Xenon flash lamps - Hamamatsu Photonics

SUPER-QUIET
XENON FLASH LAMP
Series
Compact 5 W Module type
HQ (High Quality) Type
SQ (Super Quiet) Type
High Power Type with Built-in Reflector
60 W Type
Lamp Modules
Trigger Sockets
Power Supplies
Shield Box
Cooling Jacket
Light Guides
Main discharge capacitor
Application Examples
Medical analysis, environmental analysis
Biological research
Example: Blood analyzer
FA (Factory Automation)
Example: Strobe light for high-speed image processing
Example: Microplate reader
XENON FLASH LAMP
MONITOR
CCD CAMERA
SAMPLE
(CELL, DRAG
DISCOVERIES, etc.)
CONDENSER LENS
SAMPLE BLOOD
FILTER
EXCITATION FILTER
MIRROR
CONDENSER LENS
FLUORESCENT
FILTER
XENON
FLASH LAMP
FILTER
CONDENSER LENS
HIGH SENSITIVITY
PHOTODETECTOR
(PHOTOMULTIPLIER TUBE)
●In-vitro testing
●Air pollution analysis
●Water pollution analysis,
drainage pollution analysis
●Fluorescence spectrophotometers
●UV to visible spectrophotometers
CONDENSER
LENS
HIGH SENSITIVITY
PHOTODETECTOR
(PHOTOMULTIPLIER TUBE)
TLSOC0027EA
Applicable Lamps
5 W Module/P4
HQ Type/P6
SQ Type/P8
Applicable Lamps
SQ Type/P8
Built-in Reflector High Output Type/P10
60 W Type/P12
Applicable Lamps
5 W Module/P4
HQ Type/P6
SQ Type/P8
XENON
FLASH LAMP
Selection Guide
●Shape inspection of various parts
●Glass bottle flaw or stain detection
●Fluid impurity inspection
●Color analyzer for printing
●Positioning for printing
Xenon Flash Lamp's Features
Trigger
Socket
Lamp Type
Power Other
Supply
(See Page 14)
✰Instantaneously high peak output
Accessories
✰High-intensity, continuous line spectra from UV to IR
TLSXB0094EB
TLSXB0029EB
0.25
No
5 W Module
HQ
Yes
SQ
No
Is a large
amount of
FA light required?
Extremely High
60 W Type
HQ Lamp
2
L4640
to
L4647
C5398, Lamp Module
C5728 C5604, C5605
A2873, A7432
E6647
C6096
Cooling Jacket
E6611
Main Discharge
Capacitor
E7289-01
Light Guide
A2873, A7432
This purchase set takes "high cost performance" into account.
Trigger
Socket
E6186
or
E6188
10
-2
(LAMP WATTAGE: 1/2)
XENON FLASH LAMP (15 W)
10-3
XENON LAMP (35 W)
10-4
Shield Box
C10979, E2608
E4370-01 C10980-10 Light Guide
See Page 12
* Please consult us for details on how to select the right.
1000 TIMES !
—
E2418
C5398, Shield Box
Type [10 W/15 W] E2191
E2191-01 C5728 E2608
See Page 8 E2446, etc.
[15 W] See Page 10
(Factory Automation)
Recommended purchase set
E2418
E2442
Type [10 W] E6186
See Page 6 E6188
Built-in Reflector
High Output Type
Yes
include
See Page 4
required?
What is your
application?
include
RELATIVE INTENSITY
Chemical analysis
Is high stability
Medical analysis
Is the
module type
No adopted?
Yes
INTENSITY (µW/cm2 · nm) at 50 cm
10-1
Power
Supply
C5398
10-5
0
20
40
60
80
100
TIME (µs)
SYNTHETIC SILICA GLASS
UV GLASS
0.2
BOROSILICATE GLASS
0.15
0.1
0.05
0
200
300
400
500
600
700
800
WAVELENGTH (nm)
Other features
✰High stability; Fluctuation (p-p): 1.0 % Typ. (See page 6.)
✰Long service life: 1.2 × 109 flashes (See page 8.)
●Less heat buildup
: Minimal thermal damage to samples
●No warm-up required
●Color temperature: 15000 K
●Compact size
●Point light source (1.5 mm gap type)
3
Compact, easy handling, high repetition rate
Chemical Biological
analysis research
The L9455 and L9456 are compact
xenon flash lamp modules integrating a 5-watt xenon flash lamp with
its power supply and trigger socket.
These lamp modules allow an energy input up to 5 watts, which is the
maximum among similar lamp modules of the same size. The high stability and long operating life make
them ideal as light sources for water
quality analyzers and atmospheric
analyzers. Please select the appropriate unit for the usage from side-on
type such as L9455 and L9456 or headon type of L11035 and L11036. SMA fiber adapter type is also available.
COMPACT
5W
MODULE
[5W]
Long life & high stability
■Life (L9455-01)
■Light Output Stability *
TLSXB0123EC
110
RELATIVE LIGHT OUTPUT** (%)
RELATIVE LIGHT OUTPUT (%)
120
100
80
60
Operating Condition
Main Discharge Voltage: 600 V
Main Discharge Capacitor: 0.22 µF
Repetition Rate: 126 Hz
Average Input: 5 W
40
20
TLSXB0122EB
0
500
1000
(0.5 × 109 flash)
1500
2000
(1.0 × 109 flash)
2500
■Flash Pulse Waveform
80
Operating Condition
Main Discharge Voltage: 600 V
Main Discharge Capacitor: 0.22 µF
Repetition Rate: 126 Hz
Average Input: 5 W
70
60
0
Operating Condition
Main Discharge Voltage: 600 V
Main Discharge Capacitor: 0.22 µF
Repetition Rate: 126 Hz
Average Input: 5 W
RELATIVE LIGHT OUTPUT (%)
80
L9456-01
60
FWHM
L9455: Approx. 400 ns
L9456: Approx. 500 ns
40
20
0
0
200
400
600
800
TIME (ns)
4
50
100
150
200
250
300
350
* Calculated by: standard deviation / average light output × 100 [%]
Calculated by: (maximum light output - minimum light output) / average light output × 100 [%]
** The light output when making the average light output of L9456-01 into 100%
LINE-UP
TLSXB0125EB
100
0.51 % CV
(2.74 % p-p)
NUMBER OF FLASHES
Values in parenthese show number of flashes
L9455-01
L9455-01
90
OPERATING TIME (h)
120
0.36 % CV
(1.93 % p-p)
100
GUARANTEED LIFE RANGE
0
L9456-01
1000
1200
1400
Standard Type (without Fiber Adapter)
Arc Size Main Discharge Capacitor
Type No.
(mm)
(µF) B
0.22
L9455-01 / L11035-01
0.11
1.5
L9455-02 / L11035-02
0.047
L9455-03 / L11035-03
0.22
L9456-01 / L11036-01
3.0
0.11
L9456-02 / L11036-02
0.047
L9456-03 / L11036-03
With SMA Fiber Adapter Type
Arc Size
Type No.
(mm)
L9455-11 / L11035-11
L9455-12 / L11035-12
1.5
L9455-13 / L11035-13
Main Discharge Capacitor
(µF) B
0.22
0.11
0.047
SPECIFICATIONS
A
Type
No.
