Datalogic S80-MH-5-YL09 User manual

S80-MH-5-YL09
Distance sensor with laser emission and time of flight
measurement
INSTRUCTION MANUAL
CONTROLS
FRONT INDICATORS LED
OUTPUT LED
The yellow LED ON indicates the OR function of the OUT1 and OUT2 outputs (one of the 2 outputs is
active).
ALARM LED
The red LED ON indicates the absence of signal.
COMMAND PANEL AND DISPLAY
OUTPUT LED
The yellow LED ON indicates the logic OR function of the two OUT1 and OUT2 outputs (one of the 2
outputs is active).
DISPLAY (4-digit green coloured display)
In the normal mode, the display indicates the detected distance, in millimetres.
The "LLLL" message on displaymeans distance under theminimum value.
The "HHHH" message on display means distance over the maximum value.
The "FFFF" message on display means low signal received condition.
OUT1, OUT2 LEDs
The n.1 and n.2 green LEDs ON indicate the activation of the OUT1 and OUT2 outputs.
LED 3
The n.3 green LED does not indicate any function.
SET PUSHBUTTON
A pressure on the pushbuttonallows the selection of one of the following options:
-measurement range teach-in
-switching thresholds teach-in
-setting and visualisation parameters menu
+/- PUSHBUTTONS
A light pressure on these pushbuttons allows the user to run through the menu of the sensor
parameters and setting menu.
Moreover, a long pressure allows to change the switching threshold value, as indicated in the
“SWITCHING THRESHOLD ADJUSTMENT” paragraph.
INSTALLATION
The sensor can be positioned by means of the three housing’s holes using screws (M5x40 or longer)
with nuts and washers.
Various orientable fixing brackets to ease the sensor positioning are available (please refer to the
accessories listed in the catalogue).
The operating distance is measured from the front surface of the sensor optics.
The M12 connector can be oriented at two different positions (refer to figure).
CONNECTIONS
M12 CONNECTOR
NOTE: the wire colours are referred to the cables manufactured according to the European
standard.
TECHNICAL DATA
Power supply: 15 … 30 VDC limit values
Class 2 (Type 1) UL 508
Ripple: 2 Vpp max.
Consumption
(output current excluded): 170 mA max (110 mA @ 24 V)
Outputs: 2 PNP or NPN outputs
30 VDC max. (short-circuit protection)
analogue output with 4-20 mA
Serial interface: RS485, 9600Bd, 8N1
SYNC input: PNP
Measurement range: 300 … 7000 mm (90% white)
300… 4000 (18% grey)
300 … 2500 mm (6% black)
Linearity: 0.3% (24VDC, 25°C, with 90% white target)
Repeatability: 7 mm @ 7m
Hysteresis: 5 mm
Temperature drift: < 0.6 mm/°C
Output current: 100 mA max.
Output saturation voltage: 2 V
Response time: 6 ms
Response time for analogue
output: Max.Variation from 0.3 to 7 m = 40 msec
Switching frequency: 85 HZ
Warm up 20 min
Indicators: command panel:
4-digit display (GREEN), OUTPUT LED (YELLOW)
2 OUT1, OUT2 LEDs (GREEN)
Indicators LED:
OUTPUT LED (YELLOW) / ALARM LED (RED)
Setting: SET, +, - pushbuttons
Data retention: non volatile EEPROM memory
Operating temperature: -10 … 50 °C
Storage temperature: -20 … 70 °C
Electrical shock protection: Class 2
Typical spot dimension: 12 mm at 2 m
20 mm at 4 m
40 mm at 6 m
Emission type: Red laser (658 nm) Class 2 (658 nm)
EN 60825-1
Ambient light rejection: According to EN 60947-5-2
Vibrations: 0.5 mm amplitude, 10 … 55 Hz frequency, for every axis
(EN60068-2-6)
Shock resistance: 11 ms (30 G) 6 shock for every axis (EN60068-2-27)
Housing material: aluminium
Lens material: Window and lenses in glass
Mechanical protection: IP67
Connections: M12-8 pole connector
Weight: 330 g. max.
