Questions: Course: 26211 - Control Systems TAO; test session https://testrunner-ignite.prod.gcp-eu.taocloud.org/?deliveryExecutionld=3636124%25230964f38a4228%25230a 11 - Control Systems and Fundamental Concepts What type of coil arrangements should be in low-voltage remote control switching relays? a single coil a split line-voltage coil a single high-voltage coil three low-voltage coils

Course: 26211 - Control Systems
TAO; test session
https://testrunner-ignite.prod.gcp-eu.taocloud.org/?deliveryExecutionld=3636124%25230964f38a4228%25230a

11 - Control Systems and Fundamental Concepts

What type of coil arrangements should be in low-voltage remote control switching relays?
a single coil
a split line-voltage coil
a single high-voltage coil
three low-voltage coils
Transcript text: Course: 26211 - Control Systems TAO; test session https://testrunner-ignite.prod.gcp-eu.taocloud.org/?deliveryExecutionld=3636124\%25230964f38a4228\%25230a 11 - Control Systems and Fundamental Concepts What type of coil arrangements should be in low-voltage remote control switching relays? a single coil a split line-voltage coil a single high-voltage coil three low-voltage coils
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Solution

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Solution Steps

Step 1: Identify the Function of the Relay

Understand that low-voltage remote control switching relays are used to control a circuit with a low-voltage signal. The relay needs to be sensitive to low-voltage inputs to operate effectively.

Step 2: Analyze Coil Options

Evaluate the coil options provided:

  • A single coil: Typically used for straightforward applications.
  • A split line-voltage coil: Designed for higher voltage applications, not suitable for low-voltage control.
  • A single high-voltage coil: Also not suitable for low-voltage applications.
  • Three low-voltage coils: Could be used for more complex control but not necessary for basic low-voltage switching.
Step 3: Determine the Most Suitable Coil Arrangement

For low-voltage remote control switching relays, a single coil is often sufficient and most appropriate. It allows for simple and effective control with a low-voltage signal.

Final Answer

The correct answer is A.

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