Shenzhen Wisdomlong Technology CO.,LTD |
Verified Suppliers
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YASKAWA Industrial 0.318N.m AC SERVO MOTOR 200V 3000r/MIN
SGMAS-02ACA4C-E
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- |
SGMAS-01ACA61-Y2 |
SGMAS-01ACAB1 |
SGMAS-01ACABC |
SGMAS-02A2A21-Y1 |
SGMAS-02A2A21-Y2 |
SGMAS-02A2A2C |
SGMAS-02A2A4C |
SGMAS-02A2AHC21 |
SGMAS-02A2A-YR11 |
SGMAS-02A2A-YR31 |
SGMAS-02ACA21 |
SGMAS-02ACA2C |
SGMAS-02ACA41 |
SGMAS-02ACA4C-E |
SGMAS-02ACA6C |
SGMAS-02ACABC |
SGMAS-02ACAH16C |
SGMAS-02ACB21 |
SGMAS-04A2A21-Y2 |
SGMAS-04A2A2B |
SGMAS-04A2A2C |
SGMAS-04A2A2C-Y2 |
SGMAS-04A2A41 |
SGMAS-04A2A4C |
SGMAS-04A2A4C-Y2 |
SGMAS-04ACA21 |
SGMAS-04ACA2C |
SGMAS-04ACA41 |
SGMAS-04ACA41-E |
SGMAS-04ACA61 |
SGMAS-04ACAB1 |
SGMAS-04ACABC |
SGMAS-04ACAH12C |
SGMAS-04AGA-SU12 |
SGMAS-06A2A2C |
SGMAS-06A2A4C |
SGMAS-06ACA21 |
SGMAS-06ACA21-E |
SGMAS-01ACA61-Y2 |
SGMAS-01ACAB1 |
SGMAS-01ACABC |
SGMAS-02A2A21-Y1 |
SGMAS-02A2A21-Y2 |
SGMAS-02A2A2C |
SGMAS-02A2A4C |
SGMAS-02A2AHC21 |
SGMAS-02A2A-YR11 |
SGMAS-02A2A-YR31 |
SGMAS-02ACA21 |
SGMAS-02ACA2C |
SGMAS-02ACA41 |
SGMAS-02ACA4C-E |
SGMAS-02ACA6C |
SGMAS-02ACABC |
SGMAS-02ACAH16C |
SGMAS-02ACB21 |
SGMAS-04A2A21-Y2 |
SGMAS-04A2A2B |
SGMAS-04A2A2C |
SGMAS-04A2A2C-Y2 |
SGMAS-04A2A41 |
SGMAS-04A2A4C |
SGMAS-04A2A4C-Y2 |
SGMAS-04ACA21 |
SGMAS-04ACA2C |
SGMAS-04ACA41 |
SGMAS-04ACA41-E |
SGMAS-04ACA61 |
SGMAS-04ACAB1 |
SGMAS-04ACABC |
SGMAS-04ACAH12C |
SGMAS-04AGA-SU12 |
SGMAS-06A2A2C |
SGMAS-06A2A4C |
SGMAS-06ACA21 |
SGMAS-06ACA21-E |
An on-process migration is performed through a migration wizard, which will perform the following highlevel actions:
1. The migration wizard first focuses on the secondary chassis.
2. The secondary chassis is interrogated to determine the module
types and versions. All
modules that require firmware updates will be updated automatically
during the migration
process.
3. The static database is loaded after the new controller firmware
is loaded.
4. Next, the dynamic information is synchronized between the
primary (executing the old
software) and the secondary (executing the new software). During
this limited period, the
control is frozen (several seconds). When the transfer of all
dynamic data is complete, a
failover occurs (identical to a normal failover between redundant
controllers) and the
secondary chassis using the new software will assume the role of
primary controller.
5. Finally, the ‘old’ primary chassis is migrated and will then
synchronize with the primary
controller after which a normal redundant controller pair exists.
In addition, the Experion PKS system supports release interoperability, which provides the flexibility to leave controllers on an older release while they remain interoperable with the new server and controllers in the system. Each Software Change Notice describes in detail which releases are interoperable.