DIMENSIONS
MEASUREMENT RANGE TEACH-IN
Legend: pushbutton pressed pushbutton not pressed
LED on LED off
Measurement range teach-in is effected placing directlythe object to detect in front of the
sensor, according to the following procedure:
-Detection
- Place the object in front of the sensor to distance that is to be detected detect as
minimum or maximum distance
OUT Displa
y
Keyboard
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
    1945  
- Press the SET pushbutton for at least 4s, until the “d_Lo” message appears .
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
    d _ L o   
- Minimum – Maximum distance selection:
-+/- buttons pressure permits to select among following options:
1. minimum distance (“d_Lo”)
2. maximum distance (“d_HI”)
3. range selection menu exit, without saving any values (“ESC”)
4. restoring of the standard measurement range, 300 mm –7000 mm (“rES”)
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
    d _ L o   
    d _ H I   
    E S C -   
   
r
E S -   
- Exit without saving any values
- To exit the menu without saving any value select “ESC”
- Push the SET button for at least 0.5s
- Exit restoring the standard range 300mm – 7000mm
- To exit the menu restoring the standard range 300mm – 7000mm select “rES”
- Push the SET pushbutton for at least 0.5s
- Target detection phase
-Selec “d_Lo” or “d_HI” options
-Push the SET pushbutton for at least 0.5s .
-The “uPdt” message begins to blink (4Hz, per 3 s).
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
    uP d t   
-Detection distance value appears.
-The +/- pushbuttons can be used to ch’ange the detected distance value.
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
    19 4 5   
-The units ch’ange if these pushbuttons are pressed repeatedly, the tens if kept
pressed.
-Press the SET pushbutton again for at least 0.5s to end the detection phase.
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
    19 4 5   
SETTING OF THE 2 CHANNELS
Legend: pushbutton pressed pushbutton not pressed
LED on LED off
The switching threshold setting for each of the 2 channels and the selection of the logic
switching is effected placing directly the object to detect in front of the sensor, according
to the following procedure:
- Detection
- Place the object to detect in front of the sensor.
OUT Displa
y
Keyboard
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
    1945  
- Press the SET pushbutton for at least 2 s.
-The “CH-1” message appears.
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
    C H - 1   
- Channel selection
-To select the channel setting use the+/- pushbuttons.
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
C H - 1   
C H - 2   
E S C -   
- Exit without saving any value
- To exit the menu select “ESC” without saving any value select “ESC”
- Push the SET button for at least 0.5s
- Switching threshold teach-in: DARK/LIGHT selection
-Select “CH1” or “CH2” options
-Press the SET pushbutton again for at least 0.5 s.
-The “L On” message appears.
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
L O n   
-To select the DARK/LIGHT mode of the channel usethe +/- pushbuttons.
-“L on” is visualised when the LIGHT mode is selected; “d On” in case of DARK mode
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
L O n   
d O n   
- Target detection phase
-Press the SET pushbutton for at least 0.5 s, the “uPdt” message begins to blink (4Hz, for2 s).
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
uP d t   
-The detection distance value appears.
-The +/- pushbuttons can be used to change the detected distance value.
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
  19 4 5   
-The units change if these pushbuttons are pressed repeatedly, the tens if kept
pressed.
-Press the SET pushbutton again for at least 0.5 s. to end the detection phase.
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
  19 4 5   
SWITCHING THRESHOLD ADJUSTMENT
OUT Displa
y
Keyboard
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
  1 9 4 5   
- Press the +/- pushbuttons for at least 2 s.
- The “CH-1” message appears.
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
  C H - 1   
- Channel selection
-Use the +/- pushbuttons to select the channel to detect.
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
  C H - 1   
  C H - 2   
Distance of threshold phase
-Press the SET pushbutton for at least 0.5 s.