Arc Window Spectral
Size Material Distribution
(mm)
(nm)
B
C
D
F
Max.
Max.
Main Discharge
Max.
Input
Light
Main
Average Average
Guaranteed
Voltage
Voltage
Input
Input Energy Repetion Output
Adjustable Discharge
Life
Rate
Range
Stability
Capacitor [Continuous] [/flash]
Range
(µF)
(J)
(V)
(V)
(W)
(Hz)
(% CV) (flash)
Cooling
0.047
See
See
Natural F
2.0 E
0.11
5
1.0 × 109 11 to 28
E
L9456 Series / L11036 Series 3.0
air cooling
below table below table 1.5
0.22
A: Adjustable with internal trimmer potentiometer or external voltage supply of 3.2 V to 4.8 V.
B: Adjusted at factory prior to shipment.
C: Maximum average input (continuous) W is given by: W=E × f [W], where E is the maximum input energy (J) and f is the repetition frequency (Hz).
D: Maximum average input energy (per flash) E is given by: E=1/2 CV2 [J], where V is the main discharge voltage (V) and the main discharge capacitance (F) for C.
E: Calculated by: standard deviation / average light output × 100 [%]
F: At 5-watt operation
G: Cooling is required if temperature on the lamp module exceeds 50 °C during operation.
L9455 Series / L11035 Series
1.5
UV Glass 185 to 2000
400 to 600
OPERATING CONDITIONS
Main Discharge
Capacitor (µF) B
Type No.
L945¤-¤1
L1103¤-¤1
0.22
L945¤-¤2
L1103¤-¤2
0.11
L945¤-¤3
L1103¤-¤3
0.047
Main Discharge Max. Average Input
Energy: per flash D
Voltage (V)
(mJ)
400
500
600
400
500
600
400
500
600
Max. Repetition Rate
(Hz)
Max. Average Input
(W) C
284
182
126
530
362
252
530
530
530
5.0
5.0
5.0
4.7
5.0
5.0
2.0
3.1
4.5
17.6
27.5
39.6
8.8
13.8
19.8
3.8
5.9
8.5
NOTE: Please refer to above "NOTE"
DIMENSIONAL OUTLINE (Unit: mm)
Standard Type
●L9455-0¤ Series / L9456-0¤ Series
SCREW HOLES FOR FIXTURE 4-M3
3.6 ± 0.4
5±1
98.0 ± 0.4
SIDE VIEW
REAR VIEW
INTERNAL/EXTERNAL ADJUSTMENT SELECTOR
FOR MAIN DISCHARGE VOLTAGE
59.2 ± 0.5
3.6 ± 0.4
ARC POINT
5±1
FRONT VIEW
120.0 ± 0.5
SIDE VIEW
REAR VIEW
TRIMMER POTENTIOMETER FOR MAIN
DISCHARGE VOLTAGE ADJUSTMENT
XENON FLASH LAMP
L11035 SERIES: 1.5 mm ARC
L11036 SERIES: 3.0 mm ARC
TOP VIEW
35.0 ± 0.4
25.0 ± 0.1
4.3 ± 0.1
ARC POINT
35.0 ± 0.4
TOP VIEW
38.6 ± 0.15
44.0 ± 0.4
33.0 ± 0.15
XENON FLASH LAMP
L9455 SERIES: 1.5 mm ARC
L9456 SERIES: 3.0 mm ARC
13.3 ± 0.1
25.0 ± 0.1
4.3 ± 0.1
●L11035-0¤ Series / L11036-0¤ Series
18.8 ± 0.3
13.3 ± 0.1
38.6 ± 0.15 18.4 ± 0.25
44.0 ± 0.4
33.0 ± 0.15
SCREW HOLES FOR FIXTURE 4-M3
INTERNAL/EXTERNAL ADJUSTMENT SELECTOR
FOR MAIN DISCHARGE VOLTAGE
FRONT VIEW
TRIMMER POTENTIOMETER FOR MAIN
DISCHARGE VOLTAGE ADJUSTMENT
9 PIN D-sub MALE
40.8
14.5
14.5
9 PIN D-sub MALE
7.8
40.8
BOTTOM VIEW
7.8
BOTTOM VIEW
TLSXA0099EC
TLSZA0009EA
With SMA Fiber Adapter Type
●L11035-1¤ Series
5±1
12.5
REAR VIEW
SIDE VIEW
59.2 ± 0.3
XENON FLASH LAMP
WITH SMA FIBER ADAPTER (905 TYPE)
+0.05
APPLICABLE FIBER DIAMETER: 3.18 - 0
13.3 ± 0.1
4.3 ± 0.1
25.0 ± 0.1
98.0 ± 0.4
INTERNAL/EXTERNAL ADJUSTMENT SELECTOR
FOR MAIN DISCHARGE VOLTAGE
38.6 ± 0.15
TOP VIEW
35.0 ± 0.4
13.3 ± 0.1
TOP VIEW
4.3 ± 0.1
25.0 ± 0.1
SCREW HOLES FOR FIXTURE 4-M3
20
18.8 ± 0.3
XENON FLASH LAMP
WITH SMA FIBER ADAPTER (905 TYPE)
+0.05
3.18 - 0
35.0 ± 0.4
38.6 ± 0.15 18.4 ± 0.25
44.0 ± 0.4
33.0 ± 0.15
SCREW HOLES FOR FIXTURE 4-M3
44.0 ± 0.4
33.0 ± 0.15
●L9455-1¤ Series
5±1
120.0 ± 0.5
REAR VIEW
FRONT VIEW
SIDE VIEW
INTERNAL/EXTERNAL ADJUSTMENT SELECTOR
FOR MAIN DISCHARGE VOLTAGE
TRIMMER POTENTIOMETER FOR MAIN
DISCHARGE VOLTAGE ADJUSTMENT
12.5
20
FRONT VIEW
TRIMMER POTENTIOMETER FOR MAIN
DISCHARGE VOLTAGE ADJUSTMENT
9 PIN D-sub MALE
14.5
14.5
9 PIN D-sub MALE
40.8
40.8
7.8
BOTTOM VIEW
TLSXA0107EC
7.8
BOTTOM VIEW
TLSXA0010EA
5
Chemical Biological
analysis research
HQ
(High Quality)
TYPE
High stability, compact, reasonable price
In spite of using a low cost cathode
as the electrode, HQ (High Quality)
type xenon flash lamps feature high
stability and easy handling. The
lamp outer diameter is 20 mm which
is the smallest size among Hamamatsu xenon flash lamps. Two window shapes are available: flat and
hemispherical. Lamp service life is
extended up to 1 × 109 flashes which
nearly equal to that of SQ type flash
lamps.
