The Honeywell MU-T Series, encompassing the High-Performance Process Manager (HPM) subsystem, demonstrates significant design versatility through its range of major assemblies, particularly its card files. Central to the architecture are the High-Performance Process Manager Module (HPMM) card file and the Input/Output Processor (IOP) card file. These units house the critical processing and input/output cards that drive control functions. Notably, the series offers nine distinct card file models, categorized into non-CE Compliant and CE Compliant versions, with optional conformal coating (MC prefix) for harsh environments. This foundational variety allows users to tailor the physical hardware configuration to specific application needs and regulatory requirements, establishing the MU-T Series as an adaptable platform for industrial automation.
Honeywell MU-T Series Defines Clear Mechanical Differentiation for CE Compliance
A pivotal advancement within the Honeywell MU-T Series is the mechanical distinction introduced in its CE Compliant card file models, which clarifies system configuration. Unlike the non-CE Compliant models, where a card file is designated as an HPMM or IOP file purely by the cards installed, the CE Compliant models are mechanically predetermined. An IOP card file is characterized by the presence of a ground plate and filtered I/O connectors in its two left-most slots, which physically prohibits the installation of an HPMM card set. Conversely, an HPMM card file lacks these components. This design ensures compliance and reduces configuration errors. Furthermore, the series provides a model MU-ZPFI03 conversion kit, enabling a field upgrade from an HPMM to an IOP card file, thereby protecting investment and offering future flexibility.
Honeywell MU-T Series Supports Scalable Architectures with Multiple Card File Types
Scalability is a hallmark of the Honeywell MU-T Series, achieved through three specific HPMM card file configurations: Left 7-Slot, Right 7-Slot, and 15-Slot. The 7-Slot variants are engineered for compact or redundant subsystems, with HPMM cards occupying slots 1-2 or 9-10 respectively. The 15-Slot card file supports larger installations, accommodating the HPMM assembly and up to thirteen IOPs. This structured approach allows system designers to optimally scale control capacity from smaller applications to extensive implementations. The entire HPM subsystem can support up to eight logical groups of card files, whether as eight 15-Slot files or pairs of 7-Slot files, each addressed uniquely on the I/O Link Interface, facilitating organized expansion.
Honeywell MU-T Series Enables Extensive I/O Integration and Remote Connectivity
The Honeywell MU-T Series delivers extensive process connectivity through its thirteen functional types of Input/Output Processor (IOP) cards and supporting card file assemblies. IOP card files, which are electrically similar to HPMM files, can be populated with a diverse array of IOPs handling analog, digital, serial, and smart transmitter signals. The subsystem capacity is substantial, supporting up to forty primary and forty redundant IOPs. Critically, the architecture extends beyond the local cabinet through the use of I/O Link Extenders, allowing IOP card files to be installed at remote locations via fiber optic links. This capability to distribute I/O processing over distance while maintaining integration with the central HPMM controllers underscores the series' suitability for complex, geographically dispersed industrial applications.
Recommended model
| Brand | Series | Part No |
| Honeywell | MU-T Series | CC-PAON01 51309540-175 |
| Honeywell | MU-T Series | RC500 RTU RC-SCONTRL |
| Honeywell | MU-T Series | MU-TAOY22 51204172-125 |
| Honeywell | MU-T Series | 51309152-175 |
| Honeywell | MU-T Series | MC-TAIH12 51304337-150 |
| Honeywell | MU-T Series | MC-TAIH14 51305887-150 |
| Honeywell | MU-T Series | MC-IOLX02 51304419-150 |
| Honeywell | MU-T Series | MC-PAIH03 51304754-150 |
| Honeywell | MU-T Series | MC-PAOX03 51309152-175 |
| Honeywell | MU-T Series | MC-PLAM02 51304362-150 |
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