-The previously detected distance value appears.
-Use the +/- pushbuttons to change the detected distance value.
-The units change if these pushbuttons are pressedrepeatedly,
the tens if kept pressed.
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
  19 4 5   
-Press the SET pushbutton again for at least 0.5 s. to end the adjustment phase.
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
  19 6 0   
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SETTING OF THE PARAMETERS
OUT Displa
y
Keyboard
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
1 9 4 5 
Press the SET pushbutton for at least 8s to enter into the parameter setting menu.
The "MEnu" message appears.
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
M E n u 
Pressing the + and – pushbuttons the user and run up and down the menu, reading the
following messages.
- Maximum distance visualization
- At each pressure of the SET pushbutton, the user can run through the options of the selected level.
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
D _ H I   
DISTANZ
A
7 0 0 0 
- Minimum distance visualization
- At each pressure of theSET pushbutton, the user can runthrough the options of the selectedlevel.
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
d _ L o   
DISTANZ
A
0 3 0 0 
- Delay setting
-At each pressure of the SET pushbutton, the user can run throughthe options of the selected level.
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
d - 0 0   
d - 0 5 
d - 1 0 
d - 2 0 
d - 3 0 
d - 4 0 
- The delay value setting is in common to both outputs.
- When a delay value, different from zero, is set, the outputs will be maintained active for a
minimum time equal to the number of milliseconds visualised on the display.
- Visualisation of the channel 1 data
-At each pressure of the SET pushbutton, the user can run throughthe options of the selected level.
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
C H - 1   
THRESHOLD 1 9 4 5 
MODE L/d - O n 
- Visualisation of the channel 2 data
At each pressure of the SET pushbutton, the user can run through the options of the selected
level.
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
C H - 2   
THRESHOLD 1 9 4 5 
MODE L/d - O n 
- Serial output deactivation
At each pressure of the SET pushbutton, the user can run through the options of the selected
level.
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
S - o n   
S - o f 
- Memorisation of the parameters set
OR 1 2 3 Dig1 Dig2 Dig3 Dig4 + SET -
S A
V
E   
S A
V
E 
- Pressing the SET pushbutton (the SAVE message blinks for 2s, 4Hz) all the changed values
are saved and the user exits fromthe menu, and returns to the normal mode.
- One of the +/- pushbuttons has to bepressed to return to the setting menu.
- Exit from the parameter setting menu
After a 10 s inactivity of the pushbuttons, the sensor returns to the normal mode visualising the
distance.
REMOTE FUNCTION
KEYLOCK function (SET pushbutton block)
The keyboard block function is activated at powering on, connecting the SYNC terminal to the positive
power supply (+Vdc) for at least 1 s.
After the first second, the SYNC input is ready for the normal synchronisation operations (refer to next
paragraph)
To deactivate the keyboard block, the sensor has to be turned off and re-powered maintaining the
SYNC wire not connected or ground connected (GND).
SYNC input (synchronisation)
The connection of the SYNC wire to +Vdc corresponds to the passive logic status while SYNC not
connected or connected to 0 V corresponds to the active logic status.
SYNC passive = +Vdc ; SYNC active = 0V
The synchronisation signal allows to calculate the beginning and ending instants of themeasurement.
The reading cycle begins after the transition of the SYNC signal from passive to active and the sensor
outputs are updated after max. 400μs.
All the outputs are deactivated after max. 400μs from the active – passive transition.
The SYNC wire is used also to determine the transmission direction when the RS485 serial connection
is used.
RS485 serial connection
The serial communication parameters are: 9600 baud, non-parity, 8 data bits, 1 stop bit.
The refresh time of the serial port is 35 ms.
The SYNC input is used to determine the communication direction, and in particular if low (active)
direction S80->User, if high (passive) User->S80.