[ 10 W ]
High stability; Fluctuation (p-p): 1 % Typ. (at 10 Hz operation)
Output stability (%) = { (maximum light output – minimum light output) / average light output } × 100
■Light output stability
vs. flash repetition rate
■Xenon flash lamp light output stability vs. operating time
105
100
0
5
Operating conditions
10 Time (min.)
1.0 %
95
TLSXB0036EC
5
MAIN DISCHARGE VOLTAGE : 1000 V
MAIN DISCHARGE CAPACITOR : 0.1µF
REPETITION RATE
: 50 Hz
WAVELENGTH
: 400 nm
LIGHT OUTPUT STABILITY
LIGHT OUTPUT STABILITY (%)
RELATIVE LIGHT
OUTPUT (%)
●Operating Time (0 h)
RELATIVE LIGHT
OUTPUT (%)
●Operating Time (1000 h) - 1.8 × 108 flash
0
5
10 Time (min.)
105
100
APERTURE
2.2 %
95
TRIGGER
SOCKET
●Operating Time (3000 h) - 5.4 × 108 flash
RELATIVE LIGHT
OUTPUT (%)
Block Diagram of Sample-and-Hold Measuring Circuit
0
5
10 Time (min.)
105
100
3.0 %
SAMPLEAND-HOLD
CIRCUIT
LAMP
OP
COMPUTER
4
3
2
MAIN D
ISCHA
RGE C
APACIT
OR: 0.
1 µF
1
PHOTODIODE
POWER
SUPPLY
0
0
TRIGGER SIGNAL
95
10
20
TLSXC0020EB
30
40
50
60
70
80
90
100
REPETITION RATE (Hz)
SPECIFICATIONS
Type
No.
DimenBulb
Arc
sional
Shape
Size
Outline
Window
Material
(mm)
A
B
Max.
Max.
Light
Recommended Trigger Average Average Repetition
Applicable Equivalent
Spectral
Output
Input
Rate
Supply
Voltage Input
Life
Cooling Trigger Lamps
Distribution
Energy
Stability
Voltage
p-p [Continuous] [Single] Max.
Sockets
Max.
Min.
(nm)
(V dc)
(kV)
(W)
(J/flash) (Hz)
(%)
(flash)
20 mm Dia. Type
Hemispherical
L4644
1-a
L4646
2-a
Flat
1-a
Hemispherical
Borosilicate
Glass
L4645
3.0
UV Glass
L4647
2-a
Flat
L4640
1-b
Hemispherical
2-b
Flat
1-b
Hemispherical
Borosilicate
2-b
Flat
Glass
L4642
L4641
L4643
1.5
UV Glass
185 to 2000
700 to 1000
5 to 7
10
0.1
100
3
1 × 109
700 to 1000
5 to 7
10
0.1
100
3.5
1 × 109
240 to 2000
185 to 2000
240 to 2000
A: Measured with supply voltage of 1000 V, main discharge capacitor of 0.1 µF, repetition rate of 50 Hz and wavelength of 400 nm.
B: Lamp service life mainly depends on the input energy, though it also depends somewhat on the average power and peak current.
For typical life characteristics versus input energy, see the data graph on page 8.
Input energy E is calculated as follows: E = CV2·1/2 [J], C: main discharge capacitance (F), V: supply voltage (V dc).
6
Not
E2418 Excelitas
FX1100
required E6188 series
Not
E2442 Excelitas
FX1100
required E6186 series
DIMENSIONAL OUTLINE (Unit: mm)
1 L4640, L4641, L4644, L4645
2 L4642, L4643, L4646, L4647
19.5 MAX.
7.5
MAX.12.7 ± 0.5
10 MAX.
7.5
MAX.12.7 ± 0.5
BASING DIAGRAM
(BOTTOM VIEW)
L
a 3.0 ± 0.3
b 1.5 ± 0.2
L
a 3.0 ± 0.3
b 1.5 ± 0.2
ARC SIZE: 1.5 mm
ANODE
4
5 NC
ARC SIZE: 3 mm
ANODE
4
5 NC
NC 3
ARC SIZE: 1.5 mm
ANODE
4
5 NC
NC 3
10 MAX. 19.5 MAX.
20 ± 1
L
20 ± 1
L
ARC SIZE: 3 mm
ANODE
BASING DIAGRAM
(BOTTOM VIEW) NC 3
NC 3
NC 2
6 NC
NC 2
6 TP(2)
NC 2
6 NC
NC 2
NC 1
7 TP(1)
NC 1
7 TP(1)
NC 1
7 TP(1)
NC 1
8 SPARKER
9
TP=Trigger Probe CATHODE
NC=No Connection
TLSXA0033ED
9
8 SPARKER
TP=Trigger Probe
NC=No Connection
CATHODE
8 SPARKER
9
CATHODE
TLSXA0032ED
4
5 NC
6 TP(2)
7 TP(1)
8 SPARKER
9
CATHODE
TLSXA0036ED
TLSXA0035ED
OPTIONS
Trigger Sockets
Hamamatsu provides trigger sockets specifically designed to quickly start operating the xenon flash lamp. These trigger sockets are integrated with
a "high voltage transformer", "voltage dividing resistors" and "capacitors" in the same compact case. This frees the user from the troublesome task
of designing and assembling the external circuit. The E2418 and E2442 use a metal package designed to minimize noise emission, while the general-purpose E6186 and E6188 use a plastic package that offers low cost and is suitable for applications where noise emission is not a critical factor.
* Changing the length of the trigger socket cable varies the current flowing through the lamp so the lamp might fail to meet its required specifications. Use the cable length as shipped.
DIMENSIONAL OUTLINE (Unit: mm)
For 20 mm · 22 mm Dia. E2418 · E2442
2- 3.2
For 20 mm · 22 mm Dia. E6186 · E6188
PLASTIC
18.0 ± 0.5
28.6 ± 0.2
METAL
RED: MAIN SUPPLY VOLTAGE
WHITE: TRIGGER VOLTAGE
BLACK: MAIN SUPPLY GND
BROWN: TRIGGER GND
BROWN: TRIGGER GND
BLACK: MAIN SUPPLY GND
WHITE: TRIGGER VOLTAGE
RED: MAIN SUPPLY VOLTAGE
2.4 ± 0.3
23.8 ± 0.5
6.4 ± 0.1
24.0 ± 0.5
5.0 ± 0.2
43.0 ± 1.0
500 ± 50
500 ± 20
43.0 ± 0.5
TLSXA0037EB
TLSXA0093EA
Lamp Modules C5604, C5605 (for 10 W)
These lamp modules integrate a HQ type lamp* and accessories (trigger socket and
power supply) into an easy-to-use compact case. These modules require no troublesome
wiring and are easily installed into equipment.
These modules are operable with external TTL level trigger signals and controllable from
a PC.
* Lamp is sold separately.
SPECIFICATIONS
[Main Power Supply]
DIMENSIONAL OUTLINE (Unit: mm)
34.0 ± 0.4
R10.5
90 ± 1
Rectangular waveform
+5 V peak (TTL Level)
[Line Input Section]
12 V ± 0.6 V
1.5 A Max.
Input voltage (DC)
Input Current
aOutput voltage can be adjusted by the internal trimmer potentiometer, or controlled by an external voltage input.
bLamp starts to flash at the rising edge of a square wave pulse. The pulse width
of the square wave should be greater than 5 µs on 10 W lamp modules.
