Bushnell 78-8846, 78-8850, 78-8831, 78-8840, 78-8890 instruction manual 164

Models: 78-8831 78-8850 78-8846 78-8890 78-8840

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ST536

S

S CRB

15 21.4

+31.4

5.8

*

Crb

stella variabile

ST537

Phi1

Phi1 LUP

15 21.8

-36.3

3.6

50’

Lup

stella

ST538

Eta

 

15 23.2

+30 17

5.6

1.0”

CrB

sfida stella doppia

ST539

Mu

 

15 24.5

+37 23

4.3

2”

Boo

stella tripla

ST540

Edasich

Iota DRA

15 24.9

+59.0

3.3

*

Dra

stella

ST541

Pi

1972

15 29.2

+80 26

6.9

31”

Umi

doppia stella

ST542

Lal123

 

15 33.1

-24 29

7.5

9”

Lib

doppia stella, pari grandezza

ST543

Delta

Delta SER

15 34.8

+10.5

4

3.9”

Ser

doppia stella

ST544

Gamma

Gamma LUP

15 35.1

-41.2

2.8

*

Lup

stella

ST545

h4788

h4788

15 35.9

-45

4.7

2.2”

Lup

doppia stella

ST546

Upsilon

Upsilon LIB

15 37.0

-28.1

3.6

3”

Lib

stella doppia colorata

ST547

Omega

Omega LUP

15 38.1

-42.6

4.3

*

Lup

stella variabile rossa

ST548

1962

 

15 38.7

-08 47

5.8

12”

Lib

doppia stella, pari grandezza

ST549

Tau

Tau LIB

15 38.7

-29.8

3.7

Lib

stella

ST550

Zeta

Zeta CRB

15 39.4

+36.6

5

6.3”

Crb

doppia stella

ST551

Gamma

Gamma CRB

15 42.7

+26.3

4.2

0.3”

Crb

sfida stella doppia

ST552

Alpha

Alpha SER

15 44.3

+06.4

2.7

*

Ser

stella

ST553

R

 

15 48.6

+28 09

5.7

Stellar

CrB

stella variabile

ST554

Kappa

Kappa SER

15 48.7

+18.1

4.1

*

Ser

stella variabile rossa

ST555

R

R SER

15 50.7

+15.1

5.2

*

Ser

stella variabile

ST556

Xi

 

15 56.9

-33 58

5.2

10”

Lup

doppia stella

ST557

Rho

Rho SCO

15 56.9

-29.2

3.9

*

Sco

stella

ST558

Epsilon

Epsilon CRB

15 57.6

+26.9

4.2

*

Crb

stella

ST559

Pi

Pi SCO

15 58.9

-26.1

2.9

*

Sco

stella

ST560

T

 

15 59.5

+25 55

2

Stellar

CrB

stella variabile

ST561

Eta

Rmk 21

16 00.1

-38 24

3.6

15”

Lup

doppia stella, diversa grandezza

ST562

Delta

Delta SCO

16 00.3

-22.6

2.3

*

Sco

stella

ST563

Xi

 

16 04.4

-11 22

4.2

1”

Sco

sfida stella tripla

ST564

Graffias

Beta SCO

16 05.4

-19.8

2.5

*

Sco

stella

ST565

Omega1

Omega1 SCO

16 06.8

-20.7

4

14’

Sco

stella

ST566

Kappa

 

16 08.1

+17 03

5

28”

Her

stella doppia colorata

ST567

Nu

 

16 12.0

-19 28

4

1”

Sco

stella quadrupla

ST568

Delta

Delta OPH

16 14.3

-3.7

2.7

*

Oph

stella

ST569

Sigma

2032, 17 CrB

16 14.7

+33 52

5.2

7”

CrB

stella doppia

ST570

Delta

Delta APS

16 20.3

-78.7

4.7

*

Aps

doppia stella

ST571

Sigma

H 121

16 21.2

-25 35

2.9

20”

Sco

doppia stella, diversa grandezza

ST572

Rho

Rho OPH

16 25.6

-23.5

5.3

3.1”

