LED Light Units for Line Scan Applications
LNSP-FN Series
LNSP
LNSP High-output
High-output Models
ModelsHigh Output and High Uniformity
Error Detection to Avoid Problems
Constant Current Control

Emitting Surface Lengths from 100 to 1,500 mm

CCS Inc.

LED Light Units for Line Scan Applications

LNSP-FN Series
LNSP High-output Models

Features

High-output Irradiation

Highly Uniform Irradiation Constant-current Control

Applications

Dark Field Applications

Error Detection (Control Unit)▪ Cooling fan error detection▪ LED open circuit and short circuit detection

Bright Field Applications

Illuminance: 900,000 lx *LWD = 50 mm
Increase your inspection speed in line scan applications.

Illuminance (Ix)

Illuminance (LWD Characteristic)
1,200,000
1,100,000
1,000,000
900,000
800,000
700,000
600,000
500,000
400,000
300,000
200,000
100,000
0* Actual measurement values at 100% intensity and thespecified radiated distances. Results may vary for
individual Units.

Image Comparison for Japanese Paper
LNSP

LNSP-FN

Ideal for applications
that require
high-speed image
processing.

LNSP-FN

Brightness
Increased!

LNSP

2

More than x
sensitivity
0

25

50

100

75

125

150

175

200

*Brightness will vary based on the camera’s spectral response.

LWD (mm)High Uniformity
Luminance Distribution (Emitting Surface) LED Light Unit used: LNSP-400SW-FN*The data provided here is for reference only. Results for individual Units may vary.

Long Side Direction

Output of 90% or
higher for effective
emitting surface of
360 mm.

Relative luminance (%)

90
80
70
60
50
40
30
20

Output of 90% or
higher for approx.
8-mm width

90
80
70
60
50
40
30
20
10

10
0

Short Side Direction

100

Relative luminance (%)

100-200 -180 -150

-100

-50

0

50

100

Position in the width direction (mm)150 180 200

0

-10

-5 -4

0

4 5

10

Position in the width direction (mm)Lineup with Light-emitting Surface Lengths from 100 mm to 1,500 mm
Specify the emitting surface length in 100-mm increments.
We provide you with the right length of Light Unit for your specific needs.

You can specify lengths in 100-mm
increments between 100 mm...
...and 1,500 mm.

You can order custom lights with emitting surface lengths up to 3,000 mm. For details, please contact a CCS sales office.

1Error Detection
Notification of Light Unit Errors!

Cooling fans stopped.

Problems are quickly avoided.

Error
detected!

*Visualization.

Error output.

PSCC- 60048

Control Unit for LED Light Unit
PSCC-60048

Error displayedin digital display.

!

Error
discovered.

Warning lamp
turns ON.

*This visualization assumes that an error signal
is sent to a warning lamp that is connected toturn ON the light.

LEDs fail to light.

Fan speed is checked.

Cooling Fan Error Detection
An error is detected in the rare event thata cooling fan slows down or stops.

▪ All fans are monitored.

LED Error Detection
A burnt-out LED is detected if the lighting
circuit is open or the LED is short-circuited.
*Detection of short circuits depends on the detection condition.

Increased Safety with Interlock

Open Circuit
The LED fails to light because the circuit is open.
Short Circuit
The LED fails to light because it is broken.

Digital display

Maintain safety during work with the power OFF and key switches.
You can prevent the Light Units from being turned ON by anyone
but the key manager, or from being turned ON accidentallywhen setting up Light Units or performing maintenance.
*Locking the light intensity is also possible when using parallel communications for external control.
*Refer to NTLPxREFERENCE PSCC-60048 Control Units for LED Light Units User Manual for
specific application information.

External control connector
Key lock

PSCC-60048
Control Unit
for LNSP-FN

Turn OFFpower and lockthe key during
work
procedures.

