XYM-RP heating flat plate size common specifications90*90,120*120,150*150

The commonly used accessories areYP-15T+XYM-RP90*90,YP-40T+XYM-RP120*120， YP-60T+XYM-RP150 * 150, etc

(Supporting facilities can be customized according to customer needs)

Onebrief introduction

The flat heating mold is made of heat-resistant alloy tool steel, and the temperature remains high during long-term use≤300℃, do not exceed350℃, controlled by an intelligent digital temperature controller for heating. The instrument is easy to adjust, easy to operate, and has reliable and stable quality. It is an essential supporting non-standard equipment for laboratories in major scientific institutions, suitable for scientific research experiments in chemical engineering, medicine, superconductivity, ceramics, building materials, and other fields.

After being pressurized and heated, powders or particles are formed with uniform and increased density, reduced gas content, strengthened polymerization force between molecular surfaces, and are not easily broken after forming, which is conducive to analysis, cutting, sintering, storage, and other advantages.

IITechnical Parameter

1.Mold core material: heat-resistant mold steel

2.Mold hardness:HRC＞60

3.Working voltage:220V

4.Heating power:800-2000W(Adjust according to mold specifications)

5.Working temperature: room temperature---350℃ (Do not exceed)350℃）

6.Minimum temperature indication: one℃

7.Temperature control accuracy:1%+1、0.5%±1

8.Temperature controller working environment:0 ~50℃Relative humidity35%~85%RH,Non corrosive and non strong electromagnetic field radiation scenarios

IIIUsage

1.The flat heating mold consists of two parts. The upper pressing plate (including the insulation block) and the screw of the tablet press are connected by a flange (the top screw does not need to be screwed tightly, leaving a certain margin for the upper pressing plate to remain stationary when the screw rotates down). At the same time, the lower pressing plate is placed on the platform, and attention should be paid to placing the insulation block underneath.

2.After inserting the connecting wire plugs on the two tablets, insert the spring thermocouple into the middle socket of the lower pressure plate and lock it.

3.Insert the triangular plug at one end of the temperature controller into it220VPower supply socket. (There should be a ground wire)

4.Turn on the power switch, the indicator light on the switch is on, presssetSet the heating temperature with the key. (Refer to)PIDThe instruction manual for the temperature regulator starts heating and pressurizing. At the beginning of heating, due to the mold rising from cold to high temperature and the thermal capacity factor, there is a gradient in temperature conduction. Even after stopping heating, there will still be a slight increase in temperature. The changes in indoor environment, air convection, and constant temperature may result in slight errors. As several overshoot gradually equilibrate. Whenever the set temperature is changed,PIDThe parameters have slightly changed. Please be careful not to make arbitrary adjustments

5.Insert the triangular plug of the temperature controller power cord into it220VPower supply socket. (There must be a ground wire)

4matters needing attention:

1.Due to the high-temperature heating of the mold, the metal surface conducts heat quickly. Therefore, please be careful to prevent burns during operation (wear insulated gloves when heating the mold). After turning off the instrument, the mold still needs to be cooled for a period of time and should not be touched by mistake.

2.At high temperatures, metals are prone to oxidation, so the usage environment and sample pressure should be kept dry. If not in use for a long time, oil or industrial butter can be applied for storage.