Universal Institute

Low Voltage Training in Kathmandu Nepal

Low voltage systems are comprised of electrical equipment that uses under 50 volts (V) of electricity. Common low voltages include 12volt,24 volt and 48 volt. Examples of low voltage systems include electrical, lighting, mechanical, communication, security, and fire and life safety. For Residential doorbells, home security sensors, thermostats and landscape lighting. Commercial low voltage systems cover a wide array of categories, from fire protection to security systems to sound and communication. Universal is a proven leader in the analysis, design, installation and repair service of a full range of low voltage electrical systems.

Low Voltage Training Course in Kathmandu

Having the right Vocational skills is vitally important in today’s competitive job market. With universal, you’re assured of learning up-to-date career technical skills that will prepare you for the jobs of today and tomorrow. You’ll learn much more than the new update latest techniques. You’ll also learn about opportunities in your chosen field and get important tips on achieving your career goals. Many of our Course also feature hands-on experience with today’s technology. The success of our students proves that universal training works.

The mission is supported by an admissions policy that allows students with appropriate prior education to enroll in course without regard to religion, gender, age, national origin, or physical disability. The Institute regularly assesses fulfillment of its mission and achievement of its institutional goals through ongoing studies of student learning.

Description of Low Voltage Course

This 3 to 6 week program prepares students for employment as a Security system installation apprentice. Student will first learn low voltage electrical theory, electrical safety and codes, safe work practices, fire safety and electrical principals & then begin planning, designing and installing CCTV, Intrusion and security alarm systems in our work labs. Various practical projects are performed in a shop environment to enhance students’ skills in lay out, assembly, installation, testing, troubleshooting and repairing security alarm systems, fixtures, control devices and related equipment in buildings and other structures.

The Low Voltage Program has been recently updated to offer a New 6 week intensive introduction course running fulltime Sunnday to Friday at Universal Institute. It provides theory and analytical training in Security system Installation & Structured Cabling Installation. The program emphasizes practical, hands-on training with the same equipment you are likely to use in your career.

Low Voltage Course Contain

1. CCTV (Closed Circuit Television)

A Closed Circuit Television (CCTV system) allows you to protect your business’s property and assets from theft and protect your employees from those who may wish to harm you. CCTV systems utilize cameras and digital recording devices to monitor activity in specific locations with images being transmitted from the camera to the recorder.

CCTV System Introduction

Types of CCTV System – IP and ANALOG
Selection of Camera based on Application and Location
Design Requirement and Regulations
Field of View and Lense Calculation
Recording Time and Capacity Calculation
Sample CCTV Project Design

2. Fire Alarm System

Compliant fire protection systems are critical for preserving life & property within your building. The following low voltage fire protection systems are essential components in your overall fire safety efforts:

Fire alarms: From simple single-building fire alarms to complex fire alarm networks across multiple facilities, this low voltage system ensures everyone on the premises knows to evacuate during a fire emergency.

Fire suppression systems: This automatic equipment senses when a fire is present and douses it with dry chemicals, wet chemicals, liquid, gas, or foam to put out the fire without using water. You may need a fire suppression system if you have hazardous materials or delicate equipment onsite.

Fire Alarm System Introduction

Types of Fire Alarm System
Design Requirement and Regulations
Selection of Fire Alarm System
Selection of Detector and Alarm System
Implementation of Connectivity and System Architecture
Designing of Fire Alarm System
Sample Project Design.

3. Structured Cabling Networking System

Building security is vital to prevent theft and vandalism and to keep your people safe. The low voltage security systems available from State Systems include:

CCTV surveillance systems: Closed-circuit television is comprised of surveillance cameras, digital recorders, and monitors designed to keep you informed of what’s happening in and around your building. With the right network setup, you can view live and recorded footage remotely for maximum security.

Intrusion detection systems: A network of motion sensors, door and window contacts, panic switches, and other measures make your building secure against intruders. If you also have monitoring services, the police are automatically notified when these sensors activate.

Access control systems: Decide which personnel are permitted to go where with a low voltage access control system. This utilizes card readers, biometric scanners, and other means to restrict access to certain areas of your office space, hotel, hospital, apartment building, or other structure.

Structured Cabling System Intoduction

Types of Structured Cabling System
Design Requirement and Regulations
Selection of Structured cabling System
System Components, Types and Field Arrangement
Designing of Structured cabling System
Sample Project Design

3. Emergency Lighting System

Emergency lighting is required to illuminate building areas when things go wrong. For example, when the normal electrical supply is interrupted by a utility outage or by a fire or failure within the building. In most facilities, the largest part of emergency illumination lights the pathways and exits that lead out of the building—the egress paths. Its intent is to facilitate evacuation of the facility, particularly in the event of a fire, and to reduce the tendency of occupants to panic under stress, and in the dark.

Emergency Lighting System Introduction

Types of Emergency Lighting System
Design Requirement and Regulations
Locations of Placement and Basic Consideration
Designing of Structured Cabling Systems
Sample Project Design

4. Access Control System

Access control systems are the electronic systems that are designed to control through a network.Access Control System recognizes authenticates and authorizes entry of a person to enter into the premise thereby giving complete protection ensuring security with the system.

Introduction to Acces Control System

Different type of Access Control System
Different Parts of Access Control System
Regulation Related to Access Control System
Selection and Design of Access Control System
Integration with other Systems and Co ordination.
Sample Project Design.

5. Public Addressing (Sound & Communication) System

A public address system is an electronic system comprising microphones, amplifiers, loudspeakers, and related equipment. It increases the apparent volume of a human voice, musical instrument, or other acoustic sound source or recorded sound or music.

public address system are used in any public venue that requires that an announcer, performer, etc. be sufficiently audible at a distance or over a large area. Typical applications include sports stadiums, public transportation vehicles and facilities, and live or recorded music venues and events.

Introduction of Public Addressing System

Different Parts of Public Addressing System
Regulation for Public Addressing System
Selection and Design of Public Addressing System
Audio and Video Solutions to Building Projects
Sample Project

Why Universal Institue for Low Voltage Training?

Provide educational programs that enable self-motivated, independent learners to acquire core competencies in their chosen technical and professional fields.
Employ contemporary learning strategies based on academic standards of good practice.
Develop and maintain systems that optimize student opportunities for broadly participative, interactive learning.
Establish and communicate high standards of academic performance for students and the institution.
Assess student learning and institutional effectiveness systematically in order to improve student performance
Provide an extensive suite of student support services based on student needs and interests.
Conduct fiscally responsible planning that balances the institution’s commitment to academic excellence with its concern for profitable financial performance.

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