Microsonic mic+ Series Operating Manual

Product description
Ԏ The mic+ sensor with one switching
Product description
Product description output measures the distance to an
Ԏ
Ԏ The mic+ sensor with one switching The mic+ sensor with one switching
object within the detection zone
output measures the distance to an
contactless. Depending on the ad- output measures the distance to an
object within the detection zone
justed detect distance the switching object within the detection zone
contactless. Depending on the ad-
output is set. contactless. Depending on the ad-
Ԏ justed detect distance the switching justed detect distance the switching
All settings are done with two push-
output is set. output is set.
buttons and a three-digit LED-dis-
Ԏ Ԏ All settings are done with two push- All settings are done with two push-
play (TouchControl).
buttons and a three-digit LED-dis-
Ԏ Three-colour LEDs indicate the swit- buttons and a three-digit LED-dis-
play (TouchControl).
ching status. play (TouchControl).
Ԏ
Ԏ Ԏ Three-colour LEDs indicate the swit- Three-colour LEDs indicate the swit-
The output functions are changea-
ching status. ching status.
ble from NOC to NCC.
Ԏ Ԏ The output functions are changea- The output functions are changea-
Ԏ The sensors are adjustable manually
Operating Manual
ble from NOC to NCC. ble from NOC to NCC.
via TouchControl or via Teach-in
Ԏ Ԏ The sensors are adjustable manually
mic+ Ultrasonic Sensors with procedure. The sensors are adjustable manually
Operating Manual Operating Manual
one switching output an IO-Link Ԏ via TouchControl or via Teach-in via TouchControl or via Teach-in
Useful additional functions are set
mic+ Ultrasonic Sensors with mic+ Ultrasonic Sensors with Operating Manual procedure. procedure.
in the Add-on-menu.
mic+25/F/TC
one switching output an IO-Link one switching output an IO-Link Ԏ Ԏ Useful additional functions are set Useful additional functions are set
Ԏ Using the LinkControl adapter (op-
mic+35/F/TC
mic+ Ultrasonic Sensors with
mic+130/F/TC in the Add-on-menu. in the Add-on-menu.
tional accessory) all TouchControl
one switching output an IO-Link
mic+25/F/TC mic+25/F/TC
mic+340/F/TC
Ԏ Ԏ Using the LinkControl adapter (op-
Using the LinkControl adapter (op-
mic+35/F/TC mic+35/F/TC and additional sensor parameter
mic+25/F/TC
mic+600/F/TC
mic+35/F/TC
mic+130/F/TC mic+130/F/TC
tional accessory) all TouchControl tional accessory) all TouchControl
mic+130/F/TC
mic+340/F/TC mic+340/F/TC
and additional sensor parameter and additional sensor parameter
mic+340/F/TC
Diagram 1: Set sensor parameters numerically using LED display
mic+600/F/TC
mic+600/F/TC
mic+600/F/TC
Diagram 1: Set sensor parameters numerically using LED display Diagram 1: Set sensor parameters numerically using LED display
Diagram 1: Set sensor parameters numerically using LED display
Start here
T1 + T2
Start here Start here
Contact
T1 + T2 T1 + T2
Sensor Partners BV
Set switching output
James Wattlaan 15 Set switching output
T1
5151 DP Drunen
Set switching output
Set switching output
The Netherlands
T1
T1
T1 + T2
+31 (0)416 - 37 82 39
T1 + T2
T1 + T2
info@sensorpartners.com T1
sensorpartners.com
T1
1 T1 T1 + T2
1 T1 + T2
1 T1 + T2
For single switching
point press T2
Sensor Partners BVBA T2
– – –
until » « is
For single switching
For single switching
displayed.
Z.1 Researchpark 310 point press T2
point press T2
T2
T2 – – –
until » – – – « is
until » « is
B-1731, Zellik
displayed. T1 + T2
displayed.
