Rockwell-automation Chassis Models User Manual

Triguard SC300E Chassis Models Chassis Models Issue 4October 2005 INTRODUCTION PURPOSE The chassis accommodates the various system modules and their p

10ChassisModelsOctober2005–Issue 4Triguard SC300E ENVIRONMENTAL SPECIFICATION The maximum ambient temperature measured at the hottest point within the

ChassisModelsOctober2005–Issue 411Triguard SC300E Chassis Models TECHNICAL DESCRIPTIONPHYSICAL The chassis box has two side plates with flanges to ena

12ChassisModelsOctober2005–Issue 4Triguard SC300E Table 2-1. Chassis/Module mechanical coding configurations Module mechanical coding positions Upper

ChassisModelsOctober2005–Issue 413Triguard SC300E Chassis Models Power supply slots 1 and 2I/O module slots 1to 10 Upper coding blocks Processor slots

14ChassisModelsOctober2005–Issue 4Triguard SC300E BACKPLANE Figure 2-2. Rear view of chassis showing backplane detail The backplane is a multilayer pr

ChassisModelsOctober2005–Issue 415Triguard SC300E Chassis Models • A ‘rear plug up’ expansion connector for each bus • A rear mounted diagnostic port

16ChassisModelsOctober2005–Issue 4Triguard SC300E ‘X’ signifies a pin fitted Figure 2-3. Field I/O connectors ‘b’ and ‘c’ layout

ChassisModelsOctober2005–Issue 417Triguard SC300E Chassis Models Areas ‘b’ and ‘c’ -Field I/O The connectors in areas ‘b’ and ‘c’ are the field connec

18ChassisModelsOctober2005–Issue 4Triguard SC300E UNIT ID ‘X’ signifies a pin fitted Figure 2-5. Connectors ‘d’ layout showing chassis address link lo

ChassisModelsOctober2005–Issue 419Triguard SC300E Chassis Models Figure 2-6. Chassis address link coding

2ChassisModelsOctober2005–Issue 4Triguard SC300E Figure 1-1. SC300E Architecture As can be seen from the block diagram in Figure 1-1 a SC300E system h

20ChassisModelsOctober2005–Issue 4Triguard SC300E Area ‘e’ -Processor expansion bus Connectors in area ‘e’ provide the means to extend the system bus

ChassisModelsOctober2005–Issue 421Triguard SC300E Chassis Models Area ‘g’ -Processor diagnostic ports The connectors (26 pin IDC) in area ‘g’ are diag

22ChassisModelsOctober2005–Issue 4Triguard SC300E Figure 2-8. PSU Alarm connectors Areas ‘k’ -Power input Each Area ‘k’ contains the Power Input conne

ChassisModelsOctober2005–Issue 423Triguard SC300E Chassis Models SERVICING SCOPE No servicing is necessary. WARNING Do not remove the clear plastic co

ChassisModelsOctober2005–Issue 43Triguard SC300E Chassis Models All input and output modules can be configured to use a hot spare partner module. In t

4ChassisModelsOctober2005–Issue 4Triguard SC300E Figure 1-3. Chassis front view

ChassisModelsOctober2005–Issue 45Triguard SC300E Chassis Models Figure 1-4. Chassis rear view

6ChassisModelsOctober2005–Issue 4Triguard SC300E Figure 1-5. Chassis rear view showing cabling arrangement

ChassisModelsOctober2005–Issue 47Triguard SC300E Chassis Models Figure 1-6. Chassis interconnections for system layout with remote chassis CHASSIS TEC

8ChassisModelsOctober2005–Issue 4Triguard SC300E Table 1-1. Chassis variants Type No Type Power Equipment fitted CXB10D24 Extension 24Vdc 3 Bus Extend

ChassisModelsOctober2005–Issue 49Triguard SC300E Chassis Models SPECIFICATION Model See under “Weight as supplied” Construction 2mm aluminium alloy to