Product Description
Photoelectric through beam sensor
1 Sensing method Through beam
2 Maximum sensing distance 1 meter
3 Control output PNP
4 Operating voltage 12 24VDC
5 Connection Latch or Removable Arrangementor Modular
6 Casing Acrylic
Photoelectric retro reflective sensorwith reflective plate
1 Maximum sensing distance 1 meter
2 Control output PNP
3 Operating voltage 10 30VDC
4 Connection Latch or RemovableArrangement or Modular
5 Casing Acrylic
M6 reflective fiber coupled with fibersensor amplifier
1 Control output PNP
2 Operating voltage 12 24VDC
3 Connection Latch or RemovableArrangement or Modular
4 Casing Acrylic
Diffuse reflective sensor
1 Maximum sensing distance 10 70cm
2 Control output PNP
3 Operating voltage 10 30VDC
4 Connection Latch or RemovableArrangement or Modular
5 Casing Acrylic
Diffuse reflective sensor withadjustable sensitivity
1 Maximum sensing distance 10 30cm
2 Adjustable sensitivity
3 Control output PNP
4 Operating voltage 10 30VDC
5 Connection Latch or RemovableArrangement or Modular
6 Casing Acrylic
Distance settable sensor
1 Maximum sensing distance 2mm 80mm
2 Control output PNP
3 Operating voltage 10 30VDC
4 Connection Latch or RemovableArrangement or Modular
5 Casing Acrylic
Digital counter
1 Display Single display 4 digits056
2 7 segments Red LED display
3 Input PNP sensor switch
4 Range 0999999 count
5 Supply 230V AC
6 Connection Latch or RemovableArrangement or Modular
7 Casing Acrylic
Tachometer
1 Range 45000RPM
2 Display Single display 4 digits056 7 segment red LED display
3 Input PNP sensor switch
4 Connection Latch or RemovableArrangement or Modular
5 Casing Acrylic
Switch and LED module
1 LED light 3 nos
2 Momentary switch 2 nos
3 Supply 24VDC
4 Connection Latch or RemovableArrangement or Modular
5 Casing Acrylic
Motorized 24VDC rotary disc with 2set of black and white region
1 Supply 24VDC
2 D50mm100mm cw 2 sets of alternateblack and white region
3 Connection Latch or RemovableArrangement or Modular
4 Casing Acrylic
Motorized 24VDC rotary disc with 2set of yellow green blue and red region
1 Supply 24VDC
2 D50mm100mm cw 2 sets of thealternate yellow green blue and red region
3 Connection Latch or RemovableArrangement or Modular 4 Casing Acrylic
Cylindrical capacitive sensor
1 Maximum sensing distance 1015 mm
2 Control output PNP
3 Operating voltage 10 30VDC
Cylindrical inductive sensor
1 Maximum sensing distance 810 mm
2 Control output PNP
3 Operating voltage 10 30VDC
4 Connection Latch or RemovableArrangement or Modular
5 Casing Acrylic
8 pin DIN mounted 24VDC coilelectromagnetic relay
1 Coil voltage 24VDC
2 Type DPDT
3 Connection Latch or RemovableArrangement or Modular
4 Casing Acrylic
Momentary push button
Breadboard
1 830 Solderless Points
2 Ideal for Experimenting with CircuitDesign in Labs
3 Colored coordinates for easycomponents placement
4 Accept a variety of wire sizes 20 29AWG
Versatile Educational PlatformThe ISL-2024 Industrial Sensor Lab is built for hands-on training and skill development in sensor technology and industrial process control. Its modular design lets users adapt the system for specific training objectives, making it ideal for educational institutions and industrial labs. With its comprehensive range of compatible sensors and digital display, it offers a practical, real-world approach to understanding automation systems.
Superior Safety and ConnectivityEnsuring operational safety, the Industrial Sensor Lab incorporates short circuit and overload protection. The system provides clearly labeled terminals for secure sensor output signal connections, supporting both analog and digital signals. Its standalone rack-mount construction and powder-coated finish guarantee longevity, and its export-quality packaging ensures the equipment arrives intact and ready for immediate setup.
Customizable and Expandable SystemThe modular configuration allows users to add or remove sensor modules as required. This flexibility enables tailored setups for various experiments or process demonstrations. Whether you're training students or upskilling professionals in industrial automation, the lab supports configuration changes to address evolving educational or technological requirements.
FAQ's of Industrial Sensor Lab:
Q: How can the Industrial Sensor Lab be used for hands-on training?
A: The ISL-2024 enables users to perform sensor calibration, process measurement, and control exercises using real-time data from multiple sensors. Its modular setup and experimentation panels allow trainees to practice wiring, configuration, and troubleshooting in both manual and automatic modes.
Q: What types of sensors are compatible with this Industrial Sensor Lab?
A: The system is engineered for compatibility with a broad spectrum of sensors, including temperature, pressure, proximity, flow, humidity, and light sensors. This provides flexibility for a variety of industrial automation experiments.
Q: When is it advisable to add or remove sensor modules?
A: Sensor modules can be added or removed whenever there is a need to adapt the lab setup for specific training topics, process demonstrations, or technological upgrades. The modular design ensures easy reconfiguration without extensive downtime.
Q: Where can the Industrial Sensor Lab be installed and used?
A: This lab system is intended for educational and training settings, such as engineering institutions, technical colleges, and industrial automation laboratories. Its standalone design and integrated rack allow easy installation in classrooms, workshops, or dedicated lab spaces.
Q: What processes can be demonstrated or practiced using the lab?
A: Users can engage in a range of activities, such as sensor calibration, process measurement, control loop demonstrations, and understanding of analog/digital signal processing, all supported by accurate digital panel displays and signal conditioning modules.
Q: How does the lab ensure safety during experimentation?
A: The system includes built-in short circuit and overload protection, safeguarding both the equipment and the user during experiments. These features minimize risks associated with electrical faults or improper wiring.
Q: What are the benefits of a digital display and configurable measurement range?
A: The digital display offers instantaneous, accurate readings for all sensor experiments, enhancing data comprehension. The configurable measurement range accommodates diverse experimentation needs, making the system suitable for a wide array of training applications.