cookies
Achará os nossos “cookies” deliciosos
Usamos "cookies" em nosso site para fornecer a melhor experiência para atender às tuas necessidades. Eles também são usados para fornecer ferramentas úteis e funcionalidades valiosas. Para aproveitar ao máximo dos nossos sites, permita a coleta de "cookies" em nosso site. Mais informações
Eu concordo
Recusar
A venda terminou

Levenhuk Skyline PLUS 120S

4
The Levenhuk Skyline PLUS 120S Telescope is a Newtonian reflector with a spherical primary mirror of 114mm diameter. It is suitable for observing the Moon, planets of the solar system, nebulae, galaxies, star clusters, and many other objects. Due...
A venda terminou
Este produto já não é fabricado ou já não faz parte da nossa oferta.

Código do produto: 73804-LEVENHUK | ID: 360865

Levenhuk Skyline PLUS 120S

The Levenhuk Skyline PLUS 120S Telescope is a Newtonian reflector with a spherical primary mirror of 114mm diameter. It is suitable for observing the Moon, planets of the solar system, nebulae, galaxies, star clusters, and many other objects. Due to a large aperture, you can observe bright objects in the Messier and NGC catalogs. In outer space, the telescope helps you to observe the polar ice caps on Mars, weather changes on Venus, rings of Saturn, satellites of Jupiter, and even distant Uranus and Neptune, but not in detail.

This telescope is suitable for both beginner and experienced astronomy enthusiasts. The telescope is installed on an equatorial mount, which allows for quickly pointing it at objects and tracking them even during lengthy observations. It takes some time to master the operation of the telescope, but an aspiring beginner is unlikely to consider this as an obstacle. A mount is attached to an aluminum tripod; its legs feature adjustable height. There is an accessory tray.

The kit includes necessary accessories for observations so that you do not have to buy any additional accessories. There are two eyepieces with different a focal length and a Barlow lens. They are used to obtain an optimal magnification for observing various space objects. An optical finderscope provides 6x magnification.

Features:

  • Newtonian reflector on an equatorial mount
  • Excellent choice for observing deep space, the Moon, and the planets of the solar system
  • Simple and practical tracking of astronomy objects in the sky
  • Extensive kit allows for utilizing the optics' capabilities as much as possible
  • Stable aluminum tripod with adjustable height

The kit includes:

  • Telescope optical tube
  • Equatorial mount
  • Aluminum tripod with an accessory tray
  • 6x24 optical finderscope
  • SUPER 10mm (90x) eyepiece
  • SUPER 25mm (36x) eyepiece
  • 2x Barlow lens
  • Slow-motion control knobs
  • Counterweight
  • User manual and lifetime warranty

Shipping weight: 25.1 lb (11.4 kg)
Package size (LxWxH): 42.7×14.6×9.4 in (108.5×37×24 cm)

Ainda não está disponível uma descrição adicional no seu idioma. A descrição em inglês pode ajudar.

Optical design: Newtonian reflector

Optics material: optical glass

Optics coating: fully coated

Primary mirror diameter (aperture), mm: 114

Focal length, mm: 900

Highest practical power, x: 228

Focal ratio: f/8

Resolution threshold, arcseconds: 1.05

Limiting stellar magnitude: 12.4

Eyepieces: SUPER 10mm (90x), SUPER 25mm (36x)

Eyepiece barrel diameter: 1.25

Barlow lens: 2x

Finderscope: optical, 6x24

Focuser: rack & pinion

Tripod: aluminum

Tripod height (adjustable), mm: 650–1200

Telescope control: manual

Mount: equatorial EQ1

Additionally: accessory tray
                    observed objects: deep-sky objects

Tube-mount assembly system: with rings

Optical tube material: metal

Usage: General use product.
            May be used by kids over 3 years old.

Assembly and setup: extremely simple

Parâmetros e especificações

Propósito

Funções

Tipo de atividade

Ampliação

Finderscope

Distância focal máxima


Dimensões e peso

Diâmetro da lente


País

Fabricado em

China


Acessórios recomendados

Pontuação geral com base em 1 avaliação do utilizador:

4

Šimun Š.

Impressão geral

Data
20.09.2022

Good view on our Solar system planets, but not beyond that. Everything has to be perfectly aligned to see something - which requires very stable positioning. That means that the telescope has a wobbly tripod, and screws could be better tightened up.