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GE /FANUC/控制器/卡件

HONEYWELL CC-PAIL51 模拟输入模块

    品牌:HONEYWELL
    型号:CC-PAIL51
    订货号:CC-PAIL51
    上架日期:2025-07-17 17:02
  • 产品详情

CC-PAIL51 模拟输入模块


一、基础信息
品牌与型号:霍尼韦尔(Honeywell)CC-PAIL51,属于C系列DCS系统模块。

核心功能:低电平模拟信号输入,用于接收来自传感器、变送器等设备的微弱电信号(如电压、电流),

并将其转换为控制系统可处理的数字信号。

应用场景:广泛应用于电源发电厂、化工、造纸、石油天然气等工业领域,支持连续过程控制中的温度、压力、流量等参数监测。

CC-PCNT02.jpg

二、技术特性
输入通道与隔离
通道配置:支持多通道输入(具体通道数需参考型号规格,部分资料提及8输入模块设计)。
通道隔离:采用通道间隔离技术,防止信号干扰,提升系统稳定性。例如,某型号模块通过独立隔离电路确保各通道信号独立传输。
输入信号范围
低电平信号处理:专为微弱信号设计,输入范围可能涵盖0-5V、1-5V、4-20mA等标准工业信号(需结合具体型号确认)。
高精度转换:内置高分辨率A/D转换器(如16位),确保信号采集精度,满足工业控制对数据准确性的要求。
模块化与扩展性
热插拔支持:部分型号支持热插拔功能,便于在线维护与更换,减少停机时间。
底板兼容性:与霍尼韦尔C系列I/O底板兼容,可灵活扩展I/O点数,适应不同规模控制系统需求。
环境适应性
防护等级:模块采用密封设计,防护等级达IP20或更高,适应潮湿、灰尘等恶劣工业环境。

工作温度范围:通常支持0℃至50℃(存储温度范围更广,如-20℃至70℃),确保在极端温度下稳定运行。

CC-PCNT02.3.jpg

三、典型应用场景
电源发电厂
发电机组监测:实时采集发电机温度、振动等参数,通过CC-PAIL51模块将模拟信号转换为数字信号,供控制系统分析处理,预防设备故障。
电网稳定性控制:监测电网电压、频率等关键指标,确保发电与用电平衡,提升电网稳定性。
化工与造纸行业
反应釜温度控制:通过热电偶或RTD传感器采集温度信号,经CC-PAIL51模块处理后,控制系统自动调节加热功率,维持反应温度稳定。
纸浆流量监测:连接流量变送器,实时监测纸浆流量,优化生产流程,提高产品质量。
石油天然气领域
管道压力监控:在输油管道中部署压力传感器,通过CC-PAIL51模块采集压力信号,及时发现泄漏或堵塞等异常情况。

井口数据采集:在油气井口安装传感器,监测井口压力、温度等参数,为生产决策提供数据支持。

CC-PCNT02.1.jpg

四、优势总结
高可靠性:霍尼韦尔品牌保障,模块设计符合工业级标准,MTBF(平均无故障时间)长,减少维护成本。
灵活配置:支持多通道输入与隔离设计,适应不同信号类型与工业场景需求。
易于集成:与霍尼韦尔DCS系统无缝兼容,简化系统集成流程,降低部署难度。
环境适应性强:防护等级高,工作温度范围广,适合恶劣工业环境长期运行。


CC-PAIL51 Analog Input Module




1、 Basic Information

Brand and Model: Honeywell CC-PAIL51, belonging to the C-series DCS system module.

Core function: Low level analog signal input, used to receive weak electrical signals (such as voltage, current) from sensors, transmitters, and other devices,


And convert it into a digital signal that can be processed by the control system.


Application scenarios: Widely used in industrial fields such as power plants, chemical industry, papermaking, oil and gas, supporting monitoring of parameters such as temperature, pressure, and flow rate in continuous process control.




2、 Technical characteristics

Input channel and isolation

Channel configuration: Supports multi-channel input (specific number of channels should refer to model specifications, some materials mention 8-input module design).

Channel isolation: Adopting inter channel isolation technology to prevent signal interference and improve system stability. For example, a certain model module ensures independent transmission of signals from each channel through independent isolation circuits.

Input signal range

Low level signal processing: designed specifically for weak signals, the input range may include standard industrial signals such as 0-5V, 1-5V, 4-20mA (to be confirmed with specific models).

High precision conversion: Built in high-resolution A/D converter (such as 16 bits) ensures signal acquisition accuracy and meets the requirements of industrial control for data accuracy.

Modularity and Scalability

Hot swappable support: Some models support hot swappable functionality, which facilitates online maintenance and replacement, reducing downtime.

Backboard compatibility: Compatible with Honeywell C-series I/O baseboards, it can flexibly expand the number of I/O points to meet the needs of different scale control systems.

Environmental adaptability

Protection level: The module adopts a sealed design, with a protection level of IP20 or higher, suitable for harsh industrial environments such as humidity and dust.

Working temperature range: usually supports 0 ℃ to 50 ℃ (with a wider storage temperature range, such as -20 ℃ to 70 ℃), ensuring stable operation at extreme temperatures.




3、 Typical application scenarios

Power Plant

Generator monitoring: Real time collection of generator temperature, vibration and other parameters, converting analog signals into digital signals through CC-PAIL51 module for analysis and processing by the control system to prevent equipment failures.

Grid stability control: Monitor key indicators such as grid voltage and frequency to ensure a balance between power generation and consumption, and improve grid stability.

Chemical and Paper Industry

Reaction kettle temperature control: Temperature signals are collected through thermocouples or RTD sensors, processed by the CC-PAIL51 module, and the control system automatically adjusts the heating power to maintain stable reaction temperature.

Pulp flow monitoring: Connect a flow transmitter to monitor pulp flow in real-time, optimize production processes, and improve product quality.

Oil and gas field

Pipeline pressure monitoring: Deploy pressure sensors in oil pipelines, collect pressure signals through CC-PAIL51 module, and promptly detect abnormal situations such as leaks or blockages.

Wellhead data collection: Install sensors at oil and gas wellheads to monitor parameters such as wellhead pressure and temperature, providing data support for production decisions.




4、 Summary of Advantages

High reliability: Honeywell brand guarantee, module design meets industrial standards, long MTBF (mean time between failures), and reduces maintenance costs.

Flexible configuration: Supports multi-channel input and isolation design, adapting to different signal types and industrial scene requirements.

Easy to integrate: seamlessly compatible with Honeywell DCS systems, simplifying the system integration process and reducing deployment difficulty.

Strong environmental adaptability: high protection level, wide working temperature range, suitable for long-term operation in harsh industrial environments.


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