GE 404X737G04LIPLIE烘干机控制板 PDF资料
1.产 品 资 料 介 绍：
中文资料：
404X737G04LIPLIE 烘干机控制板 是一款用于工业或商业烘干设备的控制模块。以下是对该类产品的一般说明和特性分析：
主要功能：
控制烘干流程：
- 管理温度、湿度和时间等参数。
- 提供精确的烘干过程控制，提高设备效率。
多功能接口：
- 支持多种传感器和执行器，例如温度传感器、风扇控制器和加热元件。
用户界面交互：
- 通过按键或触摸屏与用户交互，便于配置和监控烘干机运行。
安全保护功能：
- 过热保护、短路检测和电源异常处理。
通信能力：
- 支持与其他控制系统或监控设备连接（如 RS485、CAN 总线）。
应用领域：
- 工业制造：如纺织品、食品加工等领域的烘干设备。
- 商用服务：如洗衣房或其他高容量烘干设备。
技术规格（根据同类产品推测）：
- 电源要求：可能支持 24V 或 220V AC/DC。
- 温度范围：通常在 -20°C 至 +70°C。
- 接口类型：支持 GPIO、模拟输入、数字输出。
- 微控制器：内置嵌入式控制系统，支持实时操作。
英文资料：
The 404X737G04LIPLIE dryer control board is a control module used for industrial or commercial drying equipment. The following is a general description and characteristic analysis of this type of product:
Main functions:
Control the drying process:
Manage parameters such as temperature, humidity, and time.
Provide precise drying process control to improve equipment efficiency.
Multi functional interface:
Supports multiple sensors and actuators, such as temperature sensors, fan controllers, and heating elements.
User interface interaction:
Interacting with users through buttons or touch screens makes it easy to configure and monitor the operation of the dryer.
Security protection function:
Overheating protection, short circuit detection, and power abnormality handling.
Communication ability:
Support connection with other control systems or monitoring devices (such as RS485, CAN bus).
Application areas:
Industrial manufacturing: drying equipment in fields such as textiles and food processing.
Commercial services: such as laundry rooms or other high-capacity drying equipment.
Technical specifications (based on similar products):
Power requirements: May support 24V or 220V AC/DC.
Temperature range: typically between -20 ° C and+70 ° C.
Interface type: Supports GPIO, analog input, and digital output.
Microcontroller: Built in embedded control system, supporting real-time operation.
2.产 品 展 示
3.其他产品
Intelligent Instrumentation TM2500-001B 终端操作面板
4.其他英文产品
AMAT 0190-11415 Digital Input Module
GE D20 EME 10BASE-T Digital Control Modu
