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| Course Details |
- Reference: 10D
- Duration: 10 days
- Next Course: Mon Aug 2 2010
- Time: 09:00 - 17:00
- Venue: Portsmouth
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Price: £1,700 per person Renewal: See individual modules |
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| 10 Day Modular Course |
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| A 10-Day Modular Course held over 2 consecutive weeks, ideal for those with little or no knowledge of the Air Conditioning & Refrigeration Industry.
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Encompassing 5 modules:
- Introduction to Air Conditioning and Refrigeration
- Essential Electrics (ConstructionSkills Certificated)
- Installation, Commisioning and Service Engineering
- Pipework & Brazing (ConstructionSkills Certificated)
- F-Gas Training and Assessment (ConstructionSkills Certificated)
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Introduction to Air Conditioning
Topics Included
The Purpose and Function of Refrigeration, Air Conditioning and equipment, People, Comfort & Efficiency. Buildings, Offices, Display Cases and Cold Stores, Pressure, Temperature, Sensible, Latent & Enthalpy; Heat Transfer. Heat Load Calculation. Transmission Gains and `U’ Values. Infiltration and Fresh Air Introduction. Occupants. Solar Gains. Orientation and Shading Factors. Refrigeration Product Storage and Pull-Down Loads. Examples are included throughout and are also used to illustrate the limitations and dangers of "Rules of Thumb".Equipment selection. Safe and reliable equipment sizing. Types of Air Conditioning & Refrigeration Equipment. Direct & Indirect Systems. Split Systems, Multi-Splits, Packages, Water Chillers, Refrigeration Packs and Condensing Units and Unit Coolers. An overview of key refrigeration cycle components including Compressors, Evaporators, Condensers and Flow Controls. Air & Water Cooled Equipment. Principles of Heat Pumps. Introduction to the Pressure Enthalpy Chart & application for Design, Commissioning & Fault Finding. Single Stage Air Conditioning & Refrigeration Systems. 2-Stage Low Temperature Systems. Introduction to the Properties of Air and Psychrometric Processes. Use of key formulae. Sensible Heat Ratio of rooms and equipment. System design exercises including Cooling, Heating, Steam & Spray Humidification and Refrigeration & Chemical Dehumidification. Refrigerants & the Environment. Global Warming and the Greenhouse Effect. Properties and comparison of new refrigerants – operating temperatures, pressures and energy consumption.
Objectives
At the end of the Course, delegates will be able to perform all heat, pressure and power calculations using SI Units; calculate heat gains for comfort & close control air conditioning applications; select appropriate air conditioning and refrigeration equipment to meet the calculated heat gains; enter system operating conditions of plant on the Pressure-Enthalpy Chart; Use and perform calculations on the Pressure-Enthalpy Chart for design, commissioning or fault-finding of systems; Select, design and apply components on single stage and two stage refrigeration and air conditioning systems; Use the Psychrometric Chart for system design calculations in cooling, heating, humidification and dehumidification.
Who should attend?
Ideally suited for those with little or no knowledge of the subject. The Course is also designed for Air Conditioning Engineers, Design and Applications Engineers, Field Service Managers, Commissioning and Maintenance Engineers, Heating & Ventilating Engineers, Sales Managers and Sales Engineers, Architects, Plant Managers and Building Services Engineers. An excellent refresher to senior and more experienced staff.
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Essential Electrics
Leading to CITB-ConstructionSkills Certification & Registration (Valid for 5 years). This Course is designed to cover the Safe Isolation of electrically powered or controlled equipment, identifying types of Instrumentation used in Installation and Testing, develop an understanding and interpretation of the essential Regulations applicable to working with electricity.
Topics Include
In addition the Course is constructed to make delegates aware of common Supply Systems and Earthing Arrangements, enabling an understanding of Control and Protection Equipment, Earthing and Bonding Requirements, Terminating and Installation Practices with an emphasis on Electrical Safety. Electrical Concepts, Safe Isolation Methods, Instrumentation, Electrical Regulations, Supply Systems, Earthing and Bonding, Termination Skills, Electrical Safety and Electrical Controls. Together with learning how to recognise and calculate electrical quantities and identify common supply system arrangements, deligates will further boost their skill set with the objectives listed below.
Objectives
Measure Voltage, Current and Resistance values. Identify any possible contraventions of The Electricity at Work Regulations. Safely isolate electrical equipment and circuits. Survey an installation for Electrical Bonding. Install permanent and temporary Continuity Bonding Conductors. Terminate electrical cables and flexible cords to appliances and equipment. Verify the safe and correct operation of Electrical Control Devices. Perform Electrical Safety Checks and Tests on appliances and equipment.
Who should attend?
