Bow shaped spring sleeve stabilizer comprehensive performance testing machineMainly used for testing the mechanical properties of bow spring stabilizers, such as starting force, lowering force, resetting force, stop ring, and stabilizer placement.

Applicable industries:

Industries such as oil fields, natural gas, oil wells, and cementing.

Applicable standard

GB/T19831.1-2005 "Petroleum and natural gas industries - Casing stabilizers - Part 1: Bow spring casing stabilizers"

GB/T19831.2-2008 "Petroleum and natural gas industries - Cementing equipment - Part 2: Placement of stabilizers and testing of retaining rings";

GB/T19830-2005 Petroleum and natural gas industries - Steel pipes for casing and tubing of oil and gas wells

DIN EN ISO 10427-1-2003 "Petroleum and natural gas industries - Spring casing centralizers - Part 1: Bow shaped spring casing centralizers";

ANSI/APISPEC 10D-2002 Specification for Bow Spring Sleeve Centralizers (6th edition);

NF M87-226-1-2002 Petroleum and natural gas industry Casing stabilizer Part 1: Bow shaped spring type casing stabilizer

Main technical indicators:

Feature Introduction

1. Aluminum alloy cover makes the appearance of the equipment more beautiful, ensuring that the appearance color does not change;

2. High precision ball screw pairs make the transmission smoother and the whole machine has high rigidity, ensuring smooth operation;

3. Ultra large experimental width, limited to meet customer needs;

4. Panasonic AC servo motor drive from Japan, with high precision and fast response;

5. High precision sensors from the United States, with high accuracy and good stability;

6. The middle crossbeam is guided by four guide rods and a graphite self-lubricating sleeve. The strong guiding light bar increases the lateral rigidity of the equipment, ensuring linear movement of the moving crossbeam;

7. The host base adopts a concave design, ensuring the comfort of the experimental personnel standing and operating;

8. The precision cross joint connection ensures the neutrality of the sample clamping, reduces the difference in measurement data, and has good overall accuracy.

   Controller features

   1. The measurement resolution of force and deformation reaches 1/500000 of the full range;

   2. The sampling frequency of AD can reach up to 300Hz;

   3. Based on the high-end industrial control field, SOC high-end microprocessors serve as the system platform, integrating measurement and control into one, with more powerful functions and stable performance;

   4. Adopting a fully digital control system with three closed loops of force, deformation, and displacement, the control loops automatically switch between each other and transition smoothly. The control algorithm adopts advanced neuron adaptive PID control algorithm, which does not require tedious PID parameter settings, and beginners can easily complete professional experimental tasks;

   5. Four 24 bit A/D high-precision data acquisition channels, combined with advanced digital filtering technology, enable more accurate, stable, and reliable data acquisition;

   6. 2-channel high-speed photoelectric encoder (5MHz) signal acquisition channel, with the option to use more measurement accessories for outputting optical code signals;

   7. One controller can be configured with 4 force sensors and 8 electronic extensometers;

   8. Using 10M Ethernet as the data interface to facilitate the expansion of various measurement accessories;

   9. Adopting ultra large scale programmable digital integrated circuit design, it has small size, low power consumption, less heat generation, and more stable and reliable working characteristics.

Software functional features

The testing machine software provides a simple and intuitive operating interface, powerful user programmable interaction capabilities, comprehensive analysis and reporting functions, and a large number of built-in standard testing methods for various materials or industries. It can meet the requirements of simplicity, ease of use, and efficiency for quality control, as well as the personalized testing requirements for in-depth research on material properties by research institutes.

• Support the management of multiple force sensors and deformation sensors;

• A comprehensive library of testing standards facilitates customers in adding and managing testing standards;

• Multiple test curves were displayed simultaneously during the experimental process, making it easy for customers to observe changes in various test parameters;

• The control of the experimental process can be carried out in a step-by-step programming manner according to customer requirements;

• The output methods of the test report are divided into standard report format and EXCEL format;

• A set of multiple experimental data and curves can be printed on one experimental report;