FBM215-P0922VU

¥3,624.00

‌Weight‌:

‌Weight‌: Different weights are given, such as 0.85KG‌1, 565kg (which is clearly incorrect for this type of module)‌, and 0.5KG‌34. The most plausible weight is 0.5KG‌.

‌Series‌:

‌Series‌: The FBM215-P0922VU belongs to the 90-30 series of FOXBORO products‌.

‌Features‌:

‌Isolation‌: Provides isolated channel output, ensuring signal integrity‌.
‌Compatibility‌: Universally compatible with programmable controllers‌.
‌Ease of Installation‌: Designed for easy installation‌.
‌Applicability‌: Suitable for use in refineries, petrochemical/chemical plants‌

Category:

Description

‌Parameters and Specifications‌:

‌Brand‌: FOXBORO‌.
‌Model‌: FBM215-P0922VU‌.
‌Input Voltage‌: 10VDC‌.
‌System Compatibility‌: Designed for use with DCS (Distributed Control Systems)‌.

‌Dimensions‌:

‌Size‌: Various dimensions are mentioned, including 8987547‌1, 9556mm (which seems excessively large and likely incorrect)‌5, and 4.518.821.7cm (more plausible for an industrial module)‌2. The most reliable dimension is likely 4.518.821.7cm‌.

‌Weight‌:

‌Weight‌: Different weights are given, such as 0.85KG‌1, 565kg (which is clearly incorrect for this type of module)‌, and 0.5KG‌34. The most plausible weight is 0.5KG‌.

‌Series‌:

‌Series‌: The FBM215-P0922VU belongs to the 90-30 series of FOXBORO products‌.

‌Features‌:

‌Isolation‌: Provides isolated channel output, ensuring signal integrity‌.
‌Compatibility‌: Universally compatible with programmable controllers‌.
‌Ease of Installation‌: Designed for easy installation‌.
‌Applicability‌: Suitable for use in refineries, petrochemical/chemical plants‌

‌Role‌:

‌Role in Automation‌: The FOXBORO FBM215-P0922VU serves as a critical component in industrial automation systems, particularly within DCS frameworks. It processes and transmits analog signals, enabling seamless communication and control within industrial processes. By providing isolated outputs, it ensures the accuracy and reliability of the signals, contributing to the overall efficiency and performance of the automation system‌