Celestron C6-NGT Computerized Bedienungsanleitung
Lesen Sie kostenlos die 📖 deutsche Bedienungsanleitung für Celestron C6-NGT Computerized (8 Seiten) in der Kategorie Teleskop. Dieser Bedienungsanleitung war für 12 Personen hilfreich und wurde von 2 Benutzern mit durchschnittlich 4.5 Sternen bewertet
Seite 1/8
NexStar Communication Protocol
This document describes the serial commands supported by the Celestron NexStar hand control. This information
applies to the NexStar GPS, NexStar GPS-SA, NexStar iSeries, NexStar SE Series, NexStar GT, CPC, SLT, Advanced-
GT, and CGE mounts.
Communication to the hand control is 9600 bits/sec, no parity and one stop bit via the RS-232 port on the base of the
hand control.
Note: the GT hand control prior to version 104.0 should be treated as version 1.2 in the tables below. Version 104.0
should be treated as version 4.03.
Get Position Commands
The following commands retrieve the position of the telescope in either RA/DEC or AZM-ALT coordinates.
The position is returned as a hexadecimal value that represents the fraction of a revolution around the axis. Two
examples are given below:
• If the Get RA/DEC command returns 34AB,12CE then the DEC value is 12CE in hexadecimal. As a percentage
of a revolution, this is 4814/65536 = 0.07346. To calculate degrees, simply multiply by 360, giving a value of
26.4441 degrees.
• If the precise GET AZM-ALT command returns 12AB0500,40000500 then the AZM value is 12AB0500 in
hexadecimal. As a percentage of a revolution, this is 313197824/4294967296 = 0.0729 or 26.252 degrees.
The standard commands offer a precision of 1/65536 * 360 * 60 * 60 = about 19.8 arcseconds per unit while the precise
commands offer a precision of 1/16777216 * 360 * 60 * 60 = about 0.08 arcseconds per unit (only the upper 24 bits are
used).
Note: if the telescope has not been aligned, the RA/DEC values will not be meaningful and the AZM-ALT values will
be relative to where the telescope was powered on. After alignment, RA/DEC values will reflect the actual sky,
azimuth will be indexed to North equals 0 and altitude will be indexed with 0 equal to the orientation where the optical
tube is perpendicular to the azimuth axis.
Command Function PC Command Hand Control
Response
Applies to
Versions
Get RA/DEC “E” “34AB,12CE#” 1.2+
Get precise RA/DEC “e” “34AB0500,12CE0500#” 1.6+
Get AZM-ALT “Z” “12AB,4000#” 1.2+
Get precise AZM-ALT “z” “12AB0500,40000500#” 2.2+
GOTO Commands
The following commands direct the telescope to GOTO a specified RA/DEC or AZM-ALT position. As with the Get
Position commands, the values are in hexadecimal and represent the fraction of a rotation around the axis.
Note: GOTO RA/DEC commands will not work unless the telescope is aligned.
Command Function PC Command Hand
Control
Response
Applies to
Versions
GOTO RA/DEC “R34AB,12CE” “#” 1.2+
GOTO precise RA/DEC “r34AB0500,12CE0500” “#” 1.6+
GOTO AZM-ALT “B12AB,4000” “#” 1.2+
GOTO precise AZM-ALT “b12AB0500,40000500” “#” 2.2+
Sync
To Sync to an object via serial commands, the user should center a known object in an eyepiece. Then the Sync serial
command should be sent, using the celestial coordinates (RA and DEC) for that object. This causes future GOTO or
Get Position commands to use coordinates relative to the Sync’d position, improving pointing accuracy to nearby
objects. (we probably don't need to mention "from the planetarium package" since it also improves pointing accuracy if
they GoTo objects via the hand control.) The format for the RA/DEC positions in the Sync command is identical to the
GOTO RA/Dec command.
Command Function PC Command Hand
Control
Response
Applies to
Versions
Sync RA/DEC “S34AB,12CE” “#” 4.10+
Sync precise RA/DEC “s34AB0500,12CE0500” “#” 4.10+
Tracking Commands
The following commands retrieve or set the tracking mode.
Depending on the mount type, following tracking modes are available:
0 = Off
1 = Alt/Az
2 = EQ North
3 = EQ South
Note: On the CGE and Advanced GT hand control versions 3.01 through 3.04 the value for EQ North is 1 and EQ
South is 2. This has been corrected to match the other models in current hand control versions.
