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Scientific & Technical Product | UHN3000

USC-7000

It can be connected to several clients through one server, and useful (gainful) to build an ubiquitous sensor control experimental lab

 

  • USC 7000 system is composed of one Server (Master) and some Clients (Slave). One Server (Master) has 10 ports to be connected to each computer. One Server (Master) can communicate with Clients (Slave) using 10 computers through one by one matching.
  • This trainer helps understanding embedded system and 1:7 bluetooth network communication.Students can design and program their own communication program

Training contents

1) Slave Content

Part I. Introduction Wireless

Chapter 1. Introduction to Ubiquitous Wireless Control System (USC-5000)

Chapter 2. Understanding of the PIC Microcontroller

Chapter 3. Understanding of the Server program and Technology of its operational principle

Chapter 4. Understanding of the Bluetooth Technology

Part II. Basic Wireless

Chapter 5. Inquiry response to wireless equipments

Chapter 6. Connection to wireless equipments

Chapter 7. Wireless Data / Voice Communication

Chapter 8. Disconnection to the wireless equipments

Part III. Experiment Wireless Application

Chapter 9. Remote DC / Step motor control

Chapter 10. Remote Power / Current control

Chapter 11. Remote Temperature sensor control

Chapter 12. Remote Infrared sensor control

Chapter 13. Remote Touch sensor control

Chapter 14. Remote Ultrasonic sensor control

Chapter 15. Remote Gas sensor control

Chapter 16. Remote Humidity sensor control

Chapter 17. Remote Pressure sensor control

1) Master Contents [Option : additional payment]

Section I. Introduction

Chapter 1. Introduction to Ubiquitous Wireless Control System (USC-5000)

Chapter 2. Server program Installation and Operation Theory

Chapter 3. Understanding Bluetooth Technology

Section II. Basic Exercises

Chapter 4. Master Information confirmation Exercise

Chapter 5. Slave Device Inquiry Exercise

Chapter 6. Wireless Connection Exercise

Chapter 7. Voice Connection Exercise

Chapter 8.Voice Connection Termination Exercise

Chapter 9. Data connection Termination Reception Exercise

Section III. Wireless Application Excercises

Chapter 10. Data Reception Exercise

Chapter 11. Wireless Network Setup Exercise

 

Specifications

 

U.S.A

Europe

Max print size (W x L)

29.1˝ x 14.5˝

740 x 370 mm

Max finished case size, opened (W x L)

27.5˝ x 13˝

700 x 330 mm

Max finished case size, opened (W x L x H) *

13˝ x 13˝ x 1.57˝

330 x 330 x 40 mm

Max. folding length

27.5˝

700 mm

Thickness of the cardboard

Up to 0.2˝

Up to 5 mm

Voltage

110/115 V

220–240V

Frequency

50-60 Hz

50-60 Hz

Max Current

1A

1A

Machine Dimensions (W x D x H)

21.7˝ x 33.1˝ x 7.9˝

550 x 840 x 200 mm

Box Dimensions (W x D x H)

25.5˝ x 37.4˝ x 12˝

650 x 950 x 305 mm

Net weight

66/ 75 lbs

29.7/ 34 kg

* An example, max size varies according to spine width.
Fastbind Casematic™ system: patented.
Design and specifications are subject to change without prior notice.

Components

Main package

  • Server
  • Clients
  • Program CD for Client contents
  • Textbook for Clients contents
  • Program CD for Server contents
  • Textbook for Server contents

Module Package

  • DC Motor control module
  • Step motor control module
  • Current control module
  • Light control module
  • Temperature sensor control module
  • Infrared sensor control module
  • Touch sensor control module
  • Supersonic control module
  • Gas sensor control module
  • Pressure sensor control module
  • Humidity sensor control module

Accessories

  • Demo Processor PIC 16F8772
  • Practice Processor PIC 16F877
  • Power Adaptor (Output : 12V, 1.5A)
  • UTP cable
  • USB Cable
  • UART Cable
  • SPI Cable
  • Carriage & Storage Bag