ZWO FF90 + AM3N + PE160 + TC40 Package | PixelSkiesAstro
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  • ZWO FF90 + AM3N + PE160 + TC40 Package | PixelSkiesAstro
  • ZWO FF90 + AM3N + PE160 + TC40 Package | PixelSkiesAstro
  • ZWO FF90 + AM3N + PE160 + TC40 Package | PixelSkiesAstro
  • ZWO FF90 + AM3N + PE160 + TC40 Package | PixelSkiesAstro
  • ZWO FF90 + AM3N + PE160 + TC40 Package | PixelSkiesAstro
  • ZWO FF90 + AM3N + PE160 + TC40 Package | PixelSkiesAstro
  • ZWO FF90 + AM3N + PE160 + TC40 Package | PixelSkiesAstro
  • ZWO FF90 + AM3N + PE160 + TC40 Package | PixelSkiesAstro
  • ZWO FF90 + AM3N + PE160 + TC40 Package | PixelSkiesAstro
  • ZWO FF90 + AM3N + PE160 + TC40 Package | PixelSkiesAstro
  • ZWO FF90 + AM3N + PE160 + TC40 Package | PixelSkiesAstro

ZWO FF90 + AM3N + PE160 + TC40 Package

ZWO FF90 + AM3N + PE160 + TC40 Package This ZWO package combines the FF90 flat-field apochromatic refractor, AM3N strain-wave mount, PE160 pier extension and TC40 carbon-fibre tripod. Manufacturer bundle variants list these four named components together.

Manufacturer model: ZWO FF90 + AM3N + PE160 + TC40 Package · Specifications checked against manufacturer data on 2026-11-03

ZWO FF90 + AM3N + PE160 + TC40 Package

This ZWO package combines the FF90 flat-field apochromatic refractor, AM3N strain-wave mount, PE160 pier extension and TC40 carbon-fibre tripod. Manufacturer bundle variants list these four named components together.

Flat-field telescope

The FF90 uses a four-element air-spaced APO objective with one ED element. Its 90 mm aperture and 609 mm focal length give f/6.8, with a 44 mm image circle and no separate external field flattener required. The 3-inch rack-and-pinion focuser has 1:10 fine adjustment and a 360° camera rotator.

Camera connection and tube sizing

The manufacturer imaging focus range is 45–75 mm from M54–M48 shoulder. Maximum optical paths are 75 mm at M48 and 93 mm at M54; use the reference shoulder specified in the manufacturer diagram. The tube weighs 3.92 kg, or 4.52 kg with handle, rings and dovetail plate. Retracted/extended visual and imaging lengths are listed below.

Mount performance and power

The AM3N offers equatorial and alt-azimuth modes with 8 kg without counterweight; 13 kg with counterweight. Its body weighs 4.1 kg, the saddle accepts Vixen and Losmandy plates, and latitude adjustment spans 0–90°. Use 12 V DC, at least 3 A; 5.5 × 2.1 mm centre positive. USB, Wi-Fi, Bluetooth and ST4 connections support the documented control options.

Pier extension and tripod

The PE160 provides elevation between mount and tripod. Its approximately 1 kg structure has a manufacturer recommendation below 10 kg; that restriction still applies even if the mount is counterweighted for a higher payload. The TC40 weighs 2.3 kg, adjusts from 470 to 800 mm and has 40/36 mm two-section carbon-fibre legs with a ballast bag. Its 50 kg structural rating is separate from the imaging payload of the mount.

System planning

Telescope, camera, filter wheel, adapters and cables all contribute to the imaging load and clearance envelope. Follow the mount’s counterweight and lever-arm guidance and use the lowest applicable component limit. A camera and any optional reducer, filters or counterweight are separate from the four components named in this package.

ZWO manufacturer documentation

Compatibility notes

Use the exact named-model manufacturer connection and operating instructions linked with this product. Optional parts and adapters require their specified spacing and power limits.

93011

Data sheet

Aperture (mm)
90
External field flattener required
No
Filter thread
M48 × 0.75 (2-inch)
Focal length (mm)
609
Focal ratio
6.8
Image circle (mm)
44
Imaging focus range
45–75 mm from M54–M48 shoulder
Maximum optical path m48 (mm)
75
Maximum optical path m54 (mm)
93
Maximum visual path 1 25 inch (mm)
112
Maximum visual path 2 inch (mm)
122
Mount adjustment
Latitude 0–90°; azimuth ±6°
Mount brake and zero
RA-axis power-off brake; mechanical zero position
Mount cable management
Integrated saddle USB-C / DC ports; cable routing support
Mount connections
USB; Wi-Fi; Bluetooth; ST4 guide port
Mount counterweight interface
M12 × 1.75 thread
Mount current
Standby 0.65 A; tracking 0.8 A; GoTo 1.3 A; heavy-load mode 1.8 A
Mount drive
Strain-wave gear + synchronous belt; 300:1 reduction
Mount error period (s)
288
Mount model
AM3N
Mount modes
Equatorial; alt-azimuth
Mount operating temperature
−20 to 40 °C; enable low-temperature high-load mode below 0 °C
Mount payload
8 kg without counterweight; 13 kg with counterweight
Mount periodic error
Within ±15 arcseconds
Mount power
12 V DC, at least 3 A; 5.5 × 2.1 mm centre positive
Mount resolution and slew
0.17 arcseconds; maximum 6°/s; rates 0.5×, 1×, 2×, 4×, 8×, 20×, 60×, 720×, 1440×
Mount saddle
Vixen; Losmandy
Mount weight (kg)
4.1
Optical design
Four-element air-spaced apochromat; one ED element
Package components
FF90 APO; AM3N; PE160; TC40
Pier load reference
Manufacturer recommends under 10 kg for PE160; do not substitute the mount’s higher counterweighted payload
Pier material
CNC-machined aluminium
Pier model
PE160
Pier weight (kg)
1
Rear adapter threads
M64 × 1 → M54 × 0.75; M54 × 0.75 → M54 × 0.75; M54 × 0.75 → M48 × 0.75
Standard weight (kg)
4.52
Standard weight includes
Handle, mounting rings and dovetail plate
Telescope body weight (kg)
3.92
Telescope equipment
Retractable dew shield; detachable tube rings; handle; dovetail plate
Telescope focuser
3-inch rack-and-pinion, dual-speed 1:10; 360° rotator
Telescope length imaging
550 mm retracted; 636 mm extended
Telescope length visual
513 mm retracted; 599 mm extended
Telescope model
FF90 APO
Tripod height (mm)
470–800
Tripod leg diameters (mm)
40 upper; 36 lower
Tripod load capacity (kg)
50
Tripod model
TC40 carbon-fibre
Tripod stability
Two-section legs; weight bag for ballast
Tripod weight (kg)
2.3
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