• High speed high accuracy eddy current type digital displacement sensor
• Perform with a ±0.3 % F.S. linearity for stainless steel and iron
• Realized a 25 µs (40,000 times/sec.) ultra high sampling speed
• 6 type of IP67G sensor head from the ultra compact ø3.8 mm cylindrical type to the long range sensing type ø22 mm are available.
• Superior workability and maintainability of sensor heads offer replacement of sensor heads alone possible, no further calibration needed
• 5-digit dual 2-color digital display controller offers great visibility
• Digital input display enable easy setting
• Equipped with RS-232C communication as standard, optional controller communication unit GP-XCOM can link max of 8 controllers
• Optional BCD output unit available
• Free download of Intelligent monitor software GP-XAiM ideal for collecting and analyzing measurement data

• Contact-type digital displacement sensor
• Robust 2-point support plain bearings contributes to a longer service life
• Ultra-slim & light body of 11mm width and weight of approx. 80g
• Hot-swappable sensor head, with strong bending-resistant cable
• Standard or low measuring-force head of range 10mm, 32mm or 50mm type
• Air-driven type head available simplify the equipment mechanisms
• High-performance controller equipped with dual display & intuitive circle meter and provide maintenance mode which keep maximum peak value, number of times maximum stroke was exceeded and cumulative spindle moving distance(m) for easy maintenance & data analysis
• Master controller can connect up to 15 slaves unit, 3 type of slaves controller available for selection
• Open-network communication unit available for selection

• Thru beam type digital displacement sensor of measurement width10mm for measurement of dimensions and positions
• Ultra slim head unit of 8mm thickness
• Die-cast aluminum case head with IP67 protection
• Highest measurement accuracy of 1um repeatability
• Side view attachment available
• Beam axis adjustment assist function for easy setup
• Automatic emitter / receiver cable recognition
• High-performance controller equipped with dual display & intuitive circle meter and six types of detection modes
• Open-network communication unit and USB communication unit available for selection

HG-C Measurement sensors – Reliable detection in 10 μm precision

• Fitted with a precise CMOS image sensor and an original algorithm.
  Thanks to a precise CMOS image sensor, it is now possible to perform highly precise measurements in the order of 1/100 mm. The existing adjustable range reflective sensors cannot achieve such accuracy.
• An aluminum die-cast casing protects from strain and heat
  A light-weight but strong die-cast aluminum casing has been adopted. A compact, solid body casing reduces the impact of strain and heat on the measurement accuracy.
• Equipped with 0-5 V analog output and 4-20 mA analog current output.
  The sensor not only indicates measured values in mm but also produces analog voltage outputs. Various calculations and storage (logging) can be performed when output is taken into a PLC + analog unit.

• CMOS type IO-Link compatible micro laser distance sensor
• High-level self-diagnosis capable of diagnosing own state and reporting to the host device
• Fitted with a precise CMOS image sensor and an original algorithm, reliable detection in 10um precision
• Aluminum die-cast casing protects from strain and heat

The HL-G2 sensors deliver the performance rivaling those of displacement meters of one class above, thanks to the optimized and balanced devices, optical system, mechanisms and algorithm.

The integrated models feature built-in controllers to facilitate model selection and reduce installation space and cost. Furthermore, it can easily connect to a PLC with just this one device.

By using the PC installed with the “HL-G2 Configuration Tool” configuration tool software (free to download), parameters can be set easily and simultaneously in multiple HL-G2 units.

Applications:

• Inspection of automobile part shape
• Inspection of camera actuator operating amount
• Inspection of flatness of metal frame
• Confirmation of remaining roll amount
• Control of dispenser height
• Detection of overlapping rubber parts

The HL-T1 series is a laser collimated beam sensor which combines an ultra compact sensor head with a high functionally intelligent controller. It comes with models with sensing ranges between 500mm and 2000mm. The adoption of Class 1 laser (IEC/JIS) eliminates the need for safety countermeasures, so that it can be used in normal photoelectric sensor applications without safety concern.

It has a displacement resolution of 4 microns and capable to sensing minute object diameter of 8 microns. 

The Controller has large, easy to view displays and easy to use four-way keys incorporated into the unit’s compact body. Three types of teaching functions are available; position teaching, two-level teaching and automatic teaching, thus enabling a variety of applications to cater to different types of production requirements.

The HL-G1 series laser displacement sensors features a compact design despite its built-in controller and digital readout.

A variety of high end functions are included in a compact, self contained body for exceptional ease of use.

• Easy configuration using the digital display
• Easy to embed in machines and production lines thanks to a built in controller
• Lightweight body that can be used on moving machinery
• IP67 dust and water-proof protective enclosure
• Compact size despite the built in controller and digital readout

• Excellent Basic Performance : These sensors achieve an excellence level of performance in the 3 basic functions which are required of reflective type laser displacement sensors. They can provide “Surplus”, Reliability” and “Confidence” to production sites which demand high speeds and high precision.
• The HDLC-CMOS sensors have been developed specially for the HL-C2 serries. High density light receiving cells and a processing speed which is close to maximum limits results in hgh resolutions and high spped which exceed all expectations for laser displacement sensors.
• All signals are digitalized by a high speed processor while achieving precision and high speed with its exclusive algorithm.