ST094

pi

å307

02

49.3

+17 28

5.2

3"

Ari

triple star

ST095

Eta

02

50.7

+55 53

3.9

28"

Per

double star magnitude contrast

ST096 R

R HOR

02

53.9

-49.9

4.7

*

Hor

variable star

ST097

å330

Struve 330

02

57.2

-0.6

7.3

9"

Cet

double star

ST098

Acamar

Theta ERI

02

58.3

-40.3

3.5

8"

Eri

double star

ST099 Epsilon

Epsilon ARI

02

59.2

+29.3

4.6

1.4"

Ari

double star challenge

ST100

Epsilon

 

02

59.2

+21 20

4.6

1"

Ari

double star challenge

ST101 å331

 

03

00.8

+52 20

5.4

12"

Per

double star

ST102 Menkar

Alpha CET

03

02.3

+04.1

2.5

*

Cet

star

ST103 Rho

Rho PER

03

05.2

+38.8

3.4

*

Per

red variable star

ST104 å320

 

03

06.2

+79 24

5.8

5"

Cep

colored double star

ST105 h3568

h3568

03

07.5

-79

5.6

15"

Hyi

double star

ST106 Algol

Beta PER

03

08.2

+41.0

2.2

*

Per

variable star

ST107

Alpha

Alpha FOR

03

12.1

-29

4

5"

For

double star

ST108

h3556

h3556

03

12.4

-44.4

6

3.5"

Eri

double star

ST109 å362

 

03

16.3

+60 02

8.5

7"

Cam

double star equal magnitude

ST110

å369

 

03

17.2

+40 29

6.7

3"

Per

colored double star

ST111

ADS2446

ADS 2446

03

17.7

+38.6

7.8

0.9"

Per

double star challenge

ST112 Zeta

Zeta RET

03

18.2

-62.5

5.2

5'

Ret

double star

ST113

Tau4

Tau4 ERI

03

19.5

-21.8

3.7

*

Eri

star

ST114

Toms Topaz

Tom'sTopaz

03

20.3

+29.0

4.5

Ari

star

ST115

Mirfak

Alpha Per

03

24.3

+49 52

1.8

*

Per

star

ST116

Y

Y PER

03

27.7

+44.2

8.1

*

Per

variable star

ST117 å394

 

03

28.0

+20 27

7.1

7"

Ari

double star

ST118 å385

Struve 385

03

29.1

+59.9

4.2

2.4"

Cam

double star

ST119 å389

 

03

30.1

+59 21

6.5

2.7"

Cam

double star

ST120 Sigma

Sigma PER

03

30.6

+48.0

4.4

*

Per

star

ST121

å401

 

03

31.3

+27 34

6.4

11"

Tau

double star equal magnitude

ST122

Epsilon

Epsilon ERI

03

32.9

-9.5

3.7

*

Eri

star

ST123 å400

Struve 400

03

35.0

+60.0

6.8

1.4"

Cam

double star

ST124 Oå36

O.Struve 36

03

40.0

+63.9

6.8

46"

Cam

double star

ST125 U1

U(1) CAM (?)

03

41.6

+62.6

8.1

0

Cam

variable star

ST126 Omicron

Omicron PER 03 44.3

+32.3

3.8

0

Per

star

ST127

Pi

Pi ERI

03

46.1

-12.1

4.4

*

Eri

red variable star

ST128

Gamma

Gamma HYI

03

47.2

-74.2

3.2

*

Hyi

star

ST129 30

30 TAU

03

48.3

+11.2

5

9"

Tau

double star

ST130

F

D 16

03

48.6

-37 37

4.9

8"

Eri

double star equal magnitude

ST131 BE

BE CAM

03

49.5

+65.5

4.5

*

Cam

star

ST132 Atik

Zeta PER

03

54.1

+31.9

2.9

*

Per

star

ST133 32

32 ERI

03

54.3

-3

5

7"

Eri

colored double star

ST134

Epsilon

 

03

57.9

+40 01

2.9

9"

Per

double star magnitude contrast

ST135 Gamma

Gamma ERI

03

58.0

-13.5

3

*

Eri

star

ST136 Lambda

Lambda TAU

04

00.7

+12.5

3.3

*

Tau

variable star

ST137

Oå531

ADS 2995

04

07.6

+38.1

7.4

1.4"

Per

double star challenge

ST138 SZ

å485

04

07.8

+62 20

7

90"

Cam

double star

ST139

Omicron2

Omicron2 ERI 04 15.2

-7.7

4.5

83"

Eri

triple star challenge

ST140

Epsilon

Epsilon RET

04 16.5

-59.3

4.4

*

Ret

star

ST141

Theta

Theta RET

04 17.7

-63.3

6.2

4"

Ret

double star

ST142

Phi

Phi TAU

04 20.4

+27.4

5

52"

Tau

double star

ST143

T

 

