKRs. Voice Module The ProSYS Plus supports 1 voice module. From the installer Programming menu, select 7> 1> 2, scroll to 07)Voice Module, and then press OK (...

  • Page 37: Sounders (Sirens)

    Sounders (Sirens) From the installer Programming menu, select 7> 1> 2, scroll to 08)Sounder, and then press OK ( Scroll to, and then edit the sounder’s physical ID number to match its DIP switch settings (see Describing Installer-Set ID Numbers for Bus Devices, page 18). Press to toggle to the type (or select NONE to cancel its allocation), and then press...

  • Page 38: Bus Zone Expanders

    Scroll to and then edit the bus detector’s physical ID number to match its DIP switch settings (see Describing Installer-Set ID Numbers for Bus Devices, page 18). Press to toggle to the correct bus zone type (or select NONE to cancel its allocation), and then press ;...

  • Page 39: 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. Allocating Wireless Expanders Wireless expanders must be allocated before their respective detectors/accessories.

  • Page 40: Sending Wireless Device Rf Transmissions

    Sending Wireless Device RF Transmissions Wireless devices To send an RF transmission: (1-way / 2-way) Detectors :  WatchOUT  BWare  iWave  iWise Insert battery. Press and hold the tamper switch for at least 3  Door-Window Contacts seconds.

  • Page 41: Step 5: Basic Zone Configuration For All Zone Types

    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 (it will show as E00 if wired at the terminal block) ...

  • Page 42: Defining Zone Parameters Using The "One-By-One" Option

    Defining Zone Parameters using the “One-By-One” Option This option lets you to define all zone parameters, for one zone at a time.  To define zone parameters using the One-By-One option: From the installer Programming menu go to: 2 > 1 > 1 (Zones > Parameters > One by One);...

  • Page 43: Defining Zone Parameters Using The "By Category" 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 44: Zone Termination Resistance Values (In Ohms)

     To define zone termination resistance values: At the installer Programming menu, go to: 2 > 1 > 3 (Zones > Parameters > Resistance). 2. Scroll to the detector-compatible termination resistance option, and then press OK ( Zone Termination Resistance Values (in Ohms) DEOL TEOL DEOL...

  • Page 45: Measuring Background Noise Level And Defining Its Threshold Limit

    Measuring Background Noise Level and Defining its 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 46: Performing A Wireless Comm. Test For Measuring Signal Strength

     To define the noise level threshold value: From the installer Programming menu, select 7 > 2 > 1 (Install >WL Device > RX Calibration); CHOOSE RECEIVER (wireless expander) displays. Scroll to select the wireless expander module, and then press OK ( );...

  • Page 47: Step 7: Configuring System Communication

    You can connect to the Cloud and additional destinations/monitoring station in parallel, using a single communication module (a new generation IP module or the GSM 3G module). See the ProSYS Plus Installation and Programming Manual.  For setting the backup communication channel to the monitoring station, see Defining Monitoring Station Account Parameters , page 48.

  • Page 48: 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 49: 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 Smartphone, Web app, and Follow-Me). 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 50: Step 9: Configuring Common System Parameters

    (see the ProSYS Plus Installation and Programming Manual), however the Grand Master will set the actual numerical codes for each user. The installer can also change default installer, sub-installer and Grand Master codes.

  • Page 51: Changing The Default Grand Master Code

    Partition, Events, Restore Events, Remote Control. Defining System Timers You can change the system defaults for the various system timers, as needed. See the ProSYS Plus Installation and Programming Manual for details.  To define system timers: 1. From the installer Programming menu, select 1)System > 1)Timers 2.

  • Page 52: Installer Programming

    OFF position. Step 3: Defining Parameters in other Installer Menus After performing the Exiting Installer Programming Menu procedure, you can access other installer menus to define parameters, as needed (see the ProSYS Plus Installation and Programming Manual). 09/2016 Page 52...

  • Page 53: Testing The System

    Testing the System It is important to fully test the system. Here are typical, recommended system tests. See the ProSYS Plus Installation and Programming Manual for more test information.  Bus Test for bus communication quality. See page 31.  Background noise-level threshold & calibration for wireless devices. See page 45.

  • Page 54: Technical Specification

    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 55 Plug-in multi-socket 3G GSM Module 30 mA standby, 300 mA communicating (RP512G3) Plug-in single-socket IP Module 13.8 V DC +/- 10%, 90 mA (RW132IP) Plug-in multi-socket IP Module 90 mA standby, 300 mA communicating (RP512IP) Plug-in PSTN Modem (RP512MD24) 20 mA standby, 60 mA communicating Input: 16.5 V AC @ 50 VA (via 230 V AC—16.5 V AC 3A Supervised Switching PS Expansion transformer)

  • Page 56: Licensing Procedure

    HandyApp. The number of activated licenses per Panel ID can be either a part of the allocation or the entire allocation. Note: Only users that are registered as Installer Admins in the RISCO Cloud can activate a license in the HandyApp.
  • Page 57 If HandyApp is not installed on your smartphone, download it from App Store or Google Play.  Enter the HandyApp username and password using your RISCO web site (riscogroup.com) login credentials.  If already installed on your smartphone, update HandyApp to the latest version.
  • Page 58 If the HandyApp registration email address is not identical to the Installer Admin email address, the HandyApp will request a RISCO Cloud Installer Admin login (for initial login only). Enter your RISCO Cloud Installer Admin Username and Password. The Panel Selection screen appears:...
  • Page 59 Note: If licenses were not purchased from the RISCO Store, no Panel IDs will appear. You can either select a Panel ID from the list  or, press and enter the first digits of the Panel ID to filter according to Panel IDs.
  • Page 60  Balance indicates the number of available (purchased) licenses from the Installer Admin License Allocation.  Quantity indicates the number of these licenses to activate for the selected Panel ID. In the Quantity box, enter the number of licenses to activate per each category. Press the Activate button;...
  • Page 61 Risco, for a period of (i) 24 months from the date of connection to the Risco Cloud (for cloud connected products) or (ii) 24 months from production (for other products which are non-cloud connected), as the case may be (each, the “Product Warranty...
  • Page 62 Consequently Risco shall have no liability for any personal injury, property damage or loss based on a claim that the product fails to give warning.
  • Page 63 RTTE Compliance Statement Hereby, RISCO Group declares that this equipment is in compliance with the essential requirements and other relevant provisions of Directive 1999/5/EC. For the CE Declaration of Conformity please refer www.riscogroup.com to our website: Contacting RISCO Group RISCO Group is committed to customer service and product support. You can contact us through our website www.riscogroup.com...
  • Page 64 © RISCO Group 2016. All rights reserved. No part of this document may be reproduced in any form without prior written permission from the publisher. 09/2016 Page 64 5IN2371 C...

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