Dein Problem ist doch ein nicht antwortender Temperatursensor und nicht die SSD.

Leider sind gebrauchte Macbooks auch nicht gerade günstig, wenn sie gut erhalten sind. Händerempfehlung habe ich keine, ebay halt, wird ja mittlerweile was Macs angeht dominiert von kommerziellen Anbietern mit Widerrufsmöglichkeit.

Am Stromnetz läuft er problemlos

Steckdosen gibts doch überall!

Ich würde mir besorgen:
- Schuko Verlängerungskabel
- externen Akku:
http://www.giga.de/laptops/macbook-air/specials/macbook-air-und-macbook-pro-zusatzakkus-kaufen-uebersicht/
- zweites Netzteil für die Mobilität/Bequemlichkeit im Haus

OK. Das ist Apple Service Diagnostics (ASD, nur für autorisierte Techniker) und nicht der Apple Hardware Test (AHT, für Kunden), aber die Antwort auf meine Frage wäre wohl "TB3T" gewesen. 

Dieses spezielle MacBook Pro hat 4 oder sogar 5 Temperatursensoren für den Akku. Bei dieser Baureihe ist leider nicht offiziell von Apple dokumentiert, ob sich der fehlerhafte Sensor "TB3T" im Akku oder auf dem Mainboard befindet. Der (teure) Austausch des Mainboards ist deshalb leider die übliche Vorgehensweise bei diesem Fehler.

Dankeschön für feedback.
Dann werde ich das Mainboard mal beauftragen, falls man so was noch findet. Schade dass es nach 6 Jahren keinen offiziellen Support von Apple mehr gibt.

Jochen

Hier mal die letzten Angaben des Service insbesondere für @mbs

Folgender Stand der Dinge: Ohne Netzteil läßt sich der Rechner gar nicht einschalten( schaltet sofort wieder ab )  und mit Netzteil sind auch mindestens 2 Versuche notwendig. Ein Logffile wird nicht geschrieben. Ein Neustart im Akkubetrieb ist zwar möglich, jedoch verfällt er sofort in Ruhezustand, der sich nur durch Zu- & Aufklappen beenden läßt ( siehe Bildschirmfoto Konsole ) Das Programm Hardwaremonitor ermittelt eine Temperatur von 47º C und zwar immer ( siehe Bild ). Im Anhang das LogFile des Hardwaretest ( Apple Service Diagnostics ).

Habe noch 4 Bildschirmfotos die zum posten aber zu groß sind. Noch an @mbs geschickt.