04 22.0

+19 32

8.4

Stellar

Tau

variable star

ST144

Chi

Chi TAU

04 22.6

+25.6

5.5

19.4"

Tau

double star

ST145 ADS3169

ADS 3169

04 22.7

+15.1

7.3

1.4"

Tau

double star challenge

ST146

43

43 ERI

04 24.0

-34

4

*

Eri

red variable star

ST147

ß 184

 

04 27.9

-21 30

7.3

1.7"

Eri

double star challenge

ST148

å552

 

04 31.4

+40 01

7

9"

Per

double star equal magnitude

ST149

1

 

04 32.0

+53 55

5.4

10"

Cam

colored double star

ST150 å559

 

04 33.5

+18 01

6.9

3"

Tau

double star equal magnitude

ST151 46

46 ERI

04 33.9

-6.7

5.7

4'

Eri

double star

ST152 Aldebaran

Alpha TAU

04 35.9

+16.5

0.9

30"

Tau

colored double star

ST153 Nu

Nu ERI

04 36.3

-3.4

3.9

11°

Eri

star

ST154

53

53 ERI

04 38.2

-14.3

3.9

*

Eri

star

ST155 å572

 

04 38.5

+26 56

7.3

4"

Tau

double star equal magnitude

ST156 54

54 ERI

04 40.4

-19.7

4.3

*

Eri

red variable star

ST157

R

R CAE

04 40.5

-38.2

6.7

*

Cae

variable star

ST158 55

å590

04 43.6

-08 48

6.7

9"

Eri

double star equal magnitude

ST159

Iota

Iota PIC

04 50.9

-53.5

5.6

12"

Pic

double star

ST160

ST

 

04 51.2

+68 10

9.2

Stellar

Cam

red variable star

ST161

Pi4

Pi4 ORI

04 51.2

+05.6

3.7

*

Ori

star

ST162 TT

TT TAU

04 51.6

+28.5

8

*

Tau

variable star

ST163

Pi5

Pi5 ORI

04 54.2

+02.4

3.7

*

Ori

star

ST164

Omicron2

Omicron2 ORI04 56.4

+13.5

4.1

*

Ori

star

ST165

Iota

Iota AUR

04 57.0

+33.2

2.7

*

Aur

star

ST166

Pi6

Pi6 ORI

04 58.5

+01.7

4.5

*

Ori

star

ST167

Omega

Omega AUR

04 59.3

+37.9

5

5.4"

Aur

double star

22.

Page 22
Image 22
Bushnell 78-8830, 78-8845 instruction manual Hor, Per, Be CAM, Cae, Tt Tau

78-8830, 78-8845 specifications

The Bushnell 78-8830 and 78-8845 are two advanced models in the realm of outdoor optics, specifically designed for aficionados of birdwatching, nature observation, and sporting events. These binoculars blend high-quality optics with user-friendly features to provide an exceptional viewing experience.

One of the standout features of both models is their powerful magnification capabilities. The 78-8830 boasts an impressive 8x magnification, while the 78-8845 takes it up a notch with a robust 10x magnification. This increase facilitates a clearer and more detailed view of distant subjects, making them ideal for both general observation and specialized uses, such as wildlife watching or sporting events.

Optically, Bushnell binoculars are known for their quality glass, and these models are no exception. Both the 78-8830 and 78-8845 employ multi-coated optics, which enhance light transmission to deliver bright, clear images even in low-light conditions. They also feature high-quality, BaK-4 prisms that contribute to improved image clarity and brightness, yielding vivid colors and sharp contrasts.

In terms of ergonomics, Bushnell has ensured that both models are designed for comfort and ease of use. With a lightweight and compact body, they are easy to carry on extended journeys. Additionally, the rubberized armor provides a secure grip while also safeguarding the binoculars from shock and minor impacts. This rugged construction is paired with a waterproof and fog-proof design, making them suitable for various weather conditions, ensuring durability during outdoor adventures.

Bushnell has also integrated modern technology into these models. Users will appreciate the smooth focusing mechanism, allowing for quick adjustments for sharp images without missing critical moments. The large, easy-to-turn focus knob enables fast and precise focusing, which is especially important when observing fast-moving wildlife or action-packed sports scenes.

Furthermore, the 78-8845 features a wider field of view compared to the 78-8830, which enhances the ease of tracking moving objects. This is particularly beneficial for birding and watching sports, allowing users to scan a broader area without losing sight of the subject they are observing.

In summary, the Bushnell 78-8830 and 78-8845 are commendable choices for outdoor enthusiasts seeking high-performance binoculars. With powerful magnification, superior optics, robust construction, and user-friendly features, these models represent a significant investment for anyone serious about outdoor observation. Whether it’s for birdwatching, attending sporting events, or simply enjoying nature, these binoculars deliver the quality and performance needed to enhance the viewing experience.