Proximity Sensors Trainer
Categories: Automation TechnologiesThe Trainer has been conceived for the study of proximity sensors in the industrial automation field. The supplied sensors are the most commonly used in the industry. Its main objective is to give the...
Product
Description
The Trainer has been conceived for the study of proximity sensors in the industrial automation field. The supplied sensors are the most commonly used in the industry. Its main objective is to give the student the means to be able decide the type of sensor that is more suitable according to the application and according to the piece to be identified. The sensors included in the Trainer are the
following:
- Magnetic proximity sensor (ON/OFF type)
- Inductive proximity sensor (ON/OFF type)
- Inductive proximity sensor (analog type)
- Optical proximity sensor (ON/OFF type)
- Capacitive proximity sensor (ON/OFF type)
The sensors are positioned on a base plate developed for their fixing. It is possible to develop practical experiences on the distance sensibility of the sensors according to the piece to be detected, on recognition capability according to the type of material of the piece and/or its shape and surface. A low voltage control electric box allows powering the sensors and testing their activate. by means of pilot lamps and a buzzer.
TRAINING PROGRAM:
• Operation principles of the sensors
• Application fields of the sensors
• Influence of the type of material when choosing a sensor
• Influence of the type of surface when choosing a sensor
• Influence of the color of the piece when choosing a sensor
• Influence of the thickness of the piece when choosing a sensor
• Selection of the sensor according to the application
TECHNICAL SPECIFICATIONS:
Sensors on board the plate:
1 Module with magnetic proximity sensor
• Voltage supply: 24 Vdc
• Output: NC
• Safety terminals: Ø = 4 mm
1 Module with ON/OFF inductive proximity sensor
• Sensor dimensions: M12
• Voltage supply: 24 Vdc
• Activation distance (Sn): 4 mm
• Output: PNP
• Activation Led ON
• Safety terminals: Ø = 4 mm
• Protections: short-circuit, polarity inversion and overload
1 Module with ON/OFF inductive proximity sensor
• Sensor dimensions: M18
• Voltage supply: 24 Vdc
• Activation distance (Sn): 8 mm
• Output: PNP
• Activation Led ON
• Safety terminals: Ø = 4 mm
• Protections: short-circuit, polarity inversion and overload
1 Module with analog inductive proximity sensor
• Sensor dimensions: M12
• Voltage supply: 24 Vdc
• Activation distance (Sn): 0 ÷ 6 mm
• Output: 1 ÷ 10 V
• Safety terminals: Ø = 4 mm
1 Module with optical barrier sensor - Transmitter
• Sensor dimensions: 10 x 30 x 20 mm
• Voltage supply: 24 Vdc
• Activation distance (Sn): 15 m
• Output: PNP
• Safety terminals: Ø = 4 mm
1 Module with optical barrier sensor - Receiver
• Sensor dimensions: 10 x 30 x 20 mm
• Voltage supply: 24 Vdc
• Activation distance (Sn): 15 m
• Output: PNP –NO/NC
• Safety terminals: Ø = 4 mm
1 Module with fiber optics sensor complete
with amplifier and fiber
• Sensor dimensions: 13 x 30 x 60 mm
• Voltage supply: 24 Vdc
• Activation distance (Sn):
- 80 mm in diffusion mode
- 200 mm in through beam mode
• Output: NPN and PNP
• Safety terminals: Ø = 4 mm
1 Module with optical reflection sensor complete with retro reflector.
• Sensor dimensions: 10 x 30 x 20 mm
• Voltage supply: 24 Vdc
• Activation distance (Sn): 6 m
• Output: PNP –NO/NC
• Safety terminals: Ø = 4 mm
1 Module with optical BGS diffusion sensor
• Sensor dimensions: 10 x 30 x 20 mm
• Voltage supply: 24 Vdc
• Activation distance (Sn): 150 mm
• Output: PNP or NPN
• Safety terminals: Ø = 4 mm
• Protections: short-circuit, polarity inversion and overload.
1 Module capacitive proximity sensor
• Sensor dimensions: M12
• Voltage supply: 24 Vdc
• Activation distance (Sn): 8 mm
• Output: automatic identification of NPN or PNP load
• Safety terminals: Ø = 4 mm
• Protections: short-circuit, polarity inversion and overload
Low voltage control electric Box
Front panel, in isolating material, with synoptic silk-screened diagram of the components.
It contains:
- Power supply 24 Vdc – 2.5 A
Available resources
- 2 exchange relays connected to Ø= 4 mm safety terminals
- 8 24 Vdc lamps connected to Ø= 4 mm safety terminals
- 1 24 Vdc buzzer connected to Ø= 4 mm safety terminals
- Safety terminals Ø = 4 mm
Set of samples
It includes a set of different samples by type of material and color, to be used with the sensors.
