microsonic mic Ultrasonic Sensors with Two Switching Outputs Instruction Manual
- June 9, 2024
- microsonic
Table of Contents
microsonic mic Ultrasonic Sensors with Two Switching Outputs
mic Ultrasonic Sensors with two switching output
Product description
The mic-sensor with two switching outputs measures the distance to an object within the detection zone contactless. Depending on the adjusted detect distances the switching outputs are set. The output functions are changeable from NOC to NCC.
Using the LinkControl adapter (optinal accessory) all sensor parameter settings can be adjusted by a Windows ® Software. Safety Notes Ԏ Read the operating manual prior to start-up. Ԏ Connection, installation and adjustment works may only be carried out by expert personnel.Ԏ No safety component in accordance with the EU Machine Directive, use in the area of personal and machine protection not permitted The mic-sensors have a blind zone in which distance measurement is not possible. The operating range indicates the distance of the sensor that can be applied with normal reflectors with sufficient function reserve. When using good reflectors, such as a calm water surface, the sensor can also be used up to its maximum range. Objects that strongly absorb (e.g. plastic foam) or diffusely reflect sound (e.g. pebble stones) can also reduce the defined operating range.
→ Installation Î Assemble the sensor at the installation location.
→ Plug in the connector cable to the M12 connector, see Fig. 1.
| | colour
---|---|---
1| +UB| brown
3| –UB| blue
4| D2| black
2| D1| white
5| Sync/Com| grey
Fig. 1: Pin assignment with view onto sensor plug and colour coding of the microso- nic connection cable
Start-up
→ Connect the power supply.
→ Set the parameters of the sensor using the LinkControl adapter LCA- 2 with
the LinkControl software.
Factory setting
- mic-sensors are delivered factory made with the following settings:
- Switching outputs on NOC
- Detecting distances at operating range and half operating range Maximum detection range set to maximum range
Synchronization
If the assembly distances shown in Fig. 2 for two or more sensors are exceeded the integrated synchronization should be used. Connect pins 5 (Sync/ Com) of all sensors (10 maximum).
| |
---|---|---
mic-25…
| <10 cm| <1.0 m
mic-35…| <30 cm| <1.7 m
mic-130…| <60 cm| <5.4 m
mic-340…| <1.6 m| <16 m
mic-600…| <2.6 m| <30 m
Multiplex mode
The sensors that are electrically connected to each other via pin 5 (Sync/ Com) can additionally be assigned an individual device address between »01« and »10« with Link Control. The sensors then alternate with their ultra- sonic measurements during operation in ascending order of the device addresses. This completely avoids mutual interference between the sensors. The device address »00« is reserved for synchronous operation and deactivates multiplex operation. For synchronous operation, all sensors must have the device address »00«.
Maintenance
mic-sensors work maintenance free. Small amounts of dirt on the surface do not influence function. Thick layers of dirt and caked-on dirt affect sensor function and therefore must be removed.
Note
mic sensors have an internal tempera- ture compensation. Due to the sensor‘s self-heating, the temperature compensation reaches its optimum operating point after approx. 30 mi- nutes of operation.
