RISCO Group SMPS 3A User Manual [en, it, es, fr]

SMPS - Switching Mode Power

Supply (3A)

Installation Guide

For use with RISCO’s ProSYS Security Systems

Guida All’Installazione Modulo Alimentatore Remoto - SMPS (3A)

Da utilizzare con le Centrali RISCO serie ProSYS

SMPS - Fuente de Alimentación con Módulo de Conmutación (3A) - Guía de Instalación

Para uso con los Sistemas de Seguridad ProSYS de RISCO

SMPS - Alimentation en mode commuté (3A) Guide d'Installation

Pour les systèmes de sécurité ProSYS

2	SMPS - Installation Guide

EN

Table of Contents
Introduction.......................................................................	4
Main Features ..................................................................	4
Mounting the Power Supply..............................................	6
Power Supply Terminal Wiring .........................................	8
Relay Output Wiring .........................................................	9
Power Supply Components ..............................................	10
LEDs Indication ...........................................................	10
DIP Switches Settings .................................................	11
Jumper Settings...........................................................	11
Programming the SMPS...................................................	12
Installer Programming Menu ............................................	13
User Programming Menu .................................................	13
Event Log Messages........................................................	14
Troubleshooting................................................................	15
Post Installation Tests ......................................................	16
Technical Specifications ...................................................	16
General.............................................................................	16
Input.............................................................................	16
Output..........................................................................	16
Utility Output ................................................................	16
Environmental..............................................................	16
About Wires......................................................................	17
Ordering Part Numbers ....................................................	18

SMPS - Installation Guide

3

Introduction

The Switching Mode Power Supply (SMPS) is a reliable, supervised power supply expansion module, for use with RISCO’s ProSYS security systems.

It provides a total current capacity of up to 3A with extensive remote diagnostics features that comply with EN50131requirements. It supports a standby battery and is supervised for loss of Mains, Battery, failure of its auxiliary output power and loss of its sounder device.

Up to 8 modules can be added to the system to ensure reliable operation of the system with its multiple devices and accessories.

The SMPS includes two Utility Outputs, which may be separately programmed by the ProSYS as regular utility outputs.

Main Features

Ê3A switching mode power supply with self supervision

ÊAdvanced remote diagnostics – includes remote Upload/download or keypad reading of voltage output and current under load

ÊAutomatic battery protection and remote voltage reading

ÊSupports 1.7 Amp Siren, with remote reading of siren current

ÊIncludes two 3A utility output relays

4	SMPS - Installation Guide

The SMPS components and jumpers are shown in Figure 1:

O.N	UO2			UO1
	C	C.N	O.N	C	C.N

(PS LED) (UO LED)

		ON	PS				UO
	BAT	1	2	3 4	1	2	3 4
	(Battery Jumper)						BELL/LS
							(Bell/Loudspeaker
	Battery			OC			Jumper)
		(Over Current LED)
	Connections

COM	BUS	TAMP	+	-	AUX	AC
BLK	YEL GRN		BELL	LS	RED

BUS

Loudspeaker/
Bell	Transformer

Power to accessories

And detectors

Figure 1: SMPS – General View

SMPS - Installation Guide

5

Mounting the Power Supply

Mount the SMPS and the backup battery inside a metal box:

IMPORTANT:

The SMPS should be serviced by qualified personnel only!

Unless serviced, the SMPS box must be closed with screws at all times!

Use only safety-approved wires in accordance with the national rules! (See Table 1: Wire Guide” on page 17).

The SMPS is designed for indoor use only!

Figure 2: SMPS Inside a Metal Box

NOTE:

Prior to installation, calculate the total current consumption of the connected devices in order not to exceed the power supply’s maximum current consumption!

IMPORTANT:

To prevent risk of electric shock, disconnect all power sources before servicing! Under no circumstances should mains be connected to the PCB other than to the main terminal block!

1.Locate the SMPS metal box in a clean and dry location, close to the mains.

2.Open the SMPS box by releasing the attaching screws.

6	SMPS - Installation Guide

3.When attaching the box to the wall, it is recommended to use Ø4.2mm, 32mm length screws (DIN 7981 4.2X32 ZP)

4.Connect the incoming mains cable to the main fuse terminal block as shown in Figure 3.