Power supply: 230 Vac 50 Hz single-phase (Other voltage and frequency on request)
quick overview :
The Trainer has been conceived for the study of proximity sensors in the industrial automation field. The supplied sensors are the most commonly used in the industry. Its main objective is to give the student the means to be able decide the type of sensor that is more suitable according to the application and according to the piece to be identified. The sensors included in the Trainer are the
following:
- Magnetic proximity sensor (ON/OFF type)
- Inductive proximity sensor (ON/OFF type)
- Inductive proximity sensor (analog type)
- Optical proximity sensor (ON/OFF type)
- Capacitive proximity sensor (ON/OFF type)
The sensors are positioned on a base plate developed for their fixing. It is possible to develop practical experiences on the distance sensibility of the sensors according to the piece to be detected, on recognition capability according to the type of material of the piece and/or its shape and surface. A low voltage control electric box allows powering the sensors and testing their activate. by means of pilot lamps and a buzzer.
TRAINING PROGRAM:
• Operation principles of the sensors
• Application fields of the sensors
• Influence of the type of material when choosing a sensor
• Influence of the type of surface when choosing a sensor
• Influence of the color of the piece when choosing a sensor
• Influence of the thickness of the piece when choosing a sensor
• Selection of the sensor according to the application
TECHNICAL SPECIFICATIONS:
Sensors on board the plate:
1 Module with magnetic proximity sensor
• Voltage supply: 24 Vdc
• Output: NC
• Safety terminals: Ø = 4 mm
1 Module with ON/OFF inductive proximity sensor
• Sensor dimensions: M12
• Voltage supply: 24 Vdc
• Activation distance (Sn): 4 mm
• Output: PNP
• Activation Led ON
• Safety terminals: Ø = 4 mm
• Protections: short-circuit, polarity inversion and overload
1 Module with ON/OFF inductive proximity sensor
• Sensor dimensions: M18
• Voltage supply: 24 Vdc
• Activation distance (Sn): 8 mm
• Output: PNP
• Activation Led ON
• Safety terminals: Ø = 4 mm
• Protections: short-circuit, polarity inversion and overload
1 Module with analog inductive proximity sensor
• Sensor dimensions: M12
• Voltage supply: 24 Vdc
• Activation distance (Sn): 0 ÷ 6 mm
• Output: 1 ÷ 10 V
• Safety terminals: Ø = 4 mm
1 Module with optical barrier sensor - Transmitter
• Sensor dimensions: 10 x 30 x 20 mm
• Voltage supply: 24 Vdc
• Activation distance (Sn): 15 m
• Output: PNP
• Safety terminals: Ø = 4 mm
1 Module with optical barrier sensor - Receiver
• Sensor dimensions: 10 x 30 x 20 mm
• Voltage supply: 24 Vdc
• Activation distance (Sn): 15 m
• Output: PNP –NO/NC
• Safety terminals: Ø = 4 mm
1 Module with fiber optics sensor complete
with amplifier and fiber
• Sensor dimensions: 13 x 30 x 60 mm
• Voltage supply: 24 Vdc
• Activation distance (Sn):
- 80 mm in diffusion mode
- 200 mm in through beam mode
• Output: NPN and PNP
• Safety terminals: Ø = 4 mm
1 Module with optical reflection sensor complete with retro reflector.
• Sensor dimensions: 10 x 30 x 20 mm
• Voltage supply: 24 Vdc
• Activation distance (Sn): 6 m
• Output: PNP –NO/NC
• Safety terminals: Ø = 4 mm
1 Module with optical BGS diffusion sensor
• Sensor dimensions: 10 x 30 x 20 mm
• Voltage supply: 24 Vdc
• Activation distance (Sn): 150 mm
• Output: PNP or NPN
• Safety terminals: Ø = 4 mm
• Protections: short-circuit, polarity inversion and overload.
1 Module capacitive proximity sensor
• Sensor dimensions: M12
• Voltage supply: 24 Vdc
• Activation distance (Sn): 8 mm
• Output: automatic identification of NPN or PNP load
• Safety terminals: Ø = 4 mm
• Protections: short-circuit, polarity inversion and overload
Low voltage control electric Box
Front panel, in isolating material, with synoptic silk-screened diagram of the components.
It contains:
- Power supply 24 Vdc – 2.5 A
Available resources
- 2 exchange relays connected to Ø= 4 mm safety terminals
- 8 24 Vdc lamps connected to Ø= 4 mm safety terminals
- 1 24 Vdc buzzer connected to Ø= 4 mm safety terminals
- Safety terminals Ø = 4 mm
Set of samples
It includes a set of different samples by type of material and color, to be used with the sensors.
Power supply: 230 Vac 50 Hz single-phase (Other voltage and frequency on request)
Product
Reviews
add Review
reviews
No Review Yet.
Related
Products
The unit is a tabletop structure reproducing a 3-floor lift....
Advanced Electro-Pneumatics Kit
This advanced pneumatics kit is supplied only as an extensio...
This Advanced pneumatics kit is supplied only as an extensio...
Artificial Colour Vision System
System, included in a laboratory of automation technologies...
Automatic Multilevel Storage for Product...
The mechatronic system consists of the following elements:•...
Automatic Multistation Line for Samples...
The mechatronic system consists of the following elements:•...
Automatic Pieces identification and Sele...
The mechatronic system consists of the following elements:•...
Automatic Pieces Identification, Thickne...
The mechatronic system consists of the following elements:•...
Copyrights © 2019 All Rights Reserved by Atico
Product
Reviews
add Review
reviews
No Review Yet.