Conteúdo Programático Normativo

NR 10 Basic Training

Minimum Schedule:
Introduction to safety with electricity.
Risks in installations and services with electricity:
A) electric shock, mechanisms and effects;
B) electric arcs; Burns and falls;
C) electromagnetic fields;
Risk Analysis Techniques;
NR 10 Basic Training:
Course NR 10 Basic
Measures Control of the Electrical Risk:
A) de-energization;
B) functional grounding (TN / TT / IT); of temporary protection;
C) equipotentiation;
D) automatic power disconnection;
E) leakage current devices;
F) extra low voltage;
G) barriers and enclosures;
H) blockages and impediments;
I) obstacles and bulkheads;
J) isolation of living parts;
K) double or reinforced insulation;
L) placement out of reach;
M) electrical separation.
NR 10 Basic Training addresses the following Brazilian Technical Standards: NBR-5410, NBR 14039 and others;
MTE regulations:
A) NRs;
B) NR-10 Training (Safety in Installations and Services with Electricity);
C) Qualification; Training and authorization;
Collective protection equipment (CPE);
Personal protective equipment (PPE);
Work routines – Procedures:
(A) de-energized installations;
B) release for services;
C) signaling;
D) inspections of areas, services, tools and equipment;
NR 10 Basic Training:
Documentation of electrical installations;
Additional risks:
A) the height;
B) confined environments;
C) classified areas;
D) humidity;
E) atmospheric conditions.
Protection and fire fighting:
A) Basics;
B) preventive measures;
C) extinction methods;
D) practice;
NR 10 Basic Training:
Accidents of electrical origin:
A) direct and indirect causes;
B) discussion of cases;
First aid:
A) notions of injury;
B) prioritization of care;
C) application of artificial respiration;
D) cardiac massage;
E) techniques for removal and transportation of injured people;
F) practices.
Responsibilities.

NR10 SEP English Course:

I – Minimum Schedule:
Organization of the Electric Power System – SEP.
Work Organization:
A) programming and planning services;
B) teamwork;
C) enchiridion and records of installations;
D) working methods; and
E) communication.
Behavioral aspects.
Precautionary conditions for services.
Typical risks in SEP and their prevention (*):
A) proximity and contacts with energized parts;
B) induction;
C) atmospheric discharges;
D) static;
E) electric and magnetic fields;
F) communication and identification;
G) work at height, machinery and special equipment.
Risk Analysis Techniques in SEP (*)
Working procedures – analysis and discussion. (*)
Working techniques under tension: (*)
A) in energized line;
B) the potential;
C) in internal areas;
D) work from distance;
E) night work;
F) underground environments.
Equipment, working tools (choice, use, conservation, verification, testing) (*).
Collective protection systems (*).
Equipments for individual protection (*).
Postures and work clothes (*).
Safety with vehicles, transportation of people, materials and equipment (*).
Signaling and isolation of work areas (*).
Release of installation for service and for operation and use (*).
Training in techniques of removal, assistance, transportation of accident victims (*).
Typical accidents (*)
– Analysis, discussion, protection measures.
Responsibilities (*).

Safety at Working at Height

 Protective Equipment:
Goals and Fields of Application;
Use, Conservation and Maintenance of Personal Protective Equipment (PPE);
Collective and individual protection equipments, to reduce impact and fall factors;
Risk of falling of materials and tools;
Practical presentation of safety equipments, for what purpose they are produced, and how to use their strengths and weaknesses;
Communication Systems.
Safety Course and Health at Work in English
Security procedures at Work:
Planning, organization and execution of work;
Routine operational procedures of working at heights;
Requirements and documents needed to certify fitness to work at height;
Minimum Security Requirements;
Responsibilities of the height team supervisor;
Specific risks of simultaneous work;
Potential risks inherent in working at heights and measures to prevent and control;
Requirements for hiring the Rescue Team;
Protective measures for working at heights,
Isolation methods and signaling the work area;
Security System as slopes (slopes and inclines, etc.)
Practical Assisted Training of difficulties encountered in daily work
Structural Workplace Assessment
Safety Course and Health at Work in English
Preliminary Risk Analysis (PRA);
Preparation of PRA and relevant considerations;
Risk Analysis and impeding working conditions;
Weather and other external influences that may alterthe execution of the service conditions;
Work Permit – WP:
Issue;
Responsible for authorization;
Closing;
Traceability.
Validity;
Vertical Hierarchy permission to work at height.
Safety Course and Health at Work in English

Activity Complements:
Awareness of Importance:
APR (Preliminary Risk Analysis);
PAE (Emergency Action Plan;
PGR (Risk Management Plan);
Understanding the need for the Rescue Team;
The importance of knowledge of the task;
Prevention of accidents and notions of first aid;
Fire protection;
Perception of risks and factors that affect people’s perceptions;
Impact and behavioral factors on safety;
Fear factor;
How to discover the fastest and easiest way to develop Skills;
How to control the mind while working;
How to manage and manage working time;
Why balance energy during activity in order to obtain productivity;
Consequences of Risk Habituation;
Causes of accidents at work;
Understanding Tree of Causes;
Understanding Fault Tree;
Understandings on Ergonomics;
Workstation Analysis;
Ergonomic Risks;
Hazard Communication Standard (HCS) – OSHA;

Practical Exercises:
Evidence Record;
Theoretical and Practical Evaluation;
Certificate of participation.