Ethernet Communications
You can build a Light Unit control system based on Ethernet communications.
Also, you can control the Light Units with parallel or EIA-485 communications.
Parallel Communications
Connection Specifications
Ethernet Communications Specifications

Rated input voltage

24 VDC

EIA-485 Communications
Specifications

Maximum input voltage

26.4 VDC

Protocol

EIA-485 compliant

Communications protocol TCP/IP UDP/IP

ON voltage/ON current

20 VDC min./6 mA min.

Baud rate

19200 bps

Standard

IEEE 802.3, 802.3u, 802.3x

OFF voltage/OFF current 3 VDC max./1 mA max.

Data bit length 8 bits

Baud rate

10 Mbps or 100 Mbps (Automatically detected.)

Response time

Approx. 100 ms

Parity bit

NoneTransmission medium

10Base-T or 100Base-TX

Input impedance

6.8 kΩ (per terminal)

Stop bits

1 bit*Refer to NTLPxREFERENCE PSCC-60048 Control Units for LED Light Units User Manual for specific application information.

2

LNSP-FN series
LNSP-FN Data
Illuminance Distribution Graph LED Light Unit used: LNSP-400SW-FN
Measurement Directions
Long side

Short side

Light Working Distance: 50 mm
Measurement direction: Long side
Long Side Direction
100
90
80

Relative Illuminance (%)

LWD:
50 mm

70
60
50
40
30
20
10

LWD:
100 mm

0
<200

<150

<100

0

<50

50

100

150

200

Position in the width direction (mm)*Actual measurement values at 100% intensity and light working distance of 50 mm. Results may vary for individual Units.

Light Working Distance: 100 mm
Measurement direction: Long side
Long Side Direction
100

Relative Illuminance (%)

90

LWD:
200 mm

80
70
60
50
40
30
20
10
0
<200

<150

<100

0

<50

50

100

150

200

Position in the width direction (mm)*Actual measurement values at 100% intensity and light working distance of 100 mm. Results may vary for individual Units.

Light Working Distance: 200 mm
Measurement direction: Long side
Long Side Direction
100

Relative Illuminance (%)

90
80
70
60
50
40
30
20
10
0
<200

<150

<100

<50

0

50

100

150

200

Position in the width direction (mm)*Actual measurement values at 100% intensity and light working distance of 200 mm. Results may vary for individual Units.

3

LED lighting for line sensors

LNSP-FN Data
Luminance Distribution (Emitting Surface) LED Light Unit used: LNSP-400SW-FN
Measurement direction: Long side and short side
Short Side Direction
100

90

90

80

80

Relative luminance (%)

Relative luminance (%)

Long Side Direction
100

70
60
50
40
30
20

70
60
50
40
30
20
10

10

0

0
<200

<150

<100

<50

0

50

100

150

200

<10

0

<5

5

10

Position in the width direction (mm)Position in the width direction (mm)*The data provided here is for reference only. Results for individual Units may vary.

Illuminance Graph LED Light Unit used: LNSP-1500SW-FN

Light Distribution Characteristics

Measurement direction: Short side
Relative Illumination Distribution

Illuminance (LWD Characteristic)
1,200,000

100

1,100,000

90

1,000,000
Relative illumination (%)

900,000
Illuminance (lx)

LED Light Unit used: LNSP-400SW-FN

800,000
700,000
600,000
500,000
400,000
300,000
200,000

80
70
60
50
40
30
20
10

100,000

0
<15

0
0

50

100
LWD (mm)

150

200

<10

0

<5

*Actual measurement values at 100% intensity and the specified light working distances.
Results may vary for individual Units.

15

Temperature Changes Over Time LED Light Unit used: LNSP-1500SW-FN

Intensity Changes Over Time

Temperature Changes Over Time
80

120
100

Stable at approx.
43°C after 35 min

60
80

Variations: 3%

60
40

Temperature (°C)

Relative light output (%)

10*The data provided here is for reference only. Results for individual Units may vary.

Intensity Changes over Time LED Light Unit used: LNSP-1500SW-FN

Housing temperature
40

20

Ambient air temperature

20
0

5

Angle ($)

050
Time (minutes)

0

100

0

30

60
Time (minutes)

90

120

* Actual measurement values at 100% intensity, constant lighting, and an ambient air temperature of
25$C. Results may vary for individual Units.

