![]() Desai).Pages 74-80ĭigital Twin of the Robot Baxter for Learning Practice in Spatial Manipulation Tasks (Igor Verner, Dan Cuperman, Sergei Gamer, Alex Polishuk).Pages 81-92ĭevelopment of a Remote Tube Bending Lab to Illustrate Springback and Determine Process Limits (Siddharth Upadhya, Alessandro Selvaggio, Tobias R. Ananya, Lalit Bajaj, Anupriya Periwal, Santosh R. Process Parameter Monitoring and Control Using Digital Twin (Nihal Desai, S. Chandrashekar, Manish Suvarna).Pages 65-73 Optimized Additive Manufacturing Technology Using Digital Twins and Cyber Physical Systems (Sreekanth Vasudev Nagar, Arjun C. Venkatesh Prashanth, Sai Prithvi Raju, Nikhil Janardhana, Santoshgouda M. Machine Health Monitoring of Induction Motors (Panchaksharayya S. The Need for a System to Benefit the Implementation of Digital Twin, by Helping Visualize the Virtual Dynamics Remotely (Srinivas K. Thanya, Meena Parathodiyil).Pages 19-27Īpplication for Monitoring and Prediction of Energy and Water Consumption in Domestic Cyber-Physical Systems (Alberto Cardoso, Joaquim Leitão, Daniel Azevedo, Paulo Gil, Bernardete Ribeiro).Pages 28-37 Rohit, Sunidhi, Anirudh Gururaj Jamkhandi, D. Kist).Pages 3-18Ĭyber-Physical Control and Virtual Instrumentation (Sonal Varshney, S. The Minimate Pro has been tested and passed IEC 61010-1:(2nd ed.Intelligent Online Interface to Digital Electronics Laboratory with Automatic Circuit Validation and Support (Ananda Maiti, Andrew D. Vision (Cloud-based software): Provides stakeholders with secure, encrypted, access to event data, and allows instant sharing for time-sensitive projectsĬE Class B.GPS: Factory installed, for time synchronization event data.Supported modems: Sierra Wireless™ Airlink® RV-50, GX-400, LS-300. Water Resistance: IP67 – submerse to 30 cm (1 ft) for 24 hours.Electronics Operating Temperature: -40 to 45 ☌ (-40 to 113 ☏).LCD Operating Temperature: -20 to 45 ☌ (-4 to 113 ☏).Hydrophone (8-500 Hz, up to 324 kPa, 47 psi)Ģ5.4(l) x 11.75(w) x 10.80(h) cm (10.00 x 4.63 x 4.25 in)ġ0 domed tactile with separate keys for common functionsħ-line x 32-character, high-contrast, backlit LCDĮthernet® cable, supplied, for PC to unit connection or RS-232 with an optional USB adapterĮxternal Trigger and Remote Alarm (factory installed option).High Pressure Microphone (up to 69 kPa, 10 psi).High Frequency Triaxial Borehole Geophone (30-1000 Hz).DIN Triaxial Borehole Geophone (1-315 Hz).ISEE Triaxial Borehole Geophone (2-250 Hz).High Frequency Triaxial Geophone (30 -1000 Hz).DIN Triaxial Geophone (1-80 Hz) (Vibration Dose Value).An arsenal of advanced sensors enhances its monitoring capabilities, recording up to 65,536 samples per second on all channels.Ĭonfigure the base unit to one of the following industry standards: International Society of Explosives Engineers (ISEE-2017) or Deutsches Institut für Normung (DIN 45669-1). The Minimate Pro also boasts advanced recording and reporting features. Enjoy up to 10 days of uninterrupted monitoring with the provided internal battery and 64 MB of memory that can store up to 8,000 events, upgradeable to 32,000 events with the extended 240 MB memory option. The Minimate Pro allows you to never miss an event with its zero dead-time. The Minimate Pro features a rugged cast aluminum case with a waterproof rating of IP67, making it easy to monitor in wet conditions.įor those challenging applications, such as tunneling, the Minimate Pro includes EMI shielding and built-in noise and anti-aliasing filters to reduce noise and electrical interference. Designed to weather the most extreme conditions, the Minimate Pro can handle anything you can throw at it. Experience a unique set of advanced monitoring capabilities when it comes to recording vibration, sound/noise level, or air overpressure.
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