WATLOW ANAFAZE CLS216 温度控制器放大器是WATLOW公司推出的一款高性能温度控制设备，主要应用于工业加热系统中的温度监测和控制。

技术参数

尺寸：21厘米（宽）×12厘米（高）×6厘米（深），紧凑设计便于集成。

颜色：黑色，工业级外观设计。

输出频率：50/60Hz，适应不同电源环境。

系统环境：常温，适用于常规工业环境。

系统能力：智能，支持复杂的控制算法和逻辑。

操作系统：PLC系统，便于与其他自动化设备集成。

系统功能：可编程，支持用户自定义控制逻辑。

重量：2.33千克，轻量化设计。

控制回路：支持多达16个独立的加热和冷却回路，实现多区域温度控制。

控制算法：采用先进的PID控制算法，具有自动调谐功能，确保精确控制。

输入类型：支持多种温度传感器输入，包括热电偶、RTD、线性电压和电流等。

输出方式：提供固态继电器输出、模拟输出等多种方式，灵活连接执行器。

通信接口：内置多种通信接口，支持与其他设备或系统的数据交换和远程监控。

编程功能：支持斜坡、浸泡、顺序控制等复杂工艺要求的编程。

功能特点

精准温度控制

能够精确地监测和控制加热设备的温度，确保在设定的温度范围内稳定运行，提高生产效率和产品质量。

多种控制模式

支持比例控制、PID控制等多种控制模式，满足不同应用场景的温度控制需求。

多种输入信号

支持热电偶、热敏电阻等多种输入信号类型，适用于不同类型的温度传感器，提供灵活的接入方式。

报警功能

具有报警功能，能够在温度超出设定范围时发出警报，提醒操作人员及时采取措施，确保生产安全。

数据记录和历史查询

支持数据记录功能，能够记录温度数据并保存历史记录，便于后续分析和查询，为质量追溯提供数据支持。

通信接口

具有通信接口，可以与其他设备或系统进行数据交换和通信，实现远程监控和控制，提高自动化水平。

用户界面

具有直观的用户界面，操作简单方便，便于用户设置参数和监控温度变化，降低使用门槛。

可靠性和耐用性

具有工业级的设计和制造，能够在恶劣的工业环境条件下稳定运行，并具有一定的耐久性，减少故障停机时间。

应用场景

工业加热系统：广泛应用于热压机、热处理设备、塑料成型机等工业加热系统中，实现对加热过程的精确控制和稳定运行。

半导体制造：在半导体制造过程中，用于控制关键设备的温度，确保产品质量和生产效率。

塑料加工：在塑料挤出、注塑等过程中，精确控制模具温度，保证产品的成型质量和生产效率。

食品加工：用于食品加工设备的温度控制，确保食品的安全和卫生，提高产品质量。

包装工业：在包装过程中，控制封口温度，保证包装质量和生产效率。

其他工业领域：还广泛应用于化工、医药、汽车等领域，满足不同行业的温度控制需求。

The WATLOW ANAFAZE CLS216 temperature controller amplifier is a high-performance temperature control device launched by WATLOW company, mainly used for temperature monitoring and control in industrial heating systems.

Technical Parameter

Size: 21 centimeters (width) x 12 centimeters (height) x 6 centimeters (depth), compact design for easy integration.

Color: Black, industrial grade exterior design.

Output frequency: 50/60Hz, suitable for different power environments.

System environment: Room temperature, suitable for conventional industrial environments.

System capability: Intelligent, supporting complex control algorithms and logic.

Operating system: PLC system, easy to integrate with other automation equipment.

System function: Programmable, supports user-defined control logic.

Weight: 2.33 kilograms, lightweight design.

Control circuit: Supports up to 16 independent heating and cooling circuits, achieving multi zone temperature control.

Control Algorithm: Adopting advanced PID control algorithm with automatic tuning function to ensure precise control.

Input type: Supports multiple temperature sensor inputs, including thermocouples RTD、 Linear voltage and current, etc.

Output mode: Provides various modes such as solid-state relay output and analog output, allowing for flexible connection of actuators.

Communication interface: Built in multiple communication interfaces, supporting data exchange and remote monitoring with other devices or systems.

Programming function: Supports programming for complex process requirements such as slope, immersion, and sequence control.

Functional Features

Accurate temperature control

Being able to accurately monitor and control the temperature of heating equipment, ensuring stable operation within the set temperature range, and improving production efficiency and product quality.

Multiple control modes

Support multiple control modes such as proportional control and PID control to meet the temperature control needs of different application scenarios.

Multiple input signals

Supports multiple input signal types such as thermocouples and thermistors, suitable for different types of temperature sensors, and provides flexible access methods.

Alarm

Equipped with alarm function, it can issue an alarm when the temperature exceeds the set range, reminding operators to take timely measures to ensure production safety.

Data recording and historical queries

Support data recording function, capable of recording temperature data and saving historical records for subsequent analysis and query, providing data support for quality traceability.

communication interface

Having a communication interface, it can exchange and communicate data with other devices or systems, achieve remote monitoring and control, and improve automation level.

user interface

It has an intuitive user interface, simple and convenient operation, making it easy for users to set parameters and monitor temperature changes, reducing the threshold for use.

Reliability and durability

With industrial grade design and manufacturing, it can operate stably under harsh industrial environmental conditions and has a certain degree of durability, reducing downtime caused by malfunctions.

Application scenarios

Industrial heating system: widely used in industrial heating systems such as hot press machines, heat treatment equipment, plastic molding machines, etc., to achieve precise control and stable operation of the heating process.

Semiconductor manufacturing: In the semiconductor manufacturing process, it is used to control the temperature of critical equipment to ensure product quality and production efficiency.

Plastic processing: Accurately controlling the mold temperature during plastic extrusion, injection molding, and other processes to ensure the molding quality and production efficiency of the product.

Food processing: used for temperature control of food processing equipment to ensure food safety and hygiene, and improve product quality.

Packaging industry: Control the sealing temperature during the packaging process to ensure packaging quality and production efficiency.

Other industrial fields: It is also widely used in chemical, pharmaceutical, automotive and other fields to meet the temperature control needs of different industries.