4.0 ± 0.3
40 ± 1
CONNECTOR
(S7B-XH-A (JST))
34.0 ± 0.4
FUSED
SILICA
WINDOW
[Trigger Input Section]
Input Waveform b
Input Voltage
23.0 ± 0.3
19.5 ± 0.5
2- 3.2
14.0 ± 0.3
19.0 ± 0.5
Discription / Value
300 V to 1000 V
10 W Max.
0.5 %
0.1 µF
100 Hz
Yes (10 Hz to 100 Hz)
33
Parameter
Output Voltage a (DC)
Output Capacity
Output Voltage Ripple (p-p)
Built-in Capacitor
Max. Repetition Rate
Internal trigger Circuit
ARC
POINT
12.7 ± 1.0
SHIELD
CAP
125.0 ± 1.5
TLSXA0041EC
APPLICABLE LAMPS (HQ Type)
Module Type No.
Lamp Type No.
C5604
L4640
L4641
L4642
L4643
C5605
L4644
L4645
L4646
L4647
7
Chemical Biological Factory
analysis research Automation
SQ
(Super Quiet)
TYPE
[ 10 W / 15 W ]
Long service life, high stability
SQ type xenon flash lamps use a
high-performance BI cathode (bariumimpregnated electrode) for the anode
and cathode. Electrode wear is drastically reduced, even in these short-arc
lamps to deliver a long service life.
This means that SQ type flash lamps
now deliver excellent stability over
their entire extended service life.
High-performance BI cathode (barium-impregnated electrode): The BI cathode has various advantages such as high electron emissivity, low operating temperature and resistance to
ion bombardment. The electrode is cone-shaped
to concentrate an electrical field onto the electrode tip so a stable discharge is maintained.
The BI cathode has also been used as the electrode in continuous mode lamps and been highly
acclaimed for product use.
Long service life 1.2 × 109 flashes
■Life characteristics vs. energy per flash
(reference data)
■Life characteristics
(radiant intensity vs. operating time)
TLSXB0070EB
TLSXB0040EC
100
10-10
HQ TYPE
90
SQ TYPE
BUILT-IN
REFLECTOR
HIGH-POWER
TYPE
RADIANT INTENSITY (%)
NUMBER OF FLASHES
80
10-9
10-8
GUARANTEED
CHARACTERISTICS
RANGE
SQ TYPE
10-7
BUILT-IN REFLECTOR
HIGH POWER TYPE
70
60
50
40
30
SQ TYPE
20
HQ TYPE
10
BUILT-IN REFLECTOR HIGH-POWER TYPE
HQ TYPE
10-6
0.001
0
0.005 0.01
0.05 0.1
0.5 1
5 10
3.6 × 108
(2000)
0
7.2 × 108
(4000)
1.1 × 109
(6000)
1.4 × 109
(8000)
NUMBER OF FLASHES (h)
INPUT ENERGY PER FLASH (J)
Values in parentheses show operating time in hours.
Operating conditions
Main discharge voltage : 1000 V
Main discharge capacitor : 0.1 µF
: 50 Hz
Repetition Rate
Guaranteed service life end is defined as the time at which the radiant intensity falls to 50 %
of its initial value or when the light output fluctuation exceeds the rated specifications.
SPECIFICATIONS
Type
No.
Arc
Size
Dimensional
Outline
Window
Material
(mm)
A
B
Max.
Max.
Light
Recommended Trigger Average Average Repetition
Applicable Equivalent
Spectral
Output
Input
Rate
Supply
Voltage Input
Life
Cooling Trigger Lamps
Distribution
Energy
Stability
Voltage
p-p [Continuous] [Single] Max.
Sockets
Max.
Min.
(nm)
(V dc)
(kV)
(W)
(J/flash) (Hz)
(%)
(flash)
22 mm Dia. Type
L2415*
L2416*
1-a
UV Glass
185 to 2000 700 to 1000 5 to 7
L2417*
Borosilicate Glass 240 to 2000
L2439*
Synthetic Silica 160 to 2000
L2440*
L2441*
8
Synthetic Silica 160 to 2000
3.0
1.5
1-b
UV Glass
185 to 2000 700 to 1000 5 to 7
Borosilicate Glass 240 to 2000
10
10
0.1
0.1
100
100
2.5
3.5
1.2 × 109
1.2 × 109
Not
required
Not
required
Excelitas
E2418 FX1100
series
Excelitas
E2442 FX1100
series
SPECIFICATIONS
Type
No.
Arc
Size
A
B
Max.
Max.
Light
Recommended Trigger Average Average Repetition
Applicable Equivalent
Spectral
Output
Input
Rate
Supply
Voltage Input
Life
Cooling Trigger Lamps
Distribution
Energy
Stability
Voltage
p-p [Continuous] [Single] Max.
Sockets
Max.
Min.
(nm)
(V dc)
(kV)
(W)
(J/flash) (Hz)
(%)
(flash)
Window
Material
Dimensional
Outline
(mm)
26 mm Dia. Type
L2187
Synthetic Silica 160 to 2000
2-a
8.0
L2188
185 to 2000 700 to 1000 5 to 7
UV Glass
L2189
15
0.15
100
2.5
1.2 × 109
15
0.15
100
2.5
1.2 × 109
15
0.15
100
3.5
1.2 × 109
15
0.15
100
2.5
1.2 × 109
15
0.15
100
2.5
1.2 × 109
15
0.15
100
3.5
1.2 × 109
Borosilicate Glass 240 to 2000
L2358
Not
Synthetic Silica 160 to 2000
2-b
3.0
L2359
185 to 2000 700 to 1000 5 to 7
UV Glass
L2360
Borosilicate Glass 240 to 2000
L2435
185 to 2000 700 to 1000 5 to 7
UV Glass
L2437
Borosilicate Glass 240 to 2000
—
Not
E2361
—
required series
Synthetic Silica 160 to 2000
2-c
1.5
L2436
E2191
required series
E2438 Excelitas
Not
required series
FX1130
series
28 mm Dia. Type
L2443*
Synthetic Silica 160 to 2000
3-a
8.0
L2444*
185 to 2000 700 to 1000 5 to 7
UV Glass
L2445*
Borosilicate Glass 240 to 2000
L2447*
Not
required
Synthetic Silica 160 to 2000
3-b
3.0
L2448*
185 to 2000 700 to 1000 5 to 7
UV Glass
L2449*
Borosilicate Glass 240 to 2000
L2451*
Not
required
Synthetic Silica 160 to 2000
3-c
1.5
L2452*
185 to 2000 700 to 1000 5 to 7
UV Glass
L2453*
Borosilicate Glass 240 to 2000
E2446
—
E2450
—
Excelitas
Not
required
E2454 FX1130
series
A: Measured with supply voltage of 1000 V, main discharge capacitor of 0.1 µF, repetition rate of 50 Hz and wavelength of 400 nm.
B: Lamp service life mainly depends on the input energy, though it also depends somewhat on the average power and peak current. For typical life characteristics versus
C: main discharge capacitance (F),
V: supply volinput energy, see the data graph on the preceding page. Input energy E is calculated as follows: E = CV2·1/2 [J],
tage (V dc).
