Losmandy DVCM2 Camera Mount - Three Axis

Works with both D and V series plates.
Three axis, 360 deg. camera rotation, +/- 45 deg. camera tilt, 360 deg. unit rotation, dovetail mounted, no tools needed.

Suits all cameras with 1/4" 20tpi tripod mount

Weight. 2.7 lbs.
Height. from top of dovetail plate to top of camera mount:
D plates=3.95"
V plates=3.65"

http://losmandy.com/cm2-movie.html

ZWO D70-M54F Adapter may be required when fitting the ZWO OAG-L to a 36mm, 31mm /1.25" filter wheel

ZWO M54 Sensor Tilt Plate

Product: ZWO M54 sensor tilt plate adapter

Thickness: 5mm

Suitable for APS-C and full-frame cameras (ASI2600, ASI6200, and ASI2400)

You can connect it to M68 OAG and 2” EFW, and mount them on the M48-thread telescope side with an M54-M48 adapter.

*This adapter is packaged with the full-frame camera. So if you already have one ASI full camera then you don’t need to buy it separately.

SKU: ZWO-M54-Plate

This ZWO adaptor helps you set your camera back spacing correctly for sharp astro images. 

It features a 21m spacer size, with 54mm fitting on the telescope side and 48mm for the camera.

Setting the right back spacing will help your astro imaging rig get the best from your telescope optics.

The telescope side of the Pyxis LE is a simple two-inch "push-fit" barrel. The long barrel adapter, just short of 2-1/2 inches, is easily inserted into any 2" focuser such as the Optec TCF-S Temperature Compensating Focuser. Combined with the TCF-S or TCF-Si, the Pyxis LE creates a focuser/rotator combination requiring less than 4-1/2 inches of back-focus.

The camera side of the Pyxis LE is a standard male T-thread. Any T-thread camera, filter wheel, off-axis guider, or industry standard T2 ring can screw directly on to the exit port of the Pyxis LE - no other adapters are required. All of the users existing accessories - T-thread spacers, off-axis guiders, filter wheels, etc. - can be attached directly. With the Pyxis LE, the confusion typically surrounding adapters is eliminated since the Pyxis LE is ready to use out-of-the-box. Simply attach your camera, slip into a 2-inch focuser, and you're ready to go.

The Pyxis LE is ideally suited for small, well-balanced cameras such as the QSI, Fish Camp, Starlight Xpress or SBIG ST-series CCD cameras. Canon and Nikon DLSR cameras will attach directly using an optional T2 bayonet ring. Optional T-thread extender rings can be added in 7.5 and 15mm lengths for additional offset to avoid filter wheel stepper motors such as with the SBIG CFW9.

Specifications

• Physical Size: 3.14" x 4" x 6.5" (80mm x 102mm x 165mm)
• Clear aperture: 1.515" (38.5mm)
• Weight: approx. 1.1 lb. (.5 kg)
• Telescope Adapter: 2" barrel adapter for any 2" focuser
• Camera Adapter: T-thread
• Back-Focus: .68" (17.3mm)
• Resolution: 0.050 degrees/step
• Power: 12 VDC 1 Amp (12 Watts max)
• Communications Interface: USB 2.0
• Software Interface: Pyxis LE-Control and ASCOM-compliant driver

Technical Specs

Turn your mobile phone into a telescope for observing and photographing the night sky plus safe viewing of the Sun.

Go beyond the power of your phone's camera.

Both Apple iPhone and Android favourites such a Samsung Galaxy and Google Pixel phones have amazing cameras. Even the best of them are limited for distant views however.

The Vaonis Hestia extends your phone's camera with a portable, easy to use package.

Witness the sky's beauty day and night with the Hestia Solar Pack. This advanced kit includes the Hestia device, a hard case, and essential accessories for day observation.

(You will need a standard photographic tripod. If you don't have, the team at BINTEL can assist with various options.)

Make your smartphone a door to the Stars.

FocusLynx Control Hub

Optec's FocusLynx Control Hub has years of field experience with multiple connection methods. Capable of operating two focusers simultaneously and full ASCOM compliance, FocusLynx is the most advanced focus controller available.

