ST541

Pi

1972

15

29.2

+80 26

6.9

31"

Umi

double star

ST542

Lal123

 

15

33.1

-24 29

7.5

9"

Lib

double star equal magnitude

ST543

Delta

Delta SER

15

34.8

+10.5

4

3.9"

Ser

double star

ST544

Gamma

Gamma LUP

15

35.1

-41.2

2.8

*

Lup

star

ST545

h4788

h4788

15

35.9

-45

4.7

2.2"

Lup

double star

ST546

Upsilon

Upsilon LIB

15

37.0

-28.1

3.6

3"

Lib

colored double star

ST547

Omega

Omega LUP

15

38.1

-42.6

4.3

*

Lup

red variable star

ST548

1962

 

15

38.7

-08 47

5.8

12"

Lib

double star equal magnitude

ST549

Tau

Tau LIB

15

38.7

-29.8

3.7

Lib

star

ST550

Zeta

Zeta CRB

15

39.4

+36.6

5

6.3"

Crb

double star

ST551

Gamma

Gamma CRB

15

42.7

+26.3

4.2

0.3"

Crb

double star challenge

ST552

Alpha

Alpha SER

15

44.3

+06.4

2.7

*

Ser

star

ST553

R

 

15

48.6

+28 09

5.7

Stellar

CrB

variable star

ST554

Kappa

Kappa SER

15

48.7

+18.1

4.1

*

Ser

red variable star

ST555

R

R SER

15

50.7

+15.1

5.2

*

Ser

variable star

ST556

Xi

 

15

56.9

-33 58

5.2

10"

Lup

double star

ST557

Rho

Rho SCO

15

56.9

-29.2

3.9

*

Sco

star

ST558

Epsilon

Epsilon CRB

15

57.6

+26.9

4.2

*

Crb

star

ST559

Pi

Pi SCO

15

58.9

-26.1

2.9

*

Sco

star

ST560

T

 

15

59.5

+25 55

2

Stellar

CrB

variable star

ST561

Eta

Rmk 21

16

00.1

-38 24

3.6

15"

Lup

double star magnitude contrast

ST562

Delta

Delta SCO

16

00.3

-22.6

2.3

*

Sco

star

ST563

Xi

 

16

04.4

-11 22

4.2

1"

Sco

triple star challenge

ST564

Graffias

Beta SCO

16

05.4

-19.8

2.5

*

Sco

star

ST565

Omega1

Omega1 SCO

16

06.8

-20.7

4

14'

Sco

star

ST566

Kappa

 

16

08.1

+17 03

5

28"

Her

colored double star

ST567

Nu

 

16

12.0

-19 28

4

1"

Sco

quadruple star

ST568

Delta

Delta OPH

16

14.3

-3.7

2.7

*

Oph

star

ST569

Sigma

2032, 17 CrB 16 14.7

+33 52

5.2

7"

CrB

double star

ST570

Delta

Delta APS

16

20.3

-78.7

4.7

*

Aps

double star

ST571

Sigma

H 121

16

21.2

-25 35

2.9

20"

Sco

double star magnitude contrast

ST572

Rho

Rho OPH

16

25.6

-23.5

5.3

3.1"

Oph

double star

ST573

V

V OPH

16

26.7

-12.4

7.3

*

Oph

variable star

ST574

Epsilon

Epsilon NOR

16

27.2

-47.6

4.8

23"

Nor

double star

ST575

Iota

Iota TRA

16

28.0

-64.1

5.3

20"

Tra

double star

ST576

2052

Struve 2052

16

28.9

+18.4

7.7

1.7"

Her

double star

ST577

Antares

Alpha SCO

16

29.4

-26.4

1

3"

Sco

double star challenge

ST578

Lambda

Lambda OPH

16

30.9

+02.0

4.2

1.4"

Oph

double star challenge

ST579

R

R DRA

16

32.7

+66.8

6.7

*

Dra

variable star

ST580

16

 

16

36.2

+52 55

5.1

3"

Dra

triple star

ST581

H

H SCO

16

36.4

-35.3

4.2

*

Sco

star

ST582

Zeta

Zeta OPH

16

37.2

-10.6

2.6

*

Oph

star

ST583

SU

SU SCO

16

40.6

-32.4

8

*

Sco

variable star

ST584

Zeta

Zeta HER

16

41.3

+31.6

3

1.4"

Her

colored double star

ST585

Alpha

Alpha TRA

16

48.7

-69

1.9

*

Tra

star

ST586

Eta

Eta ARA

16

49.8

-59

3.8

*

Ara

star

ST587

Epsilon

Epsilon SCO

16

50.2

-34.3

2.3

*

Sco

star

ST588

Mu

Mu SCO

16

52.3

-38

3

*

Sco

star

ST589

20

20 DRA

16

56.4

+65.0

7.1

1.4"

