PERMEABILITY TEST SYSTEM

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PERMEABILITY TEST SYSTEM Specification

Capacity
1 Sample (Standard), Customizable

Voltage
220 V AC

Measurement Range
0.1 to 10 Darcy

Core Components
Test Cell, Pump, Control Unit, Display

Frequency
50 Hz

Power Source
Electric

Temperature Range
Up to 50C

Accuracy
100 %

Model No
PTS-01

Automation Grade
Semi-Automatic

Feature
Highly Efficient

Equipment Materials
Mild Steel (Powder Coated), Glass, Stainless Steel Fittings

Type
PERMEABILITY TEST SYSTEM

Usage
Laboratory

Display Type
Digital

Dimension (L*W*H)
600 x 400 x 500 mm (Approx)

Weight
Approx. 20-30 kg

About PERMEABILITY TEST SYSTEM

PERMEABILITY TEST SYSTEM

Constant Head Permeability Test

Use: Permeability Test System for efficient and accurate permeability testing of a wide range of construction materials

Permeability Cell:

Cell Diameter 75 mm.
The (b) type permeability cell is specially designed for constant head tests on incoherent soil samples.
It has a central body with 3 outlets for 3 manometer tubes through which water is collected after seepage through the sample.
Inlet and drainage ducts are found in the metal base.
A movable stem enables stabilization of the upper surface of the sample.
Weight 3 Kg.
Standpipe with three manometers tubes.
Comprises 3 glass tubes all of the same diameter, relevant graduated rods, taps and metal pedestal for bench mounting.

Dimensions:

320x1450x500 mm.
Weight: 15 g.
Constant level tank.
Supplied with support for wall mounting, it comprises a transparent body, water supply ducts, discharge and flow valves.

Advanced Performance with Customization

This permeability test system is engineered to cater to varied laboratory needs with its customizable sample sizes and dual control methodsmanual or digital. Its modern digital display, electronic flow sensor option, and data output connectivity simplify both testing and data management. Mild steel construction, coupled with stainless steel fittings and glass, ensures durability in rigorous lab environments.

Standards-Compliant and Reliable

Designed to meet both IS and ASTM requirements, the device guarantees standardized test results. Safety is prioritized through overload protection and a robust, leak-proof build. The factory calibration ensures accuracy from day one, while easy on-site calibration keeps ongoing usage precise and dependable.

FAQs of PERMEABILITY TEST SYSTEM:

Q: How does the PERMEABILITY TEST SYSTEM work for measuring permeability?

A: The system measures the permeability of soil or rock samples by allowing water or air to flow through the test specimen under controlled pressures. Measurements are captured using either a precision graduated cylinder or an electronic flow sensor, ensuring highly accurate and repeatable results.

Q: What are the benefits of using this system in a laboratory setting?

A: Using the PERMEABILITY TEST SYSTEM offers precise, standard-compliant results due to its high accuracy (100%), adjustable controls, and efficient sample handling. The systems digital display, customizable settings, and data output capabilities enhance laboratory productivity and data management.

Q: When is on-site calibration necessary for this equipment?

A: On-site calibration is recommended if there are changes in laboratory conditions, after significant use, or following internal relocation of the device. While the system comes factory calibrated, periodic on-site calibration ensures sustained measurement accuracy.

Q: Where can the system be optimally used?

A: The equipment is designed for laboratory use, operating efficiently within temperature range of 1540C (non-condensing). Its compact dimensions (600 x 400 x 500 mm) and robust construction make it suitable for both academic and industrial research laboratories.

Q: What process should be followed to test different sample diameters?

A: To test non-standard sample sizes, select the custom size option during setup. The system accommodates different sample diameters, ensuring secure placement within the test cell and adjusting controls as needed for accurate result acquisition.

Q: How do the safety features and design benefit users?

A: Safety features such as overload protection and a leak-proof design protect users and the equipment, reducing risks during operation. The robust construction with powder-coated mild steel and stainless steel fittings adds to the devices reliability and lifespan.

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