Instron universal testing machine

NegotiableUpdate on 01/09

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Nature of the Manufacturer: Producers

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Overview

Instron was founded in Boston, USA in 1946 and developed the world's * closed-loop control electronic universal material testing machine and * strain gauge load sensors. For 70 years, Instron has been committed to developing and producing high-quality material testing instruments and testing systems with cutting-edge scientific technology. Instron universal testing machines now have tens of thousands of Instron products playing a role in numerous fields in nearly a hundred countries and regions. Based on collaborations with Dynatup and CEAST, Instron has accumulated experience in designing impact testing systems to simulate real-life impact environments

Product Details

Instron universal testing machine

Universal testing machine

Product Introduction

The Instron 5980 universal testing machine's floor standing material testing system is sturdy and durable, capable of meeting flexible testing needs. The standard design and options can greatly improve the efficiency and operational experience of operators The 5980 floor standing model has a sturdy and durable frame structure, which can well meet the material testing of various alloys, composite materials, aerospace and automotive structures, bolts, fasteners and steel plates. The rack load capacity is available in 100, 150, 250, 400, and 600 kN, and some options can meet special travel and testing space requirements. The key advantage of the 5980 floor standing material testing system is the frame stiffness, which is very suitable for testing high-strength materials such as aerospace composite materials, metal alloys, and lens polymers.

The high stiffness and centering provided by guiding and preloading bearings can provide more accurate modulus and strain values, and reduce energy storage. An easily accessible testing area is very important for operators. When testing large volume metal tests, fasteners, or composite components, operators often have to struggle to reach the bottom of the large frame to install the specimens - especially when the volume of fixtures or fixtures is also large. The 400 and 600 kN frame designs have relatively low bases for operators to install fixtures and fixtures, thereby reducing the need for manual support of heavy specimens.

Instron universal testing machineProduct Features

Load measurement accuracy: The accuracy is+/-0.5% of the indicated reading, and the load sensor ranges from full scale to 1/1000 of the capacity (2580 series load sensor)
When loading, extending, and strain channels work simultaneously, the frequency reaches 2.5 kHz
Speed range 0.00005 to 1016 mm/min (0.000002 in/min to 40 in/min), varies depending on the model
The lower operating base facilitates the operator's access to the experimental space, allowing for user-defined control panel operations and Bluehill ® software compatibility
Sensors automatically recognize loads and extensometers
There can be options for lengthening and widening

Technical Parameter

model	Load capacity	Vertical experimental space	Vertical test space (specially elevated type)
5982 universal testing machine	100 kN (22,500 lbf)	1430 mm (56.3 in)	1930 mm (76 in)
5984 Universal Testing Machine	150 kN (33,750 lbf)	1430 mm (56.3 in)	1930 mm (76.0 in)
5985 universal testing machine	250 kN (56,200 lbf)	1430 mm (56.3 in)	1930 mm (76.0 in)
5988 universal testing machine	400 kN (89,700 lbf)	2050 mm (80.7 in)	——
5989 universal testing machine	600 kN (135,000 lbf)	2000 mm (78.8 in)	——