INSTRUCTION MANUAL
Ultra High-Speed, High-Accuracy Laser Displacement Sensor
Sensor Head
HL-C235BE, HL-C235BE-MK
MJE-HLC235BE(06) No.0059-77V
Thank you very much for purchasing Panasonic products. Read this Instruction Man-
ual carefully and thoroughly for the correct and optimum use of this product. Kindly
keep this manual in a convenient place for quick reference.
WARNING
●
This product is intended to detect the objects and does not have the control func-
tion to ensure safety such as accident prevention.
Do not use the product as a sensing device to protect human body.
● Be careful not to directly watch or touch the direct laser beam or reflected laser
beam.
●
The product was developed and manufactured for industrial use.
BEFORE USE
●
Before using the product, check the sensor head model and contents of packing.
●
Sensor head model
Check the model name of product at the top of sensor head.
●
Packing
Check that all of the following components are included in the
package.
• 1 sensor head unit
• 1 Instruction manual
• Laser warning labels
[JIS/IEC/KS: 1 set, GB: 1 set]
● This product satisfies the adaption of CE product by using in combination with
controller and programmable display, which are subjected to CE. Please confirm
that there is CE mark on connecting controller’s label.
1
DESCRIPTION
●
HL-C235BE
,
HL-C235BE
-
MK
displacement sensor head achieves ultra high-
speed and high-accurate measurement using linear image sensor as light receiv-
ing element to be used on equipment that require high-speed operation with high-
accuracy.
● The product is used at diffuse or specular reflection sensor head by installing and
setting.
2
CAUTIONS ON HANDLING LASER LIGHT
●
In order to prevent the accident by laser product and protect the users, JIS C
6802
-2014
“Safety of laser products” was established based on the regulation of
IEC (International electrotechnical Commission). This regulation classifies laser
products according to the level of hazard, and provides the safety measures for
respective classes.
HL-C235BE
,
HL-C235BE
-
MK
are classified as “Class 2 laser products” according
to IEC 60825-1
-2014
(JIS C 6802
-2014
) “Safety of laser products”.
●
Laser hazardous class
Classification according to IEC 60825-1
-2014
(JIS C 6802
-2014
)
Class
Model
Description of hazardous evaluation
Class 2
HL-C235BE
HL-C235BE-MK
Visible beam, low power. Blink response of eye affords protection.
●
WARNING label
In Chinese
In Japanese / English / Korean
<Label position>
●
Install the product so the laser beam comes higher or lower than eye level in or-
der not to watch the beam directly during operation.
Laser safety distance (Nominal Ocular Hazard Distance: NOHD) is approx. 1.4m.
The laser beam must be terminated at the end of its path by a diffuse reflector or
an absorber.
●
Please contact our company if the system breaks down. It is not equipped with a
function that stops laser radiation automatically during disassembling the sensor
head. The users therefore may be exposed to laser beam in disassembling the
sensor head.
● When this product is used in China, affix the Chinese warning label (accessory)
on the label in the product.
●
Do not use the system in the manner other than specified in this Instruction Manual.
3
EXPORT REGULATIONS BY JAPANESE GOVERNMENT
●
Please follow the export control regulations required.
HL-C235BE
and
HL-C235BE-MK
are not subject to export control regulations
under the condition that they are used combined with the non-pertinent controller
to export control specified by Foreign Exchange and Foreign Trade Law.
When they are combined with the pertinent controller to export control, they are
subject to the Law. In this case export admission by Japanese government is re-
quired before the product is to be exported or brought out of the country.
4
SPECIFICATIONS
Model No.
HL-C235BE
HL-C235BE-MK
Diffuse Reflection
Specular Reflection
Diffuse Reflection
Specular Reflection
Meas. method (Note 2)
Diffuse reflection / Specular reflection
Measurement center distance
350mm
348mm
350mm
348mm
Measurement range (Note 3)
±50mm
±42mm
±50mm
±42mm
Beam source
Red semiconductor laser Class 2 (JIS/IEC/GB/KS)
Max output: 1mW, Emission Peak wavelength: 658nm
Beam diameter (Note 4)
Approx.
ø
250μm
Approx. 250 × 3,500μm
Beam receiving element
Linear image sensor
Resolution
2.0μm / average times: 256, 0.5μm /average times: 4,096
Linearity
±0.03%F.S.
Temperature characteristics
0.01%F.S./°C
Indicator
Laser emission
Green LED: Lights up during laser emission.
Meas. range
Yellow LED: Near measurement center:ON, within measurement range:Blink, beyond the range:OFF
Protective structure
IP67 (except connector)
Pollution degree
2
Insulation resistance
20M ohms or more by 500V DC megger (between all the terminals and enclosure.)
Dielectric withstand
Commercial Frequency
AC 500V for 1min. (between all the terminals and enclosure.)
Impulse
±
1,000V 1.2/50μs (between all the terminals and enclosure.)
Vibration resistance
Endurance: 10 to 55Hz (cycle: 1minute), Resistant amplitude of vibration: 1.5mm, in
X, Y, and Z directions for 2 hours
Shock resistance
196m/ s
2
in X, Y, and Z directions for 3 times
Ambient illuminance (Note 5)
3,000ℓx or less (illuinance at beam receiving surface using incandescent lamp)
Ambient temperature
0 to +45°C (No dew condensation or icing allowed), At storage: -20 to +70°C
Ambient humidity
35 to 85%RH At storage:35 to 85%RH
Ambient Height
2,000m or less
Material
Main unit case / cover faluminum: Die-cast, Front cover: Glass
Cable length
0.5m
Cable extension
Extendible to 30m long maximum using the optional extension cable.
Weight
Approx. 450g including cable weight
Suited controller (Note 6)
Controller ver. 2.00 or later
Applicable regulations
Conformed to EMC Directive, Attained Korea’s S-mark certification
Notes: 1) Measuring conditions are as follows unless otherwise specified; connection with controller, power voltage:
24V DC, ambient temperature: 20°C, sampling cycle: 40μs, average times:256, at measurement center dis
-
tance, object substance: white ceramic,, and digital measurement value.
2) Use the external ND filter (optional) in case the amount of reflected beam is too large on Specular Reflection
installation.
3) The measurement range is limites between 0 and +50mm (in case the sampling cycle is 20μs at diffuse re
-
flection), between 0 and +42mm (in case the sampling cycle is 20μs at specular reflection), b36 and
+50mm (in case the sampling cycle is 10μs at diffuse reflection), or b36 and +42mm (in case the
sampling cycle is 10μs at specular reflection).
4) The figure shows the value at measurement center distance. It is determined by 1/e
2
(approximately 13.5%)
of center beam intensity. Due to leak light outside the specified area, the reflectance around the detecting
point may be higher than at the point and this may affect the measurement value.
5) The variation in ambient illuminance is ±0.03%F.S. or less.
6) It does not work properly in case connected to the controller ver. 1.**.