Technical data
| 
| |
| |
---|---|---|---|---|---
| |
| |
|
blind zone| 0 to 30 mm| 0 to 65 mm| 0 to 200 mm| 0 to 350 mm| 0 to 600 mm
operating range| 250 mm| 350 mm| 1,300 mm| 3,400 mm| 6,000 mm
maximum range| 350 mm| see detection zone| 2,000 mm| 5,000 mm| 8,000 mm
angle of beam spread| see detection zone| 400 kHz| see detection zone| see
detection zone| see detection zone
transducer frequency| 320 kHz| 0.18 mm| 200 kHz| 120 kHz| 80 kHz
resolution| 0.18 mm| ±0.15 %| 0.18 mm| 0.18 mm| 0.18 mm
reproducibility| ±0.15 %| Temperature drift internal compensated, ≤2 %, may|
±0.15 %| ±0.15 %| ±0.15 %
accuracy| Temperature drift internal compensated, ≤2 %, may be deactivated 1)
(0.17%/K without compensation)| be deactivated 1) (0.17%/K without
compensation)| Temperature drift internal compensated, ≤2 %, may
be deactivated 1) (0.17%/K without compensation)| Temperature drift internal
compensated, ≤2 %, may
be deactivated 1) (0.17%/K without compensation)| Temperature drift internal
compensated, ≤2 %, may
be deactivated 1) (0.17%/K without compensation)
detection zones for different objects: The dark grey areas represent the zone
where it is easy to recognize 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
recognised. The requirement here is for an optimum alignment to the sensor. It
is not possible to evaluate ultrasonic reflections outside this area.|
|
|
|
|
operating voltage UB| 9 to 30 V DC, short-circuit-proof, Class 2| 9 to 30 V
DC, short-circuit-proof, Class 2| 9 to 30 V DC, short-circuit-proof, Class 2|
9 to 30 V DC, short-circuit-proof, Class 2| 9 to 30 V DC, short-circuit-proof,
Class 2
voltage ripple| ±10 %| ±10 %| ±10 %| ±10 %| ±10 %
no-load supply current| ≤55 mA| ≤55 mA| ≤55 mA| ≤55 mA| ≤55 mA
housing| Brass sleeve, nickel-plated, plastic parts: PBT| Brass sleeve,
nickel-plated, plastic parts: PBT;| Brass sleeve, nickel-plated, plastic
parts: PBT;| Brass sleeve, nickel-plated, plastic parts: PBT;| Brass sleeve,
nickel-plated, plastic parts: PBT;
| Ultrasonic transducer: polyurethane foam,| Ultrasonic transducer:
polyurethane foam| Ultrasonic transducer: polyurethane foam,| Ultrasonic
transducer: polyurethane foam,| Ultrasonic transducer: polyurethane foam,
| epoxy resin with glass content| epoxy resin with glass content| epoxy resin
with glass content| epoxy resin with glass content| epoxy resin with glass
content
class of protection to EN 60529| 9 IP 67| IP 67| IP 67| IP 67| IP 67
norm conformity| EN 60947-5-2| EN 60947-5-2| EN 60947-5-2| EN 60947-5-2| EN
60947-5-2
type of connection| 5-pin initiator plug, Brass, nickel-plated| 5-pin
initiator plug, Brass, nickel-plated| 5-pin initiator plug, Brass, nickel-
plated| 5-pin initiator plug, Brass, nickel-plated| 5-pin initiator plug,
Brass, nickel-plated
programmable| via LinkControl| via LinkControl| via LinkControl| via
LinkContro| via LinkControl
operating temperature| –25 to +70 °C| l via LinkControl via LinkControl via
LinkControl operating temperature –25 to +70 °C –25 to +70 °C| –25 to +70 °C|
–25 to +70 °C| –25 to +70 °C
storage temperature| –40 to +85 °C| –40 to +85 °C| –40 to +85 °C| –40 to +85
°C| –40 to +85 °C
weight| 200 g| 200 g| 200 g| 260 g| 320 g
switching hysteresis 1)| 3 mm| 5 mm| 20 mm| 50 mm| 100 mm
switching frequency 1)| 11 Hz| 8 Hz| 6 Hz| 3 Hz| 2 Hz
response time 1)| 50 ms| 70 ms| 110 ms| 180 ms| 240 ms
time delay before availability 1)| | mic-35/DD/M| mic-130/DD/M| mic-340/DD/M|
mic-600/DD/M
order No.| mic-25/DD/M| 2x pnp, UB – 2 V, Imax = 2x 200 mA| 2x pnp, UB – 2 V,
Imax = 2x 200 mA| 2x pnp, UB – 2 V, Imax = 2x 200 mA| 2x pnp, UB – 2 V, Imax =
2x 200 mA
switching output| t 2x pnp, UB – 2 V, Imax = 2x 200 mA| switchable NOC/NCC,
short-circuit-proof| switchable NOC/NCC, short-circuit-proof| switchable
NOC/NCC, short-circuit-proof| switchable NOC/NCC, short-circuit-proof
microsonic GmbH / Phoenixseestraße 7 / 44263 Dortmund / Germany /
T +49 231 975151-0 / F +49 231 975151-51 / E
info@microsonic.de / W
microsonic.de
The content of this document is subject to technical changes. Specifications
in this document are presented in a descriptive way only. They do not warrant
any product features.
losure Type 1 For use only in industrial machinery NFPA 79 applications. The proximity switches shall be used with a Listed (CYJV/7) cable/connector assembly rated mini -mum 32 Vdc, minimum 290 mA, in the final installation.
