Velleman PEM300D Bedienungsanleitung

PEM300D

TWIN PHOTO BEAM DETECTORS, 60M

IR-LICHTSLUIS - 60M

DOUBLES CAPTEURS PHOTOELECTRIQUES, 60M

DETECTOR FOTOELÉCTRICO DE DOBLE RAYO, 60M

LICHTSCHRANKE MIT 2 STRAHLEN, 60M

USER MANUAL 3

GEBRUIKERSHANDLEIDING 9

MODE D'EMPLOI 15

MANUAL DEL USUARIO 21

BEDIENUNGSANLEITUNG 27

PEM300D

V. 02 – 27/11/2013 2 ©Velleman nv

PEM300D

V. 02 – 27/11/2013 3 ©Velleman nv

USER MANUAL

1. Introduction

To all residents of the European Union

Important environmental information about this product

This symbol on the device or the package indicates that disposal of

the device after its lifecycle could harm the environment. Do not

dispose of the unit (or batteries) as unsorted municipal waste; it

should be taken to a specialized company for recycling. This device

should be returned to your distributor or to a local recycling

service. Respect the local environmental rules.

If in doubt, contact your local waste disposal authorities.

Thank you for choosing Velleman! Please read the manual thoroughly before

bringing this device into service. If the device was damaged in transit, don't

ins tall or use it and contact your dealer.

2. Safety Instructions

•Make sure that the voltage supply does not exceed the rated value.

•Keep the cables well clear of other current-carrying conductors in order

to avoid the creation of magnetic fields which may cause interference.

•Do not install the sensor where it is exposed to fluorescent lamps with

rapid-starters or high-f req u ency s t art ers .

•Do not expose the device to dust, water, dirt or oil and protect it from

vibrations or shocks to prevent malfunction.

3. Overview

Refer to the illustrations on page 2 of this manual.

Terminals

Vertical adjustment screw

(15° up and down)

Signal LED (only on receiver)

Viewfinder

Alarm LED (only on receiver)

Horizontal adjustment bracket

(90° left and right)

Voltage measuring points

(only on receiver)*

Adjustment las er

Delay time adjustment knob

(only on receiver)

Laser on/off switch

Sensor

*There is a power LED to the left of this block on both units

PEM300D

V. 02 – 27/11/2013 4 ©Velleman nv

4. Mounting Location

•Make sure there are no obstructions between the transmitter and the

receiver (trees, bushes, clotheslines etc.).

•Avoid strong light (sun, car headlights, etc.) shining directly on

transmitter or receiver. When strong light stays in the optical axis for a

long time, it does not cause malfunction but will reduce the product life.

•Do not install the units where they may be affected by dirty water or

direct sea spray.

•Do not install the units on unsteady surfaces.

•The receiver has to be placed within the detection range (30m/100ft)

and the spread of the beam (∅0.9m/3ft at 30m/100ft) of the

transmitter.

•Install the sensors at a height of 0.8 to 1m (± 3ft), the ideal height to

capture human passers-by.

•With the sensor block adjustments ([7] and [9] in the picture above), a

large variety of mounting combinations are possible. See "6. Alignment"

for guidelines.

5. Wiring / Contacts

•Terminal connection 1 is the power 10 to 30V DC + line on both units.

Terminal connection 2 is the power 10 to 30V DC - line on both units.

The power lines need to be connected to these terminals.

•Terminal connections 6 and 7 form a tamper output ; they are

connected through a dry contact relay.

When the cover is taken off, there is no contact.

No wires need to be connected to these terminals.

•On the receiver, terminal 3 is normally connected to terminal 4 and in

the event of detection, contact with terminal 4 is broken and contact

with terminal 5 is established.

It depends on how your control panel works if you need to connect

either terminals 3 and 4 or terminals 3 and 5 to the control panel.

Maximum wiring distance

When two or more sets are connected, the maximum cable length is as

shown above divided by the number of sets.

Voltage

Wire / size

12V

24V

AWG22

0.33mm²

320

1050

2800

18000

AWG20

0.52mm²

550

1800

4800

12750

AWG18

800

7200

PEM300D

V. 02 – 27/11/2013 5 ©Velleman nv

0.83mm²

2600

23620

AWG17

1.03mm²

980

3190

8800

28870

6. Installing the device

•Unscrew the attachment screw at the bottom of the cover and lift it off

the rest of the unit.

•When the cover is off, unscrew the attachment screw at the bottom of

the main part of the unit (holding the mounting plate) and remove the

mounting plate by sliding it downwards.

•If the wiring comes out of the mounting wall, break through the rubber

grommet on the mounting plate, pull the wire through and fix the

mounting plate to the wall using 2 of the provided tapping screws. Make

sure to seal any gap between the wires and the grommet.

•If the wiring is 'expos ed' (i.e. on the wall), fix the mounting plate on the

wall at the desired location, break the knockouts at the left s ide on the

back of the main unit (upper or lower ones, depending on where the

wiring comes from) and place the wiring in the knocked out openings.