Oph

doppia stella

ST573

V

V OPH

16 26.7

-12.4

7.3

*

Oph

stella variabile

ST574

Epsilon

Epsilon NOR

16 27.2

-47.6

4.8

23”

Nor

doppia stella

ST575

Iota

Iota TRA

16 28.0

-64.1

5.3

20”

Tra

doppia stella

ST576

2052

Struve 2052

16 28.9

+18.4

7.7

1.7”

Her

doppia stella

ST577

Antares

Alpha SCO

16 29.4

-26.4

1

3”

Sco

sfida stella doppia

ST578

Lambda

Lambda OPH

16 30.9

+02.0

4.2

1.4”

Oph

sfida stella doppia

ST579

R

R DRA

16 32.7

+66.8

6.7

*

Dra

stella variabile

ST580

16

 

16 36.2

+52 55

5.1

3”

Dra

stella tripla

ST581

H

H SCO

16 36.4

-35.3

4.2

*

Sco

stella

ST582

Zeta

Zeta OPH

16 37.2

-10.6

2.6

*

Oph

stella

ST583

SU

SU SCO

16 40.6

-32.4

8

*

Sco

stella variabile

ST584

Zeta

Zeta HER

16 41.3

+31.6

3

1.4”

Her

stella doppia colorata

ST585

Alpha

Alpha TRA

16 48.7

-69

1.9

*

Tra

stella

ST586

Eta

Eta ARA

16 49.8

-59

3.8

*

Ara

stella

ST587

Epsilon

Epsilon SCO

16 50.2

-34.3

2.3

*

Sco

stella

ST588

Mu

Mu SCO

16 52.3

-38

3

*

Sco

stella

ST589

20

20 DRA

16 56.4

+65.0

7.1

1.4”

Dra

sfida stella doppia

ST590

RR

RR SCO

16 56.6

-30.6

5.1

*

Sco

stella variabile

ST591

Kappa

Kappa OPH

16 57.7

+09.4

3.2

75’

Oph

stella

ST592

Zeta

Zeta ARA

16 58.6

-56

3.1

*

Ara

stella

ST593

Epsilon1

Epsilon1 ARA

16 59.6

-53.2

4.1

40’

Ara

stella

ST594

Mu

 

17 05.3

+54 28

4.9

2”

Dra

doppia stella, pari grandezza

ST595

Eta

Eta OPH

17 10.4

-15.7

2.4

0.6”

Oph

sfida stella doppia

ST596

Rasalgethi

Alpha HER

17 14.6

+14.4

3

4.6”

Her

doppia stella, pari grandezza

ST597

Delta

 

17 15.0

+24 50

3.2

10”

Her

doppia stella, diversa grandezza

ST598

Pi

Pi HER

17 15.0

+36.8

3.2

Her

stella

ST599

36

 

17 15.3

-26 36

4.3

5”

Oph

doppia stella, pari grandezza

ST600

39

 

17 18.0

-24 17

5.2

10”

Oph

stella doppia colorata

ST601

Theta

Theta OPH

17 22.0

-25

3.3

*

Oph

stella

ST602

Rho

2161, 75 Her

17 23.7

+37 09

4.2

4”

Her

doppia stella

ST603

Beta

Beta ARA

17 25.3

-55.5

2.9

*

Ara

stella

ST604

Gamma

Gamma ARA

17 25.4

-56.4

3.3

*

Ara

stella

ST605

Sigma

Sigma OPH

17 26.5

+04.1

4.3

Oph

stella

ST606

h4949

h4949

17 26.9

-45.9

6

2.2”

Ara

doppia stella

ST607

2173

 

17 30.4

-01 04

6

1.1”

Oph

sfida stella doppia

ST608

Lambda

Lambda HER

17 30.7

+26.1

4.4

*

Her

stella

ST609

Upsilon

Upsilon SCO

17 30.8

-37.3

2.7

*

Sco

stella

ST610

Alpha

Alpha ARA

17 31.8

-49.9

3

*

Ara

stella

164.

Page 165
Image 165
Bushnell 78-8846, 78-8850, 78-8831, 78-8840, 78-8890 instruction manual 164

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.