Eclipse Dates
Solar and lunar eclipses of 2197, and whether they can be seen from New Delhi, Delhi, India. Sutak is kept only where the eclipse is visible: twelve hours before a solar eclipse and nine before a lunar one.
Lunar eclipse, 04 January 2197
- Type
- Partial
- In
- Gemini, Ardra nakshatra
- Whole eclipse (anywhere on Earth)
- 10:34 to 12:28, greatest at 11:31 (local time)
- From New Delhi
- Not seen from New Delhi: the Moon is below the horizon
Lunar eclipse, 31 May 2197
- Type
- Penumbral
- In
- Scorpio, Anuradha nakshatra
- Whole eclipse (anywhere on Earth)
- 11:52 to 14:14, greatest at 13:03 (local time)
- From New Delhi
- A penumbral eclipse: hardly visible, and no Sutak is kept
Solar eclipse, 15 June 2197
- Type
- Annular
- In
- Taurus, Mrigashira nakshatra
- Whole eclipse (anywhere on Earth)
- 20:30 to 02:22, 16 Jun, greatest at 23:26 (local time)
- From New Delhi
- Not seen from New Delhi
- Totality or annularity (on the central path)
- 21:32 to 01:20, 16 Jun
Lunar eclipse, 29 June 2197
- Type
- Penumbral
- In
- Sagittarius, Mula nakshatra
- Whole eclipse (anywhere on Earth)
- 20:01 to 23:39, greatest at 21:50 (local time)
- From New Delhi
- A penumbral eclipse: hardly visible, and no Sutak is kept
Lunar eclipse, 25 November 2197
- Type
- Penumbral
- In
- Taurus, Krittika nakshatra
- Whole eclipse (anywhere on Earth)
- 23:11, 24 Nov to 02:18, greatest at 00:44 (local time)
- From New Delhi
- A penumbral eclipse: hardly visible, and no Sutak is kept
Solar eclipse, 09 December 2197
- Type
- Total
- In
- Scorpio, Jyeshtha nakshatra
- Whole eclipse (anywhere on Earth)
- 06:21 to 11:43, greatest at 09:02 (local time)
- From New Delhi
- Seen from New Delhi: 11% of the Sun's diameter covered at the maximum
- Seen locally
- 06:58 to 07:57, greatest at 07:26
- Magnitude
- 0.111
- Sutak begins
- 08 Dec, 18:58
- Totality or annularity (on the central path)
- 07:17 to 10:47
Times are local to New Delhi, Delhi, India, worked out with the sidereal (Lahiri) zodiac. Sunrise and sunset are for the upper edge of the Sun with normal refraction.