山东水温机高温水加热器，水式模温机的智慧之心，正如一位经验丰富的老匠人，用其精湛的手艺和微电脑触摸式控制，让温度稳定如石，操作简便如行云流水。旋振筛则是这个过程中的忠实助手，它们用自己的节奏，将物料分选得既快又准。

亲切的触摸屏幕，一路通达，无需多言。

双重P.I.D温度控制表，如同一位守护者，始终监控着每一个细节。

安全保护与故障指示系统，犹如一盏明灯，为你指引前行之路。

组件寿命长久，如同古树参天，不易朽烂。

升降温度迅速，如疾风骤雨，却能将温度保持在所需之处。

适用于各类环境，即使在能源紧张时，也能显现出它的节能良策。

不锈钢成型，一体而为，以减少损耗，加热均匀无遗。

特别情况下，当我们需要计算时：

A、求加热器功率或冷冻功率：

W = 模具重量 × 比热 × 温差 × 时间 / 860 x H

其中 W 为模具重量（kg），比热 C 为不同材料之间的对比值（例如：钢为0.11），△t 为起始与目标温度之间的温差（℃），T 为时间（小时）。

B、求泵浦流量：

P = 0.1 * H * α

L = Q / C * △t * α * 60

2.Cold Machine Capacity Selection:

A、Q (Cold quantity) = Q1 + Q2

Q1 (Original material heat input) = W (hourly injected raw material weight in kg) * C (heat capacity of water or oil) * △T (temperature difference between T1 and T2)

Q2 (Heat generated by pouring machine)

B、Simplified calculation method for no pouring machine:

RT=7~8 OZ, where RT is the cold quantity.

OZ=28,3g; RT=3024 Kcal/h; KW=860 Kcal/h; BTU/Kcal:3,97.

C、Cooling tower selection:

A,B are calculated based on the output power of the mold ejection machine and cooling water tower.

In normal atmospheric pressure, the boiling point of water is 100°C.

Therefore, under standard conditions, the maximum control temperature of a water bath heater cannot exceed 100°C.

However, through increased piping pressure,

the controlled temperature can be raised to as high as 180°C,

thus expanding its application range.

When actual control temperatures exceed this limit,

our company recommends using an oil bath heater with a temperature control range up to 350°C.

This ensures that even when extremely high temperatures are required,

the equipment remains safe and efficient to use.

The choice between these two types depends on factors such as cost-effectiveness,

space constraints,

and specific heating requirements for each industry or process involved.

Water bath heaters offer several advantages over their counterparts including ease-of-use due to touch-screen controls and lower costs compared to maintaining an oil bath system in certain applications like food processing industries where stringent hygiene standards must be maintained.

Oil baths offer more flexibility with higher operating temperatures reaching up to

350°F(175°C), making them suitable for various industrial processes requiring higher temperatures such as plastics manufacturing.

Furthermore they provide better heat transfer efficiency than water baths at elevated temperatures.

However maintenance costs increase significantly because it requires regular replacement of lubricants.

Ultimately selecting between a Water Bath Heater or Oil Bath Heater depends on your specific needs regarding operating temperature ranges needed within your production line while considering factors like budget constraints along with space limitations available for installation purposes.

If you have any further questions about choosing one over another please feel free ask!