GS-506
As a 2D leveling system, the GS-506 offers precise and reliable height and slope control and a high level of flexibility in the choice of sensors and fields of application. The increased productivity ensures that all leveling is performed faster and more accurately. The system saves time and money. With its height accuracy it is eliminating the need for staking out and for correction works.
System Features
- Precise height and slope control
- Wide variety of sensors
- Flexible sensor combination
- Works with reference points
- Easy to use
System Benefits
- High precision
- Free mobility in difficult terrain
- Flexible fields of application
- Increases the efficiency and work speed
- Higher work quality
- Easily upgradable to 3D
Related System Components
GS-506 operating panel
- Easy to operate
- Clear indication of all connected sensors
- Clear, visual icon driven instructions
- LED status indicators
- Backlit keypad
Controller
- Works with latest microprocessor technology
- Precise comparison of set point and actual value
- Control of valves for corresponding hydraulic cylinder
Connecting box/Mainfall
- Connection point for all active sensors in the system
- Reduction of cabelling
- Integrated mainfall sensor
Rotation sensor
- Provides optimum compensation for cross slope
- Measures the value of the blade rotation
- Compensation of interferences
Cross slope sensor
- Dynamic fluid sensor to maintain the cross slope
- Measures the slope of the blade
Proportional hydraulic valve
- Convert signals into motion
- Controls the cylinder movements according to the controller signals
- Ensures that speed of movement is consistent with measured deviation
Ultrasonic sensor – Sonic-Ski
- Five contact-free sensors scan the reference surface
- Extremely precise distance measurement by means of averaging
- Provides virtual level reference
- Real-time temperature compensation
Laser receiver
- Compatible with all common rotating laser transmitters
- Exact heiht measurement
- Receiving range 360°
- Digital linear detection of the laser beam