Belgium
T1 + T2
T1 + T2
T1
+32 (0)2 - 464 96 90
info@sensorpartners.com
T1
T1 + T2
T1
sensorpartners.com
T1 + T2
T1 + T2
T2
T2
T2 T1 + T2
Ready
T1 + T2
T1 + T2
Ready
Ready
settings can be adjusted by a Win-
dows Software.
®
settings can be adjusted by a Win- settings can be adjusted by a Win-
IO-Link
dows dows ® Software. Software.
®
The mic+ sensors are IO-Link-capable
IO-Link
in accordance with IO-Link specifica- IO-Link
The mic+ sensors are IO-Link-capable The mic+ sensors are IO-Link-capable
tion V1.1 and support Smart Sensor
in accordance with IO-Link specifica- in accordance with IO-Link specifica-
Product description Profile like Digital Measuring Sensor. settings can be adjusted by a Win-
Ԏ The mic+ sensor with one switching dows Software.
tion V1.1 and support Smart Sensor tion V1.1 and support Smart Sensor ®
The mic+ sensors have a blind zone
output measures the distance to an
Profile like Digital Measuring Sensor. IO-Link
Profile like Digital Measuring Sensor.
in which distance measurement is not
object within the detection zone
The mic+ sensors are IO-Link-capable
contactless. Depending on the ad- The mic+ sensors have a blind zone The mic+ sensors have a blind zone
possible. The operating range indi-
in accordance with IO-Link specifica-
justed detect distance the switching
in which distance measurement is not in which distance measurement is not
cates the distance of the sensor that tion V1.1 and support Smart Sensor
output is set.
Profile like Digital Measuring Sensor.
possible. The operating range indi- possible. The operating range indi-
can be applied with normal reflectors
Ԏ
All settings are done with two push-
cates the distance of the sensor that The mic+ sensors have a blind zone
with sufficient function reserve. When cates the distance of the sensor that
buttons and a three-digit LED-dis-
in which distance measurement is not
play (TouchControl). can be applied with normal reflectors can be applied with normal reflectors
using good reflectors, such as a calm
possible. The operating range indi-
Ԏ Three-colour LEDs indicate the swit-
with sufficient function reserve. When with sufficient function reserve. When
water surface, the sensor can also be
cates the distance of the sensor that
ching status.
using good reflectors, such as a calm using good reflectors, such as a calm
used up to its maximum range. Ob-
can be applied with normal reflectors
Ԏ The output functions are changea-
water surface, the sensor can also be water surface, the sensor can also be with sufficient function reserve. When
jects that strongly absorb (e.g. plastic
ble from NOC to NCC.
using good reflectors, such as a calm
used up to its maximum range. Ob- used up to its maximum range. Ob-
Ԏ The sensors are adjustable manually foam) or diffusely reflect sound (e.g.
water surface, the sensor can also be
via TouchControl or via Teach-in
jects that strongly absorb (e.g. plastic jects that strongly absorb (e.g. plastic
pebble stones) can also reduce the
used up to its maximum range. Ob-
procedure.
foam) or diffusely reflect sound (e.g. foam) or diffusely reflect sound (e.g.
defined operating range.
jects that strongly absorb (e.g. plastic
Ԏ Useful additional functions are set
pebble stones) can also reduce the pebble stones) can also reduce the foam) or diffusely reflect sound (e.g.
in the Add-on-menu.
pebble stones) can also reduce the
defined operating range. defined operating range.
Ԏ Using the LinkControl adapter (op-
defined operating range.
tional accessory) all TouchControl
and additional sensor parameter
Start here
T1 + T2
Press T1 and T2 simultaneously for about
3 s until welcome message has passed. Press T1 and T2 simultaneously for about
3 s until welcome message has passed.
Press T1 and T2 simultaneously for about
Press T1 and T2 simultaneously for about
3 s until welcome message has passed.
3 s until welcome message has passed.
T1 T2
T2
T1 + T2
T2
T2
Set detect distance in
T1 T2
mm or cm.
Set detect distance in
T2
mm or cm.
1 T1 + T2 1 2
Set detect distance in
Set detect distance in
T2
T2 1 2
mm or cm.
mm or cm.
