MR360 Machine Receiver with Remote Display
$2,995.00 + GST
The MR360R offers accurate grade information for all visual machine control applications. Large 360° detection windows pick up any rotating laser, from any angle. Built-in vertical indicator monitors angle of the stick, signaling if it’s plumb or under- or over-extended. Receiver has plumb LED indicator; remote display has direction arrows for plumbing up the dipper stick. Saves money by reducing over – or under-cuts.
Available on backorder
GeoMax MR360 Machine Receiver With Remote Display Information:
The GeoMax MR360 Machine Receiver with Remote Display offers accurate grade information for all visual machine control applications. Large 360° detection windows pick up any rotating laser, from any angle.
Large 360° detection windows pick up any rotating laser from any angle. MR360R incorporates a built-in vertical indicator that monitors angle of the stick, signalling if it is plumb or under/over extended. |
The receiver has plumb LED indicator, and the remote display shows direction arrows for plumbing up the dipper stick. |
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Mag mount for supreme portability. Clamp mount option available. |
MR360 Machine Receiver With Remote Display Specifications:
Range | 200m |
Accuracy (Fine) | +/-3mm |
Accuracy (Coarse) | +/-6mm |
Reception angle | 360° |
Reception height | 25cm |
Power | NiMh rechargeable batteries |
Battery life | 130 hours |
IP protection | IP67 |
Weight w/o battery | 1.8kg |
Size | 375mm x 75mm x 107mm |
MR360R Receiver – Overview
LED indicators show position of cutting edge in relation to the laser reference beam. Seven display channels (indicators) in coarse mode; nine channels in fine mode.Receiver has plumb LED indicator. Rugged, waterproof construction. Built-in shock mounts minimize machine vibrations.
Remote display has direction arrows for plumbing up the dipper stick. If used on a dozer or grader, these LEDs can be turned off for a simpler display and longer battery life. Memory stores the last signal received. Arrows indicate which way to move the cutting edge to reach the reference plane.
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