*Actual measurement values at 100% intensity and constant lighting. Results may vary for individual Units.

Light Output Characteristics LED Light Unit used: LNSP-1500SW-FN

LED Light Unit Cable Length vs. Output Characteristic
Output Characteristic

Intensity Control Characteristics
100

100

90
80

Relative light output (%)

Relative light output (%)

LED Light Unit used: LNSP-1500SW-FN

70
60
50
40
30
20

Output is also 100%for 20-m Cable.

80
60
40
20

10
0

0

50

100
150
Intensity control setting (256 levels)

200

255

*Actual measurement values with a PSCC-60048 Analog Control Unit. Results may vary for individual Units.

0

0

2

3

5

10
Cable length (m)20*Actual measurement values at 100% intensity and constant lighting. Results may vary for individual Units.

4

LNSP-FN seriesSpecifications
Direct number

1600

LED color

ModelLight-emitting
surface length

Power consumption(max., including fans)

LNSP-100SW-FN

100 mm

41 W

900 g

LNSP-200SW-FN

200 mm81 W

1,400 g

LNSP-300SW-FN

300 mm117 W

1,900 g

LNSP-400SW-FN

400 mm157 W

2,400 g

LNSP-500SW-FN

500 mm

192 W

2,900 g

LNSP-600SW-FN

600 mm

233 W

3,400 g

LNSP-700SW-FN

700 mm268 W

3,900 g

LNSP-800SW-FN

800 mm309 W

4,400 g

LNSP-900SW-FN

900 mm345 W

4,900 g

LNSP-1000SW-FN

1,000 mm

384 W

5,500 g

LNSP-1100SW-FN

1,100 mm

425 W

6,000 g

LNSP-1200SW-FN

1,200 mm

460 W

6,500 g

LNSP-1300SW-FN

1,300 mm

501 W

7,000 g

LNSP-1400SW-FN

1,400 mm

536 W

7,500 g

LNSP-1500SW-FN

1,500 mm

576 W

8,000 gWhite (SW)5,800 K (typ.)Correlated color temperature
Case material

Acrylic, aluminum alloy, POM, and steel plates

Cable length

300 mm
Metal Connector (PRC04-12A26S-37M18)

Connectors
Operating environment

Temperature: 0 to 40°C, Humidity: 20% to 85% (with no condensation)

Storage environment

7HPSHUDWXUHíWR&+XPLGLW\WR ZLWKQRFRQGHQVDWLRQ 

CE Marking

Safety standards: Conforms to EN 62471, EMC standard: Conforms to EN61000-6-2 and EN 61000-6-4.

Environmental regulation

RoHS compliant

Cooling method

Forced air cooling
Frame nuts (four for emitting surface length up to 1,000 mm, seven for emitting surface length over 1,100 mm), one FG line (2 m), one set screw (M3)
Relative light output (%)

Accessories

Weight(max.)

Spectral distribution

100
90
80
70
60
50
40
30
20
10
0
300

380

460

540

620

700

780

860

Wavelength (nm)n: Emitting surface length19

Detail View A

56.5

0
30

32

(101.3)14.5(13.6 dia.)

12

34

62

(6.7)

1.5

41

n+44: Overall length416( : Emitting surface length)6

LNSP-SW-FN

23 (Light-emitting surface)

Dimension Diagram (mm)
Model

n

No. ofcooling fans

LNSP-100SW-FN

100

1

LNSP-200SW-FN

200

2

LNSP-300SW-FN

300

3LNSP-400SW-FN

400

4LNSP-500SW-FN

500

5LNSP-600SW-FN

600

6LNSP-700SW-FN

700

7LNSP-800SW-FN

800

8LNSP-900SW-FN

900

9LNSP-1000SW-FN

1,000

10

LNSP-1100SW-FN

1,100

11

LNSP-1200SW-FN

1,200

12

LNSP-1300SW-FN

1,300

13

LNSP-1400SW-FN

1,400

14

LNSP-1500SW-FN

1,500

15

For mounting

Fan air inlets
2×M3(To attach FG line, same on opposite side.)