Command Function PC Command Hand Control
Response
Applies to
Versions
Get Tracking Mode “t” chr(mode) & “#” 2.3+
Set Tracking Mode “T” & chr(mode) “#” 1.6+
Slewing Commands
The following commands allow you to slew (move) the telescope at fixed or variable rates.
For variable rates, multiply the desired rate by 4 and then separate it into a high and low byte. For example if the
desired tracking rate is 150 arcseconds/second, then:
trackRateHigh = (150 * 4) \ 256 = 2, and
trackRateLow = (150 * 4) mod 256 = 88
For fixed rates, simply use a value from 1-9 (or 0 to stop) to mimic the equivalent hand control rates.
Note: in most configurations, issuing the slew commands will override (or conflict with) the tracking mode of the
mount. Hence it is always best to disable tracking first using the Tracking Commands, issue the slew command, then
re-enable tracking. The main exception to this is when tracking equatorially - the fixed rate slews at 1 or 2 will not
override tracking. This can be useful to simulate autoguiding.
Note: on GT models, the fixed rate slews at rate 9 move at 3 degrees per second instead of the maximum rate.
Command Function PC Command Hand Control
Response
Applies to
Versions
Variable rate Azm (or
RA) slew in positive
direction
“P” &
chr(3) &
chr(16) &
chr(6) &
chr(trackRateHigh) &
chr(trackRateLow) &
chr(0) &
chr(0)
“#” 1.6+
Variable rate Azm (or
RA) slew in negative
direction
“P” &
chr(3) &
chr(16) &
chr(7) &
chr(trackRateHigh) &
chr(trackRateLow) &
chr(0) &
chr(0)
“#” 1.6+
Variable rate Alt (or
Dec) slew in positive
direction
“P” &
chr(3) &
chr(17) &
chr(6) &
chr(trackRateHigh) &
chr(trackRateLow) &
chr(0) &
chr(0)
“#” 1.6+
Variable rate Alt (or
Dec) slew in negative
direction
“P” &
chr(3) &
chr(17) &
chr(7) &
chr(trackRateHigh) &
chr(trackRateLow) &
chr(0) &
chr(0)
“#” 1.6+
Fixed rate Azm (or RA)
slew in positive
direction
“P” &
chr(2) &
chr(16) &
chr(36) &
chr(rate) &
chr(0) &
chr(0) &
chr(0)
“#” 1.6+
Fixed rate Azm (or RA)
slew in negative
direction
“P” &
chr(2) &
chr(16) &
chr(37) &
chr(rate) &
chr(0) &
chr(0) &
chr(0)
“#” 1.6+
Fixed rate Alt (or DEC) “P” & “#” 1.6+
Produktspezifikationen
| Marke: | Celestron |
| Kategorie: | Teleskop |
| Modell: | C6-NGT Computerized |
Brauchst du Hilfe?
Wenn Sie Hilfe mit Celestron C6-NGT Computerized benötigen, stellen Sie unten eine Frage und andere Benutzer werden Ihnen antworten
Bedienungsanleitung Teleskop Celestron
25 August 2024
16 August 2024
5 August 2024
5 August 2024
4 August 2024
4 August 2024
2 August 2024
1 August 2024
31 Juli 2024
30 Juli 2024
Bedienungsanleitung Teleskop
- Teleskop Nedis
- Teleskop Unold
- Teleskop Auriol
- Teleskop Bresser
- Teleskop König
- Teleskop MarQuant
- Teleskop National Geographic
- Teleskop Orion
- Teleskop Globaltronics
- Teleskop Carson
- Teleskop Levenhuk
- Teleskop Meade
- Teleskop Mizar
- Teleskop Tasco
- Teleskop Uniprodo
- Teleskop Vivitar
- Teleskop Vixen
- Teleskop Sky-Watcher
- Teleskop Discovery
- Teleskop SVBONY
- Teleskop Barska
- Teleskop DayStar Filters
- Teleskop ZWO
- Teleskop IOptron
- Teleskop Danubia
Neueste Bedienungsanleitung für -Kategorien-
16 Oktober 2024
16 Oktober 2024
16 Oktober 2024
16 Oktober 2024
Bresser 70-900 - National Geographic 90-71000 Bedienungsanleitung
22 September 2024
6 September 2024
1 September 2024
31 August 2024
30 August 2024
28 August 2024