GE Fanuc IS215UCVEH2A VME PC BOARD VMIC

GE Fanuc IS215UCVEH2A VME PC BOARD VMIC Description:

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Control Systems (DCS, PLC/SPS, CNC)

- Panel Controllers

- HMI and Display Panels

- Industrial PC’s

- Drives ( Frequency Inverter and Servo)

- Motors

- Power Supplies

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We deliver a variety of parts. 

GE Fanuc IS215UCVEH2A VME PC BOARD VMIC

GE Fanuc IS215UCVEH2A VME PC BOARD VMIC

GE Fanuc IS215UCVEH2A VME PC BOARD VMIC

Beginning with the Release 7 CPUs, for Microcycle Sweep only, the background
checksum calculation will occur during the input phase of the sweep.
Programmer Communications Window
This part of the sweep is dedicated to serial and parallel communications with the programmer and
performing faulted board reconfiguration. This is also when communication with the C debugger
occurs. If there is a programmer attached, a debugging session is active, or if there is a board in the
system that requires reconfiguration (as detected during the faulted board polling portion of the
sweep), the CPU executes the Programmer Window. The Programmer Window will not execute if
there is no programmer attached, no active debug session occurring, and no board to be configured
in the system. During the Programmer Window, highest priority is given to board configuration.
Boards are configured as needed, up to the total time allocated to the Programmer Window.
The built-in SNP connection and the parallel programmer connection (the two dedicated
programmer ports on most systems) communicate to the CPU through the Programmer Window.
For the CPX models, there are three built-in SNP ports. All three of these communicate through
the Programmer Window. The CPU will complete any previously unfinished requests and then
begin to process any pending requests in the queue. When the time allocated for the window
expires, processing stops.
The Programmer Window time defaults to 10 milliseconds. This value can be configured and
stored to the PLC or it can be changed online using your programming software.
Time and execution of the Programmer Window can also be dynamically controlled from the user
program using Service Request function #3. The Programmer Communications Window time can
be set to a value from 0 to 255 milliseconds. Note that if the Programmer Communications
Window is set to 0, there are 3 ways to again open the window; perform a batteryless power-cycle,
go to STOP mode, or use the parallel programming port as noted below.
Note
Even if the Programmer Window is skipped, the PLC can still respond to
commands to change mode or state, or to redefine the Programmer Window if the
programmer is attached through the parallel port on the Bus Transmitter Module
(BTM), or by manually putting the PLC into STOP mode.

SLED1550S5A

VLC-305 

LNE-ZN20-010 

SARNOFF TESTER 1280253 

CT2980-092190-11

LD640EJ

E300V-15A 

S0-180V

LPV1-40-IK-CLZS 

Keyence AP-31A 

K33MYBSN-772

TC FC-D980C

53002-XX002-020 

8830TMRTD 

MIO-PS120 W/

MIO-IDC-32-100

MD-5501

FC-2979MEP5 

ANALYZER 2851S 

RDC 863.00.00.00_D 

CR06703-R 

CA354-02240

VF2-M10P 

NP420-DN1

E-716K012 

HP 83202A

MP1203241

SL-1012B

PC-99033D

P.N. 0660-A0972

AMAT0100-A2151

PLCMODULE-C14

MKS 131882-G5