*: Manufactured upon receiving your order
DIMENSIONAL OUTLINE (Unit: mm)
2 26 mm Dia. Type
7 TP(1)
7 TP(1)
8 SPARKER
9
CATHODE
TLSXA0024EB
L
8.0 ± 0.5
3.0 ± 0.3
1.5 ± 0.2
TLSXA0023EB
TLSXA0027EA
8.2 MAX. 18.6 ± 0.8
30 MAX.
a
b
c
BASING DIAGRAM
(BOTTOM VIEW)
ARC SIZE: 1.5 mm
ARC SIZE: 3 mm
ARC SIZE: 8 mm
ANODE
ANODE
ANODE
4 NC
4 NC
4 TP(5)
3
3
3
5 TP(2)
5 NC
5 TP(3)
NC 2
NC 2
TP(4) 2
6 TP(1)
6 TP(1)
6 TP(4)
NC 1
NC 1
TP(2) 1
7
7
7
SPARKER
SPARKER
8
8
SPARKER
8
CATHODE
CATHODE
TP=Trigger Probe CATHODE
NC=No Connection
6 TP(2)
NC 1
8 SPARKER
9
TP=Trigger Probe
CATHODE
NC=No Connection
12 MAX. 19.0 ± 0.5
BASING DIAGRAM
(BOTTOM VIEW)
NC 2
28 ± 1
L
12.7 MAX.
12.7 ± 0.5
7.5
MAX.
6 NC
NC 1
L
3.0 ± 0.3
1.5 ± 0.2
ARC SIZE: 3 mm
ANODE
4
5 NC
NC 3
ARC SIZE: 1.5 mm
ANODE
4
5 NC
NC 3
NC 2
a
b
10 MAX.
4 MAX.
32 MAX.
L
BASING DIAGRAM
(BOTTOM VIEW)
3 28 mm Dia. Type
26 ± 1
L
TLSXA0026EA
11 12
NC 10
1 NC
11 12
NC 10
1 NC
NC 9
2 NC
NC 8
2 TP(2)
NC 8
3 TP(1)
5
4 SPARKER
CATHODE
TLSXA0025EA
3 TP(1)
NC 7
6
5
L
8.0 ± 0.5
3.0 ± 0.3
1.5 ± 0.2
ARC SIZE: 8 mm
ANODE
11 12
NC 9
6
a
b
c
ARC SIZE: 3 mm
ANODE
ARC SIZE: 1.5 mm
ANODE
NC 7
25.4 MAX.
22 ± 1
8.9 MAX.
1 22 mm Dia. Type
4
NC 10
1 TP(5)
TP(4) 9
2 TP(3)
TP(2) 8
3 TP(1)
NC 7
4
6
SPARKER
SPARKER
5
TP=Trigger Probe
NC=No Connection CATHODE
TLSXA0029EB
TLSXA0028EA
CATHODE
TLSXA0030EA
OPTIONS
Trigger Sockets
Hamamatsu provides trigger sockets specifically designed to quickly start operating the xenon flash lamp. These trigger sockets are
integrated with a "high voltage transformer", "voltage dividing resistors" and "capacitors" in the same compact case. This frees the user from
the troublesome task of designing and assembling the external circuit.
* Changing the length of the trigger socket cable varies the current flowing through the lamp so the lamp might fail to meet its required specifications. Use the cable length as shipped.
DIMENSIONAL OUTLINE (Unit: mm)
For 22 mm Dia. E2418 · E2442
2- 3.2
For 26 mm Dia. E2191 · E2361 · E2438
METAL
28.6 ± 0.2
METAL
RED: MAIN SUPPLY VOLTAGE
WHITE: TRIGGER VOLTAGE
BLACK: MAIN SUPPLY GND
BROWN: TRIGGER GND
RED: MAIN SUPPLY VOLTAGE
WHITE: TRIGGER VOLTAGE
BLACK: MAIN SUPPLY GND
BROWN: TRIGGER GND
23.0 ± 0.2
6.4 ± 0.1
24.0 ± 0.5
5.0 ± 0.2
43.0 ± 0.5
60.0 ± 0.5
28.0 ± 0.2
500 ± 20
500 ± 20
TLSXA0038EA
TLSXA0037EB
For 26 mm Dia. (Shield Cable Type) E2191-01 · E2361-01 · E2438-01
23.0 ± 0.2
28.0 ± 0.2
60.0 ± 0.5
500 ± 20
BROWN : TRIGGER GND
CASE GND
10
WHITE : TRIGGER VOLTAGE
28.6 ± 0.5
METAL
BLACK : MAIN SUPPLY GND
RED : MAIN SUPPLY VOLTAGE
43.0 ± 0.5
(ENLARGED VIEW)
33.3 ± 0.2
METAL
For 28 mm Dia. E2446 · E2450 · E2454
3.2
TLSXA0001EC
2- 3.3
6.2
50.0 ± 0.5
RED: MAIN SUPPLY VOLTAGE
WHITE: TRIGGER VOLTAGE
BLACK: MAIN SUPPLY GND
BROWN: TRIGGER GND
500 ± 20
TLSXA0040EA
9
Built-in reflector for high output, efficient light input to light guide
Factory
Automation
BUILT-IN
REFLECTOR
HIGH
OUTPUT
TYPE
[ 15 W ]
Equipped with a precisely assembled
built-in reflector, these lamps deliver
a light output 4 times higher than SQ
lamps of the same electrical input.
The light is output as a converging
light flux or collimating light flux
without using any optical system,
making these lamps convenient to
use. The reflector is made of aluminum that reflects light very efficiently
over a wide wavelength range, and is
selectable from the converging or
collimating type. The converging type
is ideal for applications where light
needs to be input to a light guide. We
also provide light guides as options.
Output light is efficiently input to light guide
■Light distributions of converging type L4633
and collimating type L4634
■Comparison of radiant intensities
TLSXB0001EB
RELATIVE INTENSITY (%)
COLLIMATING
TYPE (L4634)
0
CONVERGING
TYPE (L4633)
BUILT-IN
REFLECTOR
+6
(mm)
MAIN DISCHARGE VOLTAGE : 1000 V
MAIN DISCHARGE CAPACITOR : 0.1 µF
REPETITION RATE
: 100 Hz
100
RELATIVE INTENSITY (%)
-6
50
0
100
BUILT-IN REFLECTOR
HIGH-POWER TYPE
(CONVERGING TYPE
: L4633)
50
SQ TYPE
TLSXB0002EB
0
TIME (1 µs/Div.)
■Output light solid angle
of conversing type L4633
Taking the aperture angle of a quartz optical fiber into account,
the converging type L4633 was designed to output light flux at
a solid angle of 17 degrees. This allows direct input of a light
flash into the quartz optical fiber.
■Stability of light output from light guide
Stability of light output depends on the type (aperture angle) of the light
guide being used. The smaller the aperture angle, the better the stability.
DISCHARGE VOLTAGE : 1000 V
Quartz fiber light guide: aperture angle 23 ° MAIN
MAIN DISCHARGE CAPACITOR : 0.1 µF
3%
REPETITION RATE
Stability: 3 % Typ.