•Pull the wiring through the housing (at the top right, seen from the

back), attach the wires to the correct terminals, and fix the unit to the

mounting plate.

•Adjust alignment of the units (see "6. Alignment"), check the operation

and put the cover back on.

•No sealing is required since the housing is designed to be waterproof.

7. Alignment

Sensor Adjustment

1. Take the covers off both units.

2. Look into one of the transmitter's viewfinders (the 4 holes between the

2 sensors, [8]).

3. Adjust the angle of the sensor block horizontally (bracket [9]) and

vertically (screw [7]) until you can clearly see the receiver in the

viewfinder.

4. Repeat steps 2 and 3 with the receiver, looking for the transmitter.

5. Put the covers back on the units.

Laser Adjustment

Warning: never look directly into the las er beam.

1. Take the covers off both units.

2. Switch on the receiver's laser (switch [11] ; beam [10]). A red dot will

indicate where the beam is aimed.

3. Aim the receiver's sensor block so the red dot is centred on the

transmitter.

4. Turn the receiver's laser off.

PEM300D

V. 02 – 27/11/2013 6 ©Velleman nv

5. Switch on the transmitter's las er ([11] and [10]). A red dot will show

where it is aimed at.

6. Adjust the angle of the sensor block horizontally and vertically ([9] and

[7]) until the red dot is centred on the receiver and both the receiver's

LEDs ([2] and [3]) go out.

7. You may have to adjust the angle of the receiver's sensor block a little

as well.

8. Turn the transmitter's laser off.

9. Put the covers back on the units.

Fine-tuning the Receiver

1. Take the cover off the receiver.

2. The units can be fine tuned using a volt-ohm meter (VOM).

3. Set the range of the VOM to 0~10V DC.

4. Measure the voltage over the + an d - measuring points [4] on the

receiver.

5. Adjust the angle of the sensor block until the VOM measures the

highest voltage.

6. 2.5 to 5 V is OK, 5 to 8 V is best.

7. Put the cover back on the receiver.

Delay Time

1. Take the cover off the receiver.

2. Adjust the delay time with the knob on the receiver [5].

Objects passing faster than the selected delay time will not be

detected.

A delay time of 50 ms corresponds to someone running by at full

speed.

A delay time of 700 ms corresponds to someone walking by.

3. Put the cover back on the receiver.

When finished tuning and adjusting the units, put the covers back on and fix

them with the bottom screw.

8. Troubleshooting

Power LED does not light up

Possible cause

Solution

No power supply.

Connect the power lines.

Bad wiring.

Check and repair the power lines.

Alarm LED does not light up when the beam is interrupted

Possible cause

Solution

No power supply.

Connect the power lines.

2 Bad wiring. Check and repair the power lines.

PEM300D

V. 02 – 27/11/2013 7 ©Velleman nv

Beam is reflected on another

object and sent into the

receiver.

Remove the reflecting object or

change the beam direction.

The 2 beams are not broken

simultaneously.

Adjust beam direction so they're

broken simultaneous ly.

The beam interruption time is

shorter than the delay time.

Set a shorter delay time

Alarm LED lights up continuously

Possible cause

Solution

Deregulated alignment.

Realign the units.

Object between the 2 units.

Remove object or relocate units.

Unit sensors are dirty.

Clean the sensors with a soft cloth.

Intermittent false alarm signals

Possible cause

Solution

Bad wiring.

Check and repair wiring.

Unstable power supply.

Stabilize power supply.

Object between the 2 units.

Remove object or relocate units.

Electronic noise source nearby.

Remove noise source or relocate units.

Unstable installation of units.

Stabilize ins tallation location.

6 Unit sensors are dirty. Clean the sensors with a soft cloth.

Deregulated alignment.

Realign the units.

Small animals pass by.

Set a longer delay time.

9. Technical Specifications

power supply

10 - 30V DC (not incl.)

detection system simultaneous breaking of 2 IR-beams

response time

50 ms - 700 ms (variable)

alarm output

NC/NO 1A / 120 Vac

tamper output

NC 1A / 120 Vac

LED indicators

- alarm LED (receiver):

red LED on - when transmitter and receiver are not

aligned or when beam is broken

- signal LED (receiver):

yellow LED on - when receiver's signal is weak or

when beam is broken

- power LED (transmitter & receiver):

green LED on - indicates that device is ON

wavelength

650 nm

laser output power

max. 5 mW

PEM300D

V. 02 – 27/11/2013 8 ©Velleman nv

IP rating

IP44

alignment range

horizontal: ± 90°

vertical: ± 15°

operating temperature

-25°C to +55°C

dimens ions

170.5 x 74 x 72 mm

weight

1.1 kg

Use this device with original accessories only. Velleman nv cannot

be held responsible in the event of damage or injury resulting from

(incorrect) use of this device.