For single switching For window mode
point press T2 operation set far
T2 T1 T2
– – –
until » « is switching point in
1 2
1 2
displayed. mm or cm.
For window mode
operation set far
T2
T1
T1 + T2 switching point in
For window mode
For window mode
mm or cm.
operation set far
operation set far
Choose » « for NCC or
T1 T2
T1 T2
switching point in
T1 T2 switching point in
» « for NOC.
mm or cm.
mm or cm.
T1 + T2
Choose » « for NCC or
T2
» « for NOC.
Choose » « for NCC or
Choose » « for NCC or
T2 T1
T2
T2
» « for NOC.
» « for NOC.
T1 + T2
Ready
T1
T1
T1
SENSORPARTNERS.COM
Safety Notes Installation
Ԏ Read the operating instructions Assemble the sensor at the installa-
Î
Safety Notes Installation
Safety Notes prior to start-up. Installation tion location.
Ԏ
Ԏ Ԏ Connection, installation and ad- Read the operating instructions Read the operating instructions Assemble the sensor at the installa- Assemble the sensor at the installa-
Î Plug in the connector cable to the
Î Î
prior to start-up. prior to start-up. tion location.
justment works may only be car- tion location. M12 connector, see Fig. 2.
Ԏ Connection, installation and ad- Plug in the connector cable to the
Ԏ ried out by expert personnel. Connection, installation and ad- Î Plug in the connector cable to the
Î
justment works may only be car- M12 connector, see Fig. 2.
Ԏ No safety component in ac- justment works may only be car- M12 connector, see Fig. 2. 2
Safety Notes Installation
ried out by expert personnel.
cordance with the EU Machine ried out by expert personnel.
Ԏ Read the operating instructions Assemble the sensor at the installa- 3 5
Î
Ԏ Ԏ No safety component in ac- No safety component in ac- prior to start-up. tion location. 2 2
Directive, use in the area of per-
1
Ԏ Connection, installation and ad- Plug in the connector cable to the
cordance with the EU Machine cordance with the EU Machine Î
sonal and machine protection 3
3 5 5
justment works may only be car- M12 connector, see Fig. 2. 3
Directive, use in the area of per- Directive, use in the area of per-
not permitted
ried out by expert personnel. 4
1 1
sonal and machine protection
sonal and machine protection
Ԏ No safety component in ac- 2 1
2
Proper Use
3 3
not permitted
not permitted cordance with the EU Machine
5
3 5 4
mic+ ultrasonic sensors are used for 4 4
Directive, use in the area of per-
2 2
Proper Use Proper Use
non-contact detection of objects. Fig. 2: Pin assignment with view onto sensor
1
sonal and machine protection
plug and colour coding of the microso- 5 5
3
mic+ ultrasonic sensors are used for
mic+ ultrasonic sensors are used for
not permitted
Synchronisation
4 nic connection cable
Fig. 2: Pin assignment with view onto sensor Fig. 2: Pin assignment with view onto sensor
non-contact detection of objects. non-contact detection of objects.
2
Proper Use
If the assembly distances shown in
Start-up plug and colour coding of the microso- plug and colour coding of the microso-
5
mic+ ultrasonic sensors are used for
Synchronisation Synchronisation
Fig. 1 for two or more sensors are ex- nic connection cable nic connection cable
Fig. 2: Pin assignment with view onto sensor Connect the power supply.
non-contact detection of objects. Î
If the assembly distances shown in
If the assembly distances shown in ceeded the integrated synchronisation plug and colour coding of the microso-
Start-up Start-up
Set the parameters of the sensor
Î
Synchronisation nic connection cable
Fig. 1 for two or more sensors are ex- Fig. 1 for two or more sensors are ex-
should be used. Connect Sync/Com-
Connect the power supply. Connect the power supply.
If the assembly distances shown in Î Î manually via TouchControl (see
Start-up
ceeded the integrated synchronisation ceeded the integrated synchronisation
channels (pin 5 at the units receptable)
Fig. 1 for two or more sensors are ex-
Set the parameters of the sensor Set the parameters of the sensor
Î Î Fig. 3 and Diagram 1)
Connect the power supply.
