ST011

AD

AD Cet

00 14.5

-7.8

4.9

1.5°

Cet

stella variabile rossa

ST012

7

7 CET

00 14.6

-18.9

4.4

*

Cet

stella variabile rossa

ST013

35 Psc

12, UU Psc

00 15.0

+08 49

5.8

12”

Psc

stella doppia colorata

ST014

S

S SCL

00 15.4

-32.1

5.5

*

Scl

stella variabile

ST015

13

Struve 13

00 16.2

+76.9

7

0.9”

Cep

sfida stella doppia

ST016

ST

ST CAS

00 17.6

+50.3

9

*

Cas

stella variabile rossa

ST017

Groombridge34

Groombridge 34

00 18.1

+44.0

8

39”

And doppia stella

ST018

24

 

00 18.5

+26 08

7.6

5”

And

doppia stella

ST019

Iota

Iota CET

00 19.4

-8.8

3.5

*

Cet

stella

ST020

VX

VX AND

00 19.9

+44.7

8

*

And

stella

ST021

R

 

00 24.0

+38 35

5.8

Stellar

And

stella variabile

ST022

30

 

00 27.2

+49 59

6.9

15”

Cas

doppia stella

ST023

AQ

AQ AND

00 27.6

+35.6

6.9

*

And

stella variabile rossa

ST024

Beta

Beta TUC

00 31.5

-63

4.4

27”

Tuc

doppia stella

ST025

36

Struve 36

00 32.4

+06.9

5.7

28”

Psc

doppia stella

ST026

Zeta

Zeta CAS

00 37.0

+53.9

3.7

*

Cas

stella

ST027

Delta

Delta AND

00 39.3

+30.9

3.3

*

And

stella

ST028

55

 

00 39.9

+21 26

5.4

6”

Psc

stella doppia colorata

ST029

Schedar

Alpha CAS

00 40.5

+56.5

2.2

*

Cas

stella

ST030

O18

ADS 588

00 42.4

+04.2

7.8

1.5”

Psc

sfida stella doppia

ST031

HN

HN 122

00 45.7

+75.0

5.7

36”

Cas

doppia stella

ST032

Delta

Delta PSC

00 48.7

+07.6

4.4

*

Psc

stella

ST033

Eta

 

00 49.1

+57 49

3.4

12”

Cas

stella doppia colorata

ST034

65

65 PSC

00 49.9

+27.7

6.3

4.4”

Psc

stella doppia colorata

ST035

Do13

Dolidze 13

00 50.0

+64.1

11

13’

Cas

gruppo sparso di stelle

ST036

Lambda1

Lambda1 TUC

00 52.4

-69.5

6.5

21”

Tuc

doppia stella

ST037

36

36 AND

00 55.0

+23.6

6

0.8”

And

sfida stella doppia

ST038

Navi

Gamma CAS

00 56.7

+60.7

2.5

*

Cas

stella

ST039

80

 

00 59.4

+00 47

8.4

26”

Cet

doppia stella, pari grandezza

ST040

79

 

01 00.1

+44 43

6

8”

And

doppia stella, pari grandezza

ST041

U

 

01 02.3

+81 51

6.8

Stellar

Cep

stella variabile

ST042

Psi-1

88, 74 Psc

01 05.6

+21 28

5.3

30”

Psc

doppia stella, pari grandezza

ST043

77

90

01 05.8

+04 55

6.8

33”

Psc

doppia stella

ST044

Zeta

Zeta PHE

01 08.4

-55.3

3.9

6.4”

Phe

doppia stella

ST045

Eta

Eta CET

01 08.6

-10.2

3.5

*

Cet

stella

ST046

Lux Lydiae

Lux Lydiae

01 08.7

+86.3

4.3

*

Cep

stella

ST047

Mirach

Beta AND

01 09.7

+35.6

2

*

And

stella

ST048

Zeta

Zeta PSC

01 13.7

+07.6

5.6

23”

Psc

doppia stella

ST049

Kappa

Kappa TUC

01 15.8

-68.9

5.1

5.4”

Tuc

doppia stella

ST050

Z

Z PSC

01 16.2

+25.8

8.8

*

Psc

stella

ST051

42

113

01 19.8

-00 31

6.4

1.6”

Cet

sfida stella doppia

ST052

Psi

Psi CAS

01 25.9

+68.1

4.7

25”

Cas

doppia stella, diversa grandezza

ST053

R

R SCL

01 27.0

-32.5

6.1

*

Scl

stella variabile

ST054

Gamma

Gamma PHE

01 28.4

-43.3

3.4

4’

Phe

stella

ST055

Achernar

Alpha Eri

01 37.7

-57 14

0.5

*

Eri

stella

ST056

51

51 AND

01 38.0

+48.6

3.6

*

And

stella

ST057

UV

UV CET

01 38.8

-18

7

*

Cet

stella variabile

ST058

p

p ERI

01 39.8

-56.2

5.8

11.5”