5.Wire the SMPS terminals as described in “Power Supply Terminal Wiring” on pages 8 - 9.

Figure 3: SMPS – AC & Ground Connection

6.Set the SMPS jumpers and the dipswitches as described in “DIP Switches Settings” on page 11 and section on page 11.

7.Locate the battery at the bottom of the SMPS box.

8.Connect flying leads (battery connectors) from the SMPS board to the battery terminals - (+) Red, (-) Black).

NOTE:

Use only Lead Acid battery type, rated 12V, 7-21AH (maximum) and safety approved in accordance with the national standards!

9.Switch on the Mains.

10.Perform a BUS test using the ProSYS menu (refer to ProSYS Installation and Programming Manual).

SMPS - Installation Guide

7

11.Perform a diagnostic test of the SMPS output and battery, using the ProSYS software as described in the User Programming Menu section on page 13.

12.Close the SMPS metal box.

Power Supply Terminal Wiring

	Terminal		Description/Action
	COM BLK		BUS terminals: used to connect the SMPS and its Utility
			Output module to the ProSYS communication Bus. Connect
	BUS YEL		the wires respectively, point to point, according to the indicated
			colors.
	BUS GRN

NOTE:

Maximum permitted wire run for Bus wiring from the SMPS to the ProSYS is 300m (1000 ft)!

IMPORTANT:

DO NOT connect the AUX (RED) terminal to the ProSYS BUS. Ensure that the incoming AUX (usually red) wire from the ProSYS Bus is disconnected!

TAMP	Used for connection of the box’s tamper switch between the
	TAMP and the COM terminals (normally closed).

NOTES:

1.It is not necessary to use the box tamper if another module sharing the same box is equipped with one.

2.To avoid Tamper trouble, if NO connection is made for the TAMP terminal, connect a wire between the TAMP and COM terminals.

3.Do not use an End of Line resistor in the tamper switch circuit!

Used to connect an external sounder driven by the SMPS (bell or loudspeaker). Position the Bell/LS jumper respectively for the

BELL connected device as described in the Jumper Settings section on page 11.

NOTES:

1.To avoid bell loop trouble, if NO connection is made for the BELL/LS terminals, connect a 2.2Kȍ resistor in its place.

2.Use a larger wire gauge if the distance between the sounder and the SMPS is significant. Take the sounder(s) current draw into account when selecting a wire gauge (see About Wires on Page 17).

8	SMPS - Installation Guide

	Used together with the COM (-) terminal to apply power to
AUX	Aux. devices (e.g. PIRs, smoke/glass break detectors and
	any other devices that require 12VDC power supply). Total
RED(+)	current consumption from the SMPS (Via The Aux./COM and
	BELL/LS terminals) is 3A.

NOTE:

If one or more of the AUX/BELL/LS outputs is overloaded and the SMPS shuts down, the SMPS must be reset, using the ProSYS software as follows:

From the ProSYS main user menu press [2] [0] [2] (Overload Restore option), or enter and exit the installation-programming mode (refer to the ProSYS Installation Guide).

If overload still exists, perform manual reset as follows:

Disconnect all loads from the AUX/COM terminals for at least 10 seconds before you reconnect any load to the AUX/COM terminals. Then perform Overload Restore again, using ProSYS main user menu (see Installer Programming Menu on page 13).

	GROUND	Used to connect the GND terminal to the main box ground pin
		(see illustration on page 6). Use 16 AWG (at least).
	(Earth)
	AC	Used for connection of the AC terminals (see illustration on
		page 6) to the transformer outputs (16.5VAC/50 VA).

NOTE:

A readily accessible disconnect device shall be incorporated in the building installation wiring.

Relay Output Wiring

NOTE:

If the SMPS Utility Output is to be used, take into consideration that in such a case one available ProSYS output expander is utilized!

The SMPS Utility Output module comprises two relays (Dry Contacts) that are of the “Change Over” type.

Terminal block description: NO = Normally Open

NC = Normally Closed C = Common

Connect each of the SMPS relay outputs according to your preferred configuration.

SMPS - Installation Guide

9

Power Supply Components

The LEDs, Dipswitches, jumpers, and terminals functions are described herein.