For more info concerning this product and the latest version of this

manual, please visit our website www.velleman.eu.

The information in this manual is subject to change without prior

notice.

The copyright to this manual is owned by Velleman nv. All

worldwide rights reserved. No part of this manual may be copied,

reproduced, translated or reduced to any electronic medium or otherwise

without the prior written consent of the copyright holder.

PEM300D

V. 02 – 27/11/2013 9 ©Velleman nv

GEBRUIKERSHANDLEIDING

1. Inleiding

Aan alle ingezetenen van de Europese Unie

Belangrijke milieu-informatie betreffende dit product

Dit symbool op het toestel of de verpakking geeft aan dat, als het

na zijn levenscyclus wordt weggeworpen, dit toestel schade kan

toebrengen aan het milieu. Gooi dit toestel (en eventuele

batterijen) niet bij het gewone huishoudelijke afval; het moet bij

een gespecialiseerd bedrijf terechtkomen voor recyclage. U moet

dit toestel naar uw verdeler of naar een lokaal recyclagepunt

brengen. Respecteer de plaatselijke milieuwetgeving.

Hebt u vragen, contacteer dan de plaatselijke autoriteiten

betreffende de verwijdering.

Dank u voor uw aankoop! Lees deze handleiding grondig voor u het toestel

in gebruik neemt. Werd het toestel beschadigd tijdens het transport,

installeer het dan niet en raadpleeg uw dealer.

2. Veiligheidsinstructies

•De voedingsspanning mag de meetwaarde niet overschrijden.

•Houd de kabels uit de buurt van andere stroomvoerende geleiders. De

magnetische velden die zouden ontstaan, kunnen storingen

veroorzaken.

•Stel de sensor niet rechtstreeks bloot aan fluorescentielampen met

snelstarters of hoogfrequente starters.

•Stel het toestel niet bloot aan stof, water, olie of vuil. Bescherm het

toestel tegen hevige trillingen of schokken om defect en te vermijden.

3. Omschrijving

Raadpleeg de afbeeldingen op pagina 2 van deze handleiding.

Terminals

Schroef voor verticale regeling

(15° op en neer)

Signaalled (enkel op de

ontvanger)

Zoeker

Alarmled (enkel op de

ontvanger)

Beugel voor horizontale

regeling (90° links en rechts)

Meetpunten voor de spanning

(enkel op de ontvanger)*

Laser voor regeling

Vertragingsregelaar (enkel op

de ontvanger)

Laser aan/uit-schakelaar

Sensor

PEM300D

V. 02 – 27/11/2013 10 ©Velleman nv

*Er bevindt zich een voedingsled links van dit blok op beide toestellen

4. Montageplaats

•Zorg ervoor dat er geen storende elementen tussen de 2 toestellen

staan (bomen, struiken, waslijnen etc.).

•Zorg ervoor dat er geen sterk licht (zon, koplampen etc.) direct op de

zender of ontvanger kan schijnen. Als een sterk licht lange tijd in de

optische as schijnt, zal dit geen foute detectie opleveren, maar zal het

wel de levensduur van de toestellen inkorten.

•Plaats de toestellen niet waar ze aangetast kunnen worden door vuil

water of directe zeenevel.

•Installeer de toestellen niet op onstabiele ondergronden.

•Plaats de ontvanger binnen het detectiebereik (∅0.9m/3ft op

30m/100ft) van de zender.

•Plaats de sensoren op een hoogte van 0,8 tot 1 m, de ideale hoogte om

menselijke voorbijgangers te bespeuren.

•Met de regelingen van het sensorblok ([7] en [9]), is een groot aantal

montagecombinaties mogelijk. Zie "6. Afstelling" om de toestellen

precies af te regelen.

5. Bedrading / Contactpunten

•Contactpunt 1 is voor de 10 tot 30V DC positieve voedingskabel op

beide toestellen.

Contactpunt 2 is voor de 10 tot 30V DC negatieve voedingskabel op

beide toestellen.

De voedingskabels moeten op deze contactpunten aangesloten worden.

•Contactpunten 6 en 7 vormen een 'knoeibeveiliging': ze zijn verbonden

door een droog contactrelais.

Als de afdekkap verwijderd wordt, is er geen contact.

Op deze contactpunten dienen geen draden aangesloten te worden.

•Op de ontvanger is contactpunt 3 normaal verbonden met contactpunt 4

en als er een detectie gebeurt, wordt het contact met contactpunt 4

verbroken en wordt er contact gemaakt met contactpunt 5.

Het hangt dus van uw controlepaneel af of u contactpunten 3 en 4 of

contactpunten 3 en 5 dient aan te sluiten op uw controlepaneel.

Maximale bedradingafstand:

Opmerking: als er twee of meer sets aangesloten worden, moet de

maximale kabellengte zoals hierboven aangegeven gedeeld worden door het

aantal sets.

Spanning

Draad / dikte

12 V

24 V

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