OPTOELECTRONIC INSTRUMENTS AND SYSTEMS FOR GEOMETRIC QUANTITIES MEASUREMENT PRODUCT CATALOG DISPLACEMENT AND POSITION MEASUREMENT THICKNESS AND WIDTH MEASUREMENT PROFILE MEASUREMENT OUTER DIAMETER AND PROFILE MEASUREMENT LEVEL MEASUREMENT INNER DIAMETER AND PROFILE MEASUREMENT VIBRATION AND RUN-OUT MEASUREMENT STRAIGHTNESS AND FLATNESS MEASUREMENT MACHINE VISION SYSTEMS

Company «RIFTEK» was founded in 1993. The enterprise specializes in development and fabrication of optoelectronic instruments for measuring of geometrical quantities. The basic product line includes: ■■ ■■ ■■ ■■ ■■ ■■ ■■ ■■ laser triangulation position sensors; 2D and 3D laser profilers; absolute linear encoders; 1D and 2D Optical micrometers; hardware and software for welding robots systems; specialized systems for measuring dimensions, displacements and distances, thickness, diameter, etc.; measurement instruments for railway transport; machine vision systems. RIFTEK products are delivered...

LASER TRIANGULATION SENSORS, RF60x SERIES PURPOSE Contactless dimensions, surface profile, deformation, vibration measurement, sorting, sensing presence or absence, positional checking, bulk materials and liquids level measurement. OPERATION Sensor operation is based on the principle of optical triangulation. Radiation of a semiconductor laser is focused by an objective on an object. The radiation scattered at the object is collected on the CMOS array by the input lens. Object motion causes a corresponding motion of the image. Built-in signal processor calculates the distance to the object according...

LASER TRIANGULATION SENSORS, RF60x SERIES RF603 Series UNIVERSAL LASER SENSORS Varied diode powers Binocular sensors Available with Red, Blue or IR laser diodes Accuracy ± 0.05% working range ■■ Protective housing with air and water cooling ■■ Setting sensor parameters ■■ Custom versions with non-standard base, range or ■■ Receiving, storage, visualization ■■ Speed and acceleration calculation housing shape ■■ Special version for use in high vibration conditions ■■ Special flexible cable for robotic applications ■■ Variants with round and elliptical spot Linearity, % Resolution, % 0.01 of the...

LASER TRIANGULATION SENSORS, RF60x SERIES RF603HS Series HIGH SPEED SENSORS Universal high-speed compact laser sensors Sampling rate up to 70 kHz Available with Red and Blue laser diodes Ideal for registration of high speed events and vibration measurement Max. measurement frequency, kHz Linearity, % Temperature drift red semiconductor laser (660 nm wavelength) or blue semiconductor laser (405/450 nm wavelength) Light source Output power Laser safety Class Weight (without cable) LARGE-BASE AND LONG RANGE SENSORS ■■ High-precision measurement of the position of remote objects ■■ High-speed (70...

LASER TRIANGULATION SENSORS, RF60x SERIES RF602 Series SUPER COMPACT LASER SENSORS ■■ Unique combination of dimensions, performance and operating ranges 0.01 (digital output only) Temperature drift Light source Output power, mW Laser safety Class Weight (without cable), gram red semiconductor laser, 660 nm wavelength or UV semiconductor laser 405/450 nm wavelength (BLUE version) ≤0.95 mW 2 (IEC60825-1) 40 SPECIALIZED LASER SENSORS FOR PAVEMENT PROFILE AND TEXTURE MEASUREMENT ■■ Accuracy ± 0.03% of working range ■■ Sampling rate up to 70 kHz MODEL SPECIFIC FEATURES ■■ high resistance to solar...

LASER TRIANGULATION PROBES, RF60x SERIES RF609, RF609Rt and RF609Wi-Fi Series LASER TRIANGULATION PROBES Smallest triangulation sensor on the market Probe diameter — from 8.5 mm Measured inner diameter - from 9 mm Accuracy - from ±2 µm Sampling rate - up to 9.4 kHz Probes with BLUE laser to control reflecting and semitransparent objects ■ Probes with built-in slip ring ■ Probes with Wi-Fi Contactless measurement of inner diameter, ovality, coaxiality, cylindricity and shape of holes, tubes, hosepipes, bushes, gun barrels, etc. hole surface laser beams sensor rotation The probe is inserted into...

ABSOLUTE LINEAR ENCODERS, RF25x SERIES ASSIGNMENT ABSOLUTE LINEAR POSITION SENSORS (ABSOLUTE LINEAR ENCODERS) Absolute linear encoders are designed for measuring and checking displacements, dimensions, run-outs, surface profiles and deformations of engineered objects. ■■ Innovative technology of absolute measurement ■■ Measuring ranges from 3 to 55 mm ■■ 0.1 µm resolution ■■ Emulation of incremental encoder signals CMOS sensor reads the signal from the scale LED forms parallel beam Quarz Glass Scale carries special positional pattern Processor calculates scale position Resolution, µm Output interface...

1D OPTICAL MICROMETERS , RF65x SERIES RF65X Series 1D OPTICAL MICROMETERS PURPOSE Contactless diameter, gaps and technological object position OPERATION measurement. WORKING PRINCIPLE The micrometer operation is based on the so-called ‘shadow’ principle. The micrometer consists of two blocks – transmitter and receiver. Radiation of a semiconductor LED is collimated by a lens. With an object placed in the collimated beam region, shadow image formed is scanned with a photo-detector array. A processor calculates the position (size) of the object from the position of shadow border (borders). RF651...

1D OPTICAL MICROMETERS, RF65x SERIES A, mm B, mm C, mm D, mm E, mm H, mm H1, mm K, mm N, mm RF651-25 RF651-50 RF651-75 RF651-100 Minimum size of the object, mm Light source Laser safety class Output interface RS232 (max. 921.6 kbit/s) or RS485 (max. 921.6 kbit/s) or Ethernet & (RS32 or RS485) Synchronization input Logic output Housing material Weight (without cable), gram 1 typical data obtained when a knife edge was used to interrupt the beam and distance between transmitter and receiver is equal of two measurement range RF656 TWO AND THREE AXIS MICROMETERS. TWIN MICROMETERS The parameters for...

1D OPTICAL MICROMETERS ,RF65x SERIES RF656 TWO AND THREE AXIS MICROMETERS. TWIN MICROMETERS EDGE AND DIAMETER SENSORS The sensors are intended for non-contact measuring and monitoring the position of the edge (edges) of various objects, such as tapes, plates, substrates, etc. Distance between transmitter and receiver Measurement range Accuracy