Tubes Flash Xenon

Description

Key features

• Formes linéaires
• Indispensable pour vos applications nécessitant une forte énergie lumineuse
• Longueur d’arc de quelques millimètres à 2 metres

Technical specifications

Life

Envelope Recommendations

Type

Figure Sec. Voltage Prim. Voltage Transformer Prim.

Fig.8

Fig. 9 Fig. 10

Hours

Trigger Coil Capacitor / μF Voltage / V

Poids

Variable selon le modèle

Fig. 1

Fig. 2 Fig. 3

Fig. 2

Fig. 3

Fig. 3

Fig. 4 Fig. 5

Fig. 4

Fig. 5

Fig. 5

Fig. 6

Fig. 6

Fig. 7 Fig. 8

Fig. 7

Fig. 8

Fig. 9

Fig. 10 Fig. 11

SG 301

4 4 400 550 600 27 45 - 6.00 - 5 - 1000

SG 304

1 100 400 600 660 100 130 160 8.00 - 5 - 100

SG 305

1 25 400 550 600 40 69 103 8.00 - 5 - 300

SH 203

9 8 300 550 600 - 22 - 6.00 14.0 5 - 300

SH 204

9 20 400 550 600 - 50 - 6.00 19.5 5 - 300

SH 205

9 30 400 550 700 - 70 - 6.00 19.5 5 - 300

SU 414

8 25 400 650 1000 - 35 - 7.00 11.5 5 - 300

AR 6690

6 100 160 360 400 - 49 - 6 25 15

AU 0023

5 2 2 150 250 400 - 16 - 3.2 - 7

BH 0647

10 16 280 360 400 - 30 - 6.00 17.5 5 - 300

BH 1670

15 25 25 175 300 600 - 48 47.5 6 32 -

BH 3798

12 40 40 250 550 600 - 43 - 7 - 20

BR 0465

9 10 10 250 340 400 - - - 5.5 35 18

BR 8980

10 460 280 300 310 - 30 - 12 - 61

BU 0690

7 7 21 200 450 500 - 23 - 6 - 87

BU 9902

2 3000 300 500 700 - 94 - 14 - 34

CG 6345

1 80 270 330 360 45 68 72 4.50 - -

CG 8560

1 140 280 360 380 60 84 97 5.45 - -

CU 1640

5 10 6 225 500 550 - 37 - 6 - 10

DG 7650

1 200 300 330 360 50 76 238 6 - -

DR 6702

7 100 300 360 500 - - - 6 49 3

DR 7760

8 230 350 500 550 - 40 19 7 13 9

DR 9901

9 4000 600 800 1000 - 37 - 13 53 25

DR 9902

9 1500 350 550 670 - 28 - 10 57 26

DU 7670

5 15 15 250 400 500 - 45 - 6 - 17.5

DW 3670

14 20 20 300 560 600 - 50 50.0 6 32 -

EG 3770

3 32 32 300 450 600 68 - 117 7 - -

EG 9902

1 1500 420 500 700 200 230 388 12 - -

ER 2680

8 25 25 250 350 400 - 27 - 6 20 9

Fig. 12

Fig. 13 Fig. 14 Fig. 15

Trigger

Dimensions / mm Connections

0.47 - 1

32 45 37 102

AGA 0017

1 1 1 170 300 350 17 27 49 3.2 - -

AGA 0210

2 3 150 250 400 10 24 32 3.60 - 5 - 50

BGA 1020

1 2 2 180 330 350 20 34 44 3.2 - -

BGG 0613

3 4 230 600 750 12 30 35 5.45 - 5 - 100

BUB 0641

6 6 200 500 550 - 30 - 6.00 10.0 5 - 250

BUB 0661

7 8 220 400 500 - 42 - 6.00 13.0 5 - 300

BUS 0635

6 3 220 400 440 - 28 - 6.00 17.5 5 - 300

BUS 0980

7 100 250 500 700 - 59 - 10.00 17.5 5 - 300

CGA 0414

1 3 250 400 600 14 28 40 4.55 - 5 - 300

CGA 1010

1 1 250 280 360 10 19 23 3.20 - 5 - 100

CZ / μF

a b c sec. Figure

DGA 0050

3 5 300 330 360 50 65 75 3.15 - 5 - 100

DGS 0610

1 10 280 320 360 10 30 44 6.00 - 5 - 100

DHT 2601

13 25 25 300 400 450 - 45 - 7 - 23

