ST764

2780

Struve 2780

21 11.8

+60.0

5.6

1.0"

Cep

double star challenge

ST765

Delta

 

21 14.5

+10 00

4.6

48"

Equ

double star magnitude contrast

ST766

Theta

Theta IND

21 19.9

-53.5

4.5

6"

Ind

double star

ST767

RY

RY AQR

21 20.3

-10.8

8

*

Aqr

variable star

ST768

Y

Y PAV

21 24.3

-69.7

8.6

*

Pav

variable star

ST769

Beta

 

21 28.7

+70 33

3.3

13"

Cep

double star magnitude contrast

ST770

S

 

21 35.2

+78 37

7.4

Stellar

Cep

red variable star

ST771

2816

 

21 39.0

+57 29

5.6

12"

Cep

triple star

ST772

V460

V460 CYG

21 42.0

+35.5

5.6

*

Cyg

variable star

ST773

SS

 

21 42.7

+43 35

8.2

Stellar

Cyg

variable star

ST774

RV

RV CYG

21 43.3

+38.0

7.1

*

Cyg

variable star

ST775

Mu

Herschel's Garnet Star

21 43.5

+58 47

3.4

Stellar

Cep

red variable star

ST776

Epsilon

 

21 44.2

+09 52

2.5

83"

Peg

double star magnitude contrast

ST777

Lambda

Lambda OCT

21 50.9

-82.7

5.4

3"

Oct

double star

ST778

AG

AG PEG

21 51.0

+12.6

6

*

Peg

variable star

ST779

2840

 

21 52.0

+55 47

5.5

18"

Cep

double star

ST780

2841

Struve 2841

21 54.3

+19.7

6.4

22"

Peg

double star

ST781

RX

RX PEG

21 56.4

+22.9

8

*

Peg

variable star

ST782

2873

 

21 58.4

+82 51

7.1

14"

Cep

double star equal magnitude

ST783

Eta

ß 276

22 00.8

-28 27

5.8

1.9"

Psa

double star

ST784

29

S 802

22 02.5

-16 58

7.2

4"

Aqr

double star equal magnitude

ST785

Xi

 

 

 

 

 

 

 

17 Cep, 2863

22 03.8

+64 38

4.3

8"

Cep

double star

ST786

O461

O.Struve 461

22 03.9

+59.8

6.7

11.1"

Cep

double star

ST787

Lambda

Lambda GRU

22 06.1

-39.5

4.5

*

Gru

star

ST788

Al Nair

Alpha Gru

22 08.2

-46 58

1.7

Stellar

Gru

star

ST789

2883

 

22 10.7

+70 07

5.7

15"

Cep

double star

ST790

Zeta

Zeta CEP

22 10.9

+58.2

3.4

*

Cep

star

ST791

h1746

h1746

22 13.9

+39.7

4.5

28"

Lac

double star

ST792

41

 

22 14.3

-21 04

5.3

5"

Aqr

colored double star

ST793

1

1 LAC

22 16.0

+37.7

4.1

*

Lac

star

ST794

Alpha

Alpha TUC

22 18.5

-60.3

2.9

5'

Tuc

star

ST795

2894

 

22 18.9

+37 46

6.1

16"

Lac

colored double star

ST796

Pi

Pi GRU

22 23.1

-45.9

5.8

2.7"

Gru

double star

ST797

S

S GRU

22 26.1

-48.4

6

*

Gru

variable star

ST798

53

 

22 26.6

-16 45

6.4

3"

Aqr

double star equal magnitude

ST799

Delta

Delta TUC

22 27.3

-65

4.5

7"

Tuc

double star

ST800

Kruger60

Kruger 60

22 28.1

+57.7

9.8

3"

Cep

double star

ST801

Zeta

 

22 28.8

-00 01

4.3

2"

Aqr

double star challenge

ST802

Delta

 

22 29.2

+58 25

3.8

20"

Cep

colored double star

ST803

5

5 LAC

22 29.5

+47.7

4.4

5'

Lac

star

ST804

Delta2

Delta2 GRU

22 29.8

-43.7

4.1

15'

Gru

red variable star

ST805

37

37 PEG

22 30.0

+04.4

5.8

1"

Peg

double star challenge

ST806

Roe47

 

22 32.5

+39 46

5.8

43"

Lac

quadruple star

ST807

8

 

22 35.9

+39 38

6.5

22"

Lac

triple star

ST808

11

11 LAC

22 40.5

+44.3

4.5

*

Lac

star

ST809

Beta

Beta GRU

22 42.7

-46.9

2.1

*

Gru

star

ST810

Tau1

Tau1 AQR

22 47.7

-14.1

5.7

23"

Aqr

double star

ST811

2947

Struve 2947

22 49.0

+68.6

7

4.3"

Cep

double star

ST812

Tau2

Tau2 AQR

22 49.6

-13.6

4

40'

Aqr

star

ST813

2950

Struve 2950

22 51.4

+61.7

6.1

1.7"

Cep

double star

ST814

h1823

 

22 51.8

+41 19

7.1

82"

Lac

quadruple star

ST815

Lambda

Lambda AQR

22 52.6

-7.6

3.7

*

Aqr

star

ST816

Fomalhaut

Alpha PsA

22 57.6

-29 37

1.2

*

PsA

star

ST817

52

52 PEG

22 59.2

+11.7

6.1

0.7"

Peg

double star challenge

ST818

Scheat

Beta PEG

23 03.8

+28.1

2.4

*

Peg

star

ST819

Dunlop246

Dunlop 246

23 07.2

-50.7

6.1

9"

Gru

double star

ST820

2978

 

23 07.5

+32 49

6.3

8"

Peg

double star

ST821

Pi

Pi CEP

23 07.9

+75.4

4.6

1.2"

Cep

double star challenge

ST822

Phi

Phi AQR

23 14.3

-6

4.2

*

Aqr

red variable star

ST823

Psi3

Psi3 AQR

23 19.0

-9.6

5

1.5"

Aqr

double star

ST824

94

 

23 19.1

-13 28

5.1

13"

Aqr

colored double star

ST825

Dunlop249

Dunlop 249

23 23.9

-53.8

6.5

27"

Gru

double star

ST826

99

99 AQR

23 26.0

-20.6

4.4

*

Aqr

star

ST827

Z

 

23 33.7

+48 49

8

Stellar

And

variable star

ST828

Gamma

Gamma CEP

23 39.3

+77.6

3.2

*

Cep

star

ST829

Theta

Theta PHE

23 39.5

-46.6

6.6

4"

Phe

double star

ST830

R

 

23 43.8

-15 17

5.8

Stellar

Aqr

variable star

ST831

107

 

23 46.0

-18 41

5.3

7"

Aqr

double star equal magnitude

ST832

TX

19 Psc

23 46.4

+03 29

6.9

Stellar

Psc

red variable star

ST833

3042

 

23 51.8

+37 53

7.8

5"

And

double star equal magnitude

ST834

Lal192

 

23 54.4

-27 03

6.9

7"

Scl

double star

ST835

R

 

23 58.4

+51 24

4.7

Stellar

Cas

variable star

ST836

Sigma

 

23 59.0

+55 45

4.9

3"

Cas

colored double star

ST837

3050

 

23 59.5

+33 43

6.6

1.5"

And

double star challenge

86

Page 86
Image 86
Bushnell 78-8831, 78-8846 instruction manual Ry Aqr, Rv Cyg, Ag Peg, Rx Peg, Lac, Gru

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.