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Fire Alarm -- Maintenance

Sometimes, a technician will keep serice tricks and techniques secret to make sure they will be the one in the company called to service the system.
Keeping service tricks and techniques secret to make sure they are the ones who will be called, some service technicians make the mistake of thinking that is a way of keeping the job secure.
Douglas Krantz -- Fire Alarm Engineering Technician, Electronic Designer, Electronic Technician, Writer






Who Really has Job Security?

By Douglas Krantz

If you guard secrets to keep job security, you'll lose it. If you give away secrets to give away job security, you can't get rid of it.

Some people try to make sure they are the ones that will be called out because they are the only ones that can fix particular equipment. What they do to solve problems, they try to keep secret.

This type of job security is really transient. When the generation of equipment is changed, when someone is hired in the company that can also fix the equipment, when the owners change vendors, this kind of job security is lost.

The thing is no job is really secure, in the background something can always place even the best troubleshooter in the unemployment line.
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Job security that is hard to get rid of is different.

Sharing with others in the company how things are fixed, in other words giving away job security, is seen by the company managers. Even though you as a troubleshooter sometimes take longer, the managers see that the company is improved, through your sharing. They know that when you come back from the troubleshoot, the rest of the company benefits. Later, when there are more problems, you'll still be the one asked to troubleshoot.

Yes, there is some chance you might lose your job because of some unforeseen event. However, even though you've given away secrets, you still have better job security, and this job security will be transferred to new employers.







Douglas Krantz

Describing How It Works
writer@douglaskrantz.com
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612/986-4210

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Electrical Flow


On this website, most references to electrical flow are to the movement of electrons.

Here, electron movement is generally used because it is the electrons that are actually moving. To explain the effects of magnetic forces, the movement of electrons is best.

Conventional current flow, positive charges that appear to be moving in the circuit, will be specified when it is used. The positive electrical forces are not actually moving -- as the electrons are coming and going on an atom, the electrical forces are just loosing or gaining strength. The forces appear to be moving from one atom to the next, but the percieved movement is actually just a result of electron movement. This perceived movement is traveling at a consistent speed, usually around two-thirds the speed of light. To explain the effects of electrostatic forces, the movement of positive charges (conventional current) is best.

See the explanation on which way electricity flows at www.douglaskrantz.com/
ElecElectricalFlow.html
.