Sensor Cảm biến dịch chuyển laser có độ chính xác cao HL-C2 Sensor Cảm biến dịch chuyển laser có độ chính xác cao HL-C2

Ultra High-speed・High-precision Laser Displacement Sensor HL-C2

Partly Order Discontinued
Ultra High-speed・High-precision Laser Displacement Sensor HL-C2 Compact consoles

Last time buy September 30, 2013
Substitute GT12
 
Basic Information
Applications
Order guide
Option
Specifications
Dimensions
Circuit/ Wiring
Sensing characteristics
Cautions For Use

The No.1* industry leader in application compatibility with 34 different sensor head variations
* As of May 2017, in-company survey

Ultra High-speed・High-precision Laser Displacement Sensor HL-C2
CE Marking Korean S Mark Korean KC FDA

CE , Korean S Mark , FDA , Korean KCs Approved
CE : EMC Directive
FDA : Some models only
Korea's S-mark certification : Some models only

Features

Combining our accumulated and the latest technologies to accomplished* functionality
Our proprietary measurement CMOS, the “HDLC-CMOS Sensor”

Our proprietary measurement CMOS, the “HDLC-CMOS Sensor”

The HDLC-CMOS sensors have been developed specially for the HL-C2 series. High density light-receiving cells and a processing speed close to the maximum limit result in high resolutions and high speeds which exceed all expectations for laser displacement sensors.
HDLC: High Density Linear Cell

Our proprietary measurement CMOS, the “HDLC-CMOS Sensor”

“MSGB” laser with sharp and fine projection

We have created the ideal laser using our proprietary optical technologies and aperture construction. Furthermore, emission adjustment algorithms have been redesigned to maintain ideal emission conditions.
MSGB: Micro Spot Gaussian Beam

Comparison of beam diameter

 

HL-C201A
ø20 μm ø0.787 mil approx.
HL-C203B
ø30 μm ø1.181 mil approx.
HL-C205B
ø70 μm ø2.756 mil approx.
HL-C208B
ø100 μm ø3.937 mil approx.
HL-C211B
ø80 μm ø3.150 mil approx.
HL-C235BE
ø250 μm ø9.843 mil approx.
HL-C235CE-W
ø400 μm ø15.748 mil approx.

 

 

Ultra high-speed calculation processor

Using our specialized proprietary IC and custom algorithms for high-speed processing, information is digitally transmitted between the sensor head and controller. Both high-speed transmission and stability are realized for measurement values.

Ultra high-speed calculation processor

“High-resolution lens” for realizing stable optical path lengths

We designed a new high-resolution lens to reduce lens aberration as much as possible. Light entering from any angle can be gathered at a minimum point to realize even higher precision.

“High-resolution lens” for realizing stable optical path lengths


 

A diverse array of sensor heads for your application needs

For automobile and vehicle parts measurement [ Automobile and vehicle parts production facilities ]

The measurement mode setting is compatible with a variety of workpieces

Select the optimal digital processing for the object to be measured.

The measurement mode setting is compatible with a variety of workpieces

Long-range sensor heads

Our lineup includes long-range sensor heads with measurement center distances of 110 mm 4.331 inand 350 mm 13.780 in. By keeping distance from the workpiece, the risk of sensor damage from contact with the workpiece can be reduced.

• Measurement center distance: 110 ±15 mm 4.331 ±0.591 in
HL-C211B(-MK)
HL-C211C(-MK)

• Measurement center distance: 350 ±50 mm 13.780 ±1.969 in
HL-C235BE(-MK) 
HL-C235CE(-MK)

• Measurement center distance: 350 ±200 mm 13.780 ±7.874 in
HL-C235CE-W(MK)

Controller

Linear beam spot type sensor heads

We offer linear beam spot type sensor heads with various measurement center distances that are not easily distorted by roughly-finished metal surfaces.

Linear beam spot type sensor heads
Linear beam spot type sensor heads

 

Even surfaces that appear to be flat have minor surface variations when viewed under magnification. These variations can cause errors in measurement. Linear beam spot type sensors average out the influence of these variations, allowing for stable measurement of roughly-finished workpieces.

