STATIC PLATE LOAD TEST APPARATUS

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Price 1 आईएनआर/ Unit

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MOQ : 1 Unit

Specification

एप्लीकेशन
Soil Testing Equipment

प्रॉडक्ट टाइप
Soil Testing Equipment

बिजली की आपूर्ति
Power supplied through lithium ion bettory with more than 18 hours of working life of full charge

उपयोग
The EIE4020 is Digital Static Plate Load Tester is an Automatic Evaluation Static Plate Load Tester according to DIN 18134, ASTM 1194,1195,1196, BS 1377, that provides output of Ev1 and Ev2 values. The EIE4020 is ideal for ongoing measurement of Ev1 and Ev2 Deformation Modulus of compacted layer [Elastic Modulus at second loading (EV2)] values during construction stages , including Deformation Modulus EV2 of compacted layers

मशीन का वजन
किलोग्राम (kg)

Trade Information

Minimum Order Quantity
1 Unit

आपूर्ति की क्षमता
प्रति महीने

डिलीवरी का समय
हफ़्ता

नमूना नीति

पैकेजिंग का विवरण
Wooden Box / Corrugated Box

About

The EIE4020 is Digital Static Plate Load Tester is an Automatic Evaluation Static Plate Load Tester according to DIN 18134, ASTM 1194,1195,1196, BS 1377, that provides output of Ev1 and Ev2 values. The EIE4020 is ideal for ongoing measurement of Ev1 and Ev2 Deformation Modulus of compacted layer [Elastic Modulus at second loading (EV2)] values during construction stages , including Deformation Modulus EV2 of compacted layers

Further details available on our website.

Price and specifications mentioned here are subject to change as per theapplication, customer requirements and prevailing market conditions. Pleaserefer to us for the final rates and offer.

Advanced Soil Testing Capabilities

The EIE4020 Static Plate Load Test Apparatus offers automated and digital measurement of Ev1 and Ev2 values, streamlining the evaluation of compacted soil layers. Designed for rigorous conditions, this apparatus provides consistent, accurate results during different stages of construction, helping ensure quality and compliance with international standards.

User-Friendly Portability and Power

With a total weight of just 12.5 kg and an efficient lithium-ion battery providing more than 18 hours of working life, the apparatus is perfect for field applications. The rechargeable power supply allows hassle-free and uninterrupted testing, eliminating the need for external power sources.

FAQs of STATIC PLATE LOAD TEST APPARATUS - EV2:

Q: How does the EIE4020 Static Plate Load Test Apparatus support soil testing on construction sites?

A: The EIE4020 automatically measures the deformation moduli (Ev1 and Ev2) of soil and compacted layers, ensuring constructors can assess soil strength and compaction at various construction stages. This helps in ensuring foundational integrity and meeting engineering specifications.

Q: What standards does the EIE4020 apparatus comply with?

A: The apparatus conforms to international standards such as DIN 18134, ASTM 1194, ASTM 1195, ASTM 1196, and BS 1377, ensuring that test results are recognized and accepted globally.

Q: When should the EIE4020 be used during the construction process?

A: The apparatus is ideally employed during base and subgrade preparation phases to evaluate the deformation modulus (EV2) of compacted layers, both before and after compaction, to confirm soil suitability and compaction quality for further construction.

Q: Where can the EIE4020 apparatus be utilized most effectively?

A: Due to its portability (12.5 kg) and battery-powered operation, it is highly effective for field use at various construction sites, including road building, infrastructure projects, and anywhere soil compaction needs to be assessed.

Q: What is the process for conducting a test with the EIE4020 apparatus?

A: The operator places the apparatus on the prepared soil, follows the automated digital prompts to apply loads and measure displacements, and receives evaluation of Ev1 and Ev2 values without manual calculation, streamlining the testing process.

Q: What are the main benefits of using an automatic digital static plate load tester like the EIE4020?

A: The main benefits include accurate, repeatable results, reduced operator error, minimal setup time, and full compliance with recognized standards, making it a reliable choice for routine and ongoing soil evaluation during construction.

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