LEDs Indication

	LED		Description
			Indicates communication status between the Power
			Supply and the Main Panel.
	PS (Power Supply		On: Normal communication with the Main Panel.
	Communication)		Off: No input power
			Flashing: Bus communication failure, system in
			installation mode or PS dipswitch 4 is OFF.
			Indicates communication status between the SMPS UO
	UO		module and the Main Panel.
			On: Normal communication with the Main Panel.
	(Utility Output
			Off: No voltage power
	Communication)
			Flashing: Bus communication failure, system in
			installation mode or UO dipswitch 4 is OFF.
			Indicates an actual/potential (calculated) overload.
			On: Total current consumption from the AUX and
			BELL/LS outputs exceeded 3A (power consumption
	OC		from both outputs will be disconnected).
			Off: Normal current draw
	(Over Current)
			Flashing: The SMSP detected a potential current
			overload when calculating the total value of real current
			consumption from the AUX output and expected current
			consumption from the BELL/LS output.

NOTE:

To calculate sounder’s current consumption, the Sounder must be operated at least once (recommended to be performed upon installation completion).

10	SMPS - Installation Guide

DIP Switches Settings

	Module	Dip Switch	Description
		PS/SW1-	Used to set a unique ID number for the Bus
	Power	SW3	module for communication purposes.
		PS/SW4	Enables/Disables Power Supply - ProSYS
	Supply		communication
			On (up): Communication enabled.
			Off (down): Communication disabled
		UO/ SW1-	Used to set a unique Bus ID number for the UO
	Utility	SW3	module located on the SMPS board.
		UO/SW4	Enables/disables UO module - ProSYS
	output		communication.
			On (up): communication enabled.
			Off (down): communication disabled

NOTE:

When PS/SW4, or UO/SW4 is Off, the ID number defined by SW1-SW3 is not recognized by the ProSYS and can be used for the connection of another accessory of the same category. The UO/PS LED will flash since there is no communication with the main panel.

Jumper Settings

Jumper		Description
		Battery discharge protection
					If a continuous AC power outage occurs, the
					SMPS automatically disconnects the battery when
		Protection			its backup battery voltage drops below 10.8VDC.
					This is done to prevent "deep discharge” that may
		ON
					damage the battery.
BAT
					The battery may be totally discharged during
					continuous AC failure (no deep discharge
		Protection			protection).
		OFF
			NOTE:
			If 2 pins configuration is selected, the battery might be damaged,
			thus battery replacement may be required.

SMPS - Installation Guide

11

	Jumper	Description
		Used to determine the SMPS mode of operation in accordance
		with the sounder device connected to the BELL/LS terminals.
	Bell/LS			NOTE:
				The sounder(s) connected to the SMPS operates identically to the
				main panel’s sounder(s).
		Bell				For a bell/electronic siren with a built-in siren
						driver, position jumper on one pin; 12VDC is
						produced at the sounder’s terminals during
						burglary/panic alarms. Slow pulsing voltage is
						produced during fire alarm.
		LS				For a loudspeaker without a built-in siren driver,
		(Speaker)				position jumper on both pins. The SMPS produces
						continuous oscillating voltage for burglary/panic
						alarms and an interrupted oscillating voltage for fire
						alarm.

Programming the SMPS

The following section describes additional dedicated SMPS software functions added to the ProSYS software.

It is recommended to read and fully understand the ProSYS installation procedure before programming the SMPS!

Up to 8 PS modules may be connected (1.5A regular PS or 3A SMPS).

Up to 8 Utility Output Expansion Modules may be connected to the ProSYS according to the following table:

