Genius VISION - User Manual

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VISION

VISION is self-aligning photocell, consisting of a modular infrared Transmitter and

Receiver. It is classed as a safety device.

Breaking the luminous beam causes the state of the electric contact on the Receiver

to be switched.

1. TECHNICAL SPECIFICATIONS

POWER SUPPLY 24Vac/Vdc

POWER CONSUMPTION TX 22 mA RX 50 mA

NOMINAL DISTANCE 15 metres

ALIGNMENT automatic

OBSTACLE DETECTION TIME 13 milliseconds

OPERATING TEMPERATURE -20°C +55 °C

MAX CAPACITY ON CONTACTS 1A-28 Vdc / 0.5A-120 Vac

TYPE OF CONTACTS NO / NC

INSTALLATION wall / stand

DIMENSION see fig. 1

ENGLISH

2. FITTING

N.B.: To ensure maximum efficiency of the system, position the Receiver (fig.2 - item

A) and the Transmitter (fig.2 - item B) so that they are aligned.

N.B.: If two pairs of photocells are to be employed, place the Receivers on opposite

sides in order to avoid mutual interference.

Two types of installation are possible:

• Wall (fig.3).

• On special stand (fig.4).

• Carry out the preparatory work for the electrical connections.

3. ELECTRIC CONNECTIONS

• Effect the necessary elestrical connections to the terminal blocks of the Receiver

and Trasmitter (fig. 5).

• Connect wiring to the electronic control unit and any other photocells presents

in the system.

• Refer to the diagrams contained in the electronic control unit instructions for

details of the various configurations.

4. ALIGNMENT

N.B.: The VISION is self-aligning and requires no adjustment after installation.

Caution: For a correct alignment it is absolutely necessary to apply both front panels

to the enclosures before starting the alignment procedure, as shown in fig. 6.

• Energise the photocell and check that LED DL1 is lit on both Receiver (fig. 5).

• Check that the photocells are correctly aligned. The LED DL2 on the receiver

illuminates when alignment is correct.

• N.B.: If the LED DL2 on the Receiver is off, first check that the power supply to the

device is turned on, LED DL1 on, then adjust the position of the Receiver as

required.

5. MAINTENANCE

The VISION is maintenance free.

It is advisable to check that the system is in good working order every six months.

If necessary, the front panel can be removed using a screwdriver as shown in Fig. 7.

VISION

La fotocellula autoallineante VISION, composta da un Trasmettitore ed un Ricevitore

a raggi infrarossi modulati, è un dispositivo di sicurezza.

L'oscuramento del fascio luminoso, provoca il cambiamento di stato del contatto

elettrico sul Ricevitore.

1. CARATTERISTICHE TECNICHE

ALIMENTAZIONE 24 Vac/Vdc

ASSORBIMENTO TX 22 mA RX 50 mA

PORTATA NOMINALE 15 metri

ALLINEAMENTO automatico

TEMPO DI RILEVAMENTO OSTACOLO 13 millisecondi

TEMPERATURA AMBIENTE -20°C +55°C

PORTATA MAX SUI CONTATTI 1A-28 Vdc / 0,5A-120 Vac

TIPO DI CONTATTI NO / NC

INSTALLAZIONE a parete / su colonnetta

DIMENSIONI vedi fig. 1

ITALIANO

2. MONTAGGIO

Attenzione: per ottenere la massima efficienza del sistema, collocare il Ricevitore

(fig.2 - rif.A) e il Trasmettitore (fig.2 - rif.B) allineati.

Attenzione: nel caso siano previste due coppie di fotocellule, per evitare interferenze

reciproche, disporre i Ricevitori su lati opposti.

Sono possibili due installazioni:

• A parete (fig.3).

• Su apposita colonnetta (fig.4).

• Eseguire le predisposizioni per i collegamenti elettrici.

3. COLLEGAMENTI ELETTRICI

• Eseguire i collegamenti elettrici sulle morsettiere del Ricevitore e del Trasmettitore

(fig.5).

• Eseguire i cablaggi elettrici all’apparecchiatura elettronica di comando ed ad

altre eventuali fotocellule presenti nell’impianto.

• Fare riferimento agli schemi riportati nelle istruzioni delle apparecchiature per le

diverse configurazioni.

4. ALLINEAMENTO

Attenzione: le VISION sono dispositivi autoallineanti e non prevedono operazioni di

regolazione dopo l’installazione.

Attenzione: per un corretto allineamento è assolutamente necessario applicare

i due frontalini sui contenitori prima di iniziare la procedura di allineamento,come

da fig. 6.

• Alimentare la fotocellula verificando l’accensione del led DL1 sul Ricevitore

(fig.5).

• Verificare il corretto allineamento delle fotocellule, segnalato dall’accensione

del led DL2 del Ricevitore (fig.5).

• Nota bene: nel caso il led DL2 sia spento verificare che il dispositivo sia alimentato,

DL1 acceso, e quindi apportare gli opportuni aggiustamenti alla posizione del

Ricevitore.

5. MANUTENZIONE

Il dispositivo non richiede particolari operazioni di manutenzione.

Si consiglia di controllare con cadenza semestrale l'efficienza del sistema.

In caso di necessità il frontalino può essere rimosso con l'ausilio di un cacciavite come

da fig.7.

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Summary

Technical Specifications

Power Supply

Specifies the voltage input for the device.

Power Consumption

Details the current draw for the Transmitter (TX) and Receiver (RX).

Nominal Distance

Indicates the maximum operating range of the photocell.

Alignment

Describes the automatic alignment feature of the photocell.

Obstacle Detection Time

Specifies the time taken to detect an obstacle.

Operating Temperature

Defines the environmental temperature range for operation.

Max Capacity on Contacts

Indicates the maximum electrical load the contacts can handle.

Type of Contacts

Specifies the contact configuration (Normally Open/Normally Closed).

Installation

Describes the allowed mounting methods for the device.

Dimension

Provides the physical size specifications of the photocell.

Fitting and Installation

Mounting Guidance

Ensures maximum system efficiency by aligning Receiver and Transmitter.

Interference Prevention

Positions Receivers on opposite sides to avoid interference with dual photocell setups.

Installation Types

Details possible mounting options: wall or on a special stand.

Electrical Connections

Terminal Block Connections

Instructions for making electrical connections to Receiver and Transmitter terminals.

System Wiring

Connects wiring to electronic control units and other photocells in the system.

Alignment Procedure

Self-Alignment Nature

Notes that the device is self-aligning and requires no manual adjustment.

Front Panel Application

Requires applying front panels before starting the alignment process.

Power-On Check

Energize the photocell and check LED DL1 for power indication.

Alignment Verification

Check LED DL2 for correct alignment indication.

Troubleshooting DL2

If DL2 is off, check power (DL1) and adjust Receiver position.

Maintenance Guidelines

Maintenance Requirements

States that the device is maintenance-free.

System Efficiency Check

Advises checking system functionality every six months.

Front Panel Removal

Describes how to remove the front panel using a screwdriver if needed.

General Safety Compliance

Essential Safety Requirements

Declares compliance with essential safety requirements of specific EU directives.

EMC Compliance

Confirms adherence to EMC directives and their amendments.

Testing Conditions

Notes that products were tested under standardized, typical conditions.