Mô đun A REV B01 ADAPTER Redundant Power Supply Module TC-FXX102 K01 10 SLOT RACK CHASSIS
Redundant Power Supply Module HONEYWELL TC-FXX102 K01 10 SLOT RACK CHASSIS A REV B01 ADAPTER
QUICK DETAILS
- Brand :Honeywell
- Model : TC-FXX102
- Place of Origin : USA
DESCRIPTION
- ADAPTER
- Output Module
Functional Description
Control Execution Environment
The Control Execution Environment (CEE) is the common core software used in the various controllers supported by Experion PKS. This includes the C200 controller, the Application Control Environment (ACE) and the C200 Simulation Environment (SIM-C200). The CEE provides an execution and scheduling environment in which the user-configured Control Modules and Sequential Control Modules execute. It also provides for a peer-to-peer communication layer used to seamlessly communicate between controllers. Implementation is transparent so that peer-to-peer connections are configured in the same way as intra-controller connections.
The CEE is specialized for each platform to provide optimal execution on that specific hardware and operating system. Specific functions are also added specifically for that platform. The platform specific versions include: the Control Solver for the C200, the ACE base software for the ACE node, and the SIM-C200 base software for the SIM-C200 node.
The CEE supports a large number of Function Blocks, which are detailed in table 11. Since the CEE is common to all platforms, applications using these Function Blocks can be moved easily between the different platforms. This allows the user the make optimal use of control resources without the need for re-implementation.
The Control Solver is the specialized control execution environment for the C200 Control Processor module. It is available in two base execution rates, 50 msec (normal) and 5 msec (fast). It features:
• Individual per-module selectable execution rates of 50, 100, 200, 500, 1000 and 2000 msec for the 50 msec CEE and 5, 10, 20, 50, 100 and 200 ms for the 5 msec CEE. All Control Modules and Sequential Control Modules, regardless of Function Block content, can, in each case, execute at any of these 6 rates. All Function Blocks within a CM or SCM execute at the same rate
• Configurable phase assignment of any module executing slower than the base rate. This provides the flexibility to “load balance” a Controller.
OTHER SUPERIOR PRODUCTS
Yasakawa Motor, Driver SG- | Mitsubishi Motor HC-,HA- |
Westinghouse Modules 1C-,5X- | Emerson VE-,KJ- |
Honeywell TC-,TK- | GE Modules IC – |
Fanuc motor A0- | Yokogawa transmitter EJA- |
TC-FFPCX1
TC-FFRP02
TC-FIAH81
TC-FID161
TC-FIDA81
TC-FIL081
TC-FIR081
TC-FOA041
TC-FOD161
TC-FODA81
TC-FOR081
TC-FPCXX2
TC-FPDXX2
TC-FTB301
TC-FTB3T1
TC-FXX042
TC-FXX072
TC-FXX102
TC-FXX132
TC-FXX172
TC-HAI081
TC-HAO081
TC-IAH061
TC-IAH161
TC-IDA161
TC-IDD321
TC-IDJ161
TC-IDK161
TC-IDW161
TC-IDX081
TC-IDX161
TC-IXL062
TC-IXR061
TC-NIFB01
TC-OAH061
TC-OAV061
TC-OAV081
TC-ODA161
TC-ODD321
TC-ODJ161
TC-ODK161
TC-ODX081
TC-ODX161
TC-OPCL01
TC-ORC081
TC-ORC161
TC-RPA002
TC-RPCXX1
TC-RPDXX1
TC-RPFM01
TC-RPFS01
TC-RPSC04
TC-RPSCA2
TK-CCR014
TK-FPCXX2
TK-FPDXX2
TK-FXX102
TK-FXX132
TK-HAI081
TK-HAO081
TK-IAH061
TK-IAH161
TK-IDA161
TK-IDD321
TK-IDJ161
TK-IDK161
TK-IDW161
TK-IDX081
TK-IDX161
TK-IXL061
TK-IXL062
TK-IXR061
TK-OAH061
TK-OAV061
TK-OAV081
TK-ODA161
TK-ODD321
TK-ODJ161
TK-ODK161
TK-ODX081
TK-ODX161
TK-ORC081
TK-ORC161
TK-RPCXX1
TK-RPDXX1
TK-RPSCA2
TK-ZLCSR1
CC-TAOX11
CC-TCF901
CC-TCNT01
CC-TDI110
CC-TDI120
CC-TDI220
CC-TDI230
CC-TDIL01
CC-TDIL11
CC-TDOB01
CC-TDOB11
CC-TDOR01
CC-TDOR11
CC-TFB401
CC-TFB411
CC-TFB412
TC-CCN014
TC-CCR014
TC-CEN021
TC-CJRT02
TC-DCDX11
TK-IDX161
TK-CCR014
TK-COVG01
TK-FPCXX2
TK-FPDXX2
TK-FXX102
TK-FXX132
TK-IAH061
TK-IAH161
TK-IDA161
TK-IDB321
TK-IDD321
TK-IDJ161
TK-IDK161
TK-IDW161
TK-IDX081
TK-IXL061
TK-IXL062
TK-IXR061
TK-OAH061
TK-OAV061
TK-OAV081
TK-ODA161
TK-ODD321
TK-ODJ161
TK-ODK161
TK-ODX081
TK-ODX161
TK-ORC081
TK-ORC161
TK-FPCXX2