Amrutkaal ॐ अमृतकाल Partial Lunar Eclipse — Sunday, 16 June 2030
Because it is visible here, Sutak Kaal is observed.
Eclipse Timings (IST)
| Begins | 9:44 PM |
|---|---|
| Partial begins | 10:51 PM |
| Maximum | 12:03 AM |
| Partial ends | 1:15 AM |
| Ends | 2:22 AM |
| Magnitude | 0.503 |
Times shown are in IST (Indian Standard Time).
Sutak Kaal
15 Jun, 12:44 PM → 15 Jun, 9:44 PM IST
Sutak begins 9 hours before the eclipse. During this period worship, cooking and eating are traditionally avoided; it ends when the eclipse ends.
Timings in Indian Cities
| City | Begin | Max | End | Mag. |
|---|---|---|---|---|
| New Delhi | 9:44 PM | 12:03 AM | 2:22 AM | 0.503 |
| Mumbai | 9:44 PM | 12:03 AM | 2:22 AM | 0.503 |
| Kolkata | 9:44 PM | 12:03 AM | 2:22 AM | 0.503 |
| Chennai | 9:44 PM | 12:03 AM | 2:22 AM | 0.503 |
| Bengaluru | 9:44 PM | 12:03 AM | 2:22 AM | 0.503 |
| Hyderabad | 9:44 PM | 12:03 AM | 2:22 AM | 0.503 |
| Ahmedabad | 9:44 PM | 12:03 AM | 2:22 AM | 0.503 |
| Jaipur | 9:44 PM | 12:03 AM | 2:22 AM | 0.503 |
| Guwahati | 9:44 PM | 12:03 AM | 2:22 AM | 0.503 |
| Varanasi | 9:44 PM | 12:03 AM | 2:22 AM | 0.503 |
Frequently Asked Questions
Is the Partial Lunar Eclipse on Sunday, 16 June 2030 visible in India?
Yes. The Partial Lunar Eclipse on Sunday, 16 June 2030 is visible from India. Because it is visible here, Sutak Kaal is observed (from 15 Jun, 12:44 PM to 15 Jun, 9:44 PM IST). See the city-wise timings below for your exact local circumstances.
What is the Sutak Kaal for this eclipse?
Sutak Kaal for this lunar eclipse begins 9 hours before it starts — from 15 Jun, 12:44 PM until 15 Jun, 9:44 PM IST. During Sutak, worship, cooking and eating are traditionally avoided; the period ends when the eclipse ends.
What time is the Partial Lunar Eclipse (IST)?
In IST the eclipse begins around 9:44 PM, reaches maximum at 12:03 AM and ends near 2:22 AM. Exact local times for major Indian cities are listed below.
What is the magnitude of this eclipse?
The lunar eclipse on Sunday, 16 June 2030 has a umbral magnitude of about 0.503. A partial eclipse covers only a fraction of the disc.