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IPCS has come to a full circle and has carved out a niche for itself in the automation training scenario of the country. We consider our team of qualified, experienced and dedicated engineers to be the most valuable assets of the institution. The healthy relationships maintained among the expert team and trainees combined with the constantly upgraded infrastructure makes IPCS an ideal place for automation training.Our vision is to develop the organization as a centre of excellence, from where skilled professionals and technologists of outstanding caliber will get trained year after year, dedicated to the betterment of deprived and the well-being of the industries.
Building Management System (BMS) enables the controlling and monitoring of various sensors in a buildings to make it secure and safe. It controls and monitors the electrical and mechanical equipment of the building to improve the building operations so that the building get transformed into Smart Building. Our world-class BMS training is designed with the optimal mixture of theory and practical sessions. In this century Building Management Systems plays a major role in automation sector. All the prominent companies are looking for talented technicians who can meet all their requirements in BMS domain. Our BMS training program is a great opportunity to enhance your skills in BMS sector and home automation. BMS training program is handled by our expert team with practical sessions having equipment manufactured by eSSL, W Box, Honeywell, Hikvision, Texecom, etc.
Certified BMS Engineer (CBE) TRAINING SPECIFICATIONS :
Certified BMS Engineer (CBE) Duration – 3 Months (240 hrs)
Fundamentals of Building Management System
- Basic Design Criteria
- Components Used in BMS
- Concept of Green & Smart Design
- Energy Management Systems
- MEP Design Fundamentals
Basic Electronics
- Basic Rules – OHMS Law, Faradays Law, KCL, KVL
- Passive Components
- Active Components
- Power Electronics Components
- Familiarization of Tools – Multimeter, Soldering, Desoldering
- Selection of Components and Color Codes
Digital Circuits
- Number Systems & Conversion
- Binary Operations
- Logic Gates
- Universal Gates
- 555 Timer
Micro controllers
- Microprocessors & Micro Controllers
- Architecture
- Programming Practice
- IC Burning
- Interfacing Keyboard, LCD, Stepper Motor, LED Displays
Basic Electrical Engineering
- Single Phase and Three Phase Systems
- Different Types Loads – Load Calculation
- Measurement of Current, Voltage, Power
- Different Types of Motors
- Different Types of Earthing
Relay Logic Systems
- Basic of Relays, Contractors, Timers, OLR, MCCBB, ACB
- Digital Timers, Counters
- Motor Control Circuits – D.O.L, Star, Delta
- Implementation of Fire Alarm Logic
Control Panels
- Different Types of Panels
- Panel Components
- Wiring and Trouble Shooting
- AMF Panels
- APFC Panels
- Power Management Systems
Servo Drives
- Basics of Motor – DC Motor, Stepper, Servo
- Feedback System
- Speed Control
- Torque Control
- Selection of Servo Motor and Drives
- Programming of Motor Drives
- Interfacing with PLC, HMI
VFD’s
- Selection of VFD’s
- Programming of VFD
- Fault Correction
- Interfacing with HMI, PLC
CAD Drawing
- Single Line Diagram
- Standard Symbols
- MEP Design Concepts
- Plotting
- Interfacing with HMI, PLC
Networking
- Concept of LAN, VAN
- Implementing of Networks
- Sharing of Files, Printers, Scanners Etc.
- Network Protocols – TCP/IP, Ethernet, Modbus, Canbus, Profibus
CCTV – Honeywell & Hikvision
- Selection of Camera
- Cabling and Termination
- Different Types of Cameras
- Night Vision Systems
- DVR Configuration – Honeywell
- NVR Configuration – Hikvision
- IP Cameras and Networking
- Remote Monitoring Through Phone and Internet
Security Systems – Intruder Alarms
- GSM Enabled Control Panel
- PIR Sensors
- Vibration Sensors
- Gas Leakage Detectors
- EM Locks
- Beam Sensors
Biometric Access Control – Honeywell
- RFID Cards
- Installation and Configuration
- Finger Print Access
- Report Preparation
- Magnetic Locks
Fire Alarms & Panels – Honeywell
- Sensors – Heat, Smoke, PIR
- Conventional Fire Alarm Panels
- Addressable Fire Alarm Panels
- Cabling
- Safety Standards
- Alarms
- PA Systems
- Recorders
BMS Configuration
- Basic Parameters
- Energy Measurement
- Transmission Techniques
- Network Protocols – Modbus, Profibus, Canbus
PLC
- Monitoring the Process Through Sensors – Connection Details
- Analog Addressing, Continuous Process Monitoring and Control
- NO/NC Concept
- Data File Handling – Forcing I/O
- Wiring and Fault Correction
- Programming Practices
HMI
- HMI System Overview
- HMI Hardware Overview
- Operation of Standard Display Panels
- Display Panels – Textual and Graphical
- Communication with PLC and Drives
SCADA
- SCADA Packages
- Role of SCADA in Industrial Automation
- Script Programming
- Real Time and Historical Trend
- Configuring Alarms
- Real Time Project Development with PLC Interfacing
- Communication with Other Software
- Recipe Management
- Accessing Different Security Levels
- Report Generation of Current Plant
Field Instruments
- Common Instrumentation Parameters – Set point, Measured Variable, Manipulated
- Variable, Error, Zero & Span, Hysteresis, Accuracy
- Measurement of Level, Temperature, Pressure, Flow
- Calibration of Transmitters
Pneumatics & Hydraulics
- Pneumatic Cylinders, Valves, Positioned
- Control Valves
- Calibration
- I/P Converter