Product Description
1 Optical sensor Diffuse with backgroundsuppression
Operating voltage 24V DC
Sensing Range 10 1000 mm
Output Push pull PNP NPN
Communication interface IO link
Light source Laser Visible red light
2 Inductive sensor Flush
Operating voltage 24V DC
Sensing Range 8mm
LED Yellow
Type Flush
Output PNP NO
Communication interface IO link
3 Ultrasonic sensor
Operating voltage 24V DC
Sensing Range 20 to 250 mm
Type Flush
Output 420 mA
Communication interface IO link
4 IO link Interface module
Operating voltage 24V DC
No of IO channels 4 x M12 5 pin female connectors
Input Output type PNP
Communication via Ethernet
Power supply 1 x M8 4pin male connector
1 x M8 4 pin female connector
Communication protocol
PROFINET
EtherNetIP
Modbus TCP
5 LM guide unit assembly
Workpiece moment in Xaxis 0 320 mm
Workpiece moment in Yaxis 0 65 mm
Barrier guide Ball type
6 Workpiece assembly
Work piece for Inductive Capacitive sensorSS Aluminium Nylon
7 Workpiece assembly Work piece for fiber optic sensor Nylon
Textbooks and Manuals related to the technology willbe provided along with the hardware
Versatile Sensor CompatibilityThe SMART SENSOR TRAINER KIT accommodates a range of sensor modules, including temperature, pressure, humidity, and proximity. Its modular interface allows for easy swapping and configuration, ensuring flexibility for various educational and experimental setups. This versatility enhances hands-on learning and supports a diverse array of lab experiments and demonstrations.
Comprehensive Data Acquisition & DisplayEquipped with integrated real-time data acquisition and a digital LCD, the kit provides live status indicators and detailed parameter readings. Users can store data internally and review logged sessions, aiding in comprehensive analysis. The system is designed for clear visualization, making data interpretation straightforward and effective.
Designed for Education & DemonstrationPurpose-built for academic and vocational training, the SSTK-2022 includes a comprehensive manual, sample code, and structured laboratory experiments. The portable desktop form factor and robust construction make it suitable for classroom, laboratory, or workshop use. Practical features like fault simulation and user-adjustable calibration foster an interactive learning experience.
FAQ's of SMART SENSOR TRAINER KIT:
Q: How can I connect and switch between different sensor modules on the SMART SENSOR TRAINER KIT?
A: The kit supports a modular sensor interface, allowing users to easily connect multiple types of sensor modules such as temperature, pressure, humidity, and proximity sensors. Switching between sensors is straightforward using the provided connecting leads and sockets, enabling seamless transitions for various experiments.
Q: What process should I follow to calibrate the sensors?
A: All sensor channels come factory calibrated, but users can adjust calibration as needed using the user-friendly panel. Refer to the comprehensive user manual for step-by-step calibration procedures to ensure accurate readings, suited to specific sensor modules and measurement requirements.
Q: When is the data logged and how can I access stored data?
A: Data logging is built into the kit, recording sensor parameter values and live indicators during operation. Logged data can be accessed via the display panel or through the communication interfaces (USB, RS232/TTL), allowing users to download or review data sessions as required for analysis and reporting.
Q: Where can this trainer kit be effectively used?
A: The SMART SENSOR TRAINER KIT is designed for educational, training, and demonstration purposes. It is suitable for classrooms, laboratories, technical institutes, and industrial training centers, providing a hands-on platform for learning about smart sensor technology and data acquisition.
Q: What are the benefits of using the SSTK-2022 for sensor training?
A: Benefits include exposure to real-world sensor interfacing, live data observation, fault simulation for troubleshooting practice, and full control over calibration. With its robust construction, modularity, and rich training materials, the kit equips students and trainees with essential skills for automation and smart sensing applications.
Q: How do I ensure safe operation of the trainer kit?
A: The trainer kit features fuse-protected circuitry and operates within a voltage range of 230V AC. Users should connect it to standard mains, follow grounding protocols, and utilize the MS powder-coated chassis for added safety. The user manual details all recommended practices for safe operation and handling.