Risco NOVA IV Installation Instructions And Operation Manual
Risco NOVA IV Installation Instructions And Operation Manual

Risco NOVA IV Installation Instructions And Operation Manual

Programmable wireless receiver

Advertisement

Available languages

Available languages

NOVA IV RECEIVER - 868MHz / RECEPTEURS NOVA IV-868Mhz /
Programmable Wireless Receiver / Récepteurs radio programmables /
NOVA IV - 4-Alarm outputs for 16 addressable transmitters /
NOVA IV - 4 Sorties Alarme pour 16 émetteurs adressables /
NOVA IV - 4-Uscite d'Allarme per 16 trasmettitori indirizzabili
INSTALLATION INSTRUCTIONS AND OPERATION MANUAL
INTRODUCTION TO NOVA IV
The NOVA IV has been designed for quick and easy installation in either of the following two levels of installation:
 The Basic level of installation - Adopted by most users
 The Advanced level of installation - Provides additional facilities for locating the source of an alarm
When should I use the Basic Installation Setup?
Use this simple setup when you have the following:
 One transmitter for each zone
 Several transmitters for each zone but you do not have to identify the transmitters individually. Program each zone on your panel the same way as performed when
using wired sensors.
What are the advantages of the Advanced Installation Setup?
With the NOVA IV Advanced Installation, you can identify the source and the cause of any alarm from up to 16 wireless detectors and portable devices, even when
you use only 4 zones of your panel. The latch display will show you which transmitters alarmed during the previous ARM period. This is made possible because the
connection of the NOVA IV to the arm follow output of the panel allows the receiver to freeze all alarms that occurred while the system was armed.
Did you choose the Advanced Installation? If so, familiarize yourself with the Preparation of the Receiver and the layout diagram (Figure 1), and proceed to page
two (2).
For more information, contact the RISCO Group branch office nearest to you.
NOVA IV

FEATURES

Processes radio signals received from up to 16 remote transmitters including PIR and smoke detectors, universal/door/window-contact transmitters, wireless
panic buttons and remote controls
Has 4 ZONE alarm outputs and a TROUBLE output that indicates low battery, tamper, malfunctioning transmitter or jamming.
Memorizes the pre-programmed identifying address of each transmitter during installation
Outputs can be connected to any control panel.
P
NOVA IV R
REPARATION OF
ECEIVER
Regardless of the chosen level of installation (basic or advanced), you should prepare your NOVA receiver as according to the following:
Remove the cover by inserting and twisting a screwdriver in the slots along the upper or lower edge of the receiver.
Mount the NOVA receiver - the height of the installation has to be at least 1.5 m (5 ft) above the floor and near to the control panel.
Mount the Receiver relatively close and central to the transmitters' locations. Receiver should be kept away from metal objects and RF generating devices such
as TV sets and computers.
Connect the antenna to the left terminal of ANT2 (see Fig. 1).
Set all positions on DIP-switches (SW1 and SW2) to OFF (levers are pushed Downwards).
L
W
NOVA IV
AYOUT AND
IRING OF
For the basic level of installation, it is assumed that you need Normally Closed inputs to your control panel (see Figures 1 & 2).
BASIC LEVEL INSTALLATION & OPERATION
The following instructions describe a simple way to set up and operate the NOVA wireless system.
R
T
A
EGISTERING
RANSMITTER
DDRESSES IN
Note: Only SW1, out of the two DIP-Switches present on the PCB (SW1 and SW2), is used for the basic installation mode.
1. Ensure all DIP switches are in the OFF position
2. On the SW1, set position 7 to ON. The result is according to the following sequence:
All LEDs blink  Zone 1 LED blinks and TX1 LED blinks or lights steadily (either condition is acceptable). Steady TX LED means location has no
transmitter address programmed.
3. Send WRITE transmission from a transmitter (see Table 1)
All LEDs blink and buzzer sounds. Addressing of TX1 has been completed
4. To proceed to TX2 or other transmitters, press push-button S2 until LEDs indicate desired zone and transmitter number.
The Zone LED blinks and TX LED blinks or lights steadily
5. Send WRITE transmission from another transmitter
All LEDs blink and buzzer sounds
6. Continue to step through the LEDs by pressing S2 and sending WRITE transmissions until all transmitters have been written in the receiver
(up to 4 transmitters per zone). Set SW1 position 7 to OFF
All LEDs will flash once and then extinguish
Table 1: Summary instructions for making transmitters send a WRITE transmission:
RWT92 & RWT92P
RWX34S
RWT50P & RP128T4Z & RWT54
RWT72M
C
L
T
OMMUNICATION
INK
EST
Mount transmitters in their intended locations and then test communications as detailed below. Please be noted that the strength of the transmission is measured by
the number of the lighted LEDs. Two LEDs is the minimum acceptable transmission level.
Note: Output relays do not operate in this mode.
1. Cover must be removed during the communications test.
2. Set SW1 position 7 to OFF and position 8 to ON.
 The LEDs blink, indicating COMMUNICATION MODE
3. Operate each transmitter
 The zone and transmitter LEDs corresponding to each transmitter will light-up and the buzzer will sound to confirm communication. The red event LEDs
will indicate the relative quality of the RF transmission link. If there is no response or if less than 2 LEDs light-up when a transmitter sends a signal, move
the transmitter or receiver to a different location and try again. Confirm reception from all transmitters before ending the communication test. Each
transmitter resets earlier transmission results.
4. Set SW1 positions 7 and 8 to OFF. Replace the cover. Please be noted that replacing the cover automatically puts the receiver in the NORMAL MODE.
RICEVITORE NOVA IV - 868MHz
Ricevitore Radio Programmabile
R
ECEIVER
Press both Tamper Switches for over 3 seconds.
Put the batteries and wait 10 seconds.
Press push button for over 3 or 5 seconds as directed by device installation instructions.
Press both tamper switches for over 3 seconds.
1