 

HL-C2 CẢM BIẾN Số lượng: 0 Sản phẩm


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  • Sensor Cảm biến dịch chuyển laser có độ chính xác cao HL-C2

  • Đăng ngày 15-12-2018 09:41:52 AM - 44 Lượt xem
  • Mã sản phẩm: HL-C2
  • Giá bán: Liên hệ

  • Ultra High-speed・High-precision Laser Displacement Sensor HL-C2

    Partly Order Discontinued
    Ultra High-speed・High-precision Laser Displacement Sensor HL-C2 Compact consoles

    Last time buy September 30, 2013
    Substitute GT12
     
    Basic Information
    Applications
    Order guide
    Option
    Specifications
    Dimensions
    Circuit/ Wiring
    Sensing characteristics
    Cautions For Use

    The No.1* industry leader in application compatibility with 34 different sensor head variations
    * As of May 2017, in-company survey

    Ultra High-speed・High-precision Laser Displacement Sensor HL-C2
    CE Marking Korean S Mark Korean KC FDA

    CE , Korean S Mark , FDA , Korean KCs Approved
    CE : EMC Directive
    FDA : Some models only
    Korea's S-mark certification : Some models only

    Features

    Combining our accumulated and the latest technologies to accomplished* functionality
    Our proprietary measurement CMOS, the “HDLC-CMOS Sensor”

    Our proprietary measurement CMOS, the “HDLC-CMOS Sensor”

    The HDLC-CMOS sensors have been developed specially for the HL-C2 series. High density light-receiving cells and a processing speed close to the maximum limit result in high resolutions and high speeds which exceed all expectations for laser displacement sensors.
    HDLC: High Density Linear Cell

    Our proprietary measurement CMOS, the “HDLC-CMOS Sensor”

    “MSGB” laser with sharp and fine projection

    We have created the ideal laser using our proprietary optical technologies and aperture construction. Furthermore, emission adjustment algorithms have been redesigned to maintain ideal emission conditions.
    MSGB: Micro Spot Gaussian Beam

    Comparison of beam diameter

     

    HL-C201A
    ø20 μm ø0.787 mil approx.
    HL-C203B
    ø30 μm ø1.181 mil approx.
    HL-C205B
    ø70 μm ø2.756 mil approx.
    HL-C208B
    ø100 μm ø3.937 mil approx.
    HL-C211B
    ø80 μm ø3.150 mil approx.
    HL-C235BE
    ø250 μm ø9.843 mil approx.
    HL-C235CE-W
    ø400 μm ø15.748 mil approx.

     

     

    Ultra high-speed calculation processor

    Using our specialized proprietary IC and custom algorithms for high-speed processing, information is digitally transmitted between the sensor head and controller. Both high-speed transmission and stability are realized for measurement values.

    Ultra high-speed calculation processor

    “High-resolution lens” for realizing stable optical path lengths

    We designed a new high-resolution lens to reduce lens aberration as much as possible. Light entering from any angle can be gathered at a minimum point to realize even higher precision.

    “High-resolution lens” for realizing stable optical path lengths


     

    A diverse array of sensor heads for your application needs

    For automobile and vehicle parts measurement [ Automobile and vehicle parts production facilities ]

    The measurement mode setting is compatible with a variety of workpieces

    Select the optimal digital processing for the object to be measured.

    The measurement mode setting is compatible with a variety of workpieces

    Long-range sensor heads

    Our lineup includes long-range sensor heads with measurement center distances of 110 mm 4.331 inand 350 mm 13.780 in. By keeping distance from the workpiece, the risk of sensor damage from contact with the workpiece can be reduced.

    • Measurement center distance: 110 ±15 mm 4.331 ±0.591 in
    HL-C211B(-MK)
    HL-C211C(-MK)

    • Measurement center distance: 350 ±50 mm 13.780 ±1.969 in
    HL-C235BE(-MK) 
    HL-C235CE(-MK)

    • Measurement center distance: 350 ±200 mm 13.780 ±7.874 in
    HL-C235CE-W(MK)

    Controller

    Linear beam spot type sensor heads

    We offer linear beam spot type sensor heads with various measurement center distances that are not easily distorted by roughly-finished metal surfaces.

