Proximity Photoelectric Switch

Product Details:

Working Principle
This is a system which consist of one device and a reflector. The device contains emitter and receiver The rays emitted by the emitter are reflected by the reflector to the receiver. The electronic sensing of the object occurs when these rays are interrupted.

Advantages

• Easy assembly compared to the through beam type.
• Large active sensing range compared to diffused beam type.

Field of Application
This electronic sensors can be used where it is difficult to install Through Beam Sensors due to space constraint. Further, simple wiring makes it suitable where sensing objects are bigger in size. Thus these sensors are used for loop control in decoiler, edge detection in paper/sheet metal etc.

Product Details:

These block type sensors are available in Diffused, Through Beam and Retro-Reflective types with sensing range varies from 100 mm to 5 Mtrs. The technical specifications are similar to standard cylindrical sensors but useful when mounting space is a constraint.

Product Details:

PROXIMON offers Photoelectric Sensors for Boom Barriers with sensing range 15Mtrs.

These are used to sense presence of Vehicle entering through gate. The output is PNP / NPN transistorized or RELAY potential free contact.

 

TECHNICAL CHARACTERISTICS

Response Time

5 msec

Switching Frequency

100 Hz

Operating Voltage

10 - 30 VDC

Maximum Load Current

100 mA

Output

NPN or PNP

Maximum Current consumption

24 mA (OFF) @ 24V DC (No Load)
34 mA (ON)

Voltage Drop

1 V Max

Short Circuit Protection

Provided

LED Indicator

Provided

Temperature Limit

0 - 55° C

Cable

2 Mtrs (std.)

 

Additional Information:

• Delivery Time: 2-4 weeks

Product Details:

Through Beam Sensor with Built-in Amplifier
 
 WORKING PRINCIPLE  :
This consists of two devices, a light emitter and a light receiver. The light receiver device contains amplifier circuit which gives transistorised output. These two devices are kept apart facing each other. The transmitter sends pulses of light in the infra red range which are invisible to the human eye. The receiver device opposite to the transmitter receives these rays. On interruption of these rays by the target object, receiver gives a signal which is amplified and fed to output transistor.
·  ADVANTAGES
- Large sensing distance is possible as emitter and receiver are kept opposite to each other.
- Suitable for precise detection of large as well as small objects. Repeatability and indexing precision are not
    impaired even if the object surface or background is reflecting.
- Can be coupled directly to PLC.
·  TECHNICAL CHARACTERISTICS
 Response Time
 5 msec
 Switching Frequency
 100 Hz
 Operating Voltage
 10 – 30 VDC
 Maximum Load Current
 100 mA
 Output
 NPN or PNP
 Maximum Current consumption
 @ 24V DC (NO Load)
 29 mA in OFF state
 34 mA in ON state
 Voltage Drop
 1 V Max
 Short Circuit Protection
 Provided
 LED Indicator
 Provided
 Temperature Limit
 0 - 55°C
 Cable
 2 Mtrs (std.)
 
 
Type
ø (mm)
L (mm)
Sn
SBTA – 1 K
18
90
1 Mtr.
SBTA – 3 K
18
90
3 Mtrs.
SBTA – 5 K
18
90
5 Mtrs.
SBTA – 10 K
30
100
10 Mtrs.
SBTA – 15 K
30
100
15 Mtrs.
 

Additional Information:

• Delivery Time: 2-4 weeks

Product Details:

1. 
   

   Type	ø (mm)	L (mm)	Sn
   DBT-100	18	90	100 mm
   DBT-200	18	90	200 mm
   DBT-300	18	90	300 mm
   DBT-500	30	90	500 mm
   DBT-1K	30	90	1 meter
   DBT-1.5K	30	90	1.5 meters

   WORKING PRINCIPLE

2. This device consist of a transmitter and a receiver together. This look alike Inductive Proximity Sensor and hence is also known as IR Proximity Sensor. The emitter emits Infra red rays which are reflected on the receiver through the object to be registered. In the use of these sensors, it is important to bear in mind the colour of the object. Light colour corresponds to the maximum distance and vice versa. In case of shiny object; the effect of surface of object is more important than the colour.

3. ADVANTAGES

   - Transmitter and receiver are housed in the same housing.
   - As the self reflection of an object is used for detection; Dark & Light marks can be distinguished.

