LED Light Source Unit
PFBR-150SW Series

Provides light output that exceeds that of a 250-W metal
halide light source
Achieves the highest level in the industry with 2 million lx

This product emits high-intensity visible light. Heat-sensitive or flammable light-absorbing materials may be

Caution damaged because light-absorbing materials convert incident light into heat.

Check the instructions in the Instruction Guide and use this product in a safe manner.

CCS Inc.

LED Light Source Unit

PFBR-150SW
Provides light output that exceeds that of a 250-W
metal halide light sourceAchieves the highest level in the industry with 2 million* lx* Actual measurement values with a bundle of Ø10 mm, a straight light guide with a total length of 1,080 mm installed, and at a position 50 mm away from the fiber
output edge. (Results may vary for individual units.)* Current as of our in-house inspection in Feb. 2014.

Optical design is optimized for all types of fiber
to provide high output

LED light source unit that exceeds a 250-W metal
halide light source
6,000,000

9,000,000
8,000,000

4,000,000
3,000,000
2,000,000

Fiber bundle diam.

7,000,000

250-W metal halide light source

Illuminance (lx)Illuminance (lx)5,000,000

PFBR-150SW

1,000,000

6,000,000

Ø12Ø10Ø85,000,000
4,000,000
3,000,000
2,000,000
1,000,000

020406080

100120140160

180

0200

2040

Illuminating distance (mm)

60

80

100

Our unique correction function is a standard
function. Provides linearity with reproducibility
100

Relative light output (%)

9080■ Intensity value can beCorrection function: No60

adjusted in steps• 1024-step intensity(10-bit)• 256-step intensity (8-bit)

50Correction function: Yes

40302010001002003004005006007008009001000 1023

Intensity value* Actual measurement values using our measurement conditions (Results may vary for individual units.)
The correction function of this product is always set to "Yes".

Equipped with a light output stabilization(feedback) function

Our unique stabilization function maintains brightness fluctuation within ±3%.
Functions effectively even when there are variations within the ambient
operating temperature range.
(Effective when used in the following range: Operating temperature of 5 to 40 °C and intensity
value from 40 to 80%.)

Stable light output even in severe operating
environments
100

Relative light output (%)

4080

35703060

255020Stabilization function off ±5.4%

40

1560

10

Ambient temperature

20510051020

30

4050

Time (min.)607080900100* Actual measurement values using our measurement conditions (Results may vary for individual units.)
Stabilization function is set to off when shipped from the factory.

Ambient temperature (°C)

45

Stabilization function on ±2.6%90140160180200* Actual measurement values with intensity of 100%, bundles of Ø8, 10, and 12 mm, a straight lightguide with a total length of 1,080 mm installed, and at positions at each illuminating distance awayfrom the fiber output edge. (Results may vary for individual units.)

1,024-step intensity. Linear characteristics with reproducibility

70120

Illuminating distance (mm)* Actual measurement values with intensity of 100%, a bundle of Ø8 mm, a straight light guide witha total length of 1,100 mm installed, and at positions at each illuminating distance away from thefiber output edge. (Results may vary for individual units.)

Operating status can be monitored by using the monitoring function
Displays operating status such as LED temperature, internal circuit board temperature and operating time.

Operation display 1

Operation display 2

Mode setting display(1) Operating mode

(7) Total time(2) Feedback function icon

(8) Internal circuitboard temperature(3) Light ON icon

(9) LED temperature(4) Intensity resolution(10) Lock icon

(5) Intensity value(11) Intensity stepmagnification(6) Intensity indicator* Refer to the Instruction Guide for details of displayed contents.

External control by use of a large variety of communication methods
Digital communication control:
Compatible with sink and source types

Serial communication control: RS-232C

Analog communication control:
Intensity control from 0 to 5 V

Ethernet communication control:
TCP/IP and UDP/IP protocols

Standard compatibility with three types of light guides
Check the dimensions of the light guide to be used before selecting an adapter. * Be careful as plastic fiber cannot be used.
30

Ø45

M4x0.7

Ø20.2

Ø20

Ø13
Ø25

Ø15.2

Ø45

Ø25.2

Ø151020

5

AD-PFBR-150-SU30

M4 × 0.7

Ø25

Ø15.2

Ø4537AD-PFBR-150-HY

37

M4 × 0.7

Ø15

Ø25 to 32

AD-PFBR-150-MO

1530510* Please be aware that the light guide adapter must be installed after purchase by the customer. Inquire with the CCS Sales Dept. regarding sizes not listed here.

Flexible customization
Compatible with fiber in bundles from Ø3 to Ø22 mm.

Adapter can be manufactured for compatibility withlight guides of various manufacturers.

Linear characteristics (intensity curve) can becustomized.

Light distribution characteristics can be optimized bycustomizing optical lenses.

Long product life of 30,000 hoursLight spectrum characteristics

Product life comparison of PFBR and 250-W
metal halide light source

Light spectrum comparison of PFBR and250-W metal halide light source
Relative spectral irradiance (%)

10030,000 hrs.

PFBR-150SW

250-W
Metal halide
Light source

15 times

2,000 hrs.

0

5,000

10,00015,00020,00025,000250-W metal halide light source
8060

PFBR-150SW
40

2030,000Time (h)* Calculated values up to intensity of 100%, ambient temperature of 25 °C, and light output drop up to 70%.
(Results may vary for individual units.)

0400

450500550600650700

Wavelength (nm)* Actual measurement values using our measurement conditions (Results may vary for individual units.)

