Stretching time-delay test machine

Abstract

The invention comprises a front beam assembly, a rear beam assembly, a control console and a hydraulic mechanism. The front and rear beam assemblies use single beam connection; the one end of front beam assembly is connected to the rear beam assembly in dismountable way; the other end of it is connected to the hydraulic cylinder in dismountable way; the hydraulic cylinder in the hydraulic mechanism is connected to the hydraulic fluid connection of the control console via pipeline; the tested component is mounted in the front beam assembly and rear beam assembly; the one end of the tested component connected to the front beam assembly can be stretched by hydraulic fluid cylinder. Said front beam assembly and rear beam assembly is a combined type mono-spar structure and can be dismounted according to the requirement.

Description

technical field

[0001] The invention relates to a machine for temporarily testing on-site in an oil field, in particular to a tensile time-delay testing machine for an on-site downhole tool in an oil field. Background technique

[0002] At present, many oil fields often need to perform tensile time-delay tests on downhole tools on site to test the performance of tools, such as testers, packers, jars and safety seals, etc. Time and shear pin shearing and other tests. Most of the existing tensile time-lapse testing machines use two beams as a whole, the specimen is placed between the two beams, and the hydraulic mechanism is controlled by the console to perform tensile testing on the specimen. The testing machine of the integral beam is bulky and needs enough space for placement, and is heavy in weight, making it inconvenient to carry as a whole, and it is not conducive to transportation to the oil well site for operation. Contents of the invention

[0003] In order to sol...

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