Dynamic fatigue testing machine

NegotiableUpdate on 01/16

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The dynamic fatigue testing machine is a compact electro-hydraulic servo fatigue testing system that meets the demanding requirements of various static and dynamic tests. The 8801 system provides a comprehensive testing solution to meet the requirements of professional material and component testing, making it extremely suitable for fatigue testing and fracture mechanics.

Product Details

Dynamic fatigue testing machinefeature

Double acting electro-hydraulic servo actuator with a load capacity range of ± 100 kN (± 22 kip)

High rigidity precision centering frame, double columns, and actuator cylinder located on the lower base

Effective stroke of 150 mm (6 in)

• Designed to perform dynamic and static tests on various materials and components

• Select hydraulic configuration and dynamic performance based on the application

Provide ultra-high rack options for ultra long loading chain testing

Adjustable crossbeam, equipped with hydraulic lifting and locking devices for easy adjustment of spacing

1 Dynacell certified ™ Professional load sensor technology can accelerate testing progress and reduce inertial errors

The compact electro-hydraulic servo fatigue testing system machine requires a footprint of less than 0.5 m ² (5.4 ft ²)

• Optional static actuator cylinder for high lateral load resistance or critical material applications, such as low cycle fatigue

• Designed to be used in conjunction with the 3520 series hydraulic power unit

• Compatible with a range of fixtures, jigs, environmental chambers, video extensometers, protective covers, and other accessories

Dynamic fatigue testing machineIt is a compact electro-hydraulic servo fatigue testing system that meets the demanding requirements of various static and dynamic tests. The 8801 system provides a comprehensive testing solution to meet the requirements of professional material and component testing, making it extremely suitable for fatigue testing and fracture mechanics. The compact design of the 8801 mechanism makes it very suitable for installation in any experimental environment, generally without the need to reinforce the floor or increase the ceiling height.

Specifications
Linear dynamic bearing capacity	±10 kN（±2250 lbf）
Linear static bearing capacity	±7 kN（±157 0 lbf）
Twisting ability	±100 Nm（±800 in-lb）
itinerary	60mm (2.36 inches)
Standard rotation	± 135 °, rotate ± 16 turns
Load and torque 称重精度	± 0.5% of the indicated load or torque, or ± 0.005% of the indicated load or torque Capacity of weighing sensor, whichever is larger
Maximum daylight opening	877 millimeters (34.5 inches), with the actuator located in the middle position (for hitting, striking, etc.) below
Configure dual columns	Upper cross headband actuator
Install flooring	vertical
use	Manual lever clamp lifting and locking electric elevator
load cell	± 10 kN ± 100 Nm DynacellTM installed on the base
weight	994 kilograms (2190 pounds) [frame]
power supply	208 VAC to 240 VAC 32A single-phase 50/60 Hz
cooling	Temperature controlled air cooling
Operating Temperature	+10 to+30 degrees Celsius (+50 to+86 degrees Fahrenheit)
actuator	M20 × 1.5 center thread 6 × M8 on 75mm PCD 6 × M8 gap holes on 75 mm PCD
T-shaped groove workbench	M12 × 1 right center thread 3 M6 holes on 57 mm PCD 6 × M10 holes on 100mm PCD 3 M10 holes on 125mm PCD Install 4 M10 holes on a 280 mm × 90 mm bracket Auxiliary rectangle 4 M6 T-shaped slots located 80 mm from the center