CONTEC ACODCO-8(98)01 其他

输出负载能力电压模式:≥2 kΩ

电流模式:≤500Ω

建立时间<10μs(0%~90%步进响应)

短路保护持续短路保护,自动限流

回读功能支持输出电压/电流实时回读(精度±0.1%)

4.数字I/O与触发功能

参数类别规格详情

数字I/O 4路通用数字I/O(TTL电平,可编程为输入/输出)

触发模式软件触发、外部硬件触发(上升沿/下降沿可选)

定时器内置32位定时器,支持PWM输出(频率1 Hz~1 MHz)

5.环境与可靠性

参数类别规格详情

工作温度0~55℃(工业级)

存储温度-20~70℃

湿度5~95%RH(无凝露)

MTBF>100,000小时(25℃恒定负载)

认证标准CE、FCC Class A、RoHS

分类: 品牌:

描述

一、产品定位与核心优势

1.品牌与产品线归属

CONTEC(日本康泰克,工业自动化与数据通信解决方案提供商):

ACODCO-8(98)01是CONTEC数据采集与控制系列中的一款8通道模拟量输入/输出模块,属于工业级PCI总线接口设备。

核心优势:

高精度采集:支持16位分辨率,满足实验室级测量需求。

多通道同步:8通道独立采样,支持差分/单端输入切换,抗干扰能力强。

实时控制:集成8通道模拟量输出,实现闭环反馈控制。

工业兼容性:符合PCI 2.2标准,兼容Windows/Linux/RTOS等操作系统。

可靠性设计:通过EMC测试,适应强电磁干扰环境(如工厂自动化产线)。

2.典型应用场景

工业自动化测试:

采集温度、压力、流量、振动等传感器信号,用于设备状态监测或质量控制。

过程控制系统:

作为PLC/DCS系统的扩展模块,实现模拟量信号的精准控制(如化工反应釜温度调节)。

科研与实验:

应用于材料测试、流体力学实验,记录高速变化的物理量(如应变、位移)。

医疗设备集成:

嵌入医疗仪器(如心电图机、超声诊断仪),采集生物电信号或压力波形。

能源管理:

监测电网电压、电流、功率因数,支持智能电表或分布式能源系统。

二、技术参数详解

1.基础规格

参数类别规格详情

型号ACODCO-8(98)01

系列CONTEC ACO系列(模拟量采集与控制模块)

接口类型PCI总线(32位,33 MHz)

通道数8通道模拟量输入+8通道模拟量输出

分辨率输入/输出:16位(±0.0015%FSR)

采样率单通道最高100 kS/s(可软件配置)

同步性多通道同步采样(相位差<0.1°)

2.模拟量输入参数

参数类别规格详情

输入范围电压:±10 V、±5 V、±2.5 V、±1.25 V(软件可选)

电流:4~20 mA(需外接电阻)

输入阻抗电压模式:>1 MΩ

电流模式:250Ω(精度±0.1%)

共模抑制比(CMRR)>80 dB(50/60 Hz)

过载保护±35 V持续保护,自动恢复

抗混叠滤波内置4阶低通滤波器(截止频率可调)

3.模拟量输出参数

参数类别规格详情

输出范围电压:±10 V、±5 V、0~10 V、0~5 V(软件可选)

电流:0~20 mA、4~20 mA(需外接电源)

输出负载能力电压模式:≥2 kΩ

电流模式:≤500Ω

建立时间<10μs(0%~90%步进响应)

短路保护持续短路保护,自动限流

回读功能支持输出电压/电流实时回读(精度±0.1%)

4.数字I/O与触发功能

参数类别规格详情

数字I/O 4路通用数字I/O(TTL电平,可编程为输入/输出)

触发模式软件触发、外部硬件触发(上升沿/下降沿可选)

定时器内置32位定时器,支持PWM输出(频率1 Hz~1 MHz)

5.环境与可靠性

参数类别规格详情

工作温度0~55℃(工业级)

存储温度-20~70℃

湿度5~95%RH(无凝露)

MTBF>100,000小时(25℃恒定负载)

认证标准CE、FCC Class A、RoHS

三、功能特性解析

1.高精度采集与控制

16位ADC/DAC:

提供65536级量化精度,适合微小信号测量(如热电偶毫伏级电压)。

同步采样技术:

多通道数据时间戳对齐,避免相位延迟误差,适用于振动分析、电机扭矩测量。

动态范围调整:

支持输入范围自动切换,适应大动态信号(如爆炸冲击波)的采集。

I.Product Positioning and Core Advantages

1.Brand and Product Line

CONTEC(Contec,Japan,a provider of industrial automation and data communication solutions):

ACODCO-8(98)01 is an 8-channel analog input/output module in the CONTEC data acquisition and control series,and is an industrial-grade PCI bus interface device.

