It is mainly used for testing the flexural strength of 40×40×160 mm cement mortar prism specimens. The machine is a new-generation automatic constant-load testing system developed by our company, integrating high-precision measurement, microprocessor control, data acquisition, and intelligent testing functions.Compared with traditional flexural testing machines, this equipment offers higher accuracy, compact structure, easier operation, faster testing speed, and optional PC control and networking capability.

Microcomputer-Controlled Cement Flexural Testing Machine

Model:TDYE-10

I. Product Overview

The 10kN Microcomputer-Controlled Cement Flexural Testing Machine (TDYE-10) is designed and manufactured in accordance with GB 177-85 “Test Method for Cement Mortar Strength”, GB/T 17671-1999 (ISO Method), and T0503-94 of the Highway Engineering Cement Concrete Test Procedures.It is widely used in cement plants, construction engineering companies, quality inspection stations, universities, and research institutes.

II. Main Features

Automatic constant load control system

High-precision signal conditioning system and 32-bit ARM microprocessor

Real-time force measurement and data processing

Supports data storage, printing, networking, and remote transmission

Supports computer-based control operation

Compact structure and stable performance

Easy operation and high degree of automation

High testing accuracy and good repeatability

Suitable for laboratory and industrial testing environments

III. Application Scope

Cement mortar flexural strength test (40×40×160 mm prism)

Cement quality testing

Building materials laboratory testing

Engineering quality supervision department testing

Testing by universities and research institutions

IV. Technical Specifications

Power Supply: AC 220V ±10%, 50Hz

Power Consumption: ≤15 W

Maximum Test Force: 10 kN (10,000 N)

Loading Speed: 50 N/s ± 5 N/s

Indication Error: ≤ ±1%

Repeatability Error: ≤ 1%

Printer Paper Size: 57 mm thermal paper

Fuse Specification: 1 A

V. Control System

The equipment adopts an advanced microcomputer control system with the following functions:

Automatic loading and test control

Real-time display of test force and status

Data acquisition and processing

Automatic calculation of test results

Data storage and retrieval

Optional computer control software system

Report printing and data export functions