Settlement Transducer
KLA-A Settlement Transducer
NKLA-B TML-NET type Settlement Transducer 100 mm to 200 mm
This is a settlement gauge that is set on a ground surface to measure the settlement of each ground layer. Special anchors are placed at target positions in a borehole, and the displacement between the anchors and the ground surface is measured. Measurement can be made at a maximum of six levels in one borehole.
* For information on network-capable NKLA-B, see special measurement systems.
Protection ratings : IP 45 equivalent
- Features
- Remote measurement
- Measures the amount of settlement at the maximum 6 positions.
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Specifications
Type No. of measurement Capacity Rated output Non-linearity Temperature range KLA-100A-○ 1 to 6 100 mm Approx. 2.5 mV/V
(5000 x 10-6 strain)1 %RO -20 to +60 ℃
(no incing)KLA-200A-○ 200 mm Type No. of measurement Capacity Rated indication Non-linearity Temperature range NKLA-100B-○ 1 to 6 100 mm Approx. 5000 digit 1 %RO -20 to +60 ℃
(no incing)NKLA-200B-○ 200 mm * “◯” under “Type” corresponds to the number of measurements, 1 to 6.
Output polarity
Measurement moves in the plus direction with regard to an increase in settlement.
More Information
Stratified Settlement Meter KLC-50A 50mm
Anchors and settlement meters are connected at arbitrary intervals in a borehole to measure sectional displacement.
It is suitable for measuring the amount of rebound and settlement of excavated ground and embankments. The maximum number of connection stages in one borehole is 8.
Protection class IP 68 or equivalent
- Features
- Excellent water resistance
- No need to replace instruments when excavating the ground
- No risk of instrument damage during construction
- Capable of measuring settlement in up to 8 connected layers
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Specifications
Model name Capacity Rated output Non Linearity Allowable Temperature Range KLC-50A 50mm
(-20 to +30 )Approx. 1 mV/V
(2000 x 10-6 strain)1%RO -20 to +80°C
(excluding icing)Output polarity
The measured value changes in the positive direction as the distance between the water hydraulic anchors increases.
The output changes in the minus direction when the distance between the water hydraulic anchors gets closer.