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TOF/Spot

English

8

 © CEDES | V 4.0

Check & operation

Calibration

blue

+U

SP

brown

GND

blue

+U

SP

brown

GND

blue

GND

brown

+U

SP

dimmed

dimmed

dimmed

bright

dimmed

blinking ≤ 30 s

Sens

or

Pha

se

LED

3

4

6

5

1

2

Offset

150 mm

< 30 s

Figure 14: 

Configuration T type - exchange of the polarity

2. Setting with the teach-in button

There is a button located at the back of the sensor. When 

the teach-in button is pressed for at least 2 s, the LED blinks 

for 30 s; the detection area (distance to the background 

minus 150 mm (5.9 in) is saved and the LED dims. As soon 

as a person or object enters the detection area, the sensor 

switches the output.

The set switching distance can only be changed by pressing 

the teach-in button again.

Offset

150 mm

Start-up:

dimmed or

bright

dimmed

dimmed

bright

blinking

blinking ≤ 30 s

Check & operation

Calibration

Sens

or

Pha

se

LED

B

ut

ton

1

2

3

4

6

5

≥ 2 s

Push

Release

Figure 15: 

Configuration T type with the teach-in button

Important:

 

Be aware that the set switching level is always about 

150 mm (5.9 in) above the background.

 

A background within the maximal detection range 

is used to calibrate the sensor. If there is none, an 

object has to be used for simulating a background. A 

calibration into nothingness does not work.

 

When the power is switched off the sensor remembers 

the last setting as the switching distance. This distance 

can only be changed by doing the setting process 

again.

6.5  I type (Initialized)

The I type has a specific detection range setting by factory 

according customer request. Due to the potentiometer at 

the rear of the sensor, a small adjustment of the operating 

range is possible.

Important:

When setting with the potentiometer, use Figure 16 as the 

settings are not printed on the sensor. Take a small screw 

driver and turn the potentiometer to the required position.

Preset

range

Min.

tolerance

Max.

tolerance

Figure 16: 

Tolerance adjustment (+/-) according sensor naming

Preset range

Tolerance

setting with

potentiometer

LED bright

LED dimmed

Figure 17: 

Configuration - I type

7.  In- / Output description

There are different possibilities of in- and outputs. Please 

be aware that not all variants can be used with every type.

7.1  Universal output (relays output)

The TOF/Spot features a universal (relays) output. With 

the help of the logic selector, the output signal can be 

configured according to the controller requirements for 

“normally open” or “normally closed” operation.

7.2  Logic selector

Output logic is set using the gray wire. The logic will be 

defined by the power-up sequence. After the power-up the 

logic will not change until the next power-up is made.

Important:

 The logic selector has to have a DC signal. 

Output A and B

NC

 (normally closed) 

Logic selector connected to 

GND (0 V)

NO

 (normally open)

Logic selector connected to U

SP

Contact

open

Contact

closed

Contact

open

Contact

closed

Figure 18: 

Logic selector

Содержание TOF/Spot

Страница 1: ...English Pages 2 12 Original version 113 009 200512 V 4 0 Installation and Operation Manual TOF Spot CEDES AG is certified according to ISO 9001 2015 RoHS...

Страница 2: ...odify or change technical data without prior notice Contents 1 About this manual 2 1 1 Measurements 2 1 2 Related documents 2 1 3 CEDES headquarters 2 2 Safety information 3 2 1 Non intended use 3 3 S...

Страница 3: ...ious call backs damage injury or death 2 1 Non intended use The TOF Spot must not be used for Protection of dangerous machine Equipment in explosive atmospheres Equipment in radioactive environments U...

Страница 4: ...l string replacement Loading dock stations Car barrier detection Figure 1 Car barrier detection 4 2 Features of the TOF Spot Exact distance setting independent of background Excellent detection capabi...

Страница 5: ...eguarded area One output signals the detection of an object within the detection area Figure 5 Replaces pull string door opening Figure 6 Warehouse doors Figure 7 Car park barriers Figure 8 Bed detect...

Страница 6: ...flat borders and where the edges are Important For proper functionality the remission range of the background or the object has to be between 2 90 Do not use high reflective retro reflective or mirror...

Страница 7: ...t using the potentiometer located at the rear of the sensor Important When setting with the potentiometer use Figure 12 as the settings are not printed on the sensor Take a small screw driver and turn...

Страница 8: ...stance This distance can only be changed by doing the setting process again 6 5 I type Initialized The I type has a specific detection range setting by factory according customer request Due to the po...

Страница 9: ...with the controller 8 1 Mounting of snap in housing The mounting hole recommended for flush mounting is 30 to 31 mm The sheet thickness cannot be greater 3 mm 30 mm 0 5 1 18 in 0 019 0 3 3 mm 0 011 0...

Страница 10: ...Open Figure 24 Timing diagram for relay output Time Value Power on time t1 1 000 ms Response time t2 60 ms Release time t3 60 ms Table 1 General timing table 12 LED signal LED status Description LED o...

Страница 11: ...and a little soapy water NOTICE Damage to the optical window Never use any solvents cleaners or mechanically abrasive towels or highpressure water to clean the sensors 15 Disposal The TOF Spot should...

Страница 12: ...DC Current consumption at 24 VDC 50 mA Peak current consumption 500 mA during power up at 24 VDC Output Solid state relay Max switching voltage 60 V Max switching current 150 mA Max power up time 1 s...

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