10Micron AZ 2000 HPS Combi

10Micron AZ 2000 HPS Combi

Description
The AZ 2000 HPS Combi is the latest version of the AZ2000 series, based on the GM2000 mechanics in altazimuthal configuration. It is a highly versatile mount for research applications such as satellite tracking, photometric and astrometric measurements, LiDaR laser operations and more. As an alt-az mount, long-exposure astrophotography requires an optional ASCOM-compatible field de-rotator.

The standard version allows for one instrument on one side and comes with a short counterweight bar. Exact balancing is not required: 50 % of the payload weight in counterweights is sufficient for stability. The AZ2000 HPS C body can be split in two parts for easier transport.

Electronics are housed in the V3 control box, which is removable. Motor, encoder and hand pad connections include locking screws. The hand pad allows full standalone operation without a PC. Its graphic display and red backlit keys are glove-compatible and remain readable in all conditions, thanks to a built-in heater.

Key features of the V3 control box:
• Advanced ARM-based mainboard for high performance
• Industrial-grade Binder connectors (Germany)
• Dedicated port for external Wi-Fi antenna
• New RJ ports for LAN, GPS, and autoguider
• GPS module via PS2 with PPS signal for ultra-precise sync
• New two-pin Binder connector for 24 V power (cable included)
• AUX port (6-pin DIN EN 61076-2-106)

The original AZ2000 was also produced in a special "Antarctica" version rated to −84 °C, using expensive materials, special lubricants, wiring, connectors and a sealed enclosure for operation under extreme conditions.

Technical specifications:
• Name: AZ 2000 HPS
• Mount type: Altazimuth
• Weight: 30 kg
• Payload capacity: 50 kg (standard), 50 + 35 kg (dual telescope option)
• Counterweight shaft: Ø 40 mm, stainless steel
• Axes: Ø 50 mm, alloy steel
• Bearings: Pre-loaded tapered roller bearings
• Worm wheels: 215 teeth (Ø 172 mm), B14 bronze
• Worm screws: Ø 24 mm, hardened, ground and lapped steel
• Drive: backlash-free timing belt with automatic compensation
• Motors: 2-axis brushless servos
• Power supply: 24 V DC
• Power usage: ~0.7 A tracking, ~3 A max speed, ~5 A peak
• Slew speed: 2°/s to 20°/s
• Pointing accuracy: < 20" (multi-star mapping)
• Tracking accuracy: < ±1" over 15 min (< 0.7" RMS)
• Software limits: ±150° AZ, ±95° ALT
• Mechanical limits: ±155° AZ, ±100° ALT
• Operating temp (standard): −15 °C to +35 °C
• Optional range: −35 °C to +35 °C
• Storage: −40 °C to +50 °C
• Ports: RS-232, GPS (PS2), ST-4 autoguider, Ethernet

Database and interface:
• User-defined park position
• 2- or 3-star alignment, up to 100 stars
• Polar and orthogonality error correction
• Pointing model storage
• Sidereal, solar, lunar tracking speeds
• Declination-based autoguide rate
• Adjustable horizon height
• Pointing/tracking past meridian
• Time setting via GPS or manually
• Dome control via RS-232
• Atmospheric refraction compensation
• Comet/asteroid filters
• Multilingual interface
• Remote assist via Internet

Additional information:
• CNC machined, no cast parts
• Fully internal cabling
• Standalone operation, no PC required
• Remote control via RS-232 or Ethernet
• ASCOM proprietary driver and Meade protocol supported
• Firmware and orbital data updates via RS-232 or Ethernet
• Wi-Fi included (not available with ColdTemp)
• Supplied with: AZ2000 HPS Combi mount, absolute encoders, V3 control box (Linux), heated graphic hand pad, cables, short counterweight bar
• Counterweights and power supply not included
• Packed in reinforced carton box with foam inserts