2 MIN
17 °
QUARTZ GLASS FIBER
TIME
Multi-component glass fiber light guide: aperture angle 68 °
5%
Stability: 5 % Typ.
XENON FLASH LAMP
2 MIN
10
TIME
: 100 Hz
SPECIFICATIONS
DimenOutput
Arc
sional
Light
Size
Outline
Type
No.
A
B
Max.
Max.
Light
Recommended Trigger Average Average Repetition
Applicable Equivalent
Spectral
Output
Input
Rate
Supply
Voltage Input
Life
Cooling Trigger Lamps
Distribution
Energy
Stability
Voltage
p-p [Continuous] [Single] Max.
Sockets
Max.
Min.
(nm)
(V dc)
(kV)
(W)
(J/flash) (Hz)
(%)
(flash)
Window
Material
(mm)
L4633
L4633-01*
L4634
1
Converging
1.5
2
L4634-01*
Collimating
Borosilicate Glass 240 to 2000
185 to 2000
UV Glass
700 to 1000 5 to 7
Borosilicate Glass 240 to 2000
15
0.15
100
Not
5 × 108
5
required
E4370-01
—
185 to 2000
UV Glass
A: Measured with supply voltage of 1000 V, main discharge capacitor of 0.1 µF, repetition rate of 50 Hz and wavelength of 400 nm.
B: Lamp service life mainly depends on the input energy, though it also depends somewhat on the average power and peak current. For typical life characteristics versus
input energy, see the data graph on page 6. Input energy E is calculated as follows: E = CV2·1/2 [J], C: main discharge capacitance (F), V: supply voltage (V dc).
*: Manufactured upon receiving your order
DIMENSIONAL OUTLINE (Unit: mm)
1 L4633, L4633-01
2 L4634, L4634-01
12.7 MAX.
30 MAX.
26 ± 1
12.0 ± 0.5
12 MAX.
12.0 ± 0.5
SPARKER
REFLECTOR
12.7 MAX.
30 MAX.
26 ± 1
12 MAX.
REFLECTOR
SPARKER
12
CONVERGING
POINT
✽
ANODE
ANODE
CATHODE
TRIGGER PROBE
60
TOP VIEW
✽The design of converging location is 60mm from the bottom of lamps.
SPARKER
BASING DIAGRAM
(BOTTOM VIEW)
3
IC
(CATHODE)
IC
IC
SPARKER
4 (CATHODE)
BASING DIAGRAM
(BOTTOM VIEW)
5 ANODE
2
4 (CATHODE)
3
IC
(CATHODE)
5 ANODE
2
6 TRIGGER PROBE
IC
(ANODE) 1
TP=Trigger Probe
IC=Internal Connection
NC=No Connection
CATHODE
TRIGGER PROBE
TOP VIEW
7
6 TRIGGER PROBE
IC
(ANODE) 1
NO CONNECTION
TP=Trigger Probe
IC=Internal Connection
NC=No Connection
8
CATHODE
7
NO CONNECTION
8
CATHODE
TLSXA0003ED
TLSXA0003ED
OPTIONS
Trigger Sockets
DIMENSIONAL OUTLINE (Unit: mm)
Hamamatsu provides trigger sockets specifically designed to
quickly start operating the xenon flash lamp. These trigger sockets
are integrated with a "high voltage transformer", "voltage dividing
resistors" and "capacitors" in the same compact case. This frees
the user from the troublesome task of designing and assembling
the external circuit.
For 26 mm Dia. (Shield Cable Type) E4370-01
* Changing the length of the trigger socket cable varies the current flowing
through the lamp so the lamp might fail to meet its required specifications. Use
the cable length as shipped.
METAL
(ENLARGED VIEW)
BLACK : MAIN SUPPLY GND
RED : MAIN SUPPLY VOLTAGE
WHITE : TRIGGER VOLTAGE
23.0 ± 0.2
28.0 ± 0.2
60.0 ± 0.5
500 ± 20
BROWN : TRIGGER GND
CASE GND
TLSXA0001EC
Shield Box E2608
(Lamp: 26 mm Dia. Type, Trigger Socket: E2191-01·E2361-01·E2438-01·E4370-01)
Xenon flash lamps start an initial discharge upon input of a high trigger voltage of 5 kV
to 7 kV. An instantaneous current of several hundred amperes then flows to cause the
main discharge, so electromagnetic noise is generated at this instant. This noise must
be eliminated when using the flash lamps as light sources for high precision photometry.
Hamamatsu provides the E2608 metal shield box designed expressly for this purpose.
This shield box also suppresses lamp noise that occurs at each flash.
DIMENSIONAL OUTLINE (Unit: mm)
SYNTHETIC
SILICA
WINDOW
SHIELD BOX (Fe)
LAMP
TRIGGER SOCKET
TRIGGER SOCKET CABLE
33.0 ± 0.5
*Shield box containing lamp and trigger socket
22.0 ± 0.5
37.0 ± 0.5
45.0 ± 0.5
105 ± 1
TLSXA0002EB
11
High output, efficient light input to light guide
Factory
Automation
These 60 W flash lamps employ a metal
can package to achieve high input power
and high output. Select these 60 W flash
lamps when your application requires a
high light output. Despite a high output,
these lamps are highly stable so output
fluctuation is held within 3 % maximum.
To provide an even higher output, a variant type with built-in reflector (spherical
mirror) that boosts the output 1.5 times is
also available. As useful options, Hamamatsu provides dedicated power supplies (see page 12), cooling jacket, main
discharge capacitor, and light guides (see
page 9). When using a flash lamp with a
15 W or higher input, always use a cooling jacket and main discharge capacitor.
60W
TYPE
[ 60 W ]
Lineup includes 60 W flash lamp with built-in reflector
■Life characteristics
■Spectral distribution
2
TLSXB0104EA
1.8
RELATIVE INTENSITY (%)
1.6
RELATIVE INTENSITY
TLSXB0083EC
100
60 W Xenon Flash Lamp Built-in Reflective Mirror L7685
(1 J: 2 µF/1 kV)
60 W Xenon Flash Lamp L6605 (1 J: 2 µF/1 kV)
1.4
1.2
1
0.8
0.6
0.4
80
60
40
20
0.2
GUARANTEED LIFE
0
200
300
400
500
600
700
0
800
0
2×
(100)
107
4 × 107
(200)
6 × 107
(300)
8 × 107
(400)
1 × 108
(500)
NUMBER OF FLASHES
WAVELENGTH (nm)
*( ) OPERATING TIME [h]
MAIN DISCHARGE VOLTAGE: 1000 V
MAIN DISCHARGE CAPACITOR: 2 µF
REPETITION RATE: 60 Hz
INPUT ENERGY: 1 J / FLASH
Values in parentheses show operating time in hours.
Guaranteed service life end is defined as the time at
which the radiant intensity falls to 50 % of its initial
value or when the light output fluctuation exceeds
the rated specifications.
SPECIFICATIONS
Type
No.
Arc
Size
Dimensional
Outline
(mm)
Window
Material
C
D
A
Max.
Light
Max.
Recommended Trigger Average Average Repetition Output
Spectral
Input
Supply
Voltage
Rate
Input
Distribution
Stability
Energy
Voltage
p-p
[Continuous] [Single]
Max.