Specifications

Options

AD-PFBR-150-MO

Drive method

Constant-current drive

Intensity control method

Variable-current control

Number of channels

1 channel

Input power supply

100 to 240 VAC (±10%), 50/60 Hz

Power consumption (typ.)200 VA

Inrush current (typ.)

15 A at 100 VAC, 30 A at 200 VAC* From a cold start

Ground leakage
current

3.5 mA max. (264 VAC, 60 Hz, with no load)

Insulation
withstand voltage(Input-FG)

1,500 VAC for one minute, cutoff current: 10 mA,50 VDC, 20 MΩ min.

Operating environment

Temperature: 5 to 40°C, Humidity: 20 to 80%RH (with no condensation)
Altitude: 2,000 m max., Transient overcurrent: Category II, Pollution level: 23000(42)012120°

Ø45P.C.

M4x0.7

Ø246500 K

Parallel communication cable(Compatible with digital and analog intensity)

3937

Ø15.2

WhiteD.
Ø

LED color
Correlated color
temperature (typ.)°Cut off on one end
53-Ø 3.2 Perforated

Ø68.5

EXCB2-9M-9F-3-CR

35

D-sub 9-pin socketØ24(32.2)● Inquire with the CCS Sales Dept. regarding theØ26.9

Ø24product. Order one separately.

light guide adapter not described here.

120°

Ø45

Ø20.2P.C.

● A light guide adapter is not provided with this3230

M4x0.7°

One Instruction Guide and one 2-m 3-prong AC power cablewith ground terminal

012Accessories

D-sub 9-pin plug

3.5

AD-PFBR-150-SU

Aluminum alloy (black alumite)
3.9 kg max.

Ø15.2

Ø45

Ø25.2°

Ø6#4-40UNC3000(Cross cable)(41)1203-Ø 3.2 Perforated

RoHS compliant

Weight#4-40UNC

535

Safety standard: EN61010-1 compliant
EMC standard: Complies with EN61000-6-2 and EN61000-6-4

10Ø26.9

D.
ØP.C.

M4x0.7D.
ØCE marking

Serial communication cable (RS-232C)

3230°

Forced cooling012

Temperature: -15 to 60°C, Humidity: 20 to 85%RH (with no condensation)

Cooling method

D-sub 25-pin plug

M2.6

AD-PFBR-150-HY

Storage environment

Environmental
regulations
Material, coating, andsurface processing

EXCB2-25M-3(Ø10.1)

Total angle of 30°

Select an appropriate cable according to the communication
method.

Ø6.2Light distribution angle

Accessories: One light guide lock screw, three hexagon
socket bolts, one hexagon wrench(54)Ø8 to Ø14 mm

Ø26.9

PFBR-150SW-MN

35

Model
Applicable fiber
bundle diameter

103-Ø 3.2 Perforated

Dimensions (mm)

Ø63.5

Data

PFBR-150SW-MN
Relative spectral irradiance (%)

Top

Exhaust holes

SideFront
PFBR-150
EXT I/OVOLUME

100
80
60
40
200400

RS232C

POWER
ERROR

ON/OFF205

MENU

450

500

550

Wavelength (nm)

600

650

700

91

ETHERNET

POWER

100

Relative Brightness (%)

180150127

BottomFan air inlets

9080
7060504030PFBR-150SW

100157250-W metal halide light source

20-45 -40 -35 -30 -25 -20 -15 -10-5051015202530354045Degrees* Actual measurement values with intensity of 100%, a bundle of Ø8 mm, a straight light guide with a
total length of 1,100 mm installed, and at a position 600 mm away from the fiber output edge.
(Results may vary for individual units.)* The shape of the light guide adapter depends on the details of the order.

● "CCS", "LIGHTING SOLUTION", and "PFBR" are registered trademarks or trademarks of CCS Inc.

CAUTION● To use this product safely and correctly, be sure to read the Instruction Guide before use. ● The design of this product is subject to change without notification.

CCS Inc.
Headquarters
Shimodachiuri-agaru, karasuma-dori, kamigyo-ku,
Kyoto 602-8011 JAPANTEL : +81-75-415-8284 / FAX : +81-75-415-8278
URL : http://www.ccs-grp.com/E-mail : sales@ccs-inc.co.jp

CCS America, Inc

5 Burlington Woods Suite 204 Burlington, MA 01803 USA
TEL : +1-781-272-6900 / FAX : +1-781-272-6902
URL : http://www.ccsamerica.com/
Email : info@ccsamerica.com

CCS Europe NV/SACCS Asia PTE LTD

CCS Inc. Shanghai Office

CCS Inc. Shenzhen office

63 Hillview Avenue #07-10, Lam Soon Industrial Building,Singapore 669569
TEL : +65-6769-1669 / FAX : +65-6769-3422
URL : http://www.ccs-asia.com.sg/
Email : sales@ccs-asia.com.sg

Room 308B-309, CIMIC Tower No.1090 Century Avenue,
Pu Dong New Area, Shanghai 200120, P.R. China
TEL : +86-21-5835-8728 / FAX : +86-21-5835-8928
Email : ccschina@ccs-inc.co.jp

Bergensesteenweg 423, Bus 131600 Sint-Pieters-Leeuw, Belgium
TEL : +32-(0)2-333-0080 / FAX : +32-(0)2-333-0081
Email : info@ccseu.com

17B,China Economic Trade Building, 7Rd Zizhu, Zhuzilin, FutianDistrict, Shenzhen 518040 P.R.China
TEL : +86-755-8279-0477 / FAX : +86-755-8279-0478
Email : ccschina@ccs-inc.co.jp
Copyright © 2014 CCS Inc. All Rights Reserved.
Content current as of July 2014.
02002-01-1402-PFBR