A-B 1794-IRT8XT 继电器输出模块
1.产 品 资 料 介 绍:
中文资料:
Allen-Bradley 型号 1794-IRT8XT 是一款用于 FLEX I/O 系统的 8 点热电偶/RTD 输入模块。
主要特点:
输入类型: 支持多种热电偶类型(如 J、K、T、E、R、S、B、N、C)和 RTD 类型(如 PT100、PT1000)。
输入通道: 提供 8 个独立的输入通道,适用于多点温度测量。
高精度: 采用高精度模数转换器,确保温度测量的准确性。
隔离设计: 输入端与系统侧之间具有隔离,增强抗干扰能力。
宽工作温度范围: 适用于 -20°C 至 70°C 的环境条件。
应用领域:
该模块广泛应用于需要温度监测和控制的工业自动化领域,如:
过程控制: 用于化工、制药等行业的温度监测。
能源管理: 在发电厂、供热系统中进行温度测量。
制造业: 用于生产线的温度监控,确保产品质量。
英文资料:
The Allen Bradley model 1794-IRT8XT is an 8-point thermocouple/RTD input module used in FLEX I/O systems.
Main features:
Input type: Supports multiple thermocouple types (such as J, K, T, E, R, S, B, N, C) and RTD types (such as PT100, PT1000).
Input channel: Provides 8 independent input channels, suitable for multi-point temperature measurement.
High precision: Using high-precision analog-to-digital converters to ensure the accuracy of temperature measurement.
Isolation design: There is isolation between the input end and the system side to enhance anti-interference ability.
Wide working temperature range: suitable for environmental conditions ranging from -20 ° C to 70 ° C.
Application areas:
This module is widely used in industrial automation fields that require temperature monitoring and control, such as:
Process control: used for temperature monitoring in industries such as chemical and pharmaceutical.
Energy management: Temperature measurement in power plants and heating systems.
Manufacturing industry: used for temperature monitoring on production lines to ensure product quality.
2.产 品 展 示
3.其他产品
ABSOLUTE PROCESS API4380GD隔离变送器
4.其他英文产品
AMAT 0190-66253 Communication Module
FM821 | Gespac GESINP-2B 8720 | 330710-000-060-10-02-00 |
FM820 | Gespac GESCIO-1 8915 | 3500/45 176449-04 |
FM803 | GESPAC GESDAC-1 GESDAC1 | 136188-01 |
FM802 | ADC-12A GESADC-12A 9310 GESPCB-334 | 330180-51-05 |
FM801 | GESPAC GESXT-11 GESXT11 | 330850-90-05 |
FAS-113DG | 6SC6100-0GC14 | 6ES5451-8MA12 |
F46HSNA-R2-NS-NV-02 | SS950-4000-R | NMFC01 |
F46HENA-R2-NS-NV-00 | HM4BA62222 | PCS124PS-200 |
F46HEAA-R2-NS-NV-00 | HP77A6 | NTAI02 |