Microsonic nano-15-CD User Manual

Product description

Sensor adjustment with Teach-in procedure

Set detect point -

method A

Place object at

position .

Connect Teach-in for

about 3 s to +U

, until

LED flashes yellow.

LED:

flashes green/yellow

Set detect point+8 % -

method B

Place object at

position .

Connect Teach-in for

about 3 s to +U

, until

LED flashes yellow.

LED:

flashes green/yellow

Set window mode

Set two way reflective

barrier

Set NOC/NCC

Place object at

position .

Install reflector at

position .

Connect Teach-in for

about 3 s to +U

, until

LED flashes yellow.

LED:

flashes green/yellow

Connect Teach-in for

about 3 s to +U

, until

LED flashes yellow.

LED:

flashes green/yellow

Connect Teach-in for

about 13 s to +U

, until

LED flashes green/yellow

alternately.

LED flashes:

green, green/ yellow:

NOC green: NCC

Reset to factory setting

Switch off operating

voltage.

Connect Teach-in to +U

Switch on

operating voltage.

Keep Teach-in connected

to +U

for about 13 s,

until LED flashes

green/yellow alternately.

Connect Teach-in for

about 1 s to +U

Normal operating mode

Connect Teach-in for

about 3 s to +U

, until

LED flashes green/yellow.

Place object at

position .

LED:

flashes green/yellow

Connect Teach-in for

about 1 s to +U

Connect Teach-in for

about 10 s to +U

until

both LEDs stop flashing.

To change output

characteristic connect

Teach-in for about

1 s to +U

Wait for 10 s.

Disconnect Teach-in from

within 5 s before switching off

supply voltage.

Normal operating mode

colour

-U

brown

blue

4 2

D/E

Teach-in

black white

≥0.25 m ≥1.3 m

≥0.25 m

≥1.4 m

Set switched output

Further Settings

Ultrasonic Sensors

The nano sensor offers a non-contact measurement of the distance to an object which must be positioned within the sensor’s detection zone. The switched output is set conditional upon the adjusted detect distance. Via the Teach-in procedure, the detect distance and operating mode can be adjusted. One 2-colour LED indicates operation and the state of the switched output.

Operating Instructions

Safety notes

Ultrasonic proximity switch with

 Read the operating instructions

one switched output

nano-15/CD nano-15/CE nano-24/CD nano-24/CE

 Connection, installation and

 No safety Component in accor-

prior to start-up.

adjustment works should be carried out by expert personnel only.

dance with the EU Machine Directive.

Use for intended purpose only

nano ultrasonic sensors are used for non-contact detection of objects.

Installation

 Mount the sensor at the installa-

tion site.

 Connect a connection cable to the

M12 device plug. The assembly distances shown in fig. 2 for two or more sensors should not be fallen below in order to avoid mutual interference.

Start-up

 Connect the power supply.  Carry out sensor adjustment in

accordance with the diagram.

Fig. 1: Pin assignment with view onto sensor

plug and colour coding of the microsonic connection cables

Fig.2: Assembly distances

Factory setting

 Detect point operation.  Switched output on NOC.  Detect distance at operating

range.

Operating modes

Three operating modes are available for the switched output:

 Operation with one detect point

The switched output is set when the object falls below the set detect point.

 Window mode

The switched output is set when the object is within the set window.

 Two-way reflective barrier

The switched output is set when the object is between sensor and fixed reflector.

Maintenance

microsonic sensors are maintenancefree. In case of excess caked-on dirt we recommend cleaning the white sensor surface.

Notes

 Every time the power supply is

switched on, the sensor detects its actual operating temperature and transmits it to the internal temperature compensation. This results in a slight correction of the analogue output value after 45 seconds.

 If the sensor was switched off for

at least 30 minutes and after power on the switched output is not set for 30 minutes a new adjustment of the internal temperature compensation to the actual mounting conditions takes place.

 The sensors of the nano family

have a blind zone. Within this zone a distance measurement is not possible.

