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PFBR-600 Series

Not available from Mar/11/2022".
The recommended alternative model is PFBR-600SW2 Series.

Provides high output to easily replace 350 W metal halide or xenon flash light sources.

- Continuous lighting and strobe lighting can be selected.
- High-speed response 1 μs or faster.
- Available control modes include manual control and external control over Ethernet, parallel communication, and serial communication.
- Emits light at specific wavelengths (Filter Changer Model "PFBR-600SW-LLCF.")
- Stable light output is maintained over long periods with a service life of 20,000 hours*
* Expected service life at 50% maximum light quantity when the feedback control function is enabled.

Features and Functions

Provides High Output to Easily Replace Xenon Flash Light Sources

Output increased more than 8x that of previous LED light sources. The result is an ultra-high output light source unit comparable to xenon flash light sources.
Illuminance Comparison Graph (Conceptual image) *1

Illuminance Comparison Graph (Conceptual image)

Illuminating distance and Illuminance*2

Illuminating distance and Illuminance (Conceptual image)

*1 Actual measurement values with intensity of 100%, a bundle of Φ8 mm, a straight light guide with a total length of 1,000 mm installed, and at a position 50 mm away from the fiber output edge.(Results may vary for individual units.)
*2 Actual measurement values with intensity of 100%, bundles of Φ8 mm, a straight light guide with a total length of 1,000 mm installed, and at positions at each illuminating distance away from the fiber output edge.(Results may vary for individual units.)

High-Speed Response 1 μs or Faster

For pulse illumination synchronized to external trigger input.
Response Time by External Trigger Signal Input *3

Response Time by External Trigger Signal Input

*3 Measured at the maximum light quantity.This data is for reference only. Actual values may vary.

Characteristics/Data

Light Spectrum Characteristics *4

Light Spectrum Characteristics

Distribution Characteristics of Fiber Output Edge*5

Distribution Characteristics of Fiber Output Edge

*4 Actual measurement values using our measurement conditions.Results for individual products may vary.
*5 Actual measurement values with intensity of 100%, a bundle of Φ8 mm, a straight light guide with a total length of 1,000 mm installed, and at a position 1,000 mm away from the fiber output edge. (Results may vary for individual units.)

Functions

Equipped with Linearity Adjustment Function

Linearity with reproducibility is achieved with our unique correction function.
Light Intensity is Adjustable with a High Resolution of 1,024 Steps. *6

Linearity

*6 Actual measurement values using our measurement conditions. Results for individual products may vary.The correction function on this product is permanently enabled.

Equipped with Light Quantity Feedback Control Function

Use the light quantity feedback control function and set the desired stabilization time to maintain output over long periods.
Comparison of Relative Strength According to Light Quantity Feedback Control Function (Representative) *7

Use the light quantity feedback control function and set the desired stabilization time to maintain output over long periods.

Relationship between Light Quantity Feedback Control Function and Stabilization Time (Representative) *8

Relationship between Light Quantity Feedback Control Function and Stabilization Time (Representative)

(1) Stabilized up to 5,000 hours at 80% maximum light quantity.(2) Stabilized up to 10,000 hours at 70% maximum light quantity.(3) Stabilized up to 15,000 hours at 60% maximum light quantity.(4) Stabilized up to 20,000 hours at 50% maximum light quantity.

* Refer to the instruction guide for more information on the light quantity feedback control function.

*7 When the stabilization time is set to 10,000 hours.This graph is representative of the function. Actual values may vary.
*8 In Ta=40°C environment.This graph is representative of the function. Actual values may vary.

Easily Checked Operating Status on the LCD Panel

Displays operating status such as Light source temperature, internal temperature and operating time.
Operation Display 1

Operation Display 1

  • (1) Operating mode
  • (2) Feedback function icon
  • (3) Light ON icon
  • (4) Intensity resolution
  • (5) Intensity value
  • (6) Intensity indicator
Operation Display 2

Operation Display 2

  • (7) Total time (min.)
  • (8) Strobe setting
  • (9) Light source temperature
  • (10) Lock icon
  • (11) Intensity step magnification
When you press the operating knob, the display of the magnification will change in the following order :x1, x10, and x100.
Mode Setting Display

Mode Setting Display

* Refer to the instruction guide for details of displayed contents.

External Control by Use of a Large Variety of Communication Methods

  • Ethernet communication control: TCP/IP and UDP/IP
  • Serial communication control: RS-232C
  • Parallel communication control
    Digital light control: Compatible with sink and source types
    Analog light control: Intensity control from 0 to 5 V

Strobe Model (Custom)

High Power & Dedicated Strobe Operation
PFBR-600SW-LL-XF / PFBR-600SW-LLCF-XF (Custom Model)

For Replacing Xenon Light Sources (PFBR-600 Made-to-order products)
Made to order PRBR-600 series that uses a new light source that is not LED.
  • Next-generation light sources with a maximum brightness of 38 million lux *1
  • Maintenance free (lamp replacement not required)
  • Strobe lighting mode (internal trigger mode, external trigger mode) can be selected
  • External control via EtherNet, parallel or serial communication
  • Dimming setting in up to 1,024 levels (10 bit: 1,024 levels / 8 bit: 256 level)
*1 Note: Equipped with straight light guide with bound diameter of Φ8 mm and total length of 1,000 mm for maximum dimming.
Measured value at an irradiation distance of 20 mm from the fiber outer end face (not a guaranteed value)

This is a made-to-order product. For queries and details, contact your CCS sales representative.
This is a made-to-order product. For queries and details, contact your CCS sales representative.

