Lasertech Model 305 Machine Control System

US $1,500.00

  • Valencia, California, United States
  • Mar 3rd
Price is for each complete unit. Laser-Tech Model 305 Linear Control System Features:   The MEI-305 Machine Control System is unique because it is completely electronic. There are no moving parts! The electronic mast, the most vulnerable mechanical part of any Machine Control System has been eliminated. The 305 system sensor is mounted to a simple pipe column. During the initial setup, the laser reference signal is found, the sensor is centered and clamped in place. The operator can now readjust the blade elevation by electronically relocating the "Center" band anywhere on the sensor from the Control Panel in the cab. An additional benefit is the proportional error output which allows standard ON/OFF or proportional hydraulic valves to precisely control the blade movement. A COMPLETE MACHINE CONTROL SYSTEM WITH NO MOVING PARTS. LINEAR OUTPUT ALLOWS ELECTRONIC, RATHER THAN MECHANICAL, CENTER SETTING. LINEAR OUTPUT ALLOWS HYDRAULIC FLOW RATES PROPORTIONAL TO THE ACTUAL ERROR SIGNAL, RATHER THAN JUST HIGH OR LOW 15 SEPARATE, ULTRA-BRIGHT LED CHANNEL DISPLAYS ON THE SENSOR. ELEVATION DISPLAYED IN FEET, INCHES, OR METERS. SURVEY AND AUTOMATIC MAST MOVEMENT CAPABILITIES ANGEL:  360 DEGREES HEIGHT: 8 INCHES (200MM) MINIMUM CENTER ADJ: 6 INCHES (150MM) MINIMUM RESOLUTION: .20 INCHES (5MM) DISPLAY: ULTRA-BRIGHT LED DISPLAY, SUNLIGHT VISIBLE  * Limited to the reception height of the sensor. ** Optimized for use 30 to 1,000 feet.  Resolution can be less depending on the distance from the laser transmitter, the size and shape of laser beam and weather conditions.
Unit is like new, a few small scratches
Brand MEI-Martronic Engineering
Measuring Technology Laser
Model Laser Tech 305
Country/Region of Manufacture United States

Directions

Similar products from Laser Level Kits

People who viewed this item also vieved

By clicking "Accept All Cookies", you agree to the storing of cookies on your device to enhance site navigation, analyze site usage, and assist in our marketing efforts.

Accept All Cookies