Eri

doppia stella

ST059

Nu

Nu PSC

01 41.4

+05.5

4.4

*

Psc

stella

ST060

44

44 CAS

01 43.3

+60.6

5.8

1.6”

Cas

doppia stella

ST061

Phi

Phi PER

01 43.7

+50.7

4.1

*

Per

stella

ST062

162

 

01 49.3

+47 54

5.8

2”

Per

sfida stella tripla

ST063

1

1 ARI

01 50.1

+22.3

6

2.6”

Ari

doppia stella

ST064

163

 

01 51.3

+64 51

6.6

35”

Cas

stella doppia colorata

ST065

Zeta

Zeta CET

01 51.5

-10.3

3.7

3’

Cet

doppia stella

ST066

178

 

01 52.0

+10 48

8.5

3”

Ari

doppia stella, pari grandezza

ST067

Gamma

Gamma ARI

01 53.5

+19.3

4.5

8”

Ari

doppia stella, pari grandezza

ST068

Psi

Psi PHE

01 53.6

-46.3

4.4

Phe

stella variabile rossa

ST069

Epsilon

Epsilon CAS

01 54.4

+63.7

3.4

*

Cas

stella

ST070

186

Struve 186

01 55.9

+01.9

6.8

1”

Cet

sfida stella doppia

ST071

56

56 AND

01 56.2

+37.3

5.7

3’

And

doppia stella

ST072

Lambda

Lambda ARI

01 57.9

+23.6

4.8

37”

Ari

doppia stella

ST073

Upsilon

Upsilon CET

02 00.0

-21.1

4

*

Cet

stella

ST074

Alpha

Alpha PSC

02 02.0

+02.8

4

1.6”

Psc

sfida stella doppia

ST075

Almach

Gamma AND

02 03.9

+42.3

2.2

10”

And

stella doppia colorata

ST076

Hamal

Alpha ARI

02 07.2

+23.5

2

*

Ari

stella

ST077

59 And

 

02 10.9

+39 02

5.6

16”

And

stella doppia colorata

ST078

Iota

Iota TRI

02 12.4

+30.3

5

3.8”

Tri

stella doppia colorata

ST079

231

Struve 231

02 12.8

-2.4

5.7

16.5”

Cet

doppia stella

ST080

228

Struve 228

02 14.0

+47.5

6.6

1.1”

And

sfida stella doppia

ST081

232

 

02 14.7

+30 24

8

7”

Tri

doppia stella, pari grandezza

ST082

239

 

02 17.4

+28 44

7

14”

Tri

doppia stella

ST083

Mira

Omicron CET

02 19.3

-3

2

*

Cet

stella variabile

ST084

Iota

Iota CAS

02 29.1

+67.4

4

2.2”

Cas

stella tripla

ST085

268

 

02 29.4

+55 31

6.9

3”

Per

doppia stella

INDICE DEL CATALOGO

157.

Page 158
Image 158
Bushnell 78-8840, 78-8846, 78-8850, 78-8831, 78-8890 instruction manual 157

78-8831, 78-8850, 78-8846, 78-8890, 78-8840 specifications

The Bushnell 78-8840 is a standout model in the realm of digital binoculars, combining high-quality optics with advanced technological features to enhance your viewing experience. Designed for both amateur and professional users, this model encapsulates sophistication, practicality, and durability in a compact form.

One of the main features of the Bushnell 78-8840 is its impressive magnification. With a powerful 8x magnification paired with a 40mm objective lens, this binocular offers excellent light transmission for clear, bright images even in low-light conditions. This makes it a perfect companion for birdwatching, sporting events, or nature observation. The multi-coated optics further optimize the clarity and brightness of the visuals, providing users with sharp and vivid images.

The Bushnell 78-8840 is equipped with an innovative digital image stabilization technology that minimizes the shake and vibrations commonly experienced when using traditional binoculars. This feature is especially beneficial for users who may have unsteady hands or for prolonged viewing sessions, ensuring a stable and enjoyable experience.

Durability is a significant aspect of the 78-8840 model. It features a rugged, waterproof, and fog-proof design, making it suitable for various environmental conditions. This resilience allows for worry-free use in both wet and cold climates, ensuring consistent performance regardless of the surroundings.

Another significant characteristic of this model is its built-in digital camera function. The Bushnell 78-8840 allows users to capture high-resolution images and even record video, making it a versatile tool for wildlife enthusiasts and outdoor adventurers. The user-friendly interface provides straightforward navigation through capturing and storing images, which can be easily shared post-expedition.

The lightweight and ergonomic design of the binoculars ensures that they are comfortable to hold during extended periods of use. This benefit, combined with a long-lasting battery life, makes the Bushnell 78-8840 an accessible option for those who want a high level of functionality without the added weight.

In summary, the Bushnell 78-8840 digital binoculars stand out with their powerful magnification, advanced stabilization technology, and user-oriented design. Whether you are hiking, birdwatching, or enjoying a sports event, this model promises exceptional performance and reliability.