A worldwide leader in precision measurement solutions Thickness Gauge System

Integral Readout with color LCD Display and Keypad Sealed Membrane Keypad Color LCD Display Analog - Bar representing reading Digital - up to 4 decimal places for mm/5 for inches Warning - Red bar/number indicates out of limit measurement Selectable Computation Mode Thickness, Thickness to reference Track Peak+/PeakmaxA - minA, maxB - minB Set tolerance and process limits via keypad Preset thickness or tare functions Remarkable Functionality The MicrotrakTM 3 Thickness Gauge System combines our proven laser triangulation sensors with a modular controller that can operate either as a standalone...

Laser Triangulation Technology Principle Position LED Laser triangulation sensors contain a solid-state laser light source and a CMOS detector. A laser beam is projected on the target being measured and a portion of the beam is reflected through focusing optics onto a detector. As the target moves, the laser beam proportionally moves on the detector. The signal from the detector is used to determine the relative distance to the target. Laser displacement sensors are non contact by design. Because of this, the object being measured will not be distorted or damaged and target motions will not be...

Specifications Product Number Thickness Measurement Range (mm) Model Name Noise (µm) Linearity Laser Head Specifications Stand-off (mm) Range (mm) Extended Range (mm) Laser Spot Size (µm) ±Peak noise at the center range of white photo paper with frame rate of 20kHz. Major diameter measured at standoff. 1 Laser Power : <5mW Laser Class (IEC 60825): 3R Frequency Response: Up to 4kHz Operating Temperature Range: 0°C to 40°C Storage Temperature Range: -20°C to 70°C Humidity Range: 10 to 95% Non-Condensing Temperature Stability: 0.05% FSR/°C Digital Interface: RS-485 (Half Duplex) Supplied Laser Head...