- Home
- Companies
- Huggenberger AG
- Products
Huggenberger AG products
Pendulum Measuring System
Huggenberger - Model GL - Direct Pendulum Measuring System
A direct pendulum system consists of the pendulum reference point FP, the pendulum wire LTD, the pendulum weight G and the damping vessel D. For manual measuring a Coordiscope KK84 (N or D) is used. The contactless remote measuring instrument Telelot VDD2xx can be installed for permanent surveillance.
Huggenberger - Model SL - Invert Pendulum Measuring System
An inverted pendulum system consists of the pendulum reference point FP, the pendulum wire LTD, the float G with float rod E in the float vessel D. For manual measuring a Coordiscope KK84 (N or D) is used. The contactless remote measuring instrument Telelot VDD2xx can be installed for permanent surveillance.
Huggenberger - Model Coordiscope KK84 - Portable Optical Precision Instrument
The Coordiscope KK84N is a pure mechanical instrument. Reading is effected via scale and nonius. The Coordiscope KK84D is of exactly the same design except for the electronic capacitive measuring system from which a digital display is generated. In standard execution the search optics are designed that both measuring directions can be targeted from the same side, i.e. no excavation work is required in the measuring niche. The instrument can optionally be equipped with a removable wire illumination in both axes as well as target candle receivers for the geodetic connection of the pendulum wire.
Inclination and Displacement
Huggenberger - Model ECS1000HBL - Portable Electronic Clinometer
The sensor is based on the pendulum characteristics of a mass disk, of which the movement is measured capacitively. This sensor is mounted on a carbon fibre bar of 1000 mm length which acts indifferent to temperature. The measuring points are spherical set bolts embedded in mortar. This setting device ensures a reliable reproduceability.
Huggenberger - Model ECS1000VBL - Portable Electronic Clinometer
The sensor is based on the pendulum characteristics of a mass disk, of which the movement is measured capacitively. This sensor is mounted on a carbon fibre bar of 1000 mm length which acts indifferent to temperature. The measuring points are spherical set bolts embedded in mortar. This setting device ensures a reliable reproduceability.
Huggenberger - Model ECS110BL - Portable Electronic Clinometer
The sensor is based on the pendulum characteristics of a mass disk, of which the movement is capacitively measured. The sensor is mounted on a stable, high precise ground base plate. This base plate allows a repeatable placement of the instrument on the set plates. Clinometer ECS110BL with set plate ESTF (with protective cover).
Strain, Changes in Length and Settlement
Huggenberger - Model JM - Joint Meter
Jointmeters consist of a left and right part which are fixed on both sides of the joint using a temporary template. The movements are measured by a portable Setdeflectometer (mechanical or electrical dial gauge).
Huggenberger - Model ERDM-RDM - Set Deflectometer
Mechanical gauges with digital or analog reading for measuring of mechanical extensometers and jointmeters.
Huggenberger - Model TJM - Telejoint Meter
The Telejointmeter consists of a fix point and a support at which the electrical transducer is mounted. The support as well as the fix point are cemented on each side of the joint using a temporary template. The movements are measured with a portable Indipoc readout or a data acquisition system like Huggenberger Tensologger TL.
Huggenberger - Model RM-RMT - Single or Multiple-Rod Rockmeters
With rockmeters displacements along a borehole axis can be determined. A rod assembly consists of several single rods which are screwed together and installed in a protective plastic tube. The rod tips (anchors) are anchored at different depths of the borehole. The slim rockmeter head is grouted in the borehole. The anchors at the end of the rods and the rockmeter head are the fixpoints of the test sections. The displacements between these fixpoints are measured with a setdeflectometer (manually; type RM) or with applied electric displacement transducers (automatically; type RMT).