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the NOVA IV and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Summary of Contents for Risco NOVA IV

  • Page 1 What are the advantages of the Advanced Installation Setup? With the NOVA IV Advanced Installation, you can identify the source and the cause of any alarm from up to 16 wireless detectors and portable devices, even when you use only 4 zones of your panel. The latch display will show you which transmitters alarmed during the previous ARM period. This is made possible because the connection of the NOVA IV to the arm follow output of the panel allows the receiver to freeze all alarms that occurred while the system was armed.
  • Page 2 ASIC EVEL PERATION In this mode, reception of a signal from a transmitter will cause the green LEDs (corresponding to zone and transmitter) to blink. A red event LED or LEDs will also blink to indicate the type of transmission, i.e. Alarm, Tamper, or Low Battery. Interference or jamming on the radio frequency channel will be indicated by the two bottom red LEDs blinking according to SW2 settings.
  • Page 3 A restorable transmitter sends an alarm signal when an alarm occurs, and another ("restore") signal when the alarm situation ends. The ON/OFF transmitters also have this characteristic. When NOVA IV receives an alarm signal from one of these devices, it operates the output relay and holds it until it receives a restore signal, instead of releasing the relay after two seconds.
  • Page 4 L'affichage vous indiquera quel émetteur a envoyé un signal pendant la période d'activation précédente. Ceci est possible parce que le câblage de l'entrée ARM du NOVA IV à la sortie ON/OFF de la centrale permet au récepteur de conserver toutes les informations d’alarme qui ont été...
  • Page 5 ORMAL DE ONCTIONNEMENT ASIQUE In this mode, la réception d'un signal d'un émetteur fera clignoter les LEDs vertes correspondant à la zone et à l'émetteur, ainsi que la LED rouge correspondant au type d'événement transmis : Alarme, Autoprotection, ou batteries faibles. Une Interférence ou un brouillage du signal radio sera informé par le clignotement des deux LED rouges du dessus en fonction des choix effectués sur le bloc SW2.
  • Page 6 Ce type d'émetteur envoie un signal d'alarme quand un événement alarme a lieu et envoie un autre signal quand la situation d'alarme s'arrête. Les émetteurs Marche- Arrêt possèdent également cette caractéristique. Quand le récepteur NOVA IV reçoit un signal d'alarme depuis l'un de ces appareils, il fait fonctionner la sortie relais et la maintient dans l'état jusqu'à...
  • Page 7 INTRODUZIONE AL RICEVITORE NOVA IV Il ricevitore NOVA IV è stato progettato per realizzare, in modo semplice e veloce, sistemi di sicurezza senza fili. Collegati alle centrali d’allarme permettono di espandere il numero di zone dell’impianto senza effettuare alcun cablaggio di rilevatori di movimento, contatti magnetici, telecomandi, etc.
  • Page 8 3. Attivare ogni trasmettitore.  Il LED di Zona ed il LED Tx corrispondente al trasmettitore attivato lampeggeranno ed il cicalino emetterà un segnale acustico per confermare l’avvenuta comunicazione. I LED rossi degli eventi indicheranno la qualità del segnale RF ricevuto. Se i LED rossi non s’illuminano o se s’illumina un unico LED quando il trasmettitore trasmette, spostare il trasmettitore o il ricevitore in una posizione differente e riprovare (valore minimo accettabile 2 LED accesi).
  • Page 9 6. Continuare a selezionare i LED degli indirizzi premendo il tasto S2, ad impostare i microinterruttori 4, 5, 6 di SW1 per ogni trasmettitore come richiesto, e ad inviare i messaggi WRITE (Trasmissione Indirizzi) dai trasmettitori per indirizzarli tutti (max. 4 trasmettitori per ogni zona). 7.
  • Page 10 Questo dispositivo può ricevere interferenze, compreso quelle che potrebbero causare un funzionamento indesiderato del dispositivo stesso. Modifiche o Cambiamenti non espressamente approvati da RISCO possono invalidare la concessione all’utilizzo da parte dell’utente. La qualità di comunicazione di questo dispositivo può essere influenzata dall’ambiente in cui è installato. Apparecchiature elettroniche situate nelle immediate vicinanze possono causare interferenze al normale funzionamento.
  • Page 11 TO +12V POWER SUPPLY +12V Fig. 1: Circuit Board Layout / Circuit imprimé / Vista componenti NOVA IV Fig. 2: Receiver Terminal Block to Control Panel Wiring Diagram / Câblage du récepteur à la centrale / Cablaggio del Ricevitore con la centrale d’allarme The schematic drawing allows you to familiarize Le schéma du circuit imprimé...
  • Page 12 RISCO Ltd., its subsidiaries and affiliates (“Risco") guarantee Risco’s hardware products to be free from defects in materials and workmanship when used and stored under normal conditions and in accordance with the instructions for use supplied by 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 Period”...

Table of Contents

Save PDF