INIM BD-Q200 QUAD PHOTOELECTRIC BEAM DETECTOR User Manual

: June 5, 2024
: INIM

Table of Contents

INIM BD-Q200 QUAD PHOTOELECTRIC BEAM DETECTOR
PRODUCT FEATURES
INSTALLATION
ALIGNMENT
TECHNICAL SPECIFICATIONS
TROUBLESHOOTING
References
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INIM BD-Q200 QUAD PHOTOELECTRIC BEAM DETECTOR

INIM BD-Q200 QUAD PHOTOELECTRIC BEAM DETECTOR Interior and cover

PRODUCT FEATURES

Mount screw location
Viewfinder location
Alignment DIP switch
Tamper protection
Connection terminal board
ALARM LED
Voltage-tester entry
Response time adjustment
Wire entry
Horizontal adjustment trimmer
Vertical adjustment screw
Beam alignment-level indicators
Lenses

A DIP switch per l’allineamento della barriera superiore.
B DIP switch per l’allineamento della barriera inferiore.
ALARM (rosso) si accende in caso di segnale di allarme.
I LED 1-10 indicano il livello dell’allineamento delle barriere.
A.POWER (verde) si accende quando la barriera in alto è alimentata.
B.POWER (verde) si accende quando la barriera in basso è alimentata.
A DIP switch for the upper beam alignment.
B DIP switch for the lower beam alignment.
ALARM (red) is ON when the beam senses alarm conditions.
LEDs 1-10 is ON indicate the level of the beam alignment.
A.POWER (green) is ON when the upper beam is powered.
B.POWER (green) is ON when the lower beam is powered.

INSTALLATION

Remove the screw and detach the cover from the backplate.
Pull the wire through the wire entry.
Mount the detector.
Connect the wires to the terminals.
Adjust the beam alignment.
Replace the cover

Terminale Terminal| Ricevitore Trasmettitore

Receiver Transmitter

---|---
TAMPER

+ –

| Uscita antisabotaggio Tamper output

ALARM OUT

Common alarm output

POWER

+ –

| Ingresso alimentazione Power supply input
Terminale Terminal| Ricevitore Trasmettitore

Receiver Transmitter

---|---
TAMPER

+ –

| Uscita antisabotaggio Tamper output

ALARM OUT

Common alarm output

POWER

+ –

| Ingresso alimentazione Power supply input

Wall-mounting

3a-1. Break off the wall-mount knockouts.
3a-2. Use 15mm screws

Pole-mounting

3b-1. Break off the wire-entry knockout and pull the wires through.
3b-2. Break off the pole-mount knockouts.
3b-3. Using the brackets, mount the detector to the pole.

INSTALLATION RECOMMENDATIONS

In placements where obstacles (such as trees or even full clothes-lines) are situated between the receiver and the transmitter.
In places where sunlight or car headlights shine directly onto the detector.
In places where the installation base is unstable.
In case of using many groups of detectors when long distance protection to avoid the mutual disturbance of light beams.

Modello

Model

| Distanza di copertura (m)

Protection distance (m)

| Dispersione (m)

Dispersion (m)

---|---|---
BD-Q100| 100| 2.8
BD-Q200| 200| 3.4

ALIGNMENT

Accurate beam-alignment optimizes the sensing capacity of the detector and thus improves security and lowers the false-alarm rate, especially in difficult environments.
After mounting the devices, correct alignment is achieved through the lens positions.
It is attained by rotating the optical axis horizontally or vertically: adjustments can be made within a ±90° horizontal angle and ±10° vertical angle.
The alignment level can be gauged in two ways:
LEDs 1-10 light in accordance with the beam-alignment level; the more LEDs that light, the better the beam alignment level.
A good level is indicated by the activation of 7 LEDs.
Voltage measurement at CHECK connectors:
Insert the tester probes into the voltage-tester entries and measure the voltage. A good level is indicated by a voltage of at least 1.45V (maximum measurable voltage is 1.85V)

Voltaggio misurato (V) Measured voltage (V)| 1.15| 1.30| 1.45| 1.60| 1.75| 1.85
---|---|---|---|---|---|---
Livello LED LED level| 5| 6| 7| 8| 9| 10

Accurate alignment

Insert the viewfinder in its location.
Adjust the optical axis until it is possible to see the opposite detector in the center of the target.
Turn ON the TS switch and turn OFF the 2 switches of the DIP switches, both in the transmitter and in the receiver.
Turn ON the 2 switches of the upper beams (A group) and adjust the optical axis until the fifth of the level indicators LEDs is ON.
Once the beams are set, turn OFF the 2 switches.
. Repeat the same procedure for the lower beams (B group).
Once the alignment is set, turn OFF the TS switches and turn ON all the 2 switches

Quick alignment

Turn ON all the TS and 2 switches of the DIP switches, both in the transmitter and in the receiver.
Cover the B group lens and adjust the optical axis of the A group until the fifth of the level indicators LEDs is ON.
Once the beams are set, uncover the B group lens.
Repeat the same procedure for the lower beams (B group).
Once the alignment is set, turn OFF the TS switches.

RESPONSE TIME SETTING

If the receiver does not receive a signal from the transmitter within the set Response time, the detector will trigger an alarm.
The interval can be set by means of the screw inside the “RESPONSE TIME ADJ” entry and the values of the time are in a range from 50 to 700 msec.

WARNING

The device must be installed in accordance with the instructions herein.
Do not touch the sensor surface as this may cause degradation of its performance.
Ensure that the power supply is off before cleaning the detector with a soft lint-free cloth dampened with a small amount of alcohol.
This product reduces the risk of intrusions but cannot be considered a guarantee of absolute security. Take all necessary precautions when protecting your premises.
Once this product has been properly mounted and setup, carry out a walk test by creating motion in the protected area.

TECHNICAL SPECIFICATIONS

BD- Q100 BD-Q200

TROUBLESHOOTING

Trouble

|

Possible cause

|

Solution

---|---|---
The LEDs do not go ON| Inadequate power supply.| Check the power supply and wiring.
The alarm LED does not go ON even when the beams are violated.| 1. The receiver is picking up beams from other sources.

2. The three beams are not violated simultaneously.

3. The response time is too short

| 1. Remove the reflecting object or adjust the optical axis.

2. Increase the response time.

In the event of beam violation, the alarm LED goes on but the

detector does not trigger an alarm.

| 1. There is a short circuit.

2. The terminal wiring has not been completed correctly.

| Check all wiring.
The alarm LED is always ON.| 1. The optical axis is positioned incorrectly.

2. There are obstacles between the transmitter and receiver.

3. The detector cover or lens is dirty.

| 1. Adjust the optical axis.