Jochen

Local machine info: Mac OS X version = 10.5.7(9J3032) IP Address:127.0.0.1 ASD version:3S132 ========================================================== ========================================================== ASD Log activity from [07/20/15 01:42:32] to [07/20/15 02:38:46] ========================================================== [07/20/15 01:42:32] * TESTING STARTED *
[07/20/15 01:42:32] Main Logic Board: Check POST Results (test #1) - Check POST Results
- Check POST Results from last reboot.
[01:42:32] Test Passed
[07/20/15 01:42:32] Video Controller Internal: Gmux switch to EG and Verify (test #41) - Gmux switch to EG and Verify
- test will switch display to EG and Verify
[01:42:36] Test Passed
[07/20/15 01:42:36] SMC: SMC EPM check (test #2) - SMC EPM check
- Check to ensure that UV and CV EPM blocks are programmed.
[01:42:36] Test Passed
[07/20/15 01:42:36] * All startup tests passed [Elapsed time = 00:00:04] * ========================================================== [07/20/15 01:42:58] * TESTING STARTED *
[07/20/15 01:42:58] Product: System Serial Number Format Verification Test (test #2) - System Serial Number Format Verification Test
- Verifies that a correctly formatted system serial number has been burned into the unit.
[01:42:59] Test Passed
[07/20/15 01:42:59] Memory: Apple Simple Memory Test (test #3) - Apple Simple Memory Test
- Perform apple version of the simple memory test
[02:21:27] Test Passed
[07/20/15 02:21:27] Processor (test #1) - Whetstone Test
- Concurrent whetstone floating point unit benchmark test
[02:22:00] Test Passed
[07/20/15 02:22:00] Processor (test #2) - Dhrystone Test
- Concurrent dhrystone integer unit benchmark test
[02:22:32] Test Passed
[07/20/15 02:22:32] Processor (test #3) - Linpack Test
- Concurrent linpack floating point benchmark test
[02:23:04] Test Passed
[07/20/15 02:23:04] Processor (test #5) - Encoder Test
- Uses MPEG2 encoder optimized for Intel processor to encode a
short video clip twice, and verifies the two results are identical
[02:23:20] Test Passed
[07/20/15 02:23:20] Fan- Left side (test #4) - Turn On Automatically
- System turns on fan motor and verifies fan motor can reach
minimum/maximum values
[02:23:49] Test Passed
[07/20/15 02:23:49] Fan- Right side (test #4) - Turn On Automatically
- System turns on fan motor and verifies fan motor can reach
minimum/maximum values
[02:24:19] Test Passed
[07/20/15 02:24:19] Fan- Left side (test #5) - Quick Fan motor Test
- System verifies that the fan motor is running to target speed
[02:24:19] Test Passed
[07/20/15 02:24:19] Fan- Right side (test #5) - Quick Fan motor Test
- System verifies that the fan motor is running to target speed
[02:24:19] Test Passed
[07/20/15 02:24:19] Display: EDID Checksum Test Test
- Calculate EDID checksum
[02:24:19] Test Passed
[07/20/15 02:24:19] Video Controller External (test and Verify
- test will switch display to EG and Verify
[02:24:19] Test Passed
[07/20/15 02:24:19] Video Controller External (test - Render Points
[02:24:27] Test Passed
[07/20/15 02:24:27] Video Controller External (test - Render Lines
[02:24:34] Test Passed
[07/20/15 02:24:34] Video Controller External (test - Render Triangles
[02:24:41] Test Passed
[07/20/15 02:24:41] Video Controller External (test - Render Quads
[02:24:48] Test Passed
[07/20/15 02:24:48] Video Controller External (test Texture Test
- Render Quads with Textures
[02:24:55] Test Passed
[07/20/15 02:24:55] Video Controller External (test - Render Rectangles
[02:25:02] Test Passed
[07/20/15 02:25:02] Video Controller External (test - Render Cubes
[02:25:09] Test Passed
[07/20/15 02:25:09] Video Controller External (test Test
- Render Cube with Fog
[02:25:16] Test Passed
[07/20/15 02:25:16] Video Controller External (test Model Test
- Render Wireframe Model
(test #30) - EDID Checksum
#41) - Gmux switch to EG
#2) - OpenGL Point Test #3) - OpenGL Line Test #4) - OpenGL Triangle Test #5) - OpenGL Quad Test #6) - OpenGL Quad with
#7) - OpenGL Rectangle Test #8) - OpenGL Cube Test
#9) - OpenGL Cube with Fog
#10) - OpenGL Wireframe
