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£230.00

Surge Protection to BS EN/IEC 62305 - Pre-order Only

SKU
AC19059Y
Customize Surge Protection to BS EN/IEC 62305 - Pre-order Only
Surge Protection to BS EN/IEC 62305 Unit 1: Introduction to atmospheric lightning, its origin and the damages it can cause - Pre-order Only   + £0.00
Surge Protection to BS EN/IEC 62305 Unit 2: Review of electromagnetism principles - Pre-order Only   + £0.00
Surge Protection to BS EN/IEC 62305 Unit 3: Introduction to earthing and its importance in lightning and surges - Pre-order Only   + £0.00
Surge Protection to BS EN/IEC 62305 Unit 4: Technical intents of different parts of BS EN 62305 and BS7671 - Pre-order Only   + £0.00
Surge Protection to BS EN/IEC 62305 Unit 5: Introduction to lightning protection zones - Pre-order Only   + £0.00
Surge Protection to BS EN/IEC 62305 Unit 6: Introduction to risk assessments for lightning and surge protection - Pre-order Only   + £0.00
Surge Protection to BS EN/IEC 62305 Unit 7: Introduction to risk assessments L1, L2, L3 and L4 concepts - Pre-order Only   + £0.00
Surge Protection to BS EN/IEC 62305 Unit 8: Introduction to lightning protection system design - Pre-order Only   + £0.00
Surge Protection to BS EN/IEC 62305 Unit 9: BS 7671 regulations on surge protection (1) - Pre-order Only   + £0.00
Surge Protection to BS EN/IEC 62305 Unit 10: BS 7671 regulations on surge protection (2) - Pre-order Only   + £0.00
Surge Protection to BS EN/IEC 62305 Unit 11: BS 7671 regulations on surge protection (3) - Pre-order Only   + £0.00
Surge Protection to BS EN/IEC 62305 Unit 12: Surge protection for ICT systems and inspection and testing of electrical installations with SPDs - Pre-order Only   + £0.00
Surge Protection to BS EN/IEC 62305 Unit 13: Final Assessment - Pre-order Only   + £0.00

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Surge Protection to BS EN/IEC 62305  - Pre-order Only

In stock

£230.00

In stock

94
CPD
13 Hours
Course overview

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.

All prices shown are exclusive of VAT which will be added at checkout.

This course is available for pre-order. The course will be made available soon.

Further Information
More Information
Level Technical
Partner Details

Dr Tony Sung, Director, Energy Reduction Management Ltd

Tony is an independent Chartered Energy and Electrical Engineering Consultant. Tony was the course tutor for the MEng(Hons) degree course in Architectural Science and Engineering Services at Manchester University. He has given lectures in Lightning and Surge Protection to BEng(Hons), MEng(Hons) and MSc students in UK and Overseas universities. He is currently the Chairman of CIBSE Electrical Services Group and representing CIBSE on BS7671 the main JPEL64 committee. Tony is a panel member on the CIBSE and Energy Insitute Accredation, he also serves as a Engineering Council Liason officer with RAeS. 

 

Mr Robin Earl, Market Development Manager, DEHN (UK) Ltd.

Robin has over twenty years experience of the field surge protection, originally trained by DEHN and SOHNE prior to the establishment of the DEHN UK Office. He is currently serving in BS7671 JPEL64 subcommittee D on Surge Protection and Foundation Earthing. He has presented many CPD seminars on Surge Protection and Lightning protection to IET and CIBSE members

Type Course
What you will learn
Understand the need for surge protection for more complex electrical installations
Understand the surge protection requirements in BS EN 62305 and BS7671
Understand the concepts of LPZ and LPS design criteria
Understand the risk assessment calculation results for SPDs use in LV systems
Understand the correct selection and installation of SPDs for mains power, data, ICT and hazardous location circuit cabling
Understand the importance to monitor the health status of SPDs and replacing them when they have exhausted their surge protection counts
Who should learn
Consultants and designers, project managers and panel builders.

Please note, before embarking on the course, it was expected that the delegate/student would have learned the use of Ohm’s Law, concept of resistance, inductance and capacitance. Ideally, the delegate/student is working in the field of electrical services engineering either in design/inspection or in installation/testing.
Units included in this course