Honeywell 40002083 installation and operation guide Airport Systems

Page 31

Airport Systems

1.Verify POWER SWITCH is turned OFF.

2.Verify LOCAL / REMOTE switch is set to LOCAL.

3.Verify MODE switch is set to DAY.

4.Turn on circuit breaker to apply power to Master Controller.

5.Turn on circuit breaker to apply power to Flash-heads.

6.Turn POWER SWITCH to ON.

7.Verify that the Master Controller LED test sequence has started (See EPM-00001152 - Installation and Operating Guide for High Intensity Obstruction lighting). The test sequence will exercise every LED and relay (e.g. it will quickly sweep through the Flash-head Status LEDs in red and green mode).

After the test sequence completes, the Flash-head status LEDs for the selected number of Flash-heads shall be lit red then change to green as the Flash-heads report (DS1 - DS24, Figure 3.6-1 Item 4).

8.After 1 minute, verify the number of Flash-head status LEDs (DS1 - DS24, Figure 3.6-1 Item 4) that are lit green matches the total number of white Flash-head lights (including AOL) on the tower (if there are n Flash-heads on the tower, Flash-head status LEDs DS1 - DSn shall be lit green). Verify that the remaining unused Flash-head status LEDs (DSn+1 - DS24) are turned off.

9.After all the flash-heads report good (green), check the Master Control board’s relay monitoring LEDs which should display following:

i.DS29-DS32 GREEN,

ii.DS33 OFF (DS29 - DS33, Figure 3.6-1 Item 5.) Verify Photocell status LED DS28 (Figure 3.6-1, Item 3) is lit green.

iii.Verify Day Mode LED DS25 (Figure 3.6-1, Item 3) is lit red, and the Twilight and Night LEDs (DS26 and DS27 respectively Figure 3.6-1, Item 3) are not lit.

iv.Hold down the RESET switch for approximately 1 second and verify the LED test sequence has restarted.

PLC Health Monitoring & Reporting Sys

3-14

Manual EPM40002083-001 Rev -

Image 31
Contents State Route Urbana, OH Phone 937 Fax 937 Manual Number EPM40002083-001Approved Date Preliminary History of RevisionsRev Comment ECO#Disclaimers Maintenance Table of ContentsSafety Information General Information Installation & Power UP1 Plchmr Module Table of FiguresSafety and Workmanship Alerts Safety InformationInterlocks Qualified PersonnelAirport Systems General Description ScopeAirport Systems 1 Plchmr Module 2 Master Controller with Plchmr Module Installed 3 Model SGF-60E Flash Head Safety Precautions Airport Systems Airport Systems Specifications DAY User Supplied ToolsInstallation Step Replace existing MCU PN- 40000328 with new MCU PN Plchmr Module Power Supply Connections 2 Plchmr Module Mounted on and Wired to Master Controller 3 Terminal Block- 8 +16V Red and GND -Black Wire Connections 4 StrobeGuard Control & Status Network Wiring Connections Step 40000324-001 Flash Head Status Reporting Relay Installation Wiring 1 PLCHMRs Output Relay connection Diagram Power Up and System Tests Final Installation CheckAirport Systems 1 Master Controller Circuit Board Plchmr System Maintenance and Configuration Menus Airport Systems 2 HMS Maintenance Menu Hierarchy 3 HMS Maintenance Menu 4 HMS Light Configuration Menu 5 HMS Modify Light Menu 6 HMS Report Confguration Menu Day Mode Airport Systems Airport Systems Overall Description Plchmr Module Description Part Number Replacement PartsLight Configuration Examples 1 Tower Example with 9 Flash Heads on Three Physical Tiers Airport Systems TRM #2 TRM #3 TRM #4 TRM #5 TRM #6 TRMTRM #7 Airport Systems 5 System Configuration with 24 Flash Heads using 8 relays

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.