[02:25:23] Test Passed
[07/20/15 02:25:23] Video Controller External (test #11) - OpenGL Solid Red Model Test
- Render Solid Red Model
[02:25:31] Test Passed
[07/20/15 02:25:31] Video Controller External (test #12) - OpenGL Solid Red Model with Fog Test
- Render Solid Red Model with Fog
[02:25:38] Test Passed
[07/20/15 02:25:39] Video Controller External (test #22) - OpenGL Point Test with gmux cksum
- Render Points and verify with gmux cksum
[02:25:45] Test Passed
[07/20/15 02:25:45] Video Controller External (test #23) - OpenGL Line Test with gmux cksum
- Render Lines and verify with gmux cksum
[02:25:50] Test Passed
[07/20/15 02:25:50] Video Controller External (test #70) - Fragment Instruction Test
- Tests each instruction of the ARB fragment program instruction by doing calculation and comparing actual against expected
[02:26:57] Test Passed
[07/20/15 02:26:57] Video Controller External (test #71) - Vertex Instruction Test
- Tests each instruction of the ARB vertex program instruction by doing calculation and comparing actual against expected
[02:27:35] Test Passed
[07/20/15 02:27:35] Video Controller External (test #72) - Fill Rect 2D Acceleration Test
- Tests hw accelerated fill rect by filling screen with many rects, calculating checksum, and comparing actual against expected
[02:27:49] Test Passed
[07/20/15 02:27:49] Video Controller External (test #73) - Copy Region 2D Acceleration Test
- Tests hw accelerated copy region by copying various size of regions many times, calcuating checksum, and comparing actual against expected [02:28:03] Test Passed
[07/20/15 02:28:03] Video Controller External (test #74) - Copy Rect 2D Acceleration Test
- Tests hw accelerated copy rect by copying various size of rects many times, calcuating checksum, and comparing actual against expected
[02:28:17] Test Passed
[07/20/15 02:28:18] Video Controller External (test #94) - PCIe 16 Link Width Verification Test
- Verifies that the pcie link width is 16
[02:28:18] Test Passed
[07/20/15 02:28:18] Video Controller Internal (test #40) - Gmux switch to IG and Verify
- test will switch display to IG and Verify
[02:28:22] Test Passed
[07/20/15 02:28:22] Video Controller Internal (test #2) - OpenGL Point Test - Render Points
[02:28:29] Test Passed
[07/20/15 02:28:29] Video Controller Internal (test #3) - OpenGL Line Test - Render Lines
[02:28:36] Test Passed
[07/20/15 02:28:36] Video Controller Internal (test #4) - OpenGL Triangle Test - Render Triangles
[02:28:43] Test Passed
[07/20/15 02:28:43] Video Controller Internal (test #5) - OpenGL Quad Test - Render Quads
[02:28:50] Test Passed
[07/20/15 02:28:50] Video Controller Internal (test #6) - OpenGL Quad with Texture Test
- Render Quads with Textures
[02:28:57] Test Passed
[07/20/15 02:28:57] Video Controller - Render Rectangles
[02:29:04] Test Passed
[07/20/15 02:29:04] Video Controller - Render Cubes
[02:29:11] Test Passed
[07/20/15 02:29:11] Video Controller Test
- Render Cube with Fog
[02:29:18] Test Passed
[07/20/15 02:29:18] Video Controller Model Test
- Render Wireframe Model
[02:29:26] Test Passed
[07/20/15 02:29:26] Video Controller Model Test
- Render Solid Red Model
[02:29:33] Test Passed
[07/20/15 02:29:33] Video Controller Model with Fog Test
Internal (test #7) - OpenGL Rectangle Test Internal (test #8) - OpenGL Cube Test Internal (test #9) - OpenGL Cube with Fog
Internal (test #10) - OpenGL Wireframe
Internal (test #11) - OpenGL Solid Red
Internal (test #12) - OpenGL Solid Red
- Render Solid Red Model with Fog
[02:29:41] Test Passed
[07/20/15 02:29:41] Video Controller Internal (test #22) - OpenGL Point Test with gmux cksum
- Render Points and verify with gmux cksum
[02:29:47] Test Passed
[07/20/15 02:29:47] Video Controller Internal (test #23) - OpenGL Line Test with gmux cksum
- Render Lines and verify with gmux cksum
[02:29:53] Test Passed
[07/20/15 02:29:53] Video Controller Internal (test #70) - Fragment Instruction Test
- Tests each instruction of the ARB fragment program instruction by doing calculation and comparing actual against expected
[02:31:55] Test Passed
