Need help?Do you have a question about the Hobym Observatory Crux140 Traveler and is the answer not in the manual?
General| Brand | Hobym Observatory |
|---|---|
| Model | Crux140 Traveler |
| Category | Telescope |
| Language | English |
Utilizes a harmonic gear system for powerful, precise, and quick response.
Offers quick feedback and allows for precise guiding.
Supports time-lapse, alt-azimuth mode with GoTo/tracking, and free stop alt-azimuth use.
Features Korean harmonic gear and Japanese motor for stability and temperature consistency.
Equipped with Titan TCS for efficient operation, wireless control, and software compatibility.
Details the equatorial and alt-azimuth mount types, drives, and adjustments.
Covers drive systems, operating area, slewing speed, input voltage, and GoTo capabilities.
Lists all items included in the package with the Crux140 Traveler.
Lists accessories available for separate purchase to enhance functionality.
Identifies and describes major parts of the mount, including adapters and adjustment mechanisms.
Guidelines on mounting, voltage limits, and avoiding moisture/rain for safe operation.
Advice on avoiding shocks, proper tripod use, and altitude adjustment safety.
Step-by-step guide for setting up the telescope in equatorial mode.
Procedures for attaching dovetail holders, weight shafts, weights, and connecting motor cables.
Securing the telescope, PoleMaster attachment, and initial object synchronization with TCS.
Step-by-step instructions for setting up the telescope in alt-azimuth mode.
Adjusting altitude and leveling the mount for accurate alt-azimuth operation.
Steps for installing the weight shaft and mounting the telescope for alt-azimuth use.
Instructions for adjusting altitude for observations in low latitude regions.
Steps to disassemble, adjust altitude, and align component holes for low latitude setup.
Tightening bolts and making final altitude adjustments using the knob.
Describes the Titan TCS, its object database, CPU, memory, and wireless/software connectivity.
Details motor control, power, display, surge protection, and camera control features.
Identifies and describes ports and controls on the top and bottom of the Titan TCS unit.
Explains the functions of navigation wheel, enter key, and other controls.
Details the operation of the navigation switch, volume knob, and power switch.
Guides on setting the date and time on the Titan TCS system.
Guides on setting the observatory's location and time zone for accurate operation.
Steps for powering on the system and initiating the startup sequence.
Instructions on how to properly power down the system after use.
Illustrates the pinout for DC-In, RA, and DEC connections.
Emphasizes the importance of correct power connections to prevent serious system damage.
Details the steps for navigating menus to set date and time.
Shows menu navigation for adjusting RA maximum speed settings.
Covers saving date/time and RA speed configurations through the menu.
Final steps for setting date/time and saving configurations.
Covers saving system settings and options like Cancel and Factory Reset.
Illustrates system connectivity using USB, Bluetooth, and RS232 for guiding and movement.
Details USB-only connection, DC inputs, and cautions against connecting multiple power sources.
Shows the connection for camera shutter release and compatible accessories.
Visual representation of the interval timer's operation sequence for photography.
Lists common reasons for poor guiding quality and potential solutions.
Defines safe payload and factors affecting it, with testing advice.
Explains periodic error and the benefits of harmonic gear mounts like no backlash.
Information on the availability and download location of the ASCOM driver.
Discusses telescope compatibility, payload, and causes for poor guide graphs.
Addresses mount stability, southern hemisphere use, and troubleshooting imprecise GoTo aiming.
Diagnosing incorrect telescope movement and motor stalling at high speeds.
Discusses slow GoTo pointing, serial cable issues, and simulation program connectivity.
Steps to improve guiding, check LEDs, and replace the CR2032 battery.
How to disable meridian flip, understand PEC status, and its effect on guiding.
To Next Page