Î
should be used. Connect Sync/Com- should be used. Connect Sync/Com- ceeded the integrated synchronisation
of all sensors (10 maximum).
manually via TouchControl (see Set the parameters of the sensor
Î manually via TouchControl (see
or use the Teach-in procedure to
Î
should be used. Connect Sync/Com-
channels (pin 5 at the units receptable) channels (pin 5 at the units receptable)
manually via TouchControl (see
Fig. 3 and Diagram 1) Fig. 3 and Diagram 1)
adjust the detect points (see Dia-
channels (pin 5 at the units receptable)
of all sensors (10 maximum). Fig. 3 and Diagram 1)
of all sensors (10 maximum).
or use the Teach-in procedure to or use the Teach-in procedure to
of all sensors (10 maximum). Î Î gram 2).
or use the Teach-in procedure to
Î
adjust the detect points (see Dia- adjust the detect points (see Dia-
adjust the detect points (see Dia-
cm mm %
gram 2). gram 2). gram 2).
mic+25... ≥0.35 m ≥2.50 m
cm mm %
cm mm % cm mm %
mic+35... ≥0.40 m ≥2.50 m
mic+25... ≥0.35 m ≥2.50 m
mic+25... mic+25... ≥0.35 m ≥0.35 m ≥2.50 m ≥2.50 m
mic+35... ≥0.40 m ≥2.50 m
mic+130... ≥1.10 m ≥8.00 m
mic+35... mic+35... ≥0.40 m ≥0.40 m ≥2.50 m ≥2.50 m
mic+130... ≥1.10 m ≥8.00 m T1 D1D2
mic+340... ≥2.00 m ≥18.00 m
T1 D1D2 T2
mic+130... ≥1.10 m ≥8.00 m
mic+130... ≥1.10 m ≥8.00 m
mic+340... ≥2.00 m ≥18.00 m Fig. 3: TouchControl/LED display
Fig. 3: TouchControl/LED display
mic+600... ≥4.00 m ≥30.00 m
T1 D1D2
T1 D1D2
mic+600... ≥4.00 m ≥30.00 m
mic+340... ≥2.00 m ≥18.00 m
mic+340... ≥2.00 m ≥18.00 m
Factory setting
Factory setting
Fig. 3: TouchControl/LED display Fig. 3: TouchControl/LED display
Fig. 1: Assembly distances, indicating synchro-
Fig. 1: Assembly distances, indicating synchro-
mic+ sensors are delivered factory
mic+600... mic+600... ≥4.00 m ≥4.00 m ≥30.00 m ≥30.00 m mic+ sensors are delivered factory
nisation/multiplex nisation/multiplex
Factory setting
Factory setting made with the following settings:
made with the following settings:
Fig. 1: Assembly distances, indicating synchro- Multiplex mode
Fig. 1: Assembly distances, indicating synchro-
Multiplex mode Ԏ Switching output on NOC
mic+ sensors are delivered factory
Ԏ mic+ sensors are delivered factory
Switching output on NOC
nisation/multiplex
nisation/multiplex The Add-on-menu allows to assign an
Ԏ
Detecting distance at operating ran-
The Add-on-menu allows to assign an
made with the following settings:
made with the following settings:
individual address »01« to »10« to Ԏ Detecting distance at operating ran-
ge
Multiplex mode
Multiplex mode
individual address »01« to »10« to
each sensor connected via the Sync/ Ԏ Switching output on NOC
Ԏ Switching output on NOC
ge
Ԏ Measurement range set to maxi-
The Add-on-menu allows to assign an
The Add-on-menu allows to assign an
each sensor connected via the Sync/ Com-channel (Pin5). The sensors per-
Ԏ Detecting distance at operating ran-
Ԏ Detecting distance at operating ran- mum range
Ԏ Measurement range set to maxi-
individual address »01« to »10« to form the ultrasonic measurement se-
individual address »01« to »10« to
Com-channel (Pin5). The sensors per-
ge
Maintenance ge
mum range
quentially from low to high address.