EGL 3840

4 40 40 400 500 550 40 69 113 8 - -

Material

Trigger Primary Trigger

SG 302-1

1 6 350 550 600 39 64 - 6.00 - 5 - 300

SU 401-1

6 4 400 550 650 - 40 - 6.00 13.0 5 - 300

SU 405-2

7 150 600 900 1000 - 90 - 9.00 15.0 5 - 300

SW 503-1

9 30 400 550 700 - 35 - 7.00 17.5 5 - 300

max / kV

max. Ratio Inductance

unloaded

unloaded V μH

0.1- 0.22

18 15,5 25,4 102

0.1- 0.47

17 17 43 102

Capacitor

of prim. and

DG 8901-1

5 750 360 550 700 158 - 238 10.00 - 2 - 14

DU 8901-1

2 250 400 500 600 - 60 - 10 - 14

DU 8902-1

2 500 400 500 660 - 60 - 10 - 14

DW 7701-1

3 150 400 500 550 - 32 - 7 - 20

DW 7703-1

4 150 400 500 550 - 35 - 7 - 20

DW 8790-2

4 500 400 500 600 - 34 - 7 - 21

EG 9902-1

5 1500 480 550 700 312 - 392 10.00 - 2 - 14

Excelitas

Special envelope materials, Features

FG 9902-1

5 2500 600 800 1000 457 - 537 10.00 - 2 - 14

FR 9902-1

9 3200 700 800 1000 - 40 - 11 36 19

GG 9902-1

5 3000 600 800 1000 615 - 695 10.00 - 2 - 14

MR 8995**

9 240 220 340 360 - 22 - 9 25 12

MR 9902**

9 500 200 300 400 - 28 - 13 54 26

NG 6901**

1 120 640 660 700 130 160 240 10 - -

NR 8901**

9 330 280 360 600 - 35 - 10 45 20

OR 8902**

9 230 350 550 650 - 28 - 10 57 26

OR 9901**

5 2000 450 550 700 - 8 - 12 40 52

OR 9902**

11 1200 400 700 1200 - 22 - 10 47 28

PR 9902**

11 2000 500 600 700 - 24 - 12 47 28

QR 9902**

9 960 600 960 1000 - 20 - 10 59 19

Telephone

(+49) 611-492-269 Telephone: (+65) 67704-306 Fax: +1 510-687-1140

CG 6345(H)

Linear

DG 7650(H)

Linear

DW 3670(H)

Helix

Dimensions

Personnalisables

EG 9902(H)

Linear

JG 7905(H)

Linear

NG 6901(H)

Linear

SW 503 - 1

13 60 30 400 550 700 - 36 - 7 - 17.5

0.047- 0.22

8 8 16 103

AGA 0017(H)

Linear

AGA 2126(H)

Linear

BG 0625 - 2

2 6 15 250 360 400 25 50 70 5.5 - 10

BGA 1012(H)

Linear

BU 2680 - 6

7 15 30 260 290 360 - 29 - 7 - 80

CH 0601 - 5

11 10 20 300 400 450 - 32 - 6 - 22

CH 0601 - 7

12 10 20 300 400 450 - 40 - 6 - 22

0.022- 0.068

4.8 4.8 7.7 101

AHF 2640 STD

10 20 25 180 350 600 - 31 - 6 - 15

AHF 2647 STD

10 20 25 180 350 600 - 31 - 6 - 17,5

DW 7701-1(H)

Helix

Flashes Life

Envelope Recommendations

Durée de vie

Jusqu’à 1 000 000 de flashes

Ré‚f‚rence

Forme

Spécification

Détails

Quartz glass Q1

UV transparent.

Quartz glass Q2

Reduced generation of ozone.

AHPF 2640 STD 10

20 30 180 350 600 - 31 - 6 - 15

AHPF 2647 STD 10

20 30 180 350 600 - 31 - 6 - 17,5

Temps de réponse

< 1 milliseconde

www.excelitas.com

3

600 mm and 3000 W.

factering automation. Our expert

STS 36 13 25 600 1

44 33

Émission lumineuse

Haute intensité

Borosilicate glass B2

Withstands approx. 30% more power than B1. Requires manual processing.

