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IMX-A832I

8

July 2001, subject to change

b) Test mode

The operation mode display H18 lights yellow.

This operation mode is used for the physical alignment of the sensor heads and to test the installation (wiring

a

nd setting). The sensor heads will be activated cycling one after the other. The state of the beam is not

displayed. The transistor outputs maintain the state they are in. After

entering the test mode only one LED from the display H1 to H8

lights and indicates the channel, which refers to the LED’s from the

multi function display H10 to H17 (H1 lights yellow = Infromation for

c

hannel 1). The multi function display shows the beam status (see

below). After pressing S1 (TEST)

1

 again the multi function display

indicates the setting (see below). Pressing S1 (TEST) again the

display indicates the information from channel 2. If the information

from the last channel is diplayed and after pressing S1 again the

device indicates the information from channel 1 (see picture 6).

 Picture 6: Over view test mode

Pressing S2 (RESET)

1

 or after a few seconds without pressing the buttons, the device goes back to the normal

operation mode

·

Beam status

T

he display H10 to H17 indicates information about the beam quality, resp. errors at the sensor heads. If

nothing is defective, H10 to H17 indicates the signal strength of the selected channel. The more green LED’s

are visible, the better the received signal is. Use this option for the mechanical alignment of your photo-eyes.

One or two red LED’s indicate errors in the sensor wiring:

- H10 lights red - Error at the transmitter terminal

The transmitter has a short circuit, the cable is broken or no transmitter is connected.

- H11 lights red - Error at the receiver terminal

The receiver has a short circuit, the cable is broken or no receiver is connected.

·

Parameter settings

The multi function display H10 to H13 shows information about the adjusted basic transmit level. The following

indicators are possible:

H10 lights yellow

-

Low 1

H11 lights yellow

-

Low 2

H12 lights yellow

-

High 1

H13 lights yellow

-

High 2

Test mode

Beam status

Normal operating 

mode

S1

S1

S1

next channel

Test mode

Settings

S2

S2

1

 Inscription front lable

2

 Core coding transmitter cable

3

 Core coding receiver cable

Summary of Contents for IMX-A832I

Page 1: ...ser to simplify the installation and work For each channel the multiplexer has one transistor output pnp npn and a yellow status LED All channels can be switched independent from each other to different working conditions by DIP switches The sensitivity of the device can be switched to 4 basic transmit levels using the same method Also the transmitter power can be increased to optimize object reco...

Page 2: ...L x 8 t u p t u o r o t s i s n a r T p n p n p n y a l p s i d e d o m n o i t a r e p O x a m a t a d g n i h c t i w S C D V 0 3 2 1 A m 0 0 1 e d o m l a m r o N n e e r g D E L T e m i t n o i t c a e R N O T F F O s m 3 3 s m 3 3 e d o m t s e T w o l l e y D E L y c n e u q e r f g n i h c t i w S z H 5 1 y a l p s i d e d o m e v a l S w o l l e y D E L t u p t u o m r a l A p n p n o i t ...

Page 3: ...lation using short connecting cables Transistor output NPN PNP yellow black Output Receiver Transmitter 24VDC 1 2 3 4 5 6 8 7 IR Transmitter IR Receiver black black black black black black black Voltage Supply Ground Transistor output 1 2 3 4 5 6 7 8 Master OUT from master Slave IN following slave devices Alarm output PNP yellow yellow red red red red yellow Output Transmitter 24VDC RL external po...

Page 4: ...d 1 yellow 2 yellow 3 yellow 4 yellow 1 8 green 1 8 red STATUS STATUS MEANING MEANING 8 CHANNEL INFRARED AUTOMATIC MULTIPLEXER 1 2 3 4 5 6 7 8 9 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 picture 1 Numbers of terminals a Voltage Supply V SUPPLY 1 Before connecting the multiplexer look on the side and check if the power supply is the same as the connection v...

Page 5: ...odes a Normal mode This is the standard mode that is implemented after switching the supply voltage on as well as after the RESET push button has been pressed b Test mode This mode is used for the physical alignment of the sensor heads and to test the set up and wiring The multiplexer displays the following information Signal strength Sensor error selected basic transmit level The sensor heads are...

Page 6: ...mitter 24VDC Normal Operation Mode Test Operation Mode 1 8 green 1 red 2 red 1 yellow 2 yellow 3 yellow 4 yellow 1 8 green 1 8 red STATUS STATUS MEANING MEANING 8 CHANNEL INFRARED AUTOMATIC MULTIPLEXER H1 H10 H2 H11 H3 H12 H4 H13 H5 H14 H6 H15 H7 H16 H8 H17 H9 H18 S1 S2 DIP 1 DIP 2 DIP 3 1 h c t i w S P I D 2 h c t i w S P I D 3 h c t i w S P I D e d o m g n i h c t i w s 1 r e w o p t i m s n a r...

Page 7: ...after the other The information interrupt or clearence transmit power etc are evaluated and the state of the displays and transistor outputs are continuously shown The displays H1 to H8 OUTPUT STATUS 1 indicate the state of the outputs H10 to H17 AUTOMATIC FUNCTION 1 indicate the state of the Automatic Level Control If the beam is made between the transmitter and receiver of one channel the AUTOMA...

Page 8: ...ing S2 RESET 1 or after a few seconds without pressing the buttons the device goes back to the normal operation mode Beam status The display H10 to H17 indicates information about the beam quality resp errors at the sensor heads If nothing is defective H10 to H17 indicates the signal strength of the selected channel The more green LED s are visible the better the received signal is Use this option...

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