Certified BMS Engineer (CBE)

Capitalizing on its long-term industrial experience in the Automation sector, IPCS conducts various training programs specially tailored for Professionals, Corporate Companies and Colleges. IPCS provides a well-disposed and stimulating study environment addressing the intellectual, professional and leadership development of students. Our training programs provide the best practice in the latest technologies, trends, and challenges in the immensely competitive areas of automation and embedded technologies, Courses Automation Training, Automation Institute, Automation Courses, Automation Education

• Basic Design Criteria
• Components Used in BMS
• Familiarization of Security Systems
• Concept of Green & Smart Design
• Energy Management Systems
• MEP Design Fundamentals

• Basic of Relays, Contractors, Timers, OLR, MCCBB, ACB
• Digital Timers, Counters
• Motor Control Circuits – D.O.L, Star, Delta
• Implementation of Fire Alarm Logic
• Logic Implementation circuit Examples

• Different Types of Panels
• Panel Components
• Wiring and Trouble Shooting
• AMF Panels
• APFC Panels
• Power Management Systems

• Introduction to VFD
• Types of Speed control for Motors
• Selection of VFD’s
• Programming of VFD
• Fault Correction
• Interfacing with HMI, PLC

• Getting started with CAD
• Layout Working with Commends
• Single Line Diagram
• Standard Symbols
• MEP Design Concepts
• Plotting
• Interfacing with HMI, PLC

• Concept of LAN, VAN
• Implementing of Networks
• Sharing of Files, Printers, Scanners Etc.
• Network Protocols – TCP/IP, Ethernet, Modbus, Canbus, Profibus

• 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
• Troubleshooting of DVR,NVR and Cameras
• Positioning an cameras

• GSM Enabled Control Panel
• PIR Sensors
• Vibration Sensors
• Gas Leakage Detectors
• EM Locks
• Beam Sensors
• Application of Alarm System
• Architecture of Intruder Systems

• RFID Cards
• Installation and Configuration
• Finger Print Access
• Report Preparation
• Magnetic Locks
• Application
• Software configuration

• Sensors – Heat, Smoke, PIR
• Conventional Fire Alarm Panels
• Addressable Fire Alarm Panels
• Cabling
• Safety Standards
• Alarms
• PA Systems
• Recorders
• Architecture of fire Alarms
• Sprinkler system
• Fire Extinguisher

• Basic Parameters
• Energy Measurement
• Transmission Techniques
• Network Protocols – Modbus, Profibus, Canbus

• 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 Practicess

• HMI System Overview
• HMI Hardware Overview
• Operation of Standard Display Panels
• Display Panels – Textual and Graphical
• Communication with PLC and Drives

• 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

• Common Instrumentation Parameters – Set point, Measured Variable, Manipulated
• Variable, Error, Zero & Span, Hysteresis, Accuracy
• Measurement of Level, Temperature, Pressure, Flow
• Calibration of Transmitters

• Pneumatic Cylinders, Valves, Positioner
• Basic terms of Pneumatics/Hydraulics
• Control Valves
• Calibration
• I/P Converter
• ADC
• Pressure transmitter

Video Door Phones
Lighting Controls
Solar Panels
UPS and Generators
Surge & Lightning Protection Systems
Automatic Gates & Barriers
HVAC Systems
RTU
Interview Training
Aptitude Test
Group Discussion