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Honeywell 40002083 installation and operation guide Principles of Operation, Overall Description

Models: 40002083

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SECTION 4. PRINCIPLES OF OPERATION

4.1Overall Description

The PLCHMR is a product that consists of hardware and software to provide health monitoring and remote reporting services. PLCHMR is integrated into the StrobeGuard® System. The PLCHMR uses a single board computer; manufactured by a respected industrial supplier of single board computers (SBC). The SBC provides sufficient processor bandwidth and memory support the intended health monitoring and reporting tasks. The SBC has an industry standard PC/104 bus to provide a common interface bus for a variety of off-the-shelf daughter boards. Industry standard daughter boards have been selected to provide the required input/output interfaces consistent with the demand of customer provided monitoring systems. In addition the SBC provides a 10/100 Ethernet interface and an RS-485 serial port interface. The PLCHMR will use its RS-485 serial network connection to receive and process health status data from the SGC-60. The RS-485 serial network bus will be referred to as the StrobeGuard Control and Status Network (SCSN). SCSN will be used to send commands and collect status data from each SGF-60 Flash Head connected to the RS- 485 network. The PLCHMR is collocated within the SGC-60 Master Controller enclosure.

The PLCHMR reports each flash heads’ health status via discrete outputs. Each flash heads’ discretely reported status data will be a Flash/Fail report. PLCHMR System uses a uniquely configured relay output daughter board. This daughter board drives logic inputs provide by the customer at the remote facility. The relay output daughter board will provides 8 Form C relays to report the system’s status. Screw terminals on the relay output board will enable setting the relay’s output voltage. The normally closed relay contact will be used to report the fail condition.

The PLCHMR provides an interactive character based menu -oriented Maintenance Mode Service (MMS). The MMS is accessed via the SBC’s Serial RS232 interface. The MMS is an interactive character-oriented communications session. A PC based client terminal service initiates a MMS session by logging onto the system as the “maint” user. The MMS validates the “maint” user via a password; it proceeds to establish a session with the client terminal service by initially presenting the Maintenance Mode menu.

4.1.1.1Power Supply

The PLCHMR receive 16VDC power from the Master Controllers TB8 terminal connector. The 16VDC power is fed to a single output DC/DC Converter which produces 5VDC for the SBC.

4.1.1.2Communications

The PLCHMR monitors commands from the Master Controller and Flash Head status reports via the RS485 serial link.

PLC Health Monitoring & Reporting Sys

4-1

Manual EPM40002083-001 Rev -

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Honeywell 40002083 installation and operation guide Principles of Operation, Overall Description
Page 42 Page 44

40002083 specifications

The Honeywell 40002083 is an advanced control system designed for industrial applications, primarily focusing on process control and automation. This device is a part of Honeywell's integrated portfolio that caters to various industries, including oil and gas, pharmaceuticals, and manufacturing. The 40002083 serves as a vital tool for optimizing operational efficiency and ensuring safety across multiple processes.

One of the standout features of the Honeywell 40002083 is its robust architecture, which supports a diverse range of input and output configurations. This flexibility allows the device to integrate seamlessly with existing systems, accommodating both legacy and modern equipment. The system supports various protocols and communication standards, ensuring connectivity with other devices and platforms. Additionally, it offers user-friendly interfaces for easier monitoring and control.

The Honeywell 40002083 is equipped with cutting-edge technologies to enhance its performance. One such technology is its advanced data analytics capability, which provides real-time insights into operational parameters. This feature empowers users to make informed decisions based on accurate data, ultimately improving productivity and reducing downtime. Furthermore, the device utilizes machine learning algorithms to optimize system performance over time by adapting to changing process conditions.

Another significant characteristic of the Honeywell 40002083 is its emphasis on safety and compliance. The device includes comprehensive safety features, ensuring that critical processes remain within safe operating limits. It also helps meet industry standards and regulations, making it a reliable choice for enterprises striving for compliance. The built-in redundancy mechanisms further enhance system reliability, reducing the risk of failures or unplanned outages.

Moreover, the Honeywell 40002083 supports extensive scalability, making it suitable for both small and large-scale operations. Whether an organization is expanding its facilities or upgrading its control systems, this device can easily accommodate new requirements without necessitating a complete overhaul.

In summary, the Honeywell 40002083 embodies a blend of flexibility, performance, and safety, making it a valuable addition to any industrial automation landscape. With its advanced features, cutting-edge technologies, and strong emphasis on reliability, it stands as a testament to Honeywell's commitment to providing innovative solutions for modern industrial challenges. This control system enables businesses to enhance operational efficiency, maintain compliance, and ensure a safer working environment.