Four nut slots
Detail View A

Options
LED Light Unit Cables

QCB Series

These cables are used to connect LED Light Units toControl Units.
Use the Cable that is suitable for your installation site.
Cable diameter: 16.5 mm
Allowable cable bending radius: 99 mm

5

Direct number

3000815

3000816

3000817

3000818

3000819

Model

QCB-2

QCB-3

QCB-5

QCB-10QCB-20

Cable length

2m

3m

5m

10 m

20 m

Weight (max.)

1.1 kg

1.5 kg

2.4 kg

4.6 kg

8.9 kg

LED lighting for line sensors

Control Units for LNSP-FN

Analog Control Unit for LED Light Unit: PSCC-60048
Features
Constant-current system.
Light intensity control to 256 levels.
1 channel/1 connector (37-pin metal connector)
Output: 582 W
Use Ethernet, parallel, or EIA-485 communications for external control.
External controls (Dimming control and ON/OFF control)
Error detection for cooling fan error, LED open circuit, LED short circuit, etc.
Interlock with key switch or external control via parallel communications

Specifications

Front View
Rear View

Dimension Diagram (mm)Model

PSCC-60048

Direct number

2000846

Lighting method

Constant lighting

Drive method

Constant-current system

Manual/external
Setting switch mode selector Ethernet
communications
connector
Digital display

Light control method Variable current control
Number of channels 1 channel
Applicable Light Units (rated)

43 VDC max., 582 W max. (including 30 W max. for fans)

Light intensity control

Manual and external intensity control

225

Front manual/external switch (MODE)
8-bit intensity value setting (B0 to B7) and write signal (WR)EIA-485 communications

Command input through EIA-485 communications

Ethernet communications

Command input via TCP/IP or UDP/IP communications

INTENSITY

131

Parallel communications

371
P SC C - 60048

Manual Set any of 256 levels via the setting switch. Press and hold the switch for 2 seconds to lock the intensity value.

External

Air inlet

External control mode can be selected by pushing the setting switch while turning ON the power to the Control Unit.
Lighting control

Parallel bit input

OFF signal (ON/OFF)

EIA-485 communications

Command input through EIA-485 communications

Key lock
ON/OFF input
connector

Ethernet communications

Command input via TCP/IP or UDP/IP communications

EIA-485 communications
settings

ID

Set via the front ID switch (00 to 03). Maximum of 4 connected Units.

Terminating resistanceSet via the front ID switch. (Terminating resistance is connected only when ID is set to 00.)

Error detection
display

LED burnout detection, open circuit Front digital “E01” display

EIA-485 communications connector

LED burnout detection, short circuit Front digital “E02” display
Light Unit fan slowdown or stoppage

Front-panel digital “F01” to “F15” display

Output connector(37-pin metal connector)

Communications error detection Front digital “E04” display
Connector unconnected detection Front digital “E04” display

Fan exhaust outlet

Internal Control Unit error detection Front digital “E05” display
Error detection
outputID switch

Parallelcommunications connector

Parallel communications

Four, M4 bottom mounting screws(Insertion depth of 5 mm max.)

Output to pins 19 and 20. Photocoupler isolation. Open-collector output. Closed for alarm (Load current: 10 mA max.)

EIA-485 communications Confirmed with status command via EIA-485 communications. (Command sent at error occurrence.)
WR9$& í +]Power consumption (typical)

750 VA

192

Ethernet communications Confirmed with status command via TCP/IP or UDP/IP communications. (Command sent at error occurrence.)
Input power

POWER

Storage temperature and humidity

7HPSHUDWXUHíWR&+XPLGLW\WR5+ ZLWKQRFRQGHQVDWLRQ

Cooling method

Forced air cooling

CE Marking

Safety standard: Conforms to EN 61010-1, EMC standard: Conforms to EN 61326-1, Class A.

Environmental regulation

RoHS compliant

Power switch

16.5

Operating temperature and humidity Temperature: 0 to 40°C, Humidity: 20% to 85% RH (with no condensation)

AC inlet18

335

Material, coating, and surface processing Steel plate, thickness of cover: 1.0, thickness of chassis: 2.0, N3 leather tone finish
Weight7,000 g max.