	ProSYS 16	ProSYS 40	ProSYS 128
Maximum UO	2	4	8
Expansion
Modules

12	SMPS - Installation Guide

Installer Programming Menu

	Function	Quick Key			Description
	Add/Delete	[7] [1] [4]			Selection of new type: PS02, followed by
					selection of Bell/Speaker (if exists) and
	Power				assigning to partition.
	Supply
	Module:
	Add/Delete	[7] [1] [3]			New type: UO02
					A Two-output relay module.
	Utility
	Output
	Module:
	User Programming Menu
	Function	Quick Key					Description
								NOTE:
		[2] [0] [2]						Performed only if Aux. output is overloaded and
								then switched off, code is required and the
	Overload							relevant SMPS is selected.
							The Grand Master/Installer/Sub-
	Restore						installer/Manager can use this option to
							restore the Aux. power (If overload
							condition is still present, disconnection of
							all loads from AUX. output is required!).
							Trouble messages dedicated to the SMPS:
		[3] [1]					Potential overload: The SMSP has
							detected a potential current overload when
	View						calculating the total expected current
							consumption from the siren and the Aux.
	Trouble
							outputs.
							Overload: The total current consumption
							from the Aux. and siren outputs exceed
							3A.
							Tests the standby battery of the pre-
	Battery	[4] [CODE] [2]					selected SMPS. Battery voltage of the
							relevant SMPS is displayed on the LCD.

SMPS - Installation Guide

13

	Function			Quick Key			Description
							Battery Voltage (of pre-selected SMPS);
				[4] [Installer			tests battery voltage.
							Auxiliary load (of relevant SMPS): real
				CODE] [#]
							time Aux output voltage and current of
			[9] [2]
							SMPS. SMPS Aux Output voltage &
	SMPS
							current are displayed on the LCD keypad.
	Diagnostics
							Bell Load (of relevant SMPS); displays the
							Bell current consumption. The SMPS
							checks the bell load at each bell operation.
							The last measured data is displayed on the
							LCD keypad.
		NOTE:

The diagnostic features can be also performed from the separately provided Upload/Download software, locally or remotely.

Event Log Messages

The following list details SMPS dedicated event messages, as displayed on the keypad LCD:

Event Message	Meaning
S=X OVER. RC=YY	Overload in SMPS X. Reset by user YY
POT.OVRLOAD PS=X	Potential overload of SMPS joined by SMPS ID
	(1-8)=X
POT.LOAD RS PS=X	Potential overload restore from SMPS, joined by the
	SMPS ID (1-8)=X
OVERLOAD PS=X	Overload from SMPS joined by the SMPS ID =X
OVERLOAD RS PS=X	Overload restore from SMPS, joined by SMPS ID
	(1-8)=X
WEAK BAT RS PS=X	Weak Bat indication, joined by the SMPS ID (1-8)=X
WEAK BAT RS PS=X	Weak Bat restore from SMPS joined by SMPS ID
	(1-8)=X

14	SMPS - Installation Guide

Troubleshooting

This section describes possible system problems and their solution.

Always perform the following preliminary checks before referring to the troubleshooting table.

Perform a complete visual inspection of the SMPS, its battery, and AC transformer for signs of mechanical damage, loose connections, or torn wires.

Check the connections of the incoming AC power source, AC transformer, and battery.

		Probable
Trouble		Meaning /		Response
		Cause
AC Failure		Indicates		Check the mains input and panel box fuse.
Trouble		problem with		Replace if necessary with a fuse of the
		mains power		same rating.
Bell Loop		Indicates that		Check bell/siren wiring. If siren is not used,
Trouble		the bell is either		select the “No Bell/L. speaker” option from
		faulty or not		the ProSYS menu (see Installer
		connected		Programming Menuon page 13).
Low Battery		No battery,		Check battery voltage; replace if necessary
Trouble		battery is faulty,		or wait until battery is recharged.
		or needs
		recharging
PS/UO LED		Communication		1. Check relevant (PS or UO) dipswitch for
Flashing		problem		correct ID settings and communication
				enabling.
				2. Verify appropriate distance of wiring
				(refer to on page 17).
				3. Perform Bus test from the ProSYS
				menu.
OC LED		Indicates a		Disconnect one or more accessories from
Flashing		potential		the AUX. or siren output. Use the ProSYS
		overload		diagnostics to check system load values
				(see User Programming Menu on page
				13).
No Output		Faulty SMPS		View PS troubles using the ProSYS LCD
Power from				keypad.
SMPS				Check system for shorts. Perform restore
				to the SMPS (see User Programming
				Menu on page 13).
		SMPS - Installation Guide			15