Core Advantages:

High-precision acquisition:supports 16-bit resolution to meet laboratory-level measurement requirements.

Multi-channel synchronization:8 channels are independently sampled,supporting differential/single-ended input switching,and has strong anti-interference ability.

Real-time control:integrated 8-channel analog output to achieve closed-loop feedback control.

Industrial compatibility:complies with PCI 2.2 standards and is compatible with operating systems such as Windows/Linux/RTOS.

Reliability design:passed EMC testing and adapted to strong electromagnetic interference environments(such as factory automation production lines).

2.Typical application scenarios

Industrial automation testing:

Acquisition of sensor signals such as temperature,pressure,flow,vibration,etc.for equipment status monitoring or quality control.

Process control system:

As an extension module of PLC/DCS system,it can realize precise control of analog signals(such as temperature adjustment of chemical reactor).

Scientific research and experiment:

Applied to material testing,fluid mechanics experiments,and record high-speed changing physical quantities(such as strain and displacement).

Medical equipment integration:

Embedded medical instruments(such as electrocardiographs and ultrasonic diagnostic instruments)to collect bioelectric signals or pressure waveforms.

Energy management:

Monitoring grid voltage,current,and power factor,supporting smart meters or distributed energy systems.

2.Technical Parameters

1.Basic Specifications

Parameter Category Specification Details

Model ACODCO-8(98)01

Series CONTEC ACO Series(Analog Acquisition and Control Module)

Interface Type PCI Bus(32-bit,33 MHz)

Number of Channels 8-channel analog input+8-channel analog output

Resolution Input/output:16-bit(±0.0015%FSR)

Sampling Rate Single channel up to 100 kS/s(software configurable)

Synchronicity Multi-channel synchronous sampling(phase difference<0.1°)

2.Analog Input Parameters

Parameter Category Specification Details

Input Range Voltage:±10 V,±5 V,±2.5 V,±1.25 V(software selectable)

Current:4~20 mA(external resistor required)

Input Impedance Voltage mode:>1 MΩ

Current mode:250Ω(accuracy±0.1%)

Common Mode Rejection Ratio(CMRR)>80 dB(50/60 Hz)

Overload protection±35 V continuous protection,automatic recovery

Anti-aliasing filtering Built-in 4th-order low-pass filter(adjustable cutoff frequency)

3.Analog output parameters

Parameter category Specification details

Output range Voltage:±10 V,±5 V,0~10 V,0~5 V(software selectable)

Current:0~20 mA,4~20 mA(external power supply required)

Output load capacity Voltage mode:≥2 kΩ

Current mode:≤500Ω

Settling time<10μs(0%~90%step response)

Short circuit protection Continuous short circuit protection,automatic current limiting

Readback function Supports real-time readback of output voltage/current(accuracy±0.1%)

4.Digital I/O and trigger function

Parameter category Specification details

Digital I/O 4 general-purpose digital I/O(TTL level,programmable as input/output)

Trigger mode Software trigger,external hardware trigger(rising edge/falling edge selectable)

Timer Built-in 32-bit timer,supports PWM output(frequency 1 Hz~1 MHz)

5.Environment and reliability

Parameter category Specification details

Operating temperature 0~55℃(industrial grade)

Storage temperature-20~70℃

Humidity 5~95%RH(no condensation)

MTBF>100,000 hours(25℃constant load)

Certification standards CE,FCC Class A,RoHS

III.Functional characteristics analysis

1.High-precision acquisition and control

16-bit ADC/DAC:

Provides 65536-level quantization accuracy,suitable for small signal measurement(such as thermocouple millivolt voltage).

Synchronous sampling technology:

Multi-channel data timestamp alignment to avoid phase delay error,suitable for vibration analysis and motor torque measurement.

Dynamic range adjustment:

Supports automatic switching of input range to adapt to the acquisition of large dynamic signals(such as explosion shock waves).

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