each sensor connected via the Sync/
each sensor connected via the Sync/
form the ultrasonic measurement se-
Ԏ
mic+ sensors work maintenance free. Measurement range set to maxi-
Ԏ Measurement range set to maxi-
Therefore any influence between the
Maintenance
Com-channel (Pin5). The sensors per-
Com-channel (Pin5). The sensors per- Small amounts of dirt on the surface
quentially from low to high address.
sensors is rejected. mum range
mum range
mic+ sensors work maintenance free.
do not influence function. Thick layers
form the ultrasonic measurement se-
form the ultrasonic measurement se-
Therefore any influence between the The address »00« is reserved to syn-
Maintenance
Maintenance of dirt and caked-on dirt affect sensor
Small amounts of dirt on the surface
quentially from low to high address. chronisation mode and deactivates the
quentially from low to high address.
sensors is rejected.
function and therefore must be remo-
mic+ sensors work maintenance free.
multiplex mode. To use synchronised mic+ sensors work maintenance free.
do not influence function. Thick layers
Therefore any influence between the
Therefore any influence between the
The address »00« is reserved to syn-
ved.
mode all sensors must be set to
Small amounts of dirt on the surface
Small amounts of dirt on the surface
of dirt and caked-on dirt affect sensor
sensors is rejected.
sensors is rejected.
chronisation mode and deactivates the
address »00«.
do not influence function. Thick layers
do not influence function. Thick layers
function and therefore must be remo-
The address »00« is reserved to syn-
The address »00« is reserved to syn-
multiplex mode. To use synchronised
of dirt and caked-on dirt affect sensor
of dirt and caked-on dirt affect sensor
ved.
chronisation mode and deactivates the
chronisation mode and deactivates the
mode all sensors must be set to
function and therefore must be remo-
function and therefore must be remo-
multiplex mode. To use synchronised
multiplex mode. To use synchronised
address »00«.
ved.
ved.
mode all sensors must be set to
mode all sensors must be set to
address »00«.
address »00«.
Notes
Ԏ mic+ sensors have internal tempe-
Notes
Notes rature compensation. Because the
Ԏ
Ԏ mic+ sensors have internal tempe- mic+ sensors have internal tempe-
sensors heat up on their own, the
rature compensation. Because the
rature compensation. Because the temperature compensation reaches
sensors heat up on their own, the
sensors heat up on their own, the its optimum working point after
temperature compensation reaches
1 temperature compensation reaches approx. 30 minutes of operation.
Notes
Ԏ its optimum working point after its optimum working point after
During normal operating mode, a
4 Ԏ mic+ sensors have internal tempe-
1 1 colour rature compensation. Because the approx. 30 minutes of operation. approx. 30 minutes of operation.
yellow LED D2 signals that the swit-
+U brown
sensors heat up on their own, the
Ԏ Ԏ During normal operating mode, a During normal operating mode, a
4 ching output has connected.
4 B
–U blue temperature compensation reaches
colour
B colour yellow LED D2 signals that the swit-
Ԏ yellow LED D2 signals that the swit- During normal operating mode, the
F black its optimum working point after
+U +U brown brown
ching output has connected.
B B ching output has connected. measured distance value is dis-
approx. 30 minutes of operation.
– white
–U –U blue blue
B B Ԏ
Ԏ Ԏ During normal operating mode, the During normal operating mode, the
Sync/Com grey During normal operating mode, a played on the LED-indicator in mm
F F black black
colour
yellow LED D2 signals that the swit-
measured distance value is dis- measured distance value is dis-
(up to 999 mm) or cm (from
– – white white
+U brown
ching output has connected.
B
played on the LED-indicator in mm played on the LED-indicator in mm
Sync/Com Sync/Com grey grey 100 cm). Scale switches automati-
–U blue
B
Ԏ During normal operating mode, the
F black
(up to 999 mm) or cm (from (up to 999 mm) or cm (from
cally and is indicated by a point on
measured distance value is dis-
– white
100 cm). Scale switches automati-
100 cm). Scale switches automati- top of the digits.