Multiple Ways to Connect

The FocusLynx Control Hub acts as the central controller to link one or two focusers to any control PC. The hub includes communication ports for Serial and USB (using Optec's USB/Serial cable) and wired Ethernet Network protocols as standard. An optional WiFi board and antenna can be added and installed at any time. Focuser 1 and Focuser 2 ports are available at the top of the FocusLynx hub with 12VDC Power, Network, optional Hand Control, and Serial connection ports available at the bottom. An optional aluminium mounting plate makes it easy to mount the FocusLynx Hub to any telescope pier or mount.

Multiple Software Clients

Following the ASCOM Local Server model Optec's FocusLynx Commander software allows multiple clients to connect simultaneously to the FocusLynx hub. Additionally, embedded webservers in the wired Ethernet and WiFi connections allow FocusLynx to generate a control interface accessible through any web browser or smartphone. Because this page is generated and displayed by the hub itself, once you are connected, there is no further configuration required: just attach your focusers and go!

Multiple Focusers to Control

The FocusLynx Control Hub can be used with a variety of focusers and focus motor add-ons. Sold as part of the TCF-Lynx, TCF-Lynx3, and FastFocus focuser packages, FocusLynx can be configured as a true absolute focus controller. Using Optec's DirectSync, QuickSync or Starlight Instrument's Handy Stepper Motor, FocusLynx can also control the TEC, FeatherTouch, Stellarvue, and other manual focusers with step counting circuitry to function as an ASCOM absolute focuser. Special cables can be used to control most unipolar motors including the MicroTouch and Robo-Focus motors. The optional second stepper daughter board allows use of the Focuser 2 port to control a second focuser of any type.

Multiple Options Available

Each FocusLynx package comes complete with everything needed to connect. An optional Hand Control, WiFi add-on board, second stepper controller, mounting plate, precision external temperature probe, and motor-specific cables round out a complete integrated package.

FocusLynx Control Hub Specifications

Functional Specifications:

• Stepper Motor Control: bipolar and unipolar stepper motors,
• Resolution: 16-bit controller with 65,535 step range per focuser,
• PC Connectivity: USB/Serial, Ethernet, or optional 802.11 WiFi,
• Hand Control: Optional 2-button with Digital Read-Out,
• WiFi Connection: Optional 802.11b/g compatible,
• Second Stepper: Optional plug-in daughter board,
• Input Power: 12VDC univeral power supply (110 to 230VAC input),
• Alternative Power: Field battery voltage (13.8VDC) with optional automotive cigarette lighter plug,
• Software Drivers: ASCOM local server, X2 native drivers for TheSky X

Physical Specifications:

• Length: 5.1" (130mm)
• Width: 3.2" (81mm)
• Height: 1.0" (27mm)
• Weight: 10 oz (285 g)
• Mounting Holes: Four 4-40 x 1/8" depth (reverse side)
• Case Material: 6061 aluminium, anodized black.

FocusLynx Port Connections:

• Focuser 1: RJ45 socket for standard Cat-5e/Cat-6 to focuser,
• Focuser 2: Optional second stepper board for RJ45 socket,
• Power: 12VDC input, 2.5 x 5.5mm plug, center pin positive,
• Network: Standard RJ45 Ethernet socket,
• Hand Controller: RJ22 socket for standard telephone handset cord,
• Serial: RJ12 socket for Optec USB/Serial cable (included).

FocusLynx Control Hub Quick Start Guide

Shoestring USB Shutter Control

Many people are now using Digital SLR cameras to take amazing deep-sky astrographs. Using the camera's internal shutter control typically limits the exposure time to 30 seconds. To get longer exposure times, the bulb stop (B) of the camera must be used. In bulb mode, the shutter is controlled by a remote control. If you wish to use a computer to generate the remote control commands, the products on this page will allow you to do so when used with appropriate software that supports this adapter.