    Linear beam spot type sensor heads
    Linear beam spot type sensor heads

     

    Even surfaces that appear to be flat have minor surface variations when viewed under magnification. These variations can cause errors in measurement. Linear beam spot type sensors average out the influence of these variations, allowing for stable measurement of roughly-finished workpieces.

     


Ultra High-speed・High-precision Laser Displacement Sensor HL-C2

Partly Order Discontinued
Ultra High-speed・High-precision Laser Displacement Sensor HL-C2 Compact consoles

Last time buy September 30, 2013
Substitute GT12
 
Basic Information
Applications
Order guide
Option
Specifications
Dimensions
Circuit/ Wiring
Sensing characteristics
Cautions For Use

The No.1* industry leader in application compatibility with 34 different sensor head variations
* As of May 2017, in-company survey

Ultra High-speed・High-precision Laser Displacement Sensor HL-C2
CE Marking Korean S Mark Korean KC FDA

CE , Korean S Mark , FDA , Korean KCs Approved
CE : EMC Directive
FDA : Some models only
Korea's S-mark certification : Some models only

Features

Combining our accumulated and the latest technologies to accomplished* functionality
Our proprietary measurement CMOS, the “HDLC-CMOS Sensor”

Our proprietary measurement CMOS, the “HDLC-CMOS Sensor”

The HDLC-CMOS sensors have been developed specially for the HL-C2 series. High density light-receiving cells and a processing speed close to the maximum limit result in high resolutions and high speeds which exceed all expectations for laser displacement sensors.
HDLC: High Density Linear Cell

Our proprietary measurement CMOS, the “HDLC-CMOS Sensor”

“MSGB” laser with sharp and fine projection

We have created the ideal laser using our proprietary optical technologies and aperture construction. Furthermore, emission adjustment algorithms have been redesigned to maintain ideal emission conditions.
MSGB: Micro Spot Gaussian Beam

Comparison of beam diameter

 

HL-C201A
ø20 μm ø0.787 mil approx.
HL-C203B
ø30 μm ø1.181 mil approx.
HL-C205B
ø70 μm ø2.756 mil approx.
HL-C208B
ø100 μm ø3.937 mil approx.
HL-C211B
ø80 μm ø3.150 mil approx.
HL-C235BE
ø250 μm ø9.843 mil approx.
HL-C235CE-W
ø400 μm ø15.748 mil approx.

 

 

Ultra high-speed calculation processor

Using our specialized proprietary IC and custom algorithms for high-speed processing, information is digitally transmitted between the sensor head and controller. Both high-speed transmission and stability are realized for measurement values.

Ultra high-speed calculation processor

“High-resolution lens” for realizing stable optical path lengths

We designed a new high-resolution lens to reduce lens aberration as much as possible. Light entering from any angle can be gathered at a minimum point to realize even higher precision.

“High-resolution lens” for realizing stable optical path lengths


 

A diverse array of sensor heads for your application needs

For automobile and vehicle parts measurement [ Automobile and vehicle parts production facilities ]

The measurement mode setting is compatible with a variety of workpieces

Select the optimal digital processing for the object to be measured.

The measurement mode setting is compatible with a variety of workpieces

Long-range sensor heads

Our lineup includes long-range sensor heads with measurement center distances of 110 mm 4.331 inand 350 mm 13.780 in. By keeping distance from the workpiece, the risk of sensor damage from contact with the workpiece can be reduced.

• Measurement center distance: 110 ±15 mm 4.331 ±0.591 in
HL-C211B(-MK)
HL-C211C(-MK)

• Measurement center distance: 350 ±50 mm 13.780 ±1.969 in
HL-C235BE(-MK) 
HL-C235CE(-MK)

• Measurement center distance: 350 ±200 mm 13.780 ±7.874 in
HL-C235CE-W(MK)

Controller

Linear beam spot type sensor heads

We offer linear beam spot type sensor heads with various measurement center distances that are not easily distorted by roughly-finished metal surfaces.

Linear beam spot type sensor heads
Linear beam spot type sensor heads

 

Even surfaces that appear to be flat have minor surface variations when viewed under magnification. These variations can cause errors in measurement. Linear beam spot type sensors average out the influence of these variations, allowing for stable measurement of roughly-finished workpieces.

 

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