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Takahashi New Q/EM-200 T-2 Set Complete

$17,386.00



FSQ-106NUH SYSTEM COMPLETE

Includes: FSQ-106NU [New Q] 106mm F/5, 530mm QUADRUPLET DOUBLE ED FLAT-FIELD PHOTO/VISUAL ASTROGRAPH TUBE ASSEMBLY, EM-200 TEMMA-2 700X MOUNT

Standard Accessories: TUBE HOLDER, TRIPOD, F7X50 FINDER AND BRACKET, LE-18 OCUALR AND 1 COMPRESSION RING DIAGONAL

FSQ-106 New Q
Flat-Field Super Quadruplet

The New Q is the redesigned successor to the very popular FSQ-106. This outstanding new design features the following:

- Generous back focus of 178mm allows the user to attach a variety of imaging packages, bino viewers, 2 diagonals and many other visual devices.
- The tube length of 16.7 allows the new Q to be highly airline transportable. Even when the lens shade is extended the total length is only 20.5.
- The new ultra duty focuser with new camera angle adjuster/rotator will carry a 5kg. [11 lb] and be able to handle the new large chip CCD cameras. The 88mm image circle produced by the new Q is 9.5in diameter. The newly designed Takahashi micro edge focuser is included for precise focusing.
- The new optional reducer changes the focal ratio to f/3.6 for wide field imaging produces a 6.5 field and a 44mm image circle.
- The redesigned modified quadruplet double ED Petzval optics has been optimized for imaging as well as visual applications.
- Color correction has been extended to 1000nm to produce non-bloated imaged stars.

 

Flat-Field Super Quadruplet FSQ-106 New Q

SPECIFICATIONS

Optical System Double ED Modified Petzval Quadruplet
Effective Aperture106mm
Focal Length530mm
Focal Ratio [Prime Focus]f/5.0
Image Circle [Prime Focus]88mm
Usable Back Focus178mm

 

Reducer 

Effective Focal Length w/reducer385mm
Effective Focal Ratio w/reducerf/3.6
Image Circle44mm
Metal Back Distance72.2mm

Extender-Q 1.6x

Effective Focal Length850mm
Effective focal Ratiof/8.0
Image Circle44mm
Metal Back Distance117.5mm
Length of Main Tube Only420mm [16.7]
Length of Main Tube Lens Shade 520mm [20.5]
Weight of Main Tube6.8kgs. [15lbs.]
Finder Scope [Optional]7x50 6.3

 



The EM-200 provides a stable support for all types of instrument (refractor, reflector or cassegrain) weighing up to 18kg. The modern aesthetic design of the EM-200 is highly attractive as well as beautifully functional. The RA and DEC stepper motors are fully integrated into the mounting, the high precision design and construction provides cyclic errors lower than +/- 5 arc seconds.

The integrated polar alignment telescope has an illuminated reticule which can be dimmed to suit the user or observing conditions. This in conjunction with the precision altitude and azimuth adjusters will typically give polar alignment accuracy within 2 minutes of arc of the celestial pole.

With a function-full hand controller, options on tripods and piers and also optional digital setting circles the EM-200 is an ideal mounting for the serious amateur.

300x and 700x Temma "Go To" versions now available.

All "Go To" mounts are provided with RS232C cable, ST-4 or ST-7 cable shaft encoders and first quality electric motors.

The mount can operate in Temma mode and in the normal mode using the hand control.

The Temma requires the use of a PC to operate.

 

SPECIFICATIONS for the EM-200 Temma II

R.A. Slow-MotionMotor driven
DEC. Slow-MotionMotor driven
Azimuth Adjustment30
Elevation0-50 or
5-50
Setting CirclesR.A. -10' increments
DEC. -2
increments
Tracking Accuracy5 arc seconds
Loading Capacity16kg (35.2 lbs)
Gross Weight including
Counter-weight
25.5kg (56.2 lbs)
(w/5kgx2 c/w)
Polar FinderBuilt-in with 5' setting accuracy, scale pattern effective until 2015 with quick reference dial for N/S
Motor DriveSidereal rate
N/S switching
Slewing Speed (R.A.)
(R.A. high speed mode)
(DEC.)
(DEC. high speed mode)
0.05x--2x
2x--16x
0--15arc/sec
30--240 arc/sec
Operating Voltage12V/24V DC
Slewing speed 300x sidereal @ 12v
700x sidereal @ 24v
Power Consumption250mA--500mA

 

 


Add to Cart:

  • Model: TSS1064
  • Shipping Weight: 125lbs
  • Manufactured by: Takahashi

This product was added to our catalog on Monday 29 January, 2007.