Compatible software for controlling your DSLR's shutter is available from a number of sources including:

AstroArt
www.msb-astroart.com

DSLRFocus
www.DSRLFocus.com

DSLR Shutter
www.stark-labs.com

Eclipse Orchestrator
www.moonglowtech.com

Guidemaster
www.guidemaster.de

Images Plus
www.mlunsold.com

K3CCDTools
www.pk3.org/Astro/k3ccdtools.htm

Maxim DL
www.cyanogen.com

MaxDSLR
www.cyanogen.com

Nebulosity
www.stark-labs.com

ZWO M42 Sensor Tilt Plate

Product: ZWOadapter

Thickness: 5mm

Suitable for APS-C and full-frame cameras (ASI2600, ASI6200, and ASI2400)

You can connect it to M68 OAG and 2” EFW, and mount them on the M42-thread telescope side with M54-M42 adapter.

*This adapter is packaged with the full-frame camera. So if you already have one ASI full camera then you don’t need to buy it separately.

SKU: ZWO-M42-Plate

Tele Vue Spacer Ring Set of 6

Focal Path: Extension
Focuser extensions of various lengths are often used to create the necessary distance for proper spacing of field lenses to imager; the required distance will vary depending on camera specifications. All are black anodized aluminum with anti-reflection threads for maximum contrast.

Set of 6 Accessory Tubes is a complete set of the tubes/spacers described above. This allows great versatility in achieving the necessary distance for proper spacing of field lenses to image plane.

PRODUCT DESCRIPTION

The T2 adapter ring allows you to connect your Nikon camera very simply to the TLS APO 30 or 43 mm camera adapter. Please note that the product picture may serve merely as a reference. The actual look varies from batch to batch.

Mirrorless cameras are spreading like wildfire in the astroimaging community—and for good reason. When paired with Celestron’s groundbreaking 8” Rowe-Ackermann Schmidt Astrograph (RASA), you can achieve spectacular deep-sky astronomical images.

So what makes a mirrorless camera the perfect match for RASA? First, the compact camera body provides minimal obstruction when placed on the front of the RASA optical tube. Second, the sensitive imaging chip helps capture every bit of stunning detail that the RASA optical brings in.

If you’d like to use your SONY mirrorless camera with the 8” RASA, this adapter is a must-have accessory. Using the camera’s integrated bayonet mount, it attaches securely to the front of RASA. What’s more, this adapter places the camera’s sensor at the precise backfocus distance for optimal image sharpness.

NB: ONLY SUITABLE FOR RASA 8

The OPTEC DirectSync SW30 motor with built-in clutch mechanism and temperature sensor allows both manual and motorised control with a simple twist of the motor housing. DirectSync SW30 can be ordered separately or as part of the FocusLynx Kit.

Designed especially for the Sky-Watcher Esprit series telescope 3-inch Dual-Speed focusers, the OPTEC DirectSync SW30 features simple installation and an elegant design.

The DirectSync motors are fully compatiblity with the FocusLynx Control Hub making DirectSync the very best choice for motorizing Sky-Watcher's premier astrograph telescopes.

Compatiblity:

• Sky-Watcher Esprit 100 Apochromat refractor,
• Sky-Watcher Esprit 120 Apochromat refractor,
• Sky-Watcher Esprit 150 Apochromat refractor.

Specifications:

DirectSync APO Motor (#19788)

• Motor: 25mm Nippon stepper motor with 25:1 gearhead,
• Material: 6061 aluminium, anodized black,
• Length: 3.0" (76mm)
• Width: 1.5" (38mm)
• Weight: 5.6 oz (155 g)
• Tools Required: 2mm, 2.5mm and 1/16" hex keys (included)
• Motor Cable: Standard Cat-5e or Cat-6 (6-ft. length included)
• Connection to FocusLynx: Focuser 1 or Focuser 2 port- RJ45 socket

Installation Instructions

SBIG StarChaser SC-2 Off-Axis Guider Cameras

Diffraction Limited’s new SBIG StarChaser SC-2 is the world’s first, all-in-one independent Off-Axis Guiding Camera with Adaptive Optics support. The StarChaser operates independently of the main camera. It combines a pick-off mirror, guider camera, guide port, and Adaptive Optics control.

Stop wasting time with ruined exposures caused by flexure between the main camera and guider. Off-axis guiding eliminates this problem by using the same optical path for the main camera and the guider.

