Wholesale of 30 ton constant stress flexural and compressive testing machine

NegotiableUpdate on 05/18

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The 30 ton fully automatic constant stress flexural and compressive testing machine is used to determine the compressive strength of building materials such as bricks, stones, and concrete. This testing machine complies with the national standard "Standard for Test Methods of Mechanical Properties of Ordinary Concrete", and should have computer-controlled loading speed. It also has loading speed indicator device, peak holding, overload protection function, and is a testing and inspection equipment for construction, building materials, highway bridges and other engineering units.

Product Details

30 ton fully automatic constant stress bending and compression testing machineMain technical parameters

name	Pressure resistant part	Anti bending part
Large load	300KN	10KN
Relative error of indication	≤±1%	≤±1%
Piston diameter X large stroke	Φ125X100mm	Φ55X100mm
Pressure plate diameter	Φ160	Φ100
Distance between pressure plates	200mm	200mm
Loading speed	0-10KN/S	0-0.75KN/S

Test force measurement range: 4% -99%

Error in applying test force:±1%

Input voltage: 380V

Motor power: 0.75KW

Dimensions (mm)）1220*510*1280mm

Host weight:300kg

II30 ton fully automatic constant stress bending and compression testing machineInstallation of

The installation foundation of this testing machine should be firm and reliable. In order to adapt to operation and ensure correct readings, the foundation can be appropriately raised above the ground, and the height should be determined according to actual needs. A space of no less than 0.7m should be left around the testing machine for maintenance and operation. Anchor bolt (M12 × 300mm)）Secondary grouting should be used to ensure correct bolt installation.

(See the installation foundation diagram)

680X1100

Basic diagram of testing machine

Page 2

During installation, the testing machine should be kept level (levelness ≤ 0.2/1000)）, Application

0.1/1000. A frame level is used to measure the plane of the lower pressure plate. If the horizontal or vertical level exceeds the specified limit, a shim can be added under the bottom plate for correction, and then the foot nut can be tightened.

Then connect the power cord, and the local electrical appliances should have grounding safety protection devices. The voltage variation of the power supply should not exceed ± 10% of the rated value.