 In the normal operating mode, an il-

luminated yellow LED signals that the switched output is switched through.

 In the »Two-way reflective barrier«

operating mode, the object has to be within the range of 0-85 % of the set distance.

 In the »Set detect point - method

A« Teach-in procedure the actual distance to the object is taught to the sensor as the detect point. If the object moves towards the sensor (e.g. with level control) then the taught distance is the level at which the sensor has to switch the output.

 If the object to be scanned moves

into the detection area from the side, the »Set detect point+8 % method B« Teach-in procedure should be used. In this way the switching distance is set 8 % further than the actual measured distance to the object. This ensures a reliable switching distance even if the height of the objects varies slightly.

Technical data

blind zone

operating range

maximum range

angle of beam spread

20 mm

150 mm

40 mm

240 mm

250 mm

See detection zone

350 mm

See detection zone

transducer frequency

resolution, sampling rate

reproducibility

detection zones

for different objects:

The dark grey areas represent the zone

where it is easy to recognise the normal

reflector (round bar). This indicates the typical

operating range of the sensors. The light

grey areas represent the zone where a

very large reflector - for instance a plate - can still be regognized. The

requirement here is for an optimum

alignment to the sensor. It is not

possible to evaluate ultrasonic

reflections outside this area.

380 kHz

69 µm

500 kHz

69 µm

± 0.15 %

accuracy

operating voltage U

voltage ripple

no-load current consumption

± 1 % (temperature drift internally compensated)

10 - 30 V DC, reverse polarity protection

± 1 % (temperature drift internally compensated)

10 - 30 V DC, reverse polarity protection

±10 %

< 25 mA

±10 %

< 35 mA

housing

max. tightening torque of nuts

brass sleeve, nickel-plated, plastic parts: PBT;

ultrasonic transducer: polyurethane foam,

brass sleeve, nickel-plated, plastic parts: PBT;

ultrasonic transducer: polyurethane foam,

epoxy resin with glass content

1 Nm

epoxy resin with glass content

1 Nm

class of protection per EN 60 529

norm conformity

type of connection

controls

IP 67

EN 60947-5-2

IP 67

EN 60947-5-2

4-pin M12 circular plug

Teach-in via pin 2

4-pin M12 circular plug

Teach-in via pin 2

indicators

programmable

operating temperature

storage temperature

LED yellow/green

Teach-in

LED yellow/green

Teach-in

-25°C to +70°C

-40°C to +85°C

-25°C to +70°C

-40°C to +85°C

weight

switching hysteresis

switching frequency

response time

15 g

2 mm

15 g

3 mm

25 Hz

24 ms

20 Hz

30 ms

time delay before availability

order no.

switched output

< 300 ms

nano-15/CD

pnp, UB-2V, Imax = 200 mA

nano-24/CD

pnp, UB-2V, Imax = 200 mA

order no.

switched output

switchable NOC/NCC, short-circuit-proof

nano-15/CE

npn, -UB+2V, Imax = 200 mA

nano-24/CE

npn, -UB+2V, Imax = 200 mA

switchable NOC/NCC, short-circuit-proof

-U

1 2 4 3

1 pnp switched output

-U

2 4 3

1 npn switched output

Teach-in

nano-15...

nano-24...

8 cm 4 cm 0 cm 4 cm 8 cm

0 cm

4 cm

8 cm

12 cm

16 cm

20 cm

24 cm

Round bar ø 10 mm

Plate

10 cm 5 cm 0 cm 5 cm 10 cm

0 cm

5 cm

10 cm

15 cm

20 cm

25 cm

30 cm

35 cm

Plate

Round bar ø 10 mm

The content of this document is subject to technical changes. Specifications in this document are presented in a descriptive way only. They do not confirm any product features.

Fig. 4: Setting the detect point for different

directions of movement of the object



The sensor can be reset to its factory setting (see »Further settings«).

*B10706*

MV-DO-131212-458857

2004/108/EC