Digital Horizontal Inclinometer System
Digital Horizontal Inclinometer System
Digital Horizontal Inclinometer System

Digital Horizontal Inclinometer System

The Digital Horizontal Inclinometer System measures settlement or heave under embankments, dams, roadways, storage tanks, and landfills.

Product Features

  • Digital precision
  • Efficient data collection
  • Instant USB synchronization
  • Can be used with RST’s Vertical In-place MEMS Inclinometer System accessories
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Description

The Digital Horizontal Inclinometer System measures settlement or heave under embankments, dams, roadways, storage tanks, and landfills.

Essentially being a horizontal version of the RST Digital Inclinometer System (separate brochure), settlement profile surveys are conducted by running the probe in an inclinometer casing installed horizontally rather than vertically. Wireless communication between the inclinometer control cable and the Rugged Handheld Device ensures ease of use and reliability.

Spesification

DIGITAL HORIZONTAL INCLINOMETER SYSTEM SPECIFICATIONS
ITEM SPECIFICATION
Sensor Type MEMS (Micro-Electro-Mechanical Systems) Accelerometer
Measurement Range ±30° from Horizontal
Casing Size Required 70 mm (2.75”) or 85 mm (3.34”)
Materials Stainless Steel
Readout Rugged Handheld Device
METRIC SYSTEM SPECIFICATIONS
ITEM SPECIFICATION
Data Resolution 0.005 mm per 500 mm
Repeatability ±0.002°
System Accuracy ±2 mm per 25 m
Wheel Base 500 mm
Probe Diameter 25.4 mm
Probe Length (including lifting eye) 708 mm
Temp. Rating -40 to 60°C
Weight 1.091 kg
IMPERIAL SYSTEM SPECIFICATIONS
ITEM SPECIFICATION
Data Resolution 0.00002 ft. per 2 ft.
Repeatability ±0.002°
System Accuracy ±0.1 in. per 100 ft.
Wheel Base 24 in.
Probe Diameter 1 in.
Probe Length (including lifting eye) 32.19 in.
Temp. Rating -40 to 140°F
Weight 2.4 lbs.

Applications

Digital Horizontal Inclinometer Systems are commonly used for:

  • Monitoring settlement or heave under embankments, dams, roadways, storage tanks, and landfills.
  • Observation of ground movements caused by construction and excavation, such as those involved with tunneling.

Download Katalog

Download Brochure

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