HO CHI MINH UNIVERSITY OF TECHNOLOGY AND EDUCATION
FACULTY OF INTERNATIONAL EDUCATION

GRADUATION PROJECT
APPLICATION OF BMS TO MONITOR AND OPERATE
FIRE ALARAM AND PROTECTION FIRE SYSTEM

Instructor: PhD. Le Trong Nghia
Student’s group:
Student: DINH TAN TAI

Student ID: 20142247

Student: NGUYEN VAN NGUYEN HUNG Student ID: 20142217

Ho Chi Minh City, January 2025

FACULTY OF INTERNATIONAL EDUCATION
-HCMC UNIVERSITY
OF TECHNOLOGY AND EDUCATION

GRADUATION PROJECT
APPLICATION OF BMS TO MONITOR AND OPERATE
FIRE ALARAM AND PROTECTION FIRE SYSTEM
Student: DINH TAN TAI

Student ID: 20142247

Student: NGUYEN VAN NGUYEN HUNG Student ID: 20142217
Major: Electrical and Electronic Engineering Technology
Supervisor: Ph.D Le Trong Nghia

Ho Chi Minh City, January 2025

TABLE OF CONTENTS
ACKNOWLEDGEMENTS ....................................................................................... I
SUMMARY ................................................................................................................II
CHAPTER 1: INTRODUCTION ............................................................................. 1
1.1. Reason for Choosing the Topic. ................................................................. 1
1.2. Objectives of the Project. ............................................................................ 1
1.3. Research content. ......................................................................................... 1
1.5. Significance of the topic. ............................................................................. 2
CHAPTER 2: DESIGN SYSTEM ............................................................................ 3
2.1. Overview about BMS and Fire Protection System................................... 3
2.1.1. BMS system. ...................................................................................... 3
2.1.2. Fire protection system. ..................................................................... 5
2.1.3. Requirements for fire pump system. .............................................. 6
2.2. Idea implementation. ................................................................................... 7
2.2.1. System requirements deion. ................................................... 7
2.2.2. System flow chart. ............................................................................ 9
2.3. Calculation and ion of pumping equipment. ................................. 10
2.3.
...

...
1-400Hz

Power

3.7kW

Communication

RS485, Modbus RTU

Pinout:

Figure AP.C.2: Wiring diagram of iG5A inverter.

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Appendix D: ADELINO pump model AJS37FT.

Figure AP.D.1: ADELINO pump model AJS37FT
Features:
The pump has high efficiency and uses ECM (Electronically Commutated Motor)
technology to adjust the flow rate and save energy without reducing performance.
With high durability, the casing is made of iron, the pump shaft is 304 stainless steel,
good corrosion resistance and high durability.

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Technical parameters:
Maximum flow

63 L/min

Voltage and current

3phase/380V/50Hz 1.0A

Max head

30m

Suction head

7m

Power

0.37kW

Protection

IP 44

Speed

3000 rpm

Table AP.D.1: Technical specifications of ADENILO pump.
Appendix E: Danfoss KP2 Pressure Switch.

Figure AP.E.1: Danfoss KP2 Pressure Switch
Features:
Pressure switches are used to detect pressure changes in liquid or compressed gas
media. Set points can be set at 2 different levels to open or close the switch.

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Prevents damage to equipment when pressure is too high or too low, ensuring
safety for the system and people.

Figure AP.E.1: Pressure switch contact.
Includes 2 contacts: 1-4: NO (normally open) and 1-2 NC (normally closed).
When reaching the threshold, the contacts will change state and act.
Technical parameters:
Operating temperature

- 40oC to 65oC (80oC for max 2 hours)

Ambient temperature

- 50 to 100oC
AC15=10 A, 400 V

Operating voltage and current

AC1=16 A, 400 V
AC3=16 A, 400 V

Pressure change Max

Max: 1.5 bar min 0.4 bar
Nomal: -0.2 to 5 bar

Operating pressure Normal
Max: 17bar

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REFERENCE
“Book Fluid Mechanic” - Author Frank M. White
Pump Handbook by Igor J. Karassik, Joseph Messina
https://thuvienphapluat.vn/phap-luat/ho-tro-phap-luat/tcvn-73362021-quy-dinh-doi-voiviec-thiet-ke-lap-dat-he-thong-chua-chay-tu-dong-bang-nuoc-bot-cho114726.html#google_vignette
https://nhuahabach.vn/news/kich-thuoc-duong-kinh-ong-thep-tron/
https://dseatech.vn/chi-tiet-tin/bms-la-gi-doi-net-ve-he-thong-bms-he-thong-quan-lytoan-nha
https://emin.vn/en_US/lssv015ig5a-1-bien-tan-ls-sv015ig5a-1-1-pha-200-230-vac46383/pr.html?gad_source=1&ampgclid=Cj0KCQiAst67BhCEARIsAKKdWOnL4BY5mmeM
uNWRqyLHlSFVuAC-dwT719YjgQbsKrQLUI8e0T780qUaAh8uEALw_wcB
https://giamaybomnuoc.com/cong-thuc-tinh-cot-ap-cho-may-%20bom-nuoc-chuan-nhathien-nay.html
https://canutesoft.com/hydraulic-calculation-for-fire-protection-engineers/%20k-factorformula?utm_source=chatgpt.com

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