Winston Electric
27, Jalan 6/2,
Taman Industries Selesa Jaya,
Off Jalan Balakong,
43300 Seri Kembangan,
Selangor, Malaysia.
+603-89614628
+603-89617048
+6017-3576175
+60173576175

UDC-18GM-400-3E3

Previous 1 / 13 Next

UDC-18GM-400-3E3 Ultrasonic Sensor Sensor
RM 800.00
150 g
In Stock


Feature                     

  •  Ultrasonic system for reliable detection of no, one, or two overlapping sheet materials, preferably papers
  •  No TEACH-IN required
  •  Function indicators visible from all directions
  •  Insensitive to printing, colors, and shining surfaces
  •  Material weight from 10 g/m 2 up to over 2000 g/m 2
  •  Very wide material spectrum, finest papers up to thin sheet metals as well as plastic- and metal foils
  •  Perpendicular or inclined sensor mounting relative to the sheet plane possible
  •  Programmable

Technical data                  

General specifications
Sensing range 20 ... 60 mm , optimal distance: 45 mm
Transducer frequency 395 kHz
Indicators/operating means
LED green indication: single sheet detected
LED yellow Indication: No sheet detected (Air)
LED red indication: double sheet detected
Electrical specifications
Operating voltage U b 18 ... 30 V DC , ripple 10 % SS
No-load supply current I 0 < 80 mA
Time delay before availability t v < 500 ms
Input
Input type Function input
0-level: -U B ... -U B + 1V
1-level: +U B - 1 V ... +U B
Pulse length ≥ 100 ms
Impedance ≥ 4 kΩ
Output
Output type  3 switch outputs NPN, NC
Rated operating current I e 3 × 100 mA , short-circuit/overload protected
Voltage drop U d ≤ 2 V
Switch-on delay T on approx. 15 ms (shorter response time on request)
Switch-off delay T off approx. 15 ms (shorter response time on request)
Pulse extension min. 120 ms programmable
Ambient conditions
Ambient temperature 0 ... 60 °C (32 ... 140 °F)
Storage temperature -40 ... 70 °C (-40 ... 158 °F)
Mechanical specifications
Connection type cable PVC , 2 m
Core cross-section 0.14 mm
Protection degree IP67
Material
Housing nickel plated brass; plastic components: PBT
Transducer epoxy resin/hollow glass sphere mixture; polyurethane foam
Mass 150 g
General information
Supplementary information  Switch settings of the external programming adapter:
"output load": pull-up
"output logic": inv

Diagrams                   

Dimension                        

Additional information                      

Connection                 


Description of sensor functions                       

The ultrasonic double sheet monitor is used for double sheet detection in all situations in which the automatic distinction between double and single sheets is required in order to protect machines or avoid waste production. The double-sheet monitor is based on the ultrasonic through-beam principle. The following can be detected:
- No sheet, i.e. air,
- Individual sheet
- Double sheet
A microprocessor system evaluates the signals. The appropriate switch outputs are set as a result of the evaluation. Changes in ambient conditions such as temperature and humidity are compensated for automatically. The interface electronics is integrated into a compact M18 metal housing together with a sensor head.

Switching on                         

The sensor is equipped with 6 connections. The functionality of the connections is described in the following table. The function input
(PK) is used to assign parameters to the sensor. (See Output pulse extension, Alignment aid and Program selection). During normal
operation, the function input must always be securely connected with +U B or -U B , to avoid possible interference or improper functionality.
Colour Switching on Comments
BN +U B  
WH Switch output for single sheets Pulse width corresponds to the event
BK Switch output for double sheets Pulse width corresponds to the event
GY Switch output for air Pulse width corresponds to the event
PK -U B /+U B Function input for parameter assignment/
pulse prolongation
BU -UB  

Normal mode                     

The sensor is working in normal mode if the function input (PK) is applied to -U B or +U B when the power source (Power-On) is supplied,
as shown in the output pulse extension table (see below).
Displays:
LED yellow:      Detection of air
LED green:      Detection of single sheets
LED red:          Detection of double sheets
Switch outputs:
The switch outputs are only active in normal operation!
White:      WH     Single sheet output
Black:      BK      Double sheet output
Gray:       GY       Air output

Procedure for assigning parameters                

It is possible to switch to additional parameter assignment modes from the display mode:
         Alignment mode -->
         Program selection mode -->
         Alignment aid mode --> (for checking)
When the function input (PK) is applied to -U B (for > 500 ms), the mode changes. When the "Program selection“ mode is active, swit-
ching on function input (PK) on to +U B (for > 500 ms) selects the next program level.
Disconnecting the power supply causes the system to exit the current mode with the selected program change.
The switch outputs are not active while parameters are being assigned to the sensor!

Modes                                  

Amplitude control
During installation, the amplitude control can be used to check whether the ultrasonic amplitude at the receiver is sufficient. If the transmitter is not aligned properly in relation to the receiver, maximum sound energy is not transmitted to the receiver, which may result in the incorrect detection of materials.
When the sensor detects an area of air (yellow LED lights up), the UDC begins to display the strength of the measured amplitude signal:
- if the signal is weak, the yellow LED flashes at low frequency
- the flashing frequency increases in line with the signal strength
- the yellow LED lights up continuously when the signal strength is sufficient.
The single sheet function (green LED) and double sheet function (red LED) are now active. This can be used to check the correct
function of the sensor.
Program selection
In the program selection mode, the current program is displayed by the green LED (number of flashing pulses = program number).
Applying the adjustment input (PK) to +U B (for > 500 ms) causes the next program to be selected in cyclic sequence (program 1 follows through to program 4).

Please leave your enquiry here, we will reply as soon as possible.
Name*  
Company Name  
Product Interested  
Quantity  
Email*  
Contact No.*  
Ship to Name  
Shipping Address  
Messages*  
   


You have 0 items in you cart. Would you like to checkout now?
0 items
Switch to Mobile Version