Accessories

2 meter long 3-prong power cord with ground terminal (1), keys (2)Optional External Control Cables
Dimension Diagrams (mm)These Cables are used for parallel or EIA-485 communications. Select the right cable for the required control method.

ON/OFF Input Cable

2

1 2

19

6.1 dia.

9 10

19 20

20

Cut off
on one end.

1
9

2

10

3000
1
2
3

1
2
3

Cut off
on one end.

e-CON connector, 3 pins

10-pin MIL Connector

3.9 dia.

1

Direct number: 3000685
Model: EXCB2-E3-3

3000

Cut off
on one end.

7.2 dia.

1 2

EIA-485 Serial Communications Cable

Direct number: 3000682
Model: EXCB2-M10-3

3000

5 dia.

Parallel Communications Cable
Direct number: 3000683
Model: EXCB2-M20-3

Cut off
on one end.

20-pin MIL connector

EIA-485 Communications Junction Cable
1
2
3

200

1
2
3
e-CON connector, 3 pins

Relay Connector
13.8
13Direct number: 3000720
Model: ECNR-E3CN4

Parallel Communications and ON/OFF Input Cable
Direct number: 3000684
Model: EXCB2-M10M20-330

3.9 dia.

Direct number: 3000721
Model: EXCB2-E3-E3-0.2

e-CON relay connector
3-pin ports, 4×4

3000
100

10-pin MIL connector
1

2

9 10
9
20-pin MIL connector
1

10

1 2

1 2

19 20

19

2

20

6

LED Light Units for Line Scanning
LNSP Series

At 400,000 lx, these Light Units represent the brightest class in theindustry for natural air cooling. Light diffusion is suppressed with aunique radiation structure to minimize brightness changes fordist anc e. This lets you f lexibly set the dist anc e bet ween theinspection object and Light Unit. We can manufacture light-emitting
surface lengths from 100 mm to 1,000 mm in 100-mm increments.

Dark Field Applications
Direct No.

1500*Actual measurement result for a radiated distance of 50 mm.

LN-HK-STK Series

Cylindrical lenses enable the radiation of focused line light. There is aselection of two light-emitting surface lengths: 60 mm and 200 mm.
You can change the position of the Lens Unit on the end to flexibly set
the radiated light focal distance or width.

Dark Field Applications
Direct No.

1290

HLND Series

R-type Light Units: The use of a highly transmissive diffusion plateachieves a high output that is ideal for diffused lighting. T-type Light
Units: The use of a widely diffusive diffusion plate achieves a highly
uniform output that is ideal for flat lighting. We can manufacture
light-emitting surface lengths for either type from 100 mm to 2,700
mm in 100-mm increments.

R-typeT-typeLight Dark Field Applications Light Bright Field Applications
Units
Units
Direct No.

1280

LT Series

Unique optics achieve the twin goals of high uniformity and highluminance. They enable highly precise inspections, and can also be
used for high-speed scan rates. We can manufacture light-emitting
surface lengths from 100 mm to 1,800 mm in 100-mm increments.

Bright Field Applications
Direct No.

1281

Direct Numbers:
You can easily access the information page for any of our products by entering the product’s 7-digit direct number in the designated box on the CCS website(image processing page).

CCS, LIGHTING SOLUTION, and LNSP are all registered trademarks or trademarks of CCS, Inc.

CautionTo ensure proper and safe use of the product, please read the Instruction Guide completely before using the product.
For product improvement, specifications and designs are subject to change without notice.

Headquarters
Shimodachiuri-agaru, Karasuma-dori, Kamigyo-ku, Kyoto 602-8011 Japan
Phone: +81-75-415-8284 / Fax: +81-75-415-8278
URL: http://www.ccs-grp.com

E-mail: intlsales@ccs-inc.co.jp

Copyright(c) 2012 CCS Inc. All Rights Reserved.
Descriptions in this catalog are based on information available as of December 2012. 02002-00-1212-LNSP-FN