The summit of the SX series of equatorial mounts, with excellent accuracy, high rigidity and quick response. SXP2 mount was developed by adding knowledges and technologies generated from the development of Vixen's AXJ Mount.
A pair of ball bearings used for bearing stands of the R.A. axis of the SXP has changed to larger tapered bearings to increase strength. A distance between the bearing stands is widen to have the loading capacity increased. A wall thickness of the R.A. body housing is increased. The R.A. body is caught tightly in fork arms of the same that are used for the upper-class AXJ equatorial mount. This ensures lightweight but strong enough to hold the equatorial body.
The STAR BOOK TEN equipped with various functions are provided for the SXP2 equatorial mount. Among of them, the P-PEC function gives an advantage greatly to the celestial tracking. The PEC stands for Periodic Error Corrections and it electrically rectifies uneven motion of the tracking gear wheels which generates periodic error in the gear driven systems. For the SXP2 equatorial mount, a P-PEC function which was advanced from the PEC function is provided. The P-PEC function retains the records of your corrections after the power is turned off on the equatorial mount. It is not necessary to obtain the data every time and it achieves more accurate tracking quickly. (The P-PEC function will be only activated if the STAR BOOK TEN is connected to the SXP-PFL, SXP2, AXJ or AXD2 equatorial mounts.
In the conventional motor drive system of equatorial mounts, motion power of the motor was conveyed to the worm gears to rotate. The gear trains require a minimum amount of play to move the gears and the amount of play increases as the number of gears increases. To avoid this, transmission of the motion power has been changed from the gears to a belt drive system. As a result, both backlash from the gear trains and gear noise have been reduced dramatically. In addition, quick response has been achieved.
A total 16 pieces of bearings are set in the mechanical parts such as the R.A. and DEC axes, and worm gears of the SXP2 equatorial mount. This configuration realizes smooth movements without stress.
For SXP2 Mount, 1 set of Tapered Roller Bearing is used for R.A Axis to gain more stability for more accurate tracking.
The same fork arms that are used for the upper-class AXJ equatorial mount is adopted to support the main body strongly. It results in high stability of the equatorial mount.
The polar alignment scope allows you to align the equatorial mount to the N.C.P or S.C.P accurately with simple adjustments. It has the built-in scales and reticle where stars adjacent to the N.C.P and S.C.P. are indicated. In case of the northern hemisphere, it is possible to align as accurate as 3 arc minutes easily by setting Polaris and other two stars simulataneously to the designated position on the scale. The polar scopes' reticle is illuminated in red in the dark field of view by a push of the button. It is convenient as you can view stars on the relatively dark background. Also, it is a great help as all the alignment can be finished in the dark while looking through the polar scope. The brightness of the illuminated reticle can be adjusted in 8 levels, so you can adjust it to your preference. The red light becomes gradually dimmer after a certain interval of time (about one or two minutes) and turns off automatically.
The mount head features 35mm in diameter and eight threaded holes for M8 screws that are arranged at an intervals of 45 degrees. It can be attached an optional accessory plate directly or in combination with an optional dovetail-plate mounting block. The threaded holes on the mount head can accept other manufacturer's tube plates also.
As you designate a celestial object of your interest on the STAR BOOK TEN screen, it allows you to slue automatically to the celestial object to bring it into the field of view of your telescope, and then start tracking it continuously. Various celestial navigation functions are displayed beautifully on a wide 5-inch TFT colour LCD. Easy-to-use commands and direction keys can be backlit in red to let you operate the controller comfortably in a dark observing site.
The marriage of the strong, rigid equatorial mount body with high accurate tracking by P-PEC and the STAR BOOK TEN with versatile functions as an excellent interface have created the most user-friendly platform for both visual observation and astrophotography.
The heavy R.A. and DEC motor units are placed in the lower part of the declination body so that the centre of balance of the equatorial mount shifts to below the crossing point of the R.A. and DEC axes. This makes the declination body act as a counterweight. Also, the low-profile mount head allows the equatorial mount to balance with less weight.
The counterweight bar is a durable stainless steel of 20mm thick and it allows for using all the counterweights for the SX series of the equatorial mounts. The counterweight bar is stored inside the declination body. This aids in quick set up.
Für eine einfache und schnelle Polausrichtung kann der #35511 Polar Meter auf diesen Schuh aufgeschoben werden.
|Spezifikationen||SXP 2 Montierung|
|R.A. Zahnkranz||73,2 mm Ø Messingrad mit 180 Zähnen|
|DEC Zahnkranz||73,2 mm Ø Messingrad mit 180 Zähnen|
|Schneckenwelle||9 mm Ø Messingwelle|
|R.A.- & DEC.-Achse||40 mm Ø Karbon Stahl|
|Gegengewichtsstange||20 mm Ø|
|R.A. Teilkreis||0,1 Minuten Schritte (with StarBook TEN)|
|DEC. Teilkreis||1,0 Minuten Schritte (with StarBook TEN)|
|Polsucherfernrohr||PF-L Polar Scope 6x20mm , FOV 8°,|
|Motoren (Belt Drive system)||Schrittmotoren mit 250 PPS|
|Geschwindigkeit||Maximal 1000x Siderische Rate|
|Maximale Zuladung||17 kg|
|Stromanschluss||DC12V 0,45~2,2A (*with payload of 10kg)|
|Abmessungen||386mm x 419mm x 128 mm|
|Gewicht Achsenkreuz||13,3 kg ohne Gegengewicht|
Dieser Artikel dient zur Aufnahme des optischen Tubuses und ist identisch mit der GP- oder SX-Schwalbenschwanz-Aufnahme. Er wird direkt auf die Montierung aufgeschraubt und ist kompatibel mit der Zubehörplatte DX.
Gewicht: 220 g
ASG-CB90 Carbon Fiber Stativ
Größe: Ø 36mm(upper) 32mm(lower), Länge 545 cm bis 900 mm; Höhe 510 mm bis 815 mm
Aufnahme: Fläche des Kreises von 340 mm bis 520 mm im Radius
Gewicht: 3,4 kg