With SYNC active, the sensor continuously transmits the detecteddistance value (with a precision of
14bit) by means of a binarydata format. 3 byte are used; one with bit 0 at logic level 1 identifies the less
important byte, second with bit 6 atlogic level 1 and bit 7 at logic level 0 identifies intermediate byte,
third with bit 6 at logic level 1 and bit 7 at logic level 1 identifies more important byte.
7 0
1
1 1 0 0 0 D13 D12
7 0
1
0 1 D11 D10 D9 D8 D7
7 0
0
D6 D5 D4 D3 D2 D1 D0
Low signal received condition, corresponding to “FFFF” display indication, is represented on RS485
serial connection by the following sequence:
7 0
1
1 1 0 1 1 1 1
7 0
1
0 1 1 1 1 1 1
7 0
0
1 1 1 1 1 1 1
Out of range condition, corresponding to “HHHH” or “LLLL” display indication, is represented on RS485
serial connection by the following sequence:
7 0
1
1 1 0 0 0 0 0
7 0
1
0 1 0 0 0 0 0
7 0
0
0 0 0 0 0 0 0
The RS485 serial interface allows also the complete remote control of the sensor.
All the commands have to be sent via terminal in an ASCII format according to thefollowing:
-Receipt of the channel status:
At any moment, at the receipt of the ‘r <CR> <LF>’ remote command (and SYNC passive), the
sensor configuration is restored.
-Remote configuration:
The commands available are:
@ <CR> <LF> beginning of the remote setting mode (and SYNC passive)
c1<CR> <LF> channel 1 selection
vxxxx <CR> <LF> distance selection, with xxxx {0…4095}
bx<CR> <LF> dark/light mode selection, with x {1, 2}
b1 = Dark
b2 = Light
e <CR> <LF> memorisation of the configuration sequence.
q <CR> <LF> exit from remote setting without saving the configuration.
At the receipt of the q <CR> <LF> or e <CR> <LF> commands, the sensor visualises ok <CR>
<LF>.
-Delay configuration:
The commands available are:
@ <CR> <LF> beginning of the delay configuration (and SYNC passive)
dx<CR> <LF> delay selection, with x {0, 1, 2, 3, 4, 5}
d0 = 0 ms d3 = 20 ms
d1 = 5 ms d4 = 30 ms
d2 = 10 ms d5 = 40 ms
e <CR> <LF> memorisation of the new delay value
q <CR> <LF> exit from the delay configuration without saving the configuration.
At the receipt of the q <CR> <LF> or e <CR> <LF> commands, the sensor visualises ok <CR>
<LF>.
NOTE: the single digits have to be distanced amongst themselves at least 1 ms, during the
command transmission.
DETECTION DIAGRAMS
SAFETY WARNINGS
All the safety electrical and mechanical regulations and laws have to be respected during sensor
functioning. The sensor has to be protected against mechanical damages.
Place the given labels in a visible position close to the laseremission.
Do not look directly into the laserbeam!
Do not point the laser beam towards people!
Eye irradiation for over 0.25 seconds is dangerous; refer to class 2 standard (EN60825-1).
These sensors are not conform to safety applications!
This product is intended for indoor use only.
The sensors are NOT safety devices, andso MUST NOT be used in the safety control of
the machines where installed.
DECLARATION OF CONFORMITY
We Datalogic Automation declare under our sole responsibility that these products are conform to the
2004/108/CE and successive amendments.
WARRANTY
Datalogic Automation warrants its products to be free from defects.
Datalogic Automation will repair or replace, free of charge, any product found to be defective during the
warranty period of 36 months from the manufacturing date.
This warranty does not cover damage or liability deriving from the improper application of Datalogic
Automation products.
DATALOGIC AUTOMATION cares for the environment: 100% recycled paper.
DATALOGIC AUTOMATION reserves the right to make modifications and improvements without prior notification.
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international laws. • Copying, or altering of this document is prohibited without express written consent from Datalogic
Automation. Datalogic and the Datalogic logo are registered trademarks of Datalogic S.p.A. in many countries, including the
U.S.A. and the E.U. 826003035 Rev.F
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