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Endorsed by City & Guilds for the new 2020 2377 Electrical Equipment Maintenance and testing qualification, the course covers the requirements of the 5th Edition of The Code of Practice for the In‑Service Inspection and Testing of Electrical Equipment. The Code of Practice has been extensively updated and includes the requirements for managing and carrying out the in-service inspection and testing of electrical equipment. As part of the course, learners will have access to three practice examination tests in order to prepare for the City & Guilds In-Service Inspection and Testing of Electrical Equipment 2377. A certificate of completion is issued upon finishing the course which can then be presented to your local assessment centre in order to take the exam.

Who is this Level 3 NVQ aimed at? The experienced worker qualification is for practising electricians with at least 5 years experience but have never formally completed an industry apprenticeship or equivalent Level 3 NVQ Qualification. This is suitable for self-employed and employed electricians. This is the Level 3 pathway for practising electricians to obtain your ECS Gold Card and JIB Grading. To complete the full qualification you will also need to: Have completed an AM2e Assessment Have a current Wiring Regulations Qualification BS7671 Have an initial verification qualification such as a C&G 2391-50 What’s involved in the qualification? After an initial Skills Scan, we will discuss the gaps that need to be filled and you will be assessed using a range of methods to complete the evidence gathering process.There will also be Professional Discussions to discuss areas of expertise and you can choose either an installation or maintenance route based on the work you carry out.There are seven Performance Units to be assessed for the qualification, these are: Apply Practices and Procedures for Maintenance Apply Health, Safety and Environmental Considerations Organise and Oversee the Electrical Work Environment Apply Design and Installation Practices and Procedures Terminate and Connect Conductors Inspect, Test and Commission Electrical Systems Apply Fault Diagnosis and Rectification On completion of the Experienced Worker assessment you will be able to use the qualification to apply for a JIB Gold Card. This qualification is for experienced electricians who can demonstrate over 5 years experience.It is not suitable for new entrants or those currently on an apprenticeship.

Water Regulations Advisory Scheme (WRAS) Training Day

What does this course cover? This five-day course covers a range of topics, all of which are covered via a mixture of theoretical and practical training – we aim for our courses to be as hands-on as possible. The course specifically covers: An introduction to SCADA systems, covering elements, servers, hardware and software, graphics, and more. A range of systems including automatic control, FIELDBUS, and wireless communication systems. An introduction to serial interfaces, ethernet networks, fibre optic, and wireless. Communications, including case studies to establish communication with PLCs. Process variables. Programmable Logic Controllers (PLCs), Remote Terminal Units (RTUs), sensors, and alarms. Introduction to OPC (open plan communications) How to configure OPC UA servers and how to program an OPC UA client Client and server development Connection management Security configuration Trends and historical data System components This course covers a wide range of industry-recognised manufacturers, including Siemens, Allen Bradley, Wago and Mitsubishi.) What will I gain from this course? Upon successful completion of this course, candidates will gain a City & Guilds certification in SCADA and PLC Communications.

Electrical safety in organisations is often the responsibility of non-electrically qualified staff, such as facilities managers, risk managers or health & safety officers who have not had systematic training in how to prevent electrical hazards in the workplace. This situation results in a number of deaths in the workplace being caused by electrical incidents. This course provides a comprehensive overview of the fundamentals of electrical safety and a systematic set of principles for assessing and managing electrical safety in any business and across all sectors of industry and the public sector: the subject is universally applicable, across industries and countries. The course is applicable to the buildings, facilities, equipment and environments associated with a wide range of organisations, irrespective of size, which includes the industrial, commercial and the public sectors. The course provides practical guidance to enable individuals and their organisations to have a level of knowledge and understanding to manage the risks associated with an electrical system. It will focus on providing a specific procedure for managing electrical safety. The course follows the structure of the IET’s Code of Practice for Electrical Safety Management. The aim of the Code of Practice for Electrical Safety Management is to provide good practice guidance to enable individuals and their organisations to have a level of knowledge and understanding to manage the risks associated with an electrical system. There are many technical publications that provide guidance on certain aspects of electrical safety but not in a way that provides a process for managing electrical safety.

This course explains what a Health, Safety and Environment Management System (HSEMS) is, and why it is important. It also introduces Safety Culture and discusses the basic fundamentals of incident investigation and analysis. The course analyses what is meant by communication and consultation, explains why and how HSE performance monitoring is carried out and finally, describes what a Safety Case is, the potential benefits of developing a Safety Case, how to put one together and how to make good use of it.

What is the managed learning programme? This is a package course that has been developed by Logic Certification Limited (LCL) and is recognised by the gas industry’s Standard Setting Body (SSB.) It is a route for experienced trades to learn, develop and build a portfolio within the gas industry. Once this MLP is completed, candidates can then move on to the new entrant ACS assessment, allowing them to be on the Gas Safe Registration. Course Duration: 8 weeks (plus the time taken to complete portfolio) Pre-Requisites Candidates must know how to install hot and cold-water pipework and fittings competently and have 2 years experience in a related trade and/or a recognised qualification. What is gained from this gas course? Upon completion of the MLP, candidates will receive a competence certificate for the range of technique elements, they will also receive an industry recognised MLP training certificate for Logic Certification. Once the MLP is successfully completed, candidates can take the ACS assessment – we can add the ACS assessment to this course for a discounted fee.

This course provides learners with a good understanding of the technical requirements for surge protection for mains power, instrumentation, control, voice and data circuit installations. The course outlines the lightning protection and earthing principles on surge protection and discusses the surge protection requirements based on BS EN 62305 and BS 7671. Modules also consider the need for risk assessment for lightning and surge protection, sources of disturbance and damages caused by different risks and the importance of good earthing and main equipotential bonding. The course explores several examples of good and poor surge protection and the correct selection, installation, commissioning and monitoring of SPDs under different system earthing types.

Welcome to our Unvented Hot Water System Course! This comprehensive training program is specifically designed to equip you with the knowledge and skills required to work confidently and safely with unvented hot water systems. Whether you are a plumber, heating engineer, or aspiring professional in the industry, this course will provide you with the expertise needed to excel in this specialized field.

This course introduces the key concepts of the Internet of Things and cybersecurity. The course will provide an insight into the Internet of Things; the basics of cybersecurity; and describe a framework to protect IOT assets. This course will also examine real-world examples of IOT deployments and their cybersecurity, to highlight key lessons and key deployment actions that can be taken.