Max.
(nm)
(V dc)
(%)
(J/flash)
(Hz)
(kV)
(W)
B
Life
Min.
(flash)
Applicable
Equivalent
Trigger
Lamps
Sockets
60 W Type
L6604
L6605
3.0
1
Borosilicate Glass 240 to 2000
Sapphire Glass 190 to 2000
700 to 1000
5 to 10
60
1
60
3
8 × 107
E6647
—
700 to 1000
5 to 10
60
1
60
3
8 × 107
E6647
—
60 W Built-in Reflective Mirror Type
L7684
L7685
3.0
2
Borosilicate Glass 240 to 2000
Sapphire Glass 190 to 2000
A: Measured with supply voltage of 1000 V, main discharge capacitor of 2 µF, repetition rate of 10 Hz and wavelength of 400 nm.
B: Lamp service life mainly depends on the input energy, though it also depends somewhat on the average power and peak current. Input energy E is calculated as follows: E = CV2·1/2 [J], C: main
discharge capacitance (F), V: supply voltage (V dc).
C: Average input W is calculated as follows: W = E × f [W], f: repetition rate (Hz)
D: Repetition rate when
the input energy per flash is 1 J. Operable up to 100 Hz when the average input is 60 W or less.
12
DIMENSIONAL OUTLINE (Unit: mm)
1 L6604, L6605
2 L7684, L7685
34.8 ± 0.5
34.8 ± 0.5
14.3 ± 0.15
OUTPUT WINDOW
PIN CONNECTION
(BOTTOM VIEW)
34.5 ± 0.5
25.8 ± 0.5
2
SPARKER
ANODE
1
1
5
PIN CONNECTION
(BOTTOM VIEW)
28.9 ± 0.3
3
REFLECTIVE
MIRROR
ANODE
OUTPUT WINDOW
TRIGGER PROBE
3
TRIGGER PROBE
4
34.5 ± 0.5
28.9 ± 0.3
3
25.8 ± 0.5
14.3 ± 0.15
2
5
SPARKER
TRIGGER PROBE
15 MAX.
1.3
15 MAX.
4
CATHODE
CATHODE
1.3
TRIGGER PROBE
3
TLSXA0049EC
TLSXA0082EA
OPTIONS
Trigger Sockets
DIMENSIONAL OUTLINE (Unit: mm)
Hamamatsu provides trigger sockets specifically designed to quickly
start operating the xenon flash lamp. These trigger sockets are integrated with a "high voltage transformer", "voltage dividing resistors"
and "capacitors" in the same compact case. This frees the user from
the troublesome task of designing and assembling the external circuit.
For 60 W E6647
14.8 ± 0.1
METAL
RED: MAIN DISCHARGE VOLTAGE
WHITE: TRIGGER VOLTAGE
BLACK: GND (MAIN)
* Changing the length of the trigger socket cable varies the current flowing through
the lamp so the lamp might fail to meet its required specifications. Use the cable
length as shipped.
BROWN: GND (TRIGGER)
5.5
73.5 ± 2.0
28.5 ± 1.0
500 ± 20
TLSXA0050EB
Cooling Jacket E6611
The E6611 is a cooling jacket specifically designed for use with a 60 W xenon flash
lamp. The built-in cooling fan suppresses the temperature of the lamp and other electronic parts in the trigger socket to within a tolerable range for maintaining a constant operating temperature and stable performance. This cooling jacket must be used when the
lamp is operated with an input of 15 W or more.
DIMENSIONAL OUTLINE (Unit: mm)
35.0 ± 0.5
65.5 ± 0.5
TEMPERATURE SENSOR*
TRIGGER SOCKET
SHIELD CABLE
COOLING FAN (RATING: 24 V, 0.1 A)
M23 × P1
62.0 ± 0.5
SETTING HOLES 2-M4 × P0.7
TRIGGER SOCKET
LAMP
RED: Cooling fan input voltage (+24 V)
BLACK: Cooling fan GND
YELLOW: Temperature sensor
BLUE: Temperature sensor
23.5 ± 1.5
* The temperature sensor turns
on when the temperature of
the lamp or internal parts
increases abnormally due to a
cooling fan failure. If the fan
fails when the protective
terminals of the dedicated
power supply C6096 are
connected to the temperature
sensor, the C6096 cuts off the
power to protect the trigger
socket, lamp and power
supply.
175 ± 3
TLSXA0052ED
Main Discharge Capacitor (External Connection) E7289-02
DIMENSIONAL OUTLINE (Unit: mm)
320 ± 20
100 ± 3
60 ± 2
180 ± 3
GND TERMINAL
100 ± 1
50
The E7289-02 is a main discharge capacitor (2 µF) designed
to operate a 60 W xenon flash
lamp at 60 W (input energy per
flash: 1 J, repetition rate: 60 Hz).
Safe operation can start by just
connecting to the power supply.
2-M3
78 ± 1
TLSXA0053EE
Light Guides
Fiber optic light guides are useful when irradiating light directly onto an object is
impossible due to equipment structures or because the light flux must be branched onto
several points. Since xenon flash lamps are short-arc lamps, the output light can be
easily and efficiently directed into a light guide. Hamamatsu supplies two types of light
guides to meet different applications. A light guide holder for a 60 W type cooling jacket
is also available. (This light guide holder is supplied along with a cooling jacket.) Contact
our sales office for more details.
Type No.
A2873
A7432
Light guide Material
Quartz fiber
Glass fiber
Transmission Wavelength Light Exit Diameter
220 nm to 1300 nm
5 mm
380 nm to 1300 nm
5 mm
Length Aperture Angle
1m
23 °
1m
67 °
13
OPTIONS
●Power Supplies
The radiant intensity of xenon flash lamps is nearly proportional to
the input energy. This means that a highly regulated power supply is
required to obtain better performance from the lamp.
Hamamatsu xenon flash lamp power supplies are switching power
supplies having a high-speed charging circuit and discharge stop circuit. This ensures a large power capacity for stable lamp operation
while keeping the design compact.
3
2
4
1
1C10979, 2C10980-10, 3C5728, 4C5398
SPECIFICATIONS
Parameter
C10979
C5398
C5728
C10980-10
C6096
Unit
300 to 1000
300 to 1000
300 to 1000
V
300 to 1000
Output Voltage (DC)
480 to 720
10
20
60
W Max.
20
Output Capacity
5
Main
±1.0
±0.2
±1.0
% max.
±0.2
±1.0
Power Stability
0.1
1.0 A
0.1
µF
0.1
—
Supply Main Supply Capacitor
200
100 C
Hz
1000 B
Max. Repetition Rate
200
1000 B
140
V Typ.