					Probable
	Trouble				Meaning /			Response
					Cause
	System				PS/UO			Reset the SMPS (see User
	does not				Dipswitch ID			Programming Menu on page 13),
	function				has been			disconnect battery and mains wires, wait
					changed			for few seconds, and reconnect the battery
								and mains wires.
	UO Relays				Incorrect UO			Using the ProSYS menu, verify that the
	do not				programming			UO functions are appropriately
	operate							programmed
	correctly
	Bus Test				Communication			The distance between ProSYS and SMPS
					with PS or UO			is too long; verify appropriate distance and
	less than
					is not stable			gauge of wiring (refer to Table 1: Wire
98%
								Gauge).
	Post Installation Tests

Upon installation completion, verify that the SMPS is functioning by conducting the “Verify Modules” and Bus Communication tests, from the ProSYS menu.

Technical Specifications

General

ÊEfficiency: 93% @ 1A load, 85 % Min @ 3A full load

ÊSMPS card dimensions (HxWxD): 90mm x110mm

ÊWeight: 0.14Kg

ÊMain Panel Connection: RS485, 3 Wire Bus, up to 300m from Main panel.

Input

ÊPower: 16.5VAC @ 50VA (via 230VAC/16.5VAC/50Hz transformer).

ÊRechargeable Standby Battery: 12V Up To 21 Amp-Hours (AH)

Output

ÊAuxiliary output: 3A @13VDC

ÊBell/Siren output: 1.7A @13VDC

ÊOverload Protection: Automatic Electronic Protection

Utility Output

Ê12VDC @ 3A max Dry Contact Relays

Environmental

ÊOperating temperature: 0q-55qC

16	SMPS - Installation Guide

About Wires

Appropriate use of wires and cables is necessary for the successful installation and operation of the SMPS module. It is important to select wire of the correct thickness to minimize power loss and ensure reliable operation. Take into account both the current requirements and the wiring distances involved.

Table 1: Desired Wire Gauge AWG

			32			30			28				26				24
			(0.031mm2)			(0.049mm2)				(0.08 mm2)				(0.13 mm2)				(0.2 mm2)
			Max Run			Max Run				Max Run				Max Run				Max Run
Am			Met.		Feet	Met.		Feet		Met.		Feet		Met.		Feet		Met.		Feet
	0.		8.	27.		30	42.		19.			63.	32.8			10	51.4			169
	04		4.	13.		12.	21.		9.7			31.	16.4			53.	25.7			84.4
06			2.	9.0		6.4	14.		6.5			21.	10.9			35.	17.1			56.2
	08		2.	6.7		4.3	10.		4.8			15.	8.2			26.	12.9			42.2
	1		1.	5.4		3.2	8.4		3.9			12.	6.6			21.	10.3			33.7
1.			1.	4.5		2.6	7.0		3.2			10.	5.5			18.	8.6			28.1
	1.		1.	3.9		2.1	6.0		2.8			9.1	4.7			15.	7.3			24.1
	1.		1.	3.4		1.8	5.3		2.4			8.0	4.1			13.	6.4			21.1
1.			0.	3.0		1.6	4.7		2.2			7.1	3.6			12.	5.7			18.7
	2		0.	2.7		1.4	4.2		1.9			6.4	3.3			10.	5.1			16.9
	2.		0.	2.5		1.3	3.8		1.8			5.8	3.0			9.8	4.7			15.3
2.			0.	2.2		1.2	3.5		1.6			5.3	2.7			9.0	4.3			14.1
	2.		0.	2.1		1.1	3.2		1.5			4.9	2.5			8.3	4.0			13.0
	2.		0.	1.9		1.0	3.0		1.4			4.5	2.3			7.7	3.7			12.1
3.			0.	1.8		0.9	2.8		1.3			4.2	2.2			7.2	3.4			11.2
			22			20				18				16				14
			(0.33 mm2)			(0.5 mm2)				(0.82 mm2)				(1.3 mm2)				(2 mm2)
			Max Run			Max Run				Max Run				Max Run				Max Run
Amp			Met.		Feet	Met.		Feet		Met.		Feet		Met.		Feet		Met.		Feet
	0.		87.		28	132		43		206		67		346		1,13		527		1,7
04			43.		14	66.0		21		103		33		173		568		264		864
	06		29.		95	44.0		14		68.5		22		115		379		176		576
	08		21.		71	33.0		10		51.4		16		87		284		132		432
1			17.		57	26.4		86.		41.1		13		69		227		105		346
	1.		14.		47	22.0		72.		34.2		11		58		189		88		288
	1.		12.		40	18.9		61.		29.4		96		50		162		75		247
1.			10.		35	16.5		54.		25.7		84		43		142		66		216
	1.		9.7		31	14.7		48.		22.8		75		39		126		59		192
	2		8.7		28	13.2		43.		20.5		67		35		114		53		173
							SMPS - Installation Guide													17