Dra

double star challenge

ST590

RR

RR SCO

16

56.6

-30.6

5.1

*

Sco

variable star

ST591

Kappa

Kappa OPH

16

57.7

+09.4

3.2

75'

Oph

star

ST592

Zeta

Zeta ARA

16

58.6

-56

3.1

*

Ara

star

ST593

Epsilon1

Epsilon1 ARA

16

59.6

-53.2

4.1

40'

Ara

star

ST594

Mu

 

17

05.3

+54 28

4.9

2"

Dra

double star equal magnitude

ST595

Eta

Eta OPH

17

10.4

-15.7

2.4

0.6"

Oph

double star challenge

ST596

Rasalgethi

Alpha HER

17

14.6

+14.4

3

4.6"

Her

double star equal magnitude

ST597

Delta

 

17

15.0

+24 50

3.2

10"

Her

double star magnitude contrast

ST598

Pi

Pi HER

17

15.0

+36.8

3.2

Her

star

ST599

36

 

17

15.3

-26 36

4.3

5"

Oph

double star equal magnitude

ST600

39

 

17

18.0

-24 17

5.2

10"

Oph

colored double star

ST601

Theta

Theta OPH

17

22.0

-25

3.3

*

Oph

star

ST602

Rho

2161, 75 Her 17 23.7

+37 09

4.2

4"

Her

double star

ST603

Beta

Beta ARA

17 25.3

-55.5

2.9

*

Ara

star

ST604

Gamma

Gamma ARA

17 25.4

-56.4

3.3

*

Ara

star

ST605

Sigma

Sigma OPH

17 26.5

+04.1

4.3

Oph

star

ST606

h4949

h4949

17 26.9

-45.9

6

2.2"

Ara

double star

ST607

2173

 

17 30.4

-01 04

6

1.1"

Oph

double star challenge

ST608

Lambda

Lambda HER

17 30.7

+26.1

4.4

*

Her

star

ST609

Upsilon

Upsilon SCO

17 30.8

-37.3

2.7

*

Sco

star

ST610

Alpha

Alpha ARA

17 31.8

-49.9

3

*

Ara

star

ST611

Nu

 

17 32.2

+55 11

4.9

62"

Dra

double star equal magnitude

ST612

Shaula

Lambda SCO

17 33.6

-37.1

1.6

35'

Sco

star

ST613

Rasalhague

Alpha Oph

17 34.9

+12 34

2.1

*

Oph

star

ST614

Iota

Iota HER

17 39.5

+46.0

3.8

*

Her

star

83

Page 83
Image 83
Bushnell 78-8831, 78-8846 instruction manual Ser, Oph, Dra, Su Sco, Rr Sco

78-8831, 78-8846 specifications

Bushnell is a renowned name in the optics industry, primarily recognized for its high-quality binoculars, scopes, and range finders. Among their impressive offerings are the Bushnell 78-8831 and Bushnell 78-8846 models, both designed to meet the diverse needs of outdoor enthusiasts, from bird watchers to hunters.

The Bushnell 78-8831 features a rugged construction that ensures durability and reliability in various weather conditions. Its fully multi-coated optics offer excellent light transmission, resulting in bright, clear images even in low-light scenarios. With an 8x magnification and a 42mm objective lens, this model strikes a perfect balance between portability and performance, making it ideal for spotting distant wildlife as well as landscape viewing.

On the other hand, the Bushnell 78-8846 model takes optics to a higher level with its 10x magnification and larger 50mm objective lens. This provides users with enhanced detail and improved visibility in challenging conditions, such as dusk or dawn. This model also incorporates Bushnell's advanced anti-reflective coatings, which substantially reduce unwanted glare, ensuring that the observer can focus on the subject without distraction.

Both models are designed with user comfort in mind. They feature ergonomic bodies that are easy to grip, allowing for prolonged use without fatigue. Additionally, the inclusion of twist-up eyecups accommodates users who wear glasses, ensuring that everyone can enjoy a full field of view.

The Bushnell 78-8831 and 78-8846 are equipped with waterproof and fog-proof technology, making them resilient against the elements. These features are essential for outdoor use, ensuring that moisture cannot penetrate the lenses and body, which could compromise visibility.

One of the significant advantages of the Bushnell binoculars is their lightweight design, especially in the 78-8831 model, which makes it highly portable. Whether you’re hiking through the woods or enjoying a day at the beach, you can easily carry these binoculars without feeling weighed down.

In summary, both the Bushnell 78-8831 and 78-8846 binoculars bring excellent optical performance, durability, and user-friendly features to the table. Their advanced technologies and characteristics make them great companions for any outdoor adventure, ensuring that nature lovers can appreciate the beauty of the world in stunning clarity. Whether you’re tracking wildlife or enjoying a scenic vista, Bushnell has you covered with these exceptional models.