Responsibilities and Duties:- Diagnose and repair electrical problems in commercial and heavy industry electrical systems, including fault-finding, rewiring, and monitoring Have relevant knowledge, training and experience within heavy engineering sectors specific to the requirements under roles and responsibilities.Flexibility to work away from home when needed.Have a good level of fitness due to the physical demands of the job.Fault finding, repair, installation and commissioning experience.Served a recognised Electrical Indentured Apprenticeship.Able to communicate in a clear, concise, logical manner both verbally and written.Be self-motivated to work individually but adaptable to work as part of a team.The successful applicant will have the following profile:- A full driving license, preferably clean. Training and Development Opportunities.Vehicle, uniform, PPE, tablet and tools will be provided.Out of hours call outs (1 in 5) will be a part of this role.40-hour week during normal office hours Monday - Friday.25 days Annual holidays + statutory/ bank holidays.Company van fully kitted out + fuel card.If candidates have maintenance experience of High voltage systems this would an advantage but not essential. Job role Workshop and Field Service Engineers based from our Wickford branch and covering array of sites and installation across the U.K, main scope of work within the south east.Ĭandidate must have experience within the heavy engineering sectors, electrical installation to a high standard, fault finding, ability to understand wiring drawings, ability to test electrical systems. To such sources can be attributed the objects of power electronics, switching equipment, household appliances.We are currently seeking experienced time-served Electricians. The second group is the sources of interference of the continuous spectrum of frequencies, the disturbances of which are spread over fairly wide ranges. The first is the sources of interference in the discrete frequency spectrum, which interfere in a narrow frequency range, for example, medical ultrasound technology. We can divide the sources of interference into two main groups. Examples of natural interference are atmospheric discharges in industrial equipment, the main source is switching processes in electrical circuits associated with the rapid change of currents and voltages. The source of interference is electrical equipment or a natural phenomenon that generates electromagnetic interference in a network. The basic concepts of electromagnetic compatibility consider the effects of both radiated and interference (conductive) interference propagating through conductors, as well as the sensitivity of electrical equipment to interference.Įlectromagnetic interference occurs due to natural phenomena or as a result of technical processes. In reality, a large number of different interferences in the power supply networks. Electronic devices must simultaneously operate with the required quality with constant exposure to unintended electromagnetic interference. With the modern level of development of the electronic industry and electronics, it is almost impossible to ignore electromagnetic compatibility (EMC).
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