European Headquarters

Asia Headquarters 44370 Christy Street

microseconds or less.

coils are generally lighter,

Excelitas Technologies

Excelitas Technologies Fremont, CA 94538-3180

Your Partner of Choice

Excelitas

ZS 1031 7 20 400 30 1 1

70 11

ZS 1092 1 5 250 3 0.2 1

43 2

and double helix forms.

in use. This creates additional or rigid wires, sockets, and sockets

demanding photographers.

ment of customized flashlamps.

requirements of the most

ongoing support in the develop-

Consommation d’énergie

Faible

ZS 1032* 11 20 400 30 1 1

70 11

different lamp shapes for

materials, from low-cost hard

everything from low-power

optimal price competitiveness

the lamps. Most flashlamp

achieved using a thin nickel

the largest assortment of

concept includes all standard

ZS 1031/11 8 20 400 30 1 1

70 11

ZS 1031/15 9 20 400 30 1 1

70 11

ZS 1052* 2 11 300 10 0.5 1

36 20

Photography market. All our

any lamp to meet customer sizes made of hard glass and

ZS 1031/7A 10 20 400 30 1 1

70 11

products within the warning

Special long-life electrodes help

stroboscopy lamps, covering

preferred solution for achieving

Complete plug-in solutions -

savings in stock and manufactur-

Special Sunlight Coatings to

A highly-qualified staff and Customization of lamps with

The process that effects the

External triggering uses a high-

Triggering creates a voltage

the anode and cathode within

ZS 1052/1* 3 11 300 10 0.5 1

36 20

ZS 261816 12 15 250 10 0,5 1

65 39

beacon market. We offer many

to drastically reduce service power requirements

designs for the Professional

glass caps allow us to customize

lamp forms, including linear

costs, while colored lamps allow

meeting the needs of diverse

glass to several quartz options.

stable light output and high

engineers will work with you to Highly stable light output

Excelitas Technologies offers

Excelitas’ comprehensive Features

ZS 1052 AC* 6 11 300 10 0.5 1

36 20

ZS 1052/11* 4 11 300 10 0.5 1

36 20

ZS 1052/12* 5 11 300 10 0.5 1

36 20

and can be customized to meet

Applications

lamps are designed for highly

needs. Our expert application quartz

offers a wide variety of lamp

shapes, electrodes and custom

short duration, usually a few

envelope. These types of trigger

the development of customized

flexible or rigid wires

Température de fonctionnement

-20°C à 80°C

efficiency to meet the special

find the best solution and offer

lamps, sockets, and integrated

ing costs. Excelitas patented Long Life

produce high-voltage pulses of

stripe on the surface of the lamp

2 mm arc length up to more than

and a maximum grade of manu-

Typically, linear, U-shaped, or

applications with less stringent Different shapes, colors and

helix form the range of standard

requirements, hard glass is the

lamp is known as "triggering.”

thin ionized streamer between

magnitude to cause ionization of

voltage to the lamp can be

simulate daylight are available.

automated electrode production trigger electrodes, end caps,

Excelitas develops lamps that are

For high power and UV applica- Features

ZS 1052/1 (600)* 3 8 400 10 0.5 1

17 20

gradient in the gas of sufficient

the lamp. The coupling of this

lamps, U-shape, circular, helical

one cover for all different colors ger electrodes, end caps, flexible

applications use a trigger coil to

wire wrapped around, or a metal

initial ionization within a flash-

voltage trigger pulse to create a

trigger coils - are also available

electrodes

rates in stroboscopic applications.

quartz envelope materials. For

perfectly suited for high repetition

tions, we offer a range of different

* Borosilicate glass B1 (standard glass)

Automatic processing ability. Many tube diameters available.

and more - meet the highest qualitative and

optimizing performance, and accelerating time-

With a broad customer base in all major mar-

Excelitas is a global technology leader providing

cooperation with our customers, Excelitas is

range of applications, which leverage our

environmental standards. Our worldwide Centers

to-market.

kets, built on ninety years of solid trust and

market-driven, integrated solutions for a wide

recognized as a reliable partner that delivers

lighting, sensors, and imaging expertise. Our

high quantity, customized, and superior “one-

technologies, services and support are fueling

stop” solutions. Our products - from lamps to

the medical, genomic and digitalrevolutions by

trigger transformers, reflectors, power supplies,

enhancing our customers’ productivity,

65199 Wiesbaden, Germany Singapore 139947 Toll free

(North America) +1 800-775-OPTO (6786)

Wenzel-Jaksch-Str. 31 47 Ayer Rajah Crescent #06-12 Telephone

+1 510-979-6500

Applications

• Dépilation par lumière pulsée
• Pompage Laser
• Signalisation aerienne/terrestre
• Photographie
• Simulation solaire