Most off-axis guider assemblies are awkward to use, consume too much back focus, and require you to focus by slipping a camera inside an eyepiece holder. SBIG pioneered simplified off-axis guiding, with guide sensors built into CCD cameras. Later, we created the self-guiding filter wheel, placing the guide sensor in the light path ahead of photon-robbing narrowband filters. The StarChaser is the next step in this progression – a fully independent guide camera with AO capability.

Note: When using with StarChaser with AO, you will need a StarChaser to AO-X/AO-8T Adapter Cable. The necessary adapter cable is included in our StarChaser SC-3 / AO-X Bundle and StarChaser SC-2 / AO-8A Bundle.

Three Versions Available

StarChaserSC-2 is designed to work with our compact SBIG cameras. It supports the AO-8A adaptive optics unit. See the table below for compatibility with various camera models.

Adapters are also available to attach StarChaser to legacy STL cameras. For STL cameras with smaller sensors and internal filter wheel, you can use the SC-2 with the appropriate adapter. Another adapter is available to attach the SC-3-SHORT, for STL cameras with larger sensors and the external filter wheel.

Next-Generation Off-Axis Guiding

The StarChaser represents our next generation of off-axis guide technology. It features a high-sensitivity 1.3 megapixel Global Shutter CMOS sensor with 4.8 micron pixels. Unlike competing autoguiders, the StarChaser has a mechanical shutter for easy dark frame correction. This feature, standard on all SBIG guiders, optimizes sensitivity and eliminates hot pixels that could degrade guiding accuracy.

The pick-off mirror position is adjustable by loosening a locking knob and sliding the mirror into or out of the housing. You can avoid vignetting the main sensor while optimizing the light path into the guide sensor. Once that is set, focus is adjusted simply by turning a second knob.

Adaptive Optics Control

Thanks to the SBIG StarChaser series, our renowned Adaptive Optics (AO) technology is now available for virtually our entire camera line! Our AO-8A (available separately) bolts onto the front of the StarChaser SC-2. The StarChaser is in turn attached to the front of an SBIG standard filter wheel and camera.

Adaptive Optics technology eliminates guiding errors caused by common mount problems such as stiction, periodic error, and wind loads. It can even reduce “slow seeing” effects resulting in higher resolution images.

Thin and Adaptable

The STarChaser StarChase ST-2 SC-2 is just 0.800″ (20.3 mm) thick. When attaching to a filter wheel the existing adapter plate (0.147″ / 3.7 mm thick) would normally be moved from the filter wheel onto the front of the SC-2. When attaching an AO-8A to the front of the SC-2, the adapter plate is not used.

StarChase Brochure

StarChase SC-2 Instruction Manual

OPTEC DirectSync SW25 Motor for Sky-Watcher Esprit 80 #19787

The Optec DirectSync SW25 motor with built-in clutch mechanism and temperature sensor allows both manual and motorised control with a simple twist of the motor housing. DirectSync SW25 can be ordered separately or as part of the FocusLynx Kit.

Designed especially for the Sky-Watcher Esprit series telescope 2-1/2-inch Dual-Speed focusers, the OPTEC DirectSync SW25 features simple installation and an elegant design. The DirectSync motors are fully compatiblity with the FocusLynx Control Hub making DirectSync the very best choice for motorising Sky-Watcher's premier astrograph telescopes.

For the larger Esprit APO's with the 3" focuser, see our DirectSync SW30.

Compatiblity:

• Sky-Watcher Esprit 80 Apochromat refractor.

Optec DirectSync SW25 Specifications:

DirectSync APO Motor (#19787)

• Motor: 35mm Nippon stepper motor with 50:1 gearhead,
• Material: 6061 aluminium, anodized black,
• Length: 3.75" (96mm)
• Width: 1.9" (49mm)
• Weight: 11.6 oz (330 g)
• Tools Required: 1/16" and 3mm hex keys (included)
• Motor Cable: Standard Cat-5e or Cat-6 (6-ft. length included)
• Connection to FocusLynx: Focuser 1 or Focuser 2 port- RJ45 socket

Installation Manual