General Description; Technical Features - SEA 23102240 Guia De Inicio Rapido

International registered trademark n. 804888

GENERAL DESCRIPTION

The MITO photoelectric barrier has been projected for
applications in which it is necessary to apply two
overlapping photocells, without colliding each other.
To get such result the photocells must be powered with
12/24V~ then the power supplies must be crossed
Example: When the TX and the RX of a photocell are
powered with a black cable on 0V~ and with a red cable on
24V~, so the TX and the RX of the other photocell must
have the red cable on 0V~ and the black cable on 24V~
MITO photocells are provided with EMI screen which allows working
INSTALLATION
TRANSMITTER PHOTOCELL INSTALLATION
- Insert the cables in the special seat and make the connections
according to the type of application (12V or 24V~ or V
choosing whether synchronized or not synchronized photocell
- Adjust the cables in order to eliminate any excess
- Fix the Transmitter photocell
- Seal the protective gasket and any holes which may convey
foreign bodies into the container
RECEIVER PHOTOCELL INSTALLATION
- Insert the cables in the special seat and make the connections
according to the type of application (12V or 24V~ or V
choosing whether synchronized or not synchronized photocell
- Adjust the cables in order to eliminate any excess
- Fix the Receiver photocell, taking care to position it frontally and
perfectly aligned on the same axis, at the same height as the
associated Transmitter photocell
- Seal the protective gasket and any holes which may convey
foreign bodies into the container
NOTE: To have the synchronization function, the
p o w e r s u p p l y m u s t n e c e s s a r i l y b e 1 2 / 2 4 V ~
PHOTOCELL INITIALIZATION
Once the TX and RX photocells have been correctly fixed, power
them (12V or 24V ~ or V
If the photocell is correctly positioned and connected, the RED
LED on the RX photocell will be ON
RED LED ON = CORRECTLY ALIGNED DEVICE
RED LED OFF = NOT ALIGNED DEVICE OR INTERRUPTED BEAM
VERIFICATION OPERATIONS
Interrupt the infrared ray several times with a black cardboard
(anyway opaque to infrared) checking that:
- there is the response (exchange) of the Relay
- every time the beam is interrupted, the Red LED on the receiver
goes OFF
Zona industriale 64020 S.ATTO, Teramo - (ITALY)
Tel. 0861 588341 r.a. Fax 0861 588344
INFRARED SYNCRONIZED AND SCREENED
SURFACE PHOTOCELL
in elevated electromagnetic interference environment
) and check their alignment.
67412105
SEA S.p.A.
http://www.seateam.com
e-mail: seacom@seateam.com
English
MITO
(code 23102240)

TECHNICAL FEATURES

Input Voltage
Absorbed Current
Relay Contact Rating
Modulation Frequency
Range
Signal
Wawe Length
Operating Temperature Range
Humidity
),
JP1 ON = ACTIVE SYNCHRONIZATION
),
JP1 OFF = NOT ACTIVE SYNCHRONIZATION
Rev. 00 - 03/2019
12-24V
30 mA TX
1 A max / 24V
1000 Hz
15 meters - outside
Modulated Infrared
880 nm
-15°C
From 5% to 90%
not condensing
42
JP1
JP1
Tx1
1
1 2 3
+24 +12
0 +12 0
42
JP1
JP1
Tx1
1
1 2 3
0 +12 +24 0
RoHS
/V~
30mA RX
+60°C
42
Rx1
2 3 4 5 6
+24
42
Rx1
2 3 4 5 6
+12 +24