		2.		7.9		26		12.0				39.			18.7		61		32			103			48			157
		2.		7.3		23		11.0				36.			17.1		56		29			95			44			144
		2.		6.7		22		10.2				33.			15.8		52		27			87			41			133
		2.		6.2		20		9.4				30.			14.7		48		25			81			38			123
		3.		5.8		19		8.8				28.			13.7		45		23			76			35			115
				12			10						8					6			4					2
																					(21.73mm2					(34.65
				(3.3 mm2)			(5.26 mm2)						(8 mm2)					(13.6 mm2)
																					)					mm2)
				Max Run			Max Run						Max Run					Max Run			Max Run					Max Run
	Amp			Met.	Feet		Met.		Feet				Met.			Feet		Met.		Feet	Met.		Feet			Met.			Feet
	0.2			833	2,734
	04			417	1,367		662		2,171				1,023			3,355
	06			278	911		441		1,447				682			2,237		1,00		3,281
	08			208	684		331		1,086				511			1,678		750		2,461
	1			167	547		265		868				409			1,342		600		1,969	1,12		3691
	1.2			139	456		221		724				341			1,118		500		1,640	938		3076
	1.4			119	391		189		620				292			959		429		1,406	804		2636
	1.6			104	342		165		543				256			839		375		1,230	703		2307			1,125			3,691
	1.8			93	304		147		482				227			746		333		1,094	625		2051			1,000			3,281
	2			83	273		132		434				205			671		300		984	563		1845			900			2,953
	2.2			76	249		120		395				186			610		273		895	511		1678			818			2,684
	2.4			69	228		110		362				171			559		250		820	469		1538			750			2,461
	2.6			64	210		102		334				157			516		231		757	433		1420			692			2,271
	2.8			60	195		95		310				146			479		214		703	402		1318			643			2,109
	3.0			56	182		88		289				136			447		200		656	375		1230			600			1,969
	Ordering Part Numbers
	Part Number									Description
	RP128EPS000A									SMPS board
	RP128PSPSEUA									SMPS + transformer in a metal box
	RP128EPSPUKA									SMPS + transformer in a metal box (UK)

18	SMPS - Installation Guide

IT

Indice dei Contenuti
Introduzione......................................................................	20
Caratteristiche Principali...................................................	20
Cablaggio del Modulo Alimentatore..................................	22
Collegamento dei Morsetti dell’Alimentatore ....................	24
Cablaggio Uscite a Relè ...................................................	26
Componenti del Modulo Alimentatore ..............................	26
Indicazioni a LED.........................................................	26
Predisposizione Banco Microinterruttori ......................	27
Predisposizione Ponticelli ............................................	28
Programmazione del Modulo Alimentatore.......................	29
Menù Programmazione Tecnica della ProSYS ................	29
Menù Programmazione Utente della ProSYS ..................	30
Messaggi del Menù Memoria Eventi ................................	31
Ricerca Guasti..................................................................	32
Controlli Dopo l’Installazione dell’Alimentatore.................	33
Specifiche Tecniche .........................................................	34
Generali .......................................................................	34
Alimentazione d’Ingresso.............................................	34
Uscite di Alimentazione ...............................................	34
Uscite Programmabili...................................................	34
Condizioni Ambientali ..................................................	34
Note sui Cavi da Utilizzare ...............................................	34
Prodotti da ordinare..........................................................	35

Guida All’Installazione

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Introduzione

L’Alimentatore Remoto SMPS (Switching Mode Power Supply) è un’affidabile e totalmente supervisionato Modulo di Espansione di Alimentazione, da utilizzare con le centrali RISCO serie ProSYS dalla versione SW 3.x e successive.