Stable light emission compared to xenon light source

There is no jitter and no light leakage like a xenon flash lamp.
The lighting waveform is a square wave and can control the lighting cycle with a duty ratio of 1% or less using pulse width modulation (PWM).

Responsiveness provides no fluctuation in delay time (jitter) relative to the trigger signal
Comparison of pulse output with xenon light source
PFBR-600SW-LL-XF

PFBR-600SW-LL-XF

Xenon light source

Xenon light source

Note: Actual values under our measurement conditions. The data included is for reference only. Actual values may vary.

Characteristics/Data

Light Spectrum Characteristics *3

Light Spectrum Characteristics

Distribution Characteristics of Fiber Output Edge*4

Distribution Characteristics of Fiber Output Edge

*3 Actual measurement values using our measurement conditions.Results for individual products may vary.
*4 Actual measurement values with intensity of 100%, a bundle of Φ8 mm, a straight light guide with a total length of 1,000 mm installed, and at a position 1,000 mm away from the fiber output edge. (Results may vary for individual units.)

Intensity Switching Model (Custom)

High Power & High Speed Switching
PFBR-600SW-LL-HD / PFBR-600SW-LLCF-HD (Custom Model)

By applying preset light intensity values in a sequence according to the trigger input, it is possible to change light intensity at high speed (2 - 8 patterns). It is suited for inspections where the workpiece surface has differing reflectivity or transparency.

This is a made-to-order product. For queries and details, contact your CCS sales representative.
This is a made-to-order product. For queries and details, contact your CCS sales representative.

Workpiece sample of electrode sheet
(same workpiece under different light intensity set for each trigger input)

  • Triger 1 / Light Intensity:40
    Triger 1 / Light Intensity:40
  • Triger 2 / Light Intensity:70
    Triger 2 / Light Intensity:70
  • Triger 3 / Light Intensity:100
    Triger 3 / Light Intensity:100
  • Triger 4 / Light Intensity:130
    Triger 4 / Light Intensity:130
  • Triger 5 / Light Intensity:160
    Triger 5 / Light Intensity:160
  • Triger 6 / Light Intensity:190
    Triger 6 / Light Intensity:190
  • Triger 7 / Light Intensity:230
    Triger 7 / Light Intensity:230
  • ss="col-md-3 marB1">Triger 8 / Light Intensity:255
    Triger 8 / Light Intensity:255

Timing Chart

Timing Chart

Filter Changer

PFBR-600SW-LLCF / PFBR-600SW-LLCF-XF / PFBR-600SW-LLCF-HD
Filter Changer Model

Use color filters to emit light at specific wavelengths.

PFBR-600SW-LLCF Filter Changer Model

  • Equipped with a multi-filter changer that holds five filters.
  • Filters can be changed manually and using external communication.
  • Easily replace filters by removing the front cover.
  • Filters available in six colors.

Filters available in six colors.

* Refer to the instruction guide for installing and setting filters.

A variety of filters are available with excellent heat resistance.

Options

Light Guides / Light Guide Adapters

We offer various light guides suited to a variety of applications, including straight types, ring types, and types for line sensors.

Straight Type

Straight Type

Ring Type

Ring Type

Bar Type for Line Sensors

Bar Type for Line Sensors

Light Guide Adapter
(AD-PFBR-600-01)

ight Guide Adapter (AD-PFBR-600-01)

  • Please be aware that the light guide adapter must be installed after purchase by the customer.
  • For light guide adapters other than AD-PFBR-600-01, please ask CCS.
  • We accept custom orders for the light guides. Please contact your CCS sales representative for details.

Color Filters

Use filters to emit the optimum light for the inspected workpiece.

Available Six Colors (Five filters can be installed.)

Color Filters></p> <ul class=

  • A variety of filters are available with excellent heat resistance.
  • Contact your CCS sales representative for the detailed information.

    • External Control Cables

    Select an appropriate cable, depending on the communication method.

    EXCB2-25M-3

    EXCB2-25M-3

    • Parallel communication cable(Compatible with digital and analog intensity control)
    • Purchase a commercially available RS-232 crossover cable (length: 3 m max.) for the serial communication cable.
    • Purchase a commercially available LAN cable (length: shorter than 30 m) for the Ethernet communication cable. Refer to the instruction guide for more information.

      For the detail, refer to EXCB2-25M-3 Page

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