4. FIELD OF APPLICATION

   These Sensors are particularly used for position sensing and counting of non metallic objects. It is also used for Bottle sensing, Label sensing, Level sensing, Height sensing, Plastic film sensing, Edge detection of paper or sheet metal etc.

5. CORRECTION FACTOR FOR SENSING DISTANCE

   MATERIAL CORRECTION FACTOR Standard Paper White 1 Metal Polished 1.2 - 2.0 Polysterene, White 1.0 - 1.2 PVC, Grey 0.4 - 0.8 Wood (rough) 0.5 - 0.8 Cotton Cloth White 0.5 - 0.7 Carboard Black 0.1 - 0.4

   
   Effective Sensing Range = Standard Sensing Range X Correction Factor
6. TECHNICAL CHARACTERISTICS

   Response Time 5 msec Switching Frequency 100 Hz Operating Voltage 10 – 30 VDC Maximum Load Current 100 mA Output NPN or PNP Maximum Current consumption at 24V DC (No Load) 24 mA (OFF) 34 mA (ON) Voltage Drop 1 V Max Short Circuit Protection Provided LED Indicator Provided Temperature Limit 0 – 55°C Cable 2 Mtrs (std.)

Product Details:

These are photoelectric sensors having slot type construction with slot gap 20mm/50mm/120mm/220mm.

The transmitter & receiver are mounted on two limbs of sensor opposite to each other.

The transmitter sends pulses of light in the infrared range which are invisible to the human eye. The receiver opposite to the transmitter receives these rays. On interruption of these rays by the target object, receiver gives a signal which is amplified and fed to output transistor.

 

SLOT CONSTRUCTION

 

Additional Information:

• Delivery Time: 2-4 weeks

Product Details:

CAR PARKING SYSTEM SENSOR

 

PROXIMON offers Photoelectric Sensors in Car Parking Systems.

 

These are used to sense presence of vehicle in Stacker / Puzzle / multilevel for safety.

 

 

 

 

 

Additional Information:

• Delivery Time: 2-4 weeks

Product Details:

Optical Proximity Sensors

·  WORKING PRINCIPLE

This device consist of a transmitter and a receiver together. This look alike Inductive Proximity Sensor and hence is also known as IR Proximity Sensor. The emitter emits Infra red rays which are reflected on the receiver through the object to be registered. In the use of these sensors, it is important to bear in mind the colour of the object. Light colour corresponds to the maximum distance and vice versa. In case of shiny object; the effect of surface of object is more important than the colour.

·  FIELD OF APPLICATION

These Sensors are particularly used for position sensing and counting of non metallic objects. It is also used for Bottle sensing, Label sensing, Level sensing, Height sensing, Plastic film sensing, Edge detection of paper or sheet metal etc.

·  TECHNICAL CHARACTERISTICS

Additional Information:

• Delivery Time: 2-4 weeks

Product Details:

CONNECTOR TYPE PHOTOELECTRIC SENSOR

 

PROXIMON offers photoelectric sensors with connector type as per international standard. These sensors are useful for easy replacement in field where cable connection is tedious job. These connector type sensors are available in cylindrical as well as in block type models.

 

·  FIELD OF APPLICATION

These Sensors are particularly used for position sensing and counting of non metallic objects. It is also used for Bottle sensing, Label sensing, Level sensing, Height sensing, Plastic film sensing, Edge detection of paper or sheet metal etc.

 

·TECHNICAL CHARACTERISTICS

Additional Information:

• Delivery Time: 2-4 weeks

Product Details:

Working Principle
This through beam photo electric sensors consist of two devices; a light emitter and a light receiver These two devices are kept apart facing each other. The Gallium-Aluminium-Arsenide-Luminescent diode integrated in the transmitter sends pulses of light in the infra-red range which are invisible lo the human eye. The receiver opposite to the transmitter receive these rays. Sensing is achieved when these rays are interrupted by the object.

Advantages

• Large sensing distance is possible as emitter and receiver are kept opposite to each other.
• Suitable for precise detection of large as well as small objects.
• Repeatability and indexing precision are not impaired even if the object surface or background is reflecting

Field of application
Through Beam Sensors are used for sensing semitransparent opaque objects such as Glass/Plastic Bottle, Sliver breakage detection, Paper breakage detection. Door opening/closing etc.