Esso fornisce una corrente totale di 3A con varie funzioni di diagnostica remota ed è conforme ai requisiti della normativa EN50131-1 ed è certificato IMQ II livello di prestazione. Il Modulo Alimentatore Remoto prevede il collegamento di una batteria di backup ed è supervisionato dalla centrale per Assenza Rete 220V, Basso Livello Batteria, Guasto Uscita di Alimentazione Ausiliaria e Integrità Circuito Sirena.

Il sistema ProSYS, per garantire un funzionamento affidabile con tutti i vari dispositivi e accessori, permette di collegare massimo 8 moduli Alimentatori Remoti.

Il modulo SMPS include due uscite a relè, che possono essere programmate separatamente tramite la ProSYS come normale Modulo Uscite.

Caratteristiche Principali

ÊModulo Alimentatore Remoto da 3A supervisionato.

ÊDiagnostica remota avanzata – lettura tensione d’uscita e carico in corrente sull’alimentatore da software di teleassistenza o da tastiera LCD.

ÊProtezione automatica della batteria e lettura remota della tensione sulla batteria.

ÊSupporta una Sirena da 1,7Amp. (max.), con lettura remota del carico sull’uscita sirena.

ÊInclude 2 uscite a relè programmabili.

ÊIMQ II Livello di prestazione.

20	Guida All’Installazione

I componenti e i ponticelli del SMPS sono mostrati in Figura 1.

Figura 1: SMPS - Vista Generale

Guida All’Installazione

21

Cablaggio del Modulo Alimentatore

Montare il Modulo SMPS e la batteria in tampone all’interno del contenitore metallico:

IMPORTANTE:

Gli interventi di manutenzione sul Modulo SMPS devono essere eseguiti SOLO da personale qualificato (installatore).

A meno che non si stia eseguendo una manutenzione, il contenitore del SMPS deve essere SEMPRE chiuso (con le viti).

Utilizzare SOLO cavi conformi alle normative vigenti (Vedi a pagina 35). Utilizzare SOLO cavi per la rete elettrica conformi alle normative vigenti. Il sistema è stato progettato per essere utilizzato SOLO da interno.

Figura 2: Modulo SMPS all’interno del Contenitore Metallico

NOTA:

Prima di procedere all’installazione, calcolare l’assorbimento di corrente totale dei dispositivi collegati, in modo da non superare il massimo assobimento disponibile dall’Alimentatore!

IMPORTANTE:

Per evitare il rischio di scariche elettriche, scollegare tutte le sorgenti di alimentazione prima di qualsiasi intervento di manutenzione! In nessun caso la tensione proveniente dalla rete elettrica può essere collegata alla centrale in un punto diverso dal blocchetto porta fusibile dedicato a questo tipo di connessione!

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1.Posizionare il contenitore del Modulo SMPS in un luogo asciutto e pulito, vicino alla rete elettrica.

2.Aprire il contenitore metallico del Modulo SMPS svitando le viti con un cacciavite.

3.Collegare il cavo della rete elettrica della proprietà al blocchetto porta fusibile dedicato a questo tipo di connessione come mostrato sotto nella Figure 3.

4.Collegare i morsetti del Modulo SMPS come descritto in pagina 24.

Viola			Viola
	Marrone

Blu

Dalla Rete

Elettrica

Blu

Marrone Giallo-Verde

(Almeno 1.00 MM2)

Al Modulo Alimentatore

Alla Connessione Di Terra

Figura 3: SMPS - Schema di Cablaggio

5.Impostare i ponticelli e microinterruttori del modulo SMPS come descritto nella sezione “Predisposizione Banco Microinterruttori” a pagina 27.

6.Posizionare la batteria nella parte in basso del contenitore dell’Alimentatore.

7.Collegare i fili volanti dalla scheda SMPS (collegamenti della batteria) ai morsetti della batteria - Rosso (+), Nero (-).

NOTA:

Utilizzare solo batterie di tipo al piombo sigillate, da 12V -, 18 AH (max.)

8. Alimentare da rete elettrica.
Guida All’Installazione	23