Perbedaan dari tipe ke dua Smart Relay Zelio Schneider Electric #zelio #schneiderelectric #relay

Summary

In this video, the differences between two Schneider Electric Smart Relays are explained. The first relay operates with 100-240 VAC power, while the second uses 24 VDC. The relays differ in input types, with the first offering six digital inputs and the second having both digital and analog inputs. For outputs, the first relay provides four, whereas the second offers ten outputs, varying in amp ratings. Despite these differences, both relays function similarly, primarily used for controlling systems in electrical applications.

Takeaways

• 😀 The video explains the differences between two Schneider Electric Smart Relays based on power supply, inputs, and outputs.
• 😀 The Smart Relay on the left uses a power supply of 100 to 240 VAC.
• 😀 The Smart Relay on the right uses a 24 VDC power supply.
• 😀 The left relay has 6 input channels, while the right relay has 2 types of input: digital and analog.
• 😀 The right relay's analog inputs range from IA1 to IA and IB to IG.
• 😀 The input voltage for the analog inputs in the right relay is 24 VDC.
• 😀 The left relay has 4 output channels labeled Q1 to Q4.
• 😀 The right relay has 10 output channels, with different amperage ratings.
• 😀 Outputs Q1 to Q8 in the right relay have an amperage rating of 8A.
• 😀 Outputs Q9 to QA in the right relay have a relay rating of 5A.
• 😀 Despite the differences, both relays serve the same general function as system controllers.

Q & A

What is the key difference between the two relays mentioned in the video?

The primary difference is in the power supply. The relay on the left uses a 100-240 VAC supply, while the relay on the right uses a 24 VDC supply.

How many inputs does the relay on the left have?

The relay on the left has six digital inputs.

What types of inputs are present on the relay on the right?

The relay on the right has two types of inputs: digital and analog inputs.

What is the range of analog inputs on the relay on the right?

The analog inputs range from I1 to I8 for digital inputs and I9 to I16 for analog inputs.

How many outputs does the relay on the left have?

The relay on the left has four outputs (Q1 to Q4).

What is the output configuration of the relay on the right?

The relay on the right has ten outputs, with Q1 to Q8 rated for 8 amperes and Q9 to Q10 rated for 5 amperes.

Do the two relays serve the same function despite their differences?

Yes, both relays serve as controllers for a system, despite having different power supplies, inputs, and outputs.

What is the amperage rating for the first eight outputs on the relay on the right?

The first eight outputs (Q1 to Q8) on the relay on the right are rated for 8 amperes.

What amperage do outputs Q9 to Q10 on the relay on the right support?

Outputs Q9 to Q10 on the relay on the right support 5 amperes.

How does the input configuration differ between the two relays?

The relay on the left has six digital inputs, while the relay on the right has both digital and analog inputs, offering a wider range of input types.