Send Inquiry

Request To Call Back

Plate Bearing Test Machine

Price 500.0 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Plate Bearing Test Machine Specification

Measurement Range
0 500 kN

Core Components
Load Plate, Dial Gauge, Hydraulic Jack, Pressure Gauge

Voltage
220-240 V AC Volt (v)

Model No

Automation Grade
Manual

Capacity
Up to 500 kN Kg

Temperature Range
-10 C to 50 C Celsius (oC)

Frequency
50 Hz Hertz (HZ)

Accuracy
100 % %

Feature
Highly Efficient

Power Source
Manual / Hydraulic

Equipment Materials
Mild Steel / Stainless Steel

Type
Plate Bearing Test Machine

Usage
Laboratory

Display Type
Dial Gauge

Dimension (L*W*H)
Approx. 90 x 90 x 110 cm Centimeter (cm)

Weight
Approx. 50-120 kg (varies by model) Kilograms (kg)

Test Standard
IS:1888, BS:1377, ASTM D1196/D1196M

Load Gauge Resolution
0.01 kN

Accessories
Extension Rods, Tripod Stand, Hand Pump

Surface Finish
Powder Coated

Application
Soil Bearing Capacity, Foundation Design

Maximum Jack Stroke
100 mm

Plate Diameter
300 mm (standard)

Operating Mode
Portable

About Plate Bearing Test Machine

PLATE BEARING TEST MACHINE

Edutek are manufacturer and Exporter of Plate Bearing Test machine for Engineering Training Equipment.

Descriptions of Plate Bearing test Machine

This is for estimating the bearing capacity of shallow foundations in situ and for the design of flexible pavement.

Standard: ASTM D 1194, D1195, D1196, BS 1377:9

Use: for estimating the bearing capacity of shallow foundations in situ and for the design of flexible pavement; also used for load tests of soil and flexible pavement components.

Specifications:

Hydraulic jack with fixed pumping unit capacity: 0- 50kN.
Pressure gauge and flexible metal pipe 5m long - 1No.
1 Special ball and socket arrangement between the jack and the bearing plate
16 Extension rod 12mm. dia x 25cm long
4 Magnetic base with female thread on top for holding extension rod.
4 Top end plate, 50mm, dia with male thread for fitting onto the extension rods and positioning the dial gauge plunger.
2 Column 15cm dia x 25cm long with flanges complete with four bolts and nuts
1 Column 15cm x 50cm long with flanges complete with four bolts and nuts. 1 Bridge support of welded steel angle construction, 5m, span and stands approximately 30cm, high, fitted with two quick release clamps, dial bracket
Plane M.S (Mild Steel) Plate 60 cms x 60cms sq. x 25mm thick
Plane M.S.Plate 45cms x 45cm.sq. x 25mm thick
Plane M.S.Plate 30cms x 30cm.sq. x 25mm thick
4 Dial Gauge 0.01mm x 25mm

Accessories:

Plane Mild Steel. (M.S) Plate 75cm x 25mm thick.
Plane M.S.Plate 50cm x 25mm thick.
Grooved M.S. Plate 60cm. x 60 cm. x 25mm thick, 45cm x 45cm x 25mm thick, 30 cm x 30cm x 25mm thick, 75cm x 75cm x 25mm thick.
Flexible rubber pipe 1m. Length for the hydraulic jack in the place of metal pipe.

Robust Design and Precision Engineering

Manufactured with high-quality mild steel or stainless steel, the features a powder-coated finish for durability and resistance to corrosion. Its structural integrity ensures reliable performance across varying environments, making it a dependable choice for laboratory and field studies.

Comprehensive Standard Compliance

The Plate Bearing Test Machine meets international and national test standards, including IS:1888, BS:1377, and ASTM D1196/D1196M. This ensures globally recognized data for geotechnical assessments and certification processes for construction and infrastructure projects.

Portable and Versatile Operation

Thanks to its manual/hydraulic power options and easy-to-carry components like extension rods and a tripod stand, the PBT-500 ensures portability and adaptability. It operates efficiently within a wide temperature range (-10C to 50C), making it ideal for diverse climates and sites.

FAQs of Plate Bearing Test Machine:

Q: How is the Plate Bearing Test Machine used in soil bearing capacity assessments?

A: The machine is positioned at the test site with the 300 mm plate placed on the soil surface. A load is applied incrementally using the hydraulic jack, while settlement is measured with the dial gauge. The readings allow engineers to determine soil bearing capacity in compliance with standards such as IS:1888.

Q: What are the main benefits of the Plate Bearing Test Machine?

A: The offers high efficiency, robust construction, and 100% accuracy, delivering trusted and repeatable results. Its portability, comprehensive accessories, and compatibility with multiple standards provide added convenience and versatility for laboratory and field applications.

Q: When should I use the Plate Bearing Test Machine in a construction project?

A: It is essential to conduct plate bearing tests during site investigation phases, typically prior to foundation design or major soil improvement works. This ensures accurate assessment of ground conditions and helps inform safe, economical engineering decisions.

Q: Where can the Plate Bearing Test Machine be applied?

A: The designed for both laboratory environments and in-field soil testing. Thanks to its portable design and sturdy construction, it suits foundation design work at construction sites, infrastructure projects, and geotechnical investigations.

Q: What process steps are involved in operating the Plate Bearing Test Machine?

A: Begin by assembling the machine and placing the load plate onto the designated soil. Use the extension rods and hand pump/hydraulic system to apply load, monitoring displacement via the dial gauge. Continue loading incrementally per the selected test standard and record all results for analysis.

Q: How does the ensure accurate measurements?

A: The is equipped with a high-resolution load gauge (0.01 kN) and a precision dial gauge for displacement readings. Its manual operation minimizes electronic error, while a sturdy tripod and stable load plate offer consistent test conditions.

Q: What accessories are provided with the Plate Bearing Test Machine?

A: Standard accessories include extension rods, a tripod stand, and a hand pump, supporting flexible and efficient operation in diverse soil conditions. These components facilitate setup and enhance measurement versatility.