Losmandy Titan Mount & MAL Adapter
- All machined stainless steel and aluminum, black anodized
- Shafts, 1.968" diameter stainless steel tubing, .250" wall thickness
- Worm gears, 6.750" diameter, 270 tooth, 7075 aluminum - special coated
- Worms, heat treated and ground stainless steel
- Single piece worm housing construction, double ended, ball bearing supported with adjustable preload
- Tracking: +/- 5 arc sec. or better
- Low temperature operation: 0??? F
- 5.062" diameter needle thrust bearings
- 3.500" diameter sealed ball bearings
- 3.100" diameter sealed ball bearings for worm gear
- Fully locking, unique tangent arm design altitude adjustment, 12-70 degrees, large knob for easy alignment
- Laser engraved latitude scale in 2 degree increments
- Single knob azimuth control, bi-directional +/- 10 degrees, X/Y axis leveling bubbles
- Variable slip clutch, 6.0" diameter both axes, one knob design
- Full 360 degree rotation in both R.A. and DEC
- Fully enclosed R.A. and DEC. worm and worm gear
- Photographic instrument weight capacity 100 lbs.
- Equatorial Head weight 75 lbs. Breaks down into R.A. 37.5 lbs. & DEC. 37.5 lbs.
- Removable 1.25" diameter counterweight shaft with safety stop
- Includes two 21-lb. counterweights
- Split dovetail saddle plate design, 8.00" x 6.00" x 1.00"
- Dovetail plate drops in and locks allowing for interchanging of any tube assembly - reduces the need for DEC. weights
- Accepts all "D" series dovetail plates
- 7-lb. and 11-lb. extra counterweights are also available
- Off axis polar scope (optional), works in Northern and Southern hemisphere
The Losmandy Gemini 2 system is a DC servo motor based GOTO computerized positioning system designed for the Losmandy HGM-TITAN, G-11 and G-8 mounts. The Gemini 2 system has many features designed to quickly and accurately point the telescope to an object, then track it with even higher precision than the previous digital stepper drive used by Losmandy. The choice of servo motors gives two main advantages over stepper motor based systems. Servo motors run with a continuous smooth rotation, rather than discreet steps as with stepper motors. They also have very high torque, even at high slewing speeds. As a result the Gemini 2 system can deliver up to 8 degrees per second slewing rates with the G-8 mount, 6 with the G-11 and 5 with the HGM-TITAN.
Gemini 2 can be used as a stand alone system in the field. It can be powered by any 3A, 12-18 Volt DC source. No personal computer is required. A user brightness adjustable Touch Screen Display allows navigation through all internal databases for field use without a PC. Databases comprising of over 40,000 objects are built into the Gemini system, more than enough to keep even the most avid observer busy for some time!
- Full Color Graphic Touch Screen clearly displays all functions
- Classic four-button pattern for guiding, centering, moving and slewing on both the touch screen and a tactile membrane on the rear
- Support for the original four-button controller
- For Losmandy GM8, G-11 & Titan mounts
- Custom mount support using the Programmable Gear Rate function
- 8???/sec Slew Rate (GM8)
- 0.5 arcsec positional accuracy
- DC Servos for improved accuracy with higher torque than stepper motors
- GPS-compatible with optional receiver
- Stand-alone system. No PC required!
- Ethernet 10/100 with full IP function permits operation from anywhere using a browser, ASCOM, or app over the web or serial port
- Non-Volatile Memory and Real-Time Clock
- Two USB ports; Virtual COM to PC, ASCOM or planetarium program
- Port E - future high-res encoders
- Port F - multi-function serial; A/D I/O
- Firmware upgrade via internet
- PEC correction
- Auto-Guide port (TTL)
- Dual 12~18V DC input/output (1.5A)
A new Touch Screen Hand Controller is now standard for all Gemini 2 systems. The hand paddle features membrane switches with provide excellent tactile feedback, while centering or moving of the telescope when at the eyepiece. The display works in parallel to the main electronics, allowing users to access all of the main panel functions via the Touch Screen Display.
Gemini 2 uses a Meade LX200 command sub-set, with most LX200 commands being implemented. The user can update the internal real time clock via a GPS unit, as well as user location information. Coupled with The Sky by software Bisque and CCD camera, users can confidently determine the positions of minor planets and comets, and place them on a CCD detector time and time again.
The Gemini 2 design incorporates surface mounted PC board technology for reliable performance in the field. The main control board also has auto-guider and accessory ports to allow full remote control of the system via a Web server from anywhere in the world. (Gemini 2 has been successfully tested with Software Bisques IAS server software).
The Gemini 2 system has built in "T-Point" like pointing software that can use from one to many stars to refine its pointing accuracy. With multi-star modeling pointing accuracy has been measured to within three arc minutes around the entire sky, and to less than one arc minute with short slews from an updated position located within a few degrees of a reference object. Gemini 2 is also fully T-Point (Software Bisque) compatible. Extended personal computer based T-Point modelling runs can give better than 1 arc minute positioning accuracy across the entire sky! Further, with Gemini's warm re-start option, previously stored PC T-point data can be reused without the need to conduct a short mapping run.
This adapter will connect Losmandy HGM Titan, HGM-200 and GM-200 to Meade tripods and piers. Similar to other Losmandy accessories, it is lightweight and machined from aluminum stock for hardness, then black anodized, providing a resilient surface free of corrosion. 7" diameter, 4" height. Made to fit HGM Titan, HGM 200, and GM 200 mounts. Tube features a 1/2" thick bottom with 1/2" hole in center and hole pattern for mounting on a Meade Large Field Tripod. Exterior contains posts for the electronics. Also can be employed on permanent piers.
Losmandy Product Number: HGMTITANTP-1
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