Sync/Com grey played on the LED-indicator in mm
(up to 999 mm) or cm (from
Ԏ cally and is indicated by a point on cally and is indicated by a point on
During Teach-in mode, the hystere-
100 cm). Scale switches automati-
top of the digits. top of the digits.
sis loops are set back to factory set-
cally and is indicated by a point on
Ԏ Ԏ During Teach-in mode, the hystere- During Teach-in mode, the hystere-
tings.
top of the digits.
sis loops are set back to factory set- sis loops are set back to factory set-
Ԏ If no objects are placed within the
Ԏ During Teach-in mode, the hystere-
sis loops are set back to factory set- tings.
tings.
detection zone the LED-indicator
tings.
Ԏ
Ԏ If no objects are placed within the If no objects are placed within the
shows »– – –«.
Ԏ
If no objects are placed within the
detection zone the LED-indicator detection zone the LED-indicator
Ԏ If no push-buttons are pressed for
detection zone the LED-indicator
shows »– – –«. shows »– – –«.
20 seconds during parameter set-
shows »– – –«.
Measuring Range
Ԏ If no push-buttons are pressed for Ԏ Ԏ If no push-buttons are pressed for If no push-buttons are pressed for
ting mode the made changes are
3-digit
20 seconds during parameter set-
20 seconds during parameter set-
20 seconds during parameter set-
Measuring Range stored and the sensor returns to
LED-display
Measuring Range
Measuring Range
ting mode the made changes are
3-digit ting mode the made changes are
ting mode the made changes are
LED D1 and D2 normal operating mode.
3-digit 3-digit stored and the sensor returns to
LED-display
stored and the sensor returns to
stored and the sensor returns to
LED-display LED-display Ԏ The sensor can be reset to its facto-
LED D1 and D2 normal operating mode.
Push-buttons T1 and T2
T2
LED D1 and D2 LED D1 and D2 Ԏ The sensor can be reset to its facto- normal operating mode. normal operating mode.
ry setting, see »Key lock and facto-
Push-buttons T1 and T2
ry setting, see »Key lock and facto-
Ԏ Ԏ The sensor can be reset to its facto- The sensor can be reset to its facto-
ry setting«, Diagram 3.
Push-buttons T1 and T2
Push-buttons T1 and T2
ry setting«, Diagram 3.
T2
T2
ry setting, see »Key lock and facto-
Ԏ ry setting, see »Key lock and facto-
The latest IODD file and informa-
Ԏ The latest IODD file and informa-
ry setting«, Diagram 3.
ry setting«, Diagram 3.
tions about start-up and configura-
tions about start-up and configura-
Ԏ The latest IODD file and informa-
tion of pico+ sensors with IO-Link, Ԏ The latest IODD file and informa-
tion of pico+ sensors with IO-Link,
you will find online at tions about start-up and configura-
tions about start-up and configura-
you will find online at
www.microsonic.de/en/mic+.
tion of pico+ sensors with IO-Link,
tion of pico+ sensors with IO-Link,
www.microsonic.de/en/mic+.
Show parameters
you will find online at
you will find online at
Show parameters
In normal operating mode shortly
Î
www.microsonic.de/en/mic+.
www.microsonic.de/en/mic+.
push T1. The LED display shows
In normal operating mode shortly
Î
»PAr.« Show parameters
Show parameters
push T1. The LED display shows
Each time you tap push-button T1 the
In normal operating mode shortly
Î In normal operating mode shortly
Î »PAr.«
actual settings of the analogue output
push T1. The LED display shows
push T1. The LED display shows
Each time you tap push-button T1 the
are shown.
»PAr.«
»PAr.«
actual settings of the analogue output
Each time you tap push-button T1 the
Each time you tap push-button T1 the
are shown.
actual settings of the analogue output
actual settings of the analogue output
are shown.
are shown.