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AS-B875-002 Schneider 800-SERIES I/O MODULE

AS-B875-002 Schneider 800-SERIES I/O MODULE

Manufacturers :Schneider
Model(s)  :AS-B875-002
Additional Information :800-SERIES I/O MODULE
Estimated Shipping Size
Dimensions: 263 × 58 × 28mm
Weight:.4.3 kg
Country of Origin: United States of America

 

Categories: , SKU: AS-B875-002

Description

Overview


Essential details:AS-B875-002 Schneider 800-SERIES I/O MODULE

These four suffixes indicate their other identity: BA: Basic, which means the basic module, to meet basic needs; ST: Standard, which means a standard module to meet most of the needs of users; HF: High Feature: indicates a high-performance module with some advanced functions. HS: High Speed indicates a high speed module, which optimizes the performance of high speed processing to meet the high requirements for performance and speed. Let’s take a look at the differences between these four identities of the IO module, understanding these differences will help selection and use: diagnostic function isochronous mode oversampling for different IO types there are also related functional differences,

AS-B875-002

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AS-B875-002 Schneider 800-SERIES I/O MODULE

 such as: Whether DQ module supports pulse width modulation PWM DI module supports integrated counting function AI module supports variable range can be selected according to the requirements of these differences, if there are other requirements such as signal type, measurement range and measurement error can be selected by referring to the technical specifications of the module in the manual. Here for you to explain the diagnostic function of the IO module, they include basic diagnostic function, module diagnostic function, channel diagnostic function. The basic diagnosis function is mainly for the BA analog input module, which supports the fault diagnosis at the module level. The configuration mode of the diagnostic function includes module configuration and channel configuration. The former can set the diagnostic function according to module, while the latter can set the diagnostic function according to channel, as shown in Figure 2.