HD-513E ring pressure pressure meter structure principle

First, the principle of ring pressure side pressure meter:

A good specimen test fixture is placed between the upper and lower pressure plates, and then the specified speed is applied. When the lower pressure plate is compressed upward, the load cell at the upper end of the upper pressure plate senses the pressure and converts the pressure into a voltage signal. Loss to the display resolves while the pressure value is displayed on the power display.

Second, the use of standards: The design of the instrument in line with TAPPI-T472, JIS-P8126, GB/T2679.9 and other standards.

Third, the characteristics of ring pressure side pressure meter: This machine is a high-precision sensor sensor, analyzed by software to show the strength of the sample.

Fourth, ring pressure side pressure meter main technical parameters:

Capacity: 10, 20, 50, 100, 200kg (optional);

Decomposition degree: 1/100,000;

Accuracy: ≤0.5%

Display mode: LCD display

Pressure plate: 100 × 100mm or visual pressure depending on the sample diameter;

Compression spacing: 80mm;

Platen parallelism: ±0.05mm

Ring pressure test specimen: 152.4×12.7mm

Side pressure test specimen: 25×100mm

Test speed: 12.7mm/min

Horsepower: 1/8HP;

Dimensions:(L×W×H)570×415×730mm

Weight:48kg;

Power supply: 1 inch, AC220V, 1.5A

Fifth, ring pressure pressure testing machine equipment structure diagram:

1. Force sensor: When the upper platen moves down, the induction paper or paperboard is resistant to pressure and transmitted to the power display.

2. Upper platen

3. Lower pressure plate

4. Moving beam: The high-precision ball screw drives the beam to move the upper jig up and down, and the force sensor is installed between the beam and the upper jig.

5. Control Panel

6. Base