Brand New ABB NTCL01 Module Low Price
Description
Performance of the warm failover feature is measured in the
elapsed time between failure of the primary NPM module and
the backup NPM module assuming control. Table C-1 lists the
results of warm failover testing between a redundant process
control unit interface node and a nonredundant process control unit interface node. The primary NPM module of the
redundant interface node was stopped to simulate failure. The
nonredundant interface node imports exception reports from
and exports exception reports to the redundant interface node.
The time values listed in Table C-1 indicate the time required
for the backup NPM module to recognize a primary NPM module failure, for the importing and exporting of various numbersof exception reports, and for the backup NPM module to
assume control. All test configurations are balanced in that
both nodes import and export the same numbers and types of
exception reports. Local time values represent the time
required by the backup NPM module in a redundant interface
node to recognize a primary NPM module failure, receive the
indicated number of exception reports from and send the indicated number of exception reports to the nonredundant interface node, and to assume control. Remote time values
represent the time required by the nonredundant NPM module
to transmit all exception reports to and receive all exception
reports from the redundant NPM module following a primary
NPM module failure. The remote time values correspond
roughly to the time required by the redundant interface node
to export all of the configured exception reports following a
warm failover.
S800 I/O Features:
Comprehensive coverage
Flexible configuration and installation
Ease of set up
Reliability and accuracy
HART pass-through
Redundancy also on I/O module level
High Integrity I/O modules certified to SIL3
High accuracy time tagging
Defined outputs at communication errors
I/O modules with Intrinsic Safety interfaces
Our Supply Range
1. Allen-Bradley 1756/1769/1771/1785 Series (1769-L30ERMS,1769-L30ER-NSE,1769-L33ERMS,1756-L61,1756-L62,1756-L73)
2. ABB 800xA/Bailey INFI90/DSQC/ Series (07KT98 WT98,07KT97 WT97,DSQC679,IMASI23,IMDSO14…)
3. Bently Nevada 3500/3300 Series (3500/42M ,3500/22M,3500/95.3500/15)
4. Schneider Modicon Series (140CPU65150,140CPU67060,140CRA ,140CPS)
5. GE IC693/IC697/IC698/IS200/DS200 Series (IC693CPU363,IC697PWR711,369-HI-0-0-0-0,DS200ADGIH1AA)
6. SIEMENS MOORE/S5 Series (6ES7 cards,6ES5,6DD,6DP)
7. Westinghouse/OVATION (1C31194G01,1C31197G01,5X00106G01,1C31125G02…)
8. ROSEMOUNT: (3008,3664,3805E.3704E,3700A 4351B…)
9. FOXBORO (FCP270,FBM203,FBM204,FBM217,FMB231…)
Our Company Specialized In
DS200KLDCG1AAA | 3500/90 | 6SE7033-7EG84-1JF1 |
IC200DBI001 | 128275-01F 130944-01 | 6SE7090-0XX84-0AB0 |
IC697CPU782 | 330850-50-05 | 6SE7090-0XX84-0FJ0 |
IC200CPU001 | 3500/22 146031-02 | 700-443-0TP01 S7-TCP/IP200-8000-01 |
IC697CGR935 | 125704-01 | 771-3STF2 |
IC693MDL740F | 125388-01 | 7KE6000-8AE/CC |
IS200AEPAH1BKE | 3300/20-12-01-01-00-00 | 7KG6000-8AE/CC |
IC694MDL240 | 3500/91-01-01-01 | 7KG7000-8AA/BB |
IC200ALG620 | 3500/53 133396-01 | 7MB2331-0BP00-2CA0 |
IC200PWB001D | 330106-05-30-05-02-00 | 7TL4400-0/CC |
369-HI-0-0-0-0 | 3500/50 | 7TM3401-3/CC |
IC697ALG320 | 3300 FUTURE EXPANSION | 7TR6021-1/BB |
IC200ALG322 | 3500/72M 176449-08 | 7TW4600-0/BF |
IS200VSVOH1BDC IS200VSVOH1B | 330780-50-00 | 901B-2555-A |