This Course is designed for the non-electrically trained Installation and Service Personnel who are required to make electrical connections to and test water heaters, central heating boilers and air conditioning and refrigeration equipment. It will also serve as a refresher to those who are already experienced in the installation of electro mechanical plant requiring to meet the latest Regulations. The Course would also serve as useful to those managing Service Personnel with a view to ensuring Safe Working Practices are adhered to. |
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Installation, Commissioning & Service Engineering
This Course aims to improve, enhance and update the skills of both lesser and well experienced engineering personnel. The theory and practical aspects of the subjects are covered in detail and, where applicable, exercises are undertaken to develop the necessary skills.
Topics include
Subjects include installation, commissioning, service, repair, fault diagnosis, evacuation, dehydration, refrigerant charging and refrigerant recovery. Emphasis is given to good standards, professionalism and saving time. Where applicable, new regulations and standards are introduced such as European recommendations for refrigeration pipework design to ensure safe handling of CFC’s.
Objectives
At the end of the Course delegates will be able to:
Undertake refrigerant pipework design and apply correct pipework installation practice.
Commission air conditioning and refrigeration systems to a professional standard.
Apply effective equipment servicing and repair techniques.
Undertake system evacuation, dehydration, precision charging and proper refrigerant recovery.
Who should attend?
A detailed Course suited to those who have an understanding of air conditioning and refrigeration theory and equipment, including Installation & Service Engineers, Plant Maintenance Staff, Supervisors, Service Managers, Design and Application Engineers, Sales Engineers, Building Services Engineers and anyone who has responsibility for overseeing or accepting work done on air conditioning or refrigeration systems. This is an excellent refresher Course and is useful as preparatory training for the C.I.T.B. Refrigerant Safe Handling Registration Course. |
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Pipework and Brazing
Leading to ConstructionSkills Certification & Registration (Valid for 5 years). A two-day Course leading to the ConstructionSkills Pipework and Brazing Competency Certification.
Topics include
This Course commences with a theoretical session followed by a short written assignment. It is predominately a practically orientated course covering both Air Conditioning and Refrigeration requirements for safe and competent brazing (copper/copper, copper/brass, copper/steel) techniques. A range of differing copper line sizes will be applied including the use of different materials and brazing alloys, all leading to quality leak-proof joints. New refrigerants and their specific techniques will be discussed, equipping the Engineer/Technician with up to date information and the current legislation requirements.
Objectives
At the end of the Course delegates will be able to:
1 Produce quality brazed joints on differing pipe sizes.
2 Be aware of the industry needs related to jointing methods.
3 Demonstrate competency by showing the CITB certification card.
4 Make others aware of the need for sound brazing techniques.
Who should attend?
Engineers/Technicians presently carrying out installation or assembly work associated with Pipework and Brazing, within the Air Conditioning and Refrigeration industries. Trainees are ideally suited to this Course leading to Competency Certification. |
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F-Gas Training and Assessment
New training courses have been introduced to meet the legal requirement of EC Regulation 842/2006 (commonly known as the F-Gas Regulation) leading to ConstructionSkills Certification & Registration (valid for 5 years) and Voluntary ACRIB Registration.
Course Description
There are 4 Schemes available:
Category 1 (J11) Leakage check, recovery, install, maintain, service - all systems.
Category 2 (J12) Leakage check, recovery, install, maintain, service - systems less than 3kg
(6kg hermetically sealed).
Category 3 (J13) Recovery of refrigerant of systems less than 3kg (6kg hermetically sealed).
Category 4 (J14) Leakage check.
Practical assessments include the installation of a major component, adjustment of control and protective devices, checking functionality of ancillary components, pressure testing in accordance with BSN378:2008, evacuation and dehydration of systems, refrigerant recovery, system commissioning and testing of pipe work (both brazed and mechanical), and indirect/direct leak testing of systems in accordance with the Regulations.
Theoretical topics include Health & Safety, refrigerants and how they affect the environment, phase out timetables, Legislation, Codes of Practice, the vapour compression cycle and pressure enthalpy diagrams and their use in fault finding and diagnostics.
Objectives
At the end of the Course delegates will be able to:
1. Practically demonstrate, to the satisfaction of the Course lecturer, competence in the “Safe Handling” of refrigerants with minimum release to atmosphere.
2. Identify “Good Refrigeration Practices”, “Good Design” and “Good Housekeeping Techniques” to control the release of refrigerants to the absolute minimum.
3. Describe the “Environmental Impacts” of all refrigerants
4. Describe the requirements of the Montreal Protocol and EC Regulations concerning refrigerants.
5. Describe the HVAC, refrigeration industries and refrigerant manufacturer responses.
Who should attend?
This Course is suitable for air conditioning and refrigeration technicians and engineers, full term apprentices and all plant engineers or personnel concerned with the recovery, charging or disposal of refrigerants. |
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PRICE INCLUDES
- ConstructionSkills Certification
- Manuals for all Courses
- Lunch & Refreshments
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