Force Application: The needle is pushed into the soil until the gauge locks at the maximum applied force, which is then recorded and converted to strength/resistance
Temperature Range
Ambient Celsius (oC)
Power Source
Manual Operation
Automation Grade
Manual
Model No
Usage
Preliminary soil investigation, checking consistency of compacted fill layers, and screening samples before lab testing
Capacity
Standard Proctor Testing Capacities Pcs/hr
Classification
Geotechnical Engineering / Site Investigation & Quality Control
Color
Select (Typically Chrome/Black)
Feature
Portable Testing Kit
Product Type
Soil Strength Tester / Field Consistency Tester
Material
Steel, Aluminum
Measurement Range
Up to Required Soil Density
Core Components
Hydraulic Mechanism Gauge
Accuracy
High Precision %
Application
Civil Engineering Labs, Field Construction Sites
Equipment Materials
Metal Wood
Type
Hydraulic Soil Testing Kit
Display Type
Analog
Dimension (L*W*H)
Compact Carrying Case Dimensions Millimeter (mm)
Weight
Lightweight Approx. 5kg Grams (g)
About Hydraulic Proctor Needles
Proctor Needles Hydraulic Type
Specification:
Comprises hydraulic proctor needle system complete with a pressure gauge fixed at easily readable angle reading 0-70 kg x 2 kg. A set of needle points consisting one each 0.25, 0.5, 1.0, 1.5, 2.0, 3.5 and 6.0 sq. cm. and a wooden carrying case.
FAQs of Hydraulic Proctor Needles:
Q: What is the power source of Hydraulic Proctor Needles?
A: The power source of Hydraulic Proctor Needles is manual operation.
Q: What is the weight of Hydraulic Proctor Needles?
A: Hydraulic Proctor Needles is lightweight, weighing approximately 5kg.
Q: Does the Hydraulic Proctor Needles come with a warranty?
A: Yes, the Hydraulic Proctor Needles come with a 12-month manufacturer warranty.
Q: What is the measurement range of Hydraulic Proctor Needles?
A: Hydraulic Proctor Needles can measure up to the required soil density.
Q: What type of display does Hydraulic Proctor Needles have?
A: Hydraulic Proctor Needles features an analog display type.
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Usage : Compaction control for large earthworks projects (highways, dams, airfields)
Type : Semi Automatic Compactor
Operate Method : Automated Drops: Operator clamps the mould and initiates the automated drops; the machine lifts and drops the rammer, rotating the base between blows until the set number of blows is reached
Usage : Advanced pavement design (e.g., dynamic modulus), structural element testing, aerospace and automotive component analysis
Type : Testing Equipment
Operate Method : Computer Control: Software dictates the precise loading path (stress or strain control); sensors provide realtime feedback for closedloop control of the actuator
Usage : Foundation design, slope stability analysis, earth pressure calculations, and settlement prediction for major civil works
Type : Laboratory Testing Equipment
Operate Method : MethodStress Control: The specimen is saturated, consolidated under $\sigma_3$, and then sheared by increasing the axial stress $\Delta\sigma$ at a constant strain rate while monitoring pressures and volume changes