[07/20/15 02:31:56] Video Controller Internal (test #71) - Vertex Instruction Test
- Tests each instruction of the ARB vertex program instruction by doing calculation and comparing actual against expected
[02:33:08] Test Passed
[07/20/15 02:33:08] Video Controller Internal (test #72) - Fill Rect 2D Acceleration Test
- Tests hw accelerated fill rect by filling screen with many rects, calculating checksum, and comparing actual against expected
[02:33:20] Test Passed
[07/20/15 02:33:20] Video Controller Internal (test #73) - Copy Region 2D Acceleration Test
- Tests hw accelerated copy region by copying various size of regions many times, calcuating checksum, and comparing actual against expected [02:33:32] Test Passed
[07/20/15 02:33:32] Video Controller Internal (test #74) - Copy Rect 2D Acceleration Test
- Tests hw accelerated copy rect by copying various size of rects many times, calcuating checksum, and comparing actual against expected
[02:33:45] Test Passed
[07/20/15 02:33:45] Video Controller Internal (test #65) - H.264 Decoding Pixel Verification Test
- Uses graphic card H.264 decoding engine to decode 8 frames and verifies the decoding results by comparing them against reference data [02:33:46] Test Passed
[07/20/15 02:33:46] Video Controller Internal (test #66) - H.264 Decoding Performance Test
- Uses graphic card H.264 decoding engine to decode a short sequence and ensures the decoding rate is above certain criteria
[02:33:53] Test Passed
[07/20/15 02:33:53] Current (IC0C) - CPU 0 Core - Load Side current (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:53] Test Passed
[07/20/15 02:33:53] Current (IC1C) - CPU Core - High side current (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:53] Test Passed
[07/20/15 02:33:53] Current (IC2C) - CPU Front Side Bus (1.05V) current (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:53] Test Passed
[07/20/15 02:33:53] Current (ID0R) - DC In Rail 0 (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:53] Test Passed
[07/20/15 02:33:53] Current (IG0C) - GPU 0 core Current (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:53] Test Passed
[07/20/15 02:33:53] Current (IG1C) - GPU 1.8V current (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:53] Test Passed
[07/20/15 02:33:53] Current (IN0R) - MCP Core current (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:53] Test Passed
[07/20/15 02:33:53] Current (IN1R) - NorthBridge Rail 1 current (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:54] Test Passed
[07/20/15 02:33:54] Current (IP0R) - Battery - BMON Eng current - PBUS 0 Rail (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:54] Test Passed
[07/20/15 02:33:54] Temp (TB0T) - Battery Thermal Diode 0 temperature (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:54] Test Passed
[07/20/15 02:33:54] Temp (TB1T) - Battery Thermal Diode 1 temperature (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:54] Test Passed
[07/20/15 02:33:54] Temp (TB2T) - Battery Thermal Diode 2 temperature (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:54] Test Passed
[07/20/15 02:33:54] Temp (TB3T) - Battery temperature (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:54] ERROR -- 1 [Unable to read sensor] -- (-1.00) TEST FAILED
[07/20/15 02:33:54] Temp (TC0D) - CPU 0 Die Temp (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:54] Test Passed
[07/20/15 02:33:54] Temp (TC0P) - CPU proximity temperature (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:54] Test Passed
[07/20/15 02:33:54] Temp (TG0D) - GPU Die - Digital (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:55] Test Passed
[07/20/15 02:33:55] Temp (TG0H) - Left Heat Pipe/Fin Stack Proximity Temp (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:55] Test Passed
[07/20/15 02:33:55] Temp (TG0P) - GPU 0 Proximity (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:55] Test Passed
[07/20/15 02:33:55] Temp (TG0T) - GPU 0 Die - Analog Temp (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:55] Test Passed
