Scan would immediately abort after bringing up rotor and pressing start scan light.
Symptom
Scan would immediately abort after bringing up rotor and pressing start scan light. See LD for details Scan would immediately abort after bringing up rotor and pressing start scan light. This problem has been reported to occur on occasion after Performing FMI 25365 Have also seen this after setting up to scan scout, axial or any type of data collection. The start scan light will light up and then the system will lose the DARC. The DARC will no longer be up at Linux level. Customer would then shut down the system and reboot, then the scenario would repeat.
Error message
Error: 260118222 (60-0401) No mA feedback. mA measurement function: PPC board has detected no mA feedback 20 ms after the beginning of the exposure. Error: 260118224 60-0403 mA out of range See Long Description for complete error Thu Jun 9 14:36:46 2005 260118224 orp orp_subsys gen_exec.c 2150 Host : Jedi Exception Class : Soft Severity : Pri/Soft File : gen_exec.c Line# : 2150 Function : No System Function Reported Scan Type : Helical Scan: 10105/2/5 (60-0403)mA out of range Measured mA every 50 msec exceeded 5 percent of mA demand.This error is logged, but does not stop the exposure. Z6,Z7= 0h,0h Note: MA Out Of Range (60-0403) error may be bogus depending on mA scanning mode. If this error occurs during a Helical AutomA scan, please ignore. Jedi Error # 260118224 (60-0403) “Measured mA every 50 msec exceeded 5 percent of mA demand” is an informational message intended to identify a possible mA stability issue. This error is logged but does not stop the exposure. If this error happens during a fixed mA scan it could indicate a problem and should be investigated further. But, if this error occurs during a helical with automA, this error should be ignored. In the automA mode, the
Applies to
- Models
- LightSpeed
- Product
- LightSpeed 5.X (60kW) LightSpeed 5.X (60kW) ~ Use with MDAS or GDAS HP_P_G4 HP_P_G8 HP_P_G16 HP_P_M16 LightSpeed 5.X 60KW G-DAS16 with GRE Links to the updated Product Service Manuals, FMIs, Service Notes, Option Manuals and Operator Documents can be found online at the attached sites. Always use the most appropriate documentation for your system.
- Software
- 06MW29.7 - supports HS QX/I, LS 1X, 2X, 3X, 4X, 5X, BrightSpeed & 7X GRE host consoles, except LS 5X RT16/Xtra See Long Description for more information 06MW29.7 - supports HS QX/I, LS 1X, 2X, 3X, 4X, 5X, BrightSpeed & 7X GRE host consoles, except LS 5X RT16/Xtra CLASSM & CLASSC 5181129 = Class M for 06MW29.7 5192235 = Class C for 06MW29.7 Throw away 06MW29.7 Class C CD, p/n 5182628 ! ! ! replace it with Class C CD, p/n 5192235 REMOTE QUERY OF IG, VIG, DARC2, & VDARC TO DETERMINE IF “WESTVILLE” OR “JARRELL” VERSION · “Westville” computer in IG, VIG, DARC2, & VDARC end of life · IG, VIG, DARC2, VDARC subassemblies use the same computer, whether “Westville” or “Jarrell” · The current Intel “Westville” computer is being replaced by Intel’s “Jarrell” · “Jarrell” (IG, VIG, DARC2, VDARC) targeted for mfg cut-in in Milwaukee & Hino FW39-40’06; Beijing later · “dmidecode” command may be used remotely to determine which is installed in the host console 1. Login to IG, VIG, DARC2, or VDARC as “root” 2. Type dmidecode | less 3. View “Version” line towards top of response If SWV25 , then WESTVILLE installed If SE7520 JR 23 , then JARRELL installed NOTE: In multi-IG configuration where both Westville & Jarrell are installed in same host console (mixed config), the Jarrell IG must be in Slot #1 to optimize speed/performance. WESTVILLE RESPONSE: (all subassemblies use the same Intel Westville computer) $ su - $ dmidecode | less # dmidecode 2.6 # dmidecode 2.2 SMBIOS 2.3 present. 73 structures occupying 2782 bytes. Table at 0x000F1260. Handle 0x0000 DMI type 0, 20 bytes. BIOS Information Vendor: Intel Corporation Version: SWV25 .86B.0257.P42.0504011224 Release Date: 04/01/2005 …etc…. JARRELL RESPONSE: (all subassemblies use the same Intel Jarrell computer) $ su - $ dmidecode | less # dmidecode 2.6 SMBIOS 2.3 present. 59 structures occupying 2536 bytes. Table at 0x000FD4A0. Handle 0x0000 DMI type 0, 20 bytes. BIOS Information Vendor: Intel Corporation Version: SE7520 JR 23 .86B.P.10.00.0087.120820051348 Release Date: 12/08/2005 …etc…. “Jarrell” SOFTWARE RELEASE 06MW29.7 CLASS C AND M TAB #182-DISTRIBUTED 19SEP06 “Jarrell” software release 06MW29.7 Class C & M CDs TAB #182-distributed 19-Sep-06 5181129 = Class M for 06MW29.7 5182628 = Class C for 06MW29.7 - superceded by 06MW29.7 Class C, p/n 5192235 throw away 06MW29.7 Class C CD, p/n 5182628 replace it with Class C CD, p/n 5192235 -> will be TAB #182-distributed with cover letter Class C p/n 5182628, GRE diagnostics sw, incorrectly reads VIG/VRAC & VDARC/VDIP identification data It sees a mismatch between the “expected” and “actual” ID string read from the device The word “Class” is inserted in the “actual” ID string Given this mismatch, it reports a hardware FAILURE when hardware is “good” This issue is fixed on Class C, p/n 5192235 The following steps may be used to determine if the correct Class C software (p/n 5192235) is loaded: 1. Type cd /usr/g/bin 2. Type sum v*test.py 3. Check that the following output: 19976 23 vdarc_test.py 12195 19 vrac_test.py If this output is viewed, then Class C, p/n 5192235, is correctly loaded If this output is not viewed, then uninstall the current Class C software & load Class C, p/n 5192235 5181591 = 06MW29.7 applications software collector 06MW29.7 software release resolves IG, VIG, DARC2, VDARC computer motherboard End Of Life issue. 06MW29.7 software release supports HS QX/I, LS 1X, 2X, 3X, 4X, 5X, & 7X GRE host consoles, except LS 5X RT16/Xtra
- Area
- CT
Full cause & step-by-step resolution
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