140
Trigger Output Voltage
150
150
180
0.22
µF
0.22
Section Trigger Capacitor
0.22
0.22
0.22
Internal / External Internal / External Internal / External Internal / External
—
Trigger Type
External
10 to 100
Hz
—
Trigger Repetition Rate
10 to 100
10 to 100
10 to 100
1
kΩ
1
Input
0.33
0.33
0.36
Trigger Input Impedance
—
Section Input Waveform
Rectangular waveform Rectangular waveform Rectangular waveform Rectangular waveform Rectangular waveform
V peak
Input Voltage
5
5
5 to 10
5 to 10
5
V
Input Voltage (DC)
12 ± 1.2
12 ± 1.2
24 ± 2.4
24 ± 2.4
24 ± 1.2
W
Power Consumption
8.5
17
26
26
90
—
Cooling
No required
No required
No required
No required
No required
mm
Dimensions (W × H × D)
25 × 29 × 100
75 × 43 × 154
90 × 43 × 146
102 × 51 × 170
108 × 49 × 174
g
Weight
200
500
570
810 D
550
Built-in
Reflector
Built-in
Reflector
—
Applicable Lamp E
HQ Type, SQ Type HQ Type, SQ Type
60 W type
High Output Type
High Output Type
NOTE: AAdjusted at pre-shipment inspection. Capacitance ranges from 0.2 µF to 1.0 µF, in increments of 0.1 µF.
Please contact us if other than 1.0 µF is requested.
BNeed to adjust it to the specification of lower than 15 W.
CNeed to adjust it to the specification of lower than 60 W.
DDepend on the main discharge capacitance.
EAverage input to the lamp is less than the output capacity in the main discharge section.
14
Precautions When Using Xenon Flash Lamps
WARNING (FOR YOUR SAFETY)
● Lamps emit intense ultraviolet radiation. Never directly stare into the operating lamp.
● Do not allow skin to be exposed to the ultraviolet radiation from the operating lamp.
● The lamp must be installed in a proper housing before operation. Lamp housings must be designed to prevent
hazards from flying glass fragments in the event the lamp ruptures.
● Take extreme caution not to drop the lamp, subject it to impacts, apply excessive force to it or scratch it, because
the lamp is under high internal pressure and may rupture.
● Always turn off the power supply when installing or removing the lamp, or when cleaning any part of the
equipment.
CAUTION (FOR YOUR SAFETY)
● Always operate the lamp at a main supply voltage of 700 Vdc to 1000 Vdc.
● Do not use the lamp in damp locations subject to moisture or water droplets, or at high humidity.
● Always wear a protective mask and garment when installing or removing the lamp.
● Securely insert the lamp into the socket.
● Securely connect the socket leads to the terminal strip of the power supply.
● Do not subject the lamp to drop impact, vibration and shock.
● Wipe the lamp bulb and window using soft cloth moistened with high-quality alcohol before operation. Never touch the glass
bulb of the lamp with bare hands, because dust or fingerprints on the glass bulb may greatly reduce transmittance in the
ultraviolet range.
● Always operate the lamp within the input energy.
∗For more details, refer to our technical manual.
Warranty
Products listed in this catalog are warranted for one year after shipment from Hamamatsu Photonics. The
warranty is limited to repair or replacement of defective parts or products. Even if within the warranty period (one
year), this warranty shall not apply to case where lamp operation time has exceeded the guaranteed service life
time or trouble occurred due to misoperation, mishandling or accidents such as natural or man-made disasters.
When scrap the product
When scrap the product, please follow the appropriate disposal regulation for wasted products, if any, of the country/state/
region/province in use, or pass to those who can handle the disposal at proper manner like approved/licensed.
Any question may arise, feel free to contact our office nearby.
15
RELATED PRODUCTS
Xenon Lamps
Hamamatsu super quiet xenon lamps are point light sources with
extremely high brightness and color temperature that emit a
continuous spectrum from the UV to infrared region, making them
ideal as light sources in a variety of photometric applications such
as spectrophotometers.
These super quiet lamps employ a high performance BI cathode
(barium-impregnated electrode) that ensures extremely enhanced
stability and long service life. Hamamatsu xenon lamps are available
in five inputs (35 W, 75 W, 100 W, 150 W and 300 W) and in two
types of glass bulbs (fused silica and ozone-free silica).
Mercury-Xenon Lamps
Hamamatsu mercury-xenon lamps are sealed with an optimum
mixture of mercury and xenon gas to provide high radiant energy
especially in the UV region. The spectral distribution includes a
continuous spectrum from UV to infrared of xenon gas and an
intense line spectra of mercury in the UV to visible region.
Hamamatsu mercury-xenon lamps also feature instantaneous
lighting and re-lighting, which is difficult to achieve in conventional
super-high-pressure mercury lamps.
These features make our mercury-xenon lamps an excellent choice
as UV light sources.
* A technical booklet "Super-Quiet Xenon Flash Lamps" is available from Hamamatsu. For your free copy, please contact our sales office.
* Patent pending: Japan (11), USA (4), Europe (15)
Subject to local technical requirements and regulations, availability of products included in this promotional material may vary. Please consult with our sales office.
Information furnished by HAMAMATSU is believed to be reliable. However, no responsibility is assumed for possible inaccuracies or omissions. Specifications are
subject to change without notice. No patent rights are granted to any of the circuits described herein. ©2013 Hamamatsu Photonics K.K.
HAMAMATSU PHOTONICS K.K.
www.hamamatsu.com
HAMAMATSU PHOTONICS K.K., Electron Tube Division
314-5, Shimokanzo, Iwata City, Shizuoka Pref., 438-0193, Japan, Telephone: (81)539/62-5248, Fax: (81)539/62-2205
U.S.A.: Hamamatsu Corporation: 360 Foothill Road, P. O. Box 6910, Bridgewater. N.J. 08807-0910, U.S.A., Telephone: (1)908-231-0960, Fax: (1)908-231-1218 E-mail: [email protected]
Germany: Hamamatsu Photonics Deutschland GmbH: Arzbergerstr. 10, D-82211 Herrsching am Ammersee, Germany, Telephone: (49)8152-375-0, Fax: (49)8152-2658 E-mail: [email protected]
France: Hamamatsu Photonics France S.A.R.L.: 19, Rue du Saule Trapu, Parc du Moulin de Massy, 91882 Massy Cedex, France, Telephone: (33)1 69 53 71 00, Fax: (33)1 69 53 71 10 E-mail: [email protected]
United Kingdom: Hamamatsu Photonics UK Limited: 2 Howard Court, 10 Tewin Road Welwyn Garden City Hertfordshire AL7 1BW, United Kingdom, Telephone: 44-(0)1707-294888, Fax: 44(0)1707-325777 E-mail: [email protected]
North Europe: Hamamatsu Photonics Norden AB: Thorshamnsgatan 35 SE-164 40 Kista, Sweden, Telephone: (46)8-509-031-00, Fax: (46)8-509-031-01 E-mail: [email protected]
TLS 1003E02
Italy: Hamamatsu Photonics Italia: S.R.L.: Strada della Moia, 1/E, 20020 Arese, (Milano), Italy, Telephone: (39)02-935 81 733, Fax: (39)02-935 81 741 E-mail: [email protected]
China: Hamamatsu Photonics (China) Co., Ltd.: 1201 Tower B, Jiaming Center, 27 Dongsanhuan Road North, Chaoyang District, Beijing 100020, China, Telephone: (86)10-6586-6006, Fax: (86)10-6586-2866 E-mail: [email protected]
SEPT. 2013 IP