[07/20/15 02:33:55] Temp (TN0D) - CPU Vcore voltage (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:55] Test Passed
[07/20/15 02:33:55] Temp (TN0P) - MCP Proximity (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:55] Test Passed
[07/20/15 02:33:55] Temp (Th1H) - Right Fin Stack Proximity Temp (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:55] Test Passed
[07/20/15 02:33:55] Temp (Tm0P) - MLB proximity temperature (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:55] Test Passed
[07/20/15 02:33:55] Temp (Ts0P) - Palm Rest Temp (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:55] Test Passed
[07/20/15 02:33:56] Voltage (VC0C) - CPU 0 core voltage (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:56] Test Passed
[07/20/15 02:33:56] Voltage (VG0C) - GPU 0 Core Voltage (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:56] Test Passed
[07/20/15 02:33:56] Voltage (VN0R) - MCP VCore voltage (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:56] Test Passed
[07/20/15 02:33:56] Voltage (VP0R) - P-Bus voltage (test #1) - Sensor Reads Within Operating Range
- Check to ensure that sensor reads within operating range.
[02:33:56] Test Passed
[07/20/15 02:33:56] Thermal Interface: TIM Test 75 percent GB (test #4) - TIM Test 75 percent GB
- Check that CPU heatsink is properly attached, using product spec theta dh + 75 percent guardband.
[02:34:17] Test Passed
[07/20/15 02:34:17] Trackpad (test #5) - Multitouch Trackpad Calibration Status Test
- Verifies that all calibration related error bits from critical error report are OFF.
[02:34:18] Test Passed
[07/20/15 02:34:18] Trackpad (test #6) - Multitouch Trackpad Untouched Test - Verifies potential open issues by reading unbaseline raw data and
making sure no consecutive high readings.
[02:34:20] Test Passed
[07/20/15 02:34:20] AirPort (test #1) - MAC Address Verification Test - Verifies the AirPort MAC address is not all 00s or all FFs.
[02:34:20] Test Passed
[07/20/15 02:34:20] AirPort (test #3) - Power Cycle Test
- The test performs an AirPort power off and power on cycle. It then
verifies AirPort by performing wireless scan.
[02:34:33] Test Passed
[07/20/15 02:34:33] Ethernet Controller (test #1) - MAC Address Verification Test - Verifies the Ethernet MAC address is not all 00s or all FFs.
[02:34:33] Test Passed
[07/20/15 02:34:33] Ethernet Controller (test #10) - MAC Loopback Test
- Verifies no data mismatch between sent and received while looping
within MAC.
[02:35:17] Test Passed
[07/20/15 02:35:17] Ethernet Controller (test #11) - PHY 1000 Loopback Test
- Verifies no mismatch between data sent and looped back via PHY at
1000 Mbps.
[02:36:01] Test Passed
[07/20/15 02:36:02] Ethernet Controller (test #12) - PHY 100 Loopback Test
- Verifies no mismatch between data sent and looped back via PHY at
100 Mbps.
[02:36:53] Test Passed
[07/20/15 02:36:53] Ethernet Controller (test #13) - PHY 10 Loopback Test
- Verifies no mismatch between data sent and looped back via PHY at
10 Mbps.
[02:37:58] Test Passed
[07/20/15 02:37:58] Ethernet Controller (test #20) - Jumbo Packet PHY
Loopback Test
- Verifies no mismatch between data sent and looped back in jumbo
packet via PHY at the highest supported speed.
[02:38:44] Test Passed
[07/20/15 02:38:44] Optical Drive - DVDR: Device Simple Test (test #1) - Device Simple Test
- Run a simple test on the device.
[02:38:46] Test Passed
[07/20/15 02:38:46] Hard Drive : Check SMART status Test (test #5) - Check SMART status Test
- Check the SMART Staus of a drive.
[02:38:46] Test Passed
[07/20/15 02:38:46] * 1 TEST(S) FAILED * [Elapsed time = 00:55:47]

Frage:

Das MBP fährt ja nicht hoch, sondern der Startvorgang wird beendet.
Wird da im Log eigentlich auch was notiert?

Jochen

Lass mal den Apple Hardware Test laufen. Einfache Sensorfehler werden auch dort erkannt und mit einem Fehlercode "4SNS/1/4..." angegeben.

Falls tatsächlich ein Fehler entdeckt wird, würde mich dann der Detailcode der Meldung interessieren. Das sind 4 Zeichen, die mit "T" beginnen.

Klingt interessant. Falls Du da reparieren lässt, schreib doch mal Deine Erfahrungen.