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Test cases of ‘Fan’?

  • Writer: khyati sehgal
    khyati sehgal
  • Jul 25, 2014
  • 2 min read

If we want to examine any tester then the best way to know him/her is to ask him real-time questions over real-time examples. Just like the day-to-day objects which we used to work on and see on a daily basis. So let’s take an instance of ‘Fan’, and this you see, you use multiple times a day.

Component Tests

  1. Fan’s wings should have edges which should be long enough so that it can give proper air

  2. Fan’s rod should be sleek enough so that it can we well put in Fan’s cup and engine.

  3. Fan’s engine should have all wiring well fitted so that it can create a connected circuit with all components.

Integration Tests

  1. When switched on all components of Fan, then the fan should start working.

  2. Fan’s rod should not rotate when the engine is working.

  3. Fan’s engine should start working when switched on.

  4. Fan’s wings should start rotating along with the engine when put in contact with electricity.

Functional Tests

  1. The fan should run in a clockwise direction when putting indirect power and voltage.

  2. The fan should run in an anti-clockwise direction when putting indirect power and voltage.

Specification Tests

  1. Two winger fans should have radius not more than 20 cm.

  2. Three winger fans should have a radius of not more than 40 cm.

Usability Tests

  1. Fan’s engine should not create noise when switched on.

  2. Fan’s should be made such that it can get well fit with the room ceiling.

  3. The fan should have at least two wings, irrespective of type.

Portability Tests

  1. Fan’s weight should not be more than 3kgs if it is a two winger fan.

  2. Fan’s weight should not be more than 5kgs if it is a three winger fan.

Load Tests

  1. The fan should work up to 50W power.

  2. The fan should work up to 220V voltage.

Stress Tests

  1. The fan should not bear load above 100W

  2. The fan should not bear voltage above 300V

Performance Tests

  1. When put in high-frequency energy, no wire should get burn

  2. When put in low-frequency energy, no wire should get burn

  3. When put in various cold and hot temperatures, the fan’s speed should not get effective.

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