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Menard Pressure Meter LMMPM-A100 offers maximum test pressure of 5.5 MPa for field soil analysis. It allows real-time observation of borehole wall deformation under applied pressure.
Equipped with test water tube having 14.19 cm² cross-sectional area for controlled volume expansion. Incorporated pressure source includes high-pressure nitrogen pipe for stable and efficient loading. Our Pressure Meter is designed for soil characterization in geotechnical site investigations.
Specifications
| Maximum Test Pressure | 5.5 MPa |
| Volume Of Test Tube | 638 cm³ |
| Cross-Sectional Area (Test Water Tube) | 14.19 cm² |
| Naked Diameter | 50 mm |
| Diameter With Metal Shield | 55 mm |
| Length | 500 mm |
| Test Length | 250 mm |
| Required Borehole Diameter Range | 52 to 58 mm |
| Original Volume Of Pressure meter Chamber | 491 cm³ |
| Min. Reading Of Pressure Gauge | 0.005Mpa |
| Pressure Source | High-pressure nitrogen pipe |
| Dimensions | 830 × 360 × 220 mm |
| Weight | 28 Kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Menard Pressure Meter LMMPM-A100 | $ 12087.5 | Each of 1 |
Features
Plane deformation stress analysis
Measures in-situ soil stress
Portable field design
Easy data reading
Standard Accessories
Accessory | Unit | Quantity |
Reducing Valve | Each | 1 |
Air Source Tube | Each | 1 |
25m impulse pipe | Each | 1 |
Pressure meter elastic membrane | Pack | 10 |
Nylon tube bushing | Pack | 20 |
Seal Ring | Pack | 20 |
Outer Protective Membrane | Set | 5 |
Φ8 × 1.9 O ring | Pack | 50 |
Spare tools | Each | 1 |
AP Pressure meter | Each | 1 |
Stainless steel calibration tool | Each | 1 |
Inflator | Each | 1 |
Tripod | Each | 1 |
Applications
Menard Pressure Meter LMMPM-A100 is employed for in-situ testing of soil strength and deformability. It supports foundation design by evaluating bearing capacity and elastic modulus of soil layers.
Frequently Asked Questions
1 What is a Menard Pressure Meter?
A Menard Pressure Meter is an apparatus designed to measure soil deformation and strength parameters by applying radial pressure inside a borehole.
2 How does Menard Pressure Meter work?
It works by expanding a cylindrical probe inside a borehole to exert radial pressure on the soil and record the corresponding deformation.
3 How is Menard Pressure Meter used in foundation design?
It is is used in foundation design to determine in-situ bearing capacity and modulus of subgrade reaction, which helps in optimizing foundation size and type.
4 Can Menard Pressure Meter be used in seismic zone site investigations?
It is valuable in seismic zone investigations by helping assess the dynamic modulus and stress-strain behavior of soils under cyclic loads.
5 How does Menard Pressure Meter assist in tunnel construction projects?
It helps in tunnel construction by assessing soil deformation characteristics and lateral pressure response, which are critical for lining design and stability.
6 Is Menard Pressure Meter applicable for evaluating collapsible soils?
It is effective in evaluating collapsible soils by identifying non-linear stress-strain behavior and yielding points under incremental loading.
7 What is the role of Menard Pressure Meter in settlement prediction?
It is used in empirical or analytical settlement prediction models, improving accuracy of deformation forecasts.
8 Can Menard Pressure Meter be applied in rail infrastructure projects?
In rail projects, the Menard Pressure Meter evaluates subgrade stiffness and uniformity along the track alignment to prevent differential settlement and maintain track stability.
9 Is Menard Pressure Meter suitable for monitoring time-dependent soil behavior?
It is used in repeated or staged tests to observe time-dependent settlement and creep behavior in soft cohesive soils.
10 How is Menard Pressure Meter used in risk assessment for geotechnical hazards?
It is applied in geohazard risk assessment by identifying weak or compressible zones that may impact the stability of slopes, embankments, or foundations.