ALH intermittent power fade

[malpana]

My stock manual 2001 Jetta has an intermittent problem with inconsistent power under load. If I'm climbing a hill, e.g., the car will sometimes lose a bit of power for a second or two and then return to normal power. Whether I'm trying to maintain consistent speed or, more so, trying to accelerate, it'll cycle between typical power and then fade and then typical power again repeatedly. I replaced the turbo for a different problem not that long ago; the injectors are relatively new, as is the N75; I checked the IP quantity adjustor for full sweep and bumped the IQ up to about 3.8 mg (it was just about 3.0 before the bump); the timing is set to slightly advanced. I have an IP case pressure relief valve on order, but I'm wondering if anyone has any ideas of what else I can check. No CELs at present. Many thanks in advance.

 

[swetbak]

Have you removed your EGR and checked to see if your intake is clogged?

 

[malpana]

For some reason I think I had the EGR off not too long ago, but I'll check again. Do you know if a clogged intake usually causes consistently low power? It's the pulsing/cycling of the power fade that has me stumped.

 

[malpana]

I took the intake off less than 150K miles ago and thoroughly cleaned it.

 

[swetbak]

More than likely consistent low power if clogged, but it could masquerade as any number of power issues esp if you aren't deleted. It was just a simple suggestion that's easy to check. 150k miles is enough to accumulate significant CBU. Also check your air intake system. Starting with pre-filter shorkel.

 

[JETaah]

How do your MAF sensor 'actual' readings compare to the 'requested' values during these episodes? ( VCDS group 3 in the engine controller.)
See if you can find the VW part number on your MAF sensor. If the last 3 numbers are 461 with no suffix letter C, then you have the original piece of junk that the car came with.
038906461C is the latest update part number for the MAF sensor. Preferably Bosch brand.

 

[BamaB4S]

You said yours is new, but I experienced the same symptom before replacing N75.

 

[malpana]

Thanks for the tips. I'll check the N75, intake, and MAF.

 

[malpana]

Thanks for all your advice! It seems to have gone away, but I'll have to stress test it some more. The only things I've done so far: cleaned the snow screen (it wasn't too bad); replaced the air filter (also not too bad or too old); replaced the case pressure valve on the IP (the inner sleeve had dropped a little). Voltage and resistance on the N75 were both good, and the turbo seems fine and responsive (it's relatively new). I had replaced the vacuum lines within the past year, and the vac pump is relatively new. The EGR and intake are clean. I replaced the accelerator pedal/TPS assembly a year or two ago because it was completely cutting out. If the problem returns I'll check back in put VCDS on it and a vac gauge. Thanks again!

 

[burpod]

You need to take logs 011-001. And 011-001-003 since you have a silly maf. Egr can clog quicker than you think. Life is so much better when you delete egr and maf

 

[malpana]

I thought I'd check back in. The problem returned. I tested the N75 at the turbo actuator line end with VCDS - everything checked out fine (consistently 25 inHg when on, 0 when off). MAF testing showed a big enough difference between specified and actual throughout much of the RPM range, with nothing above 420 actual even as specified climbed up to 850. I have the new Bosch housing (038906461C) but replaced the element with a Pierburg 3 years ago. I just ordered a new Bosch. Thanks for the tips!

 

[burpod]

I thought I'd check back in. The problem returned. I tested the N75 at the turbo actuator line end with VCDS - everything checked out fine (consistently 25 inHg when on, 0 when off). MAF testing showed a big enough difference between specified and actual throughout much of the RPM range, with nothing above 420 actual even as specified climbed up to 850. I have the new Bosch housing (038906461C) but replaced the element with a Pierburg 3 years ago. I just ordered a new Bosch. Thanks for the tips!

that's a shame could hve put that money towards a good maf-delete tune, but whatever myself - i can't stand seeing so many people deal with maf problems, spend money on mafs, the time the spend diagnosing it, only to just be back to "normal" when you could have better.

 

[malpana]

burpod, what's the elevator pitch for a MAF delete tune? Less stuff that can fail later?

 

[burpod]

when egr is deleted, there's no reason for the MAF. MAF is really only used for egr calculations. once egr is out, you can do just as good smoke limiter using map as with maf. most tune smoke limiters aren't even done "right" anyway. it's really a bunch of hype. most people with a stage of tune are not happy with a conservative smoke limiter anyway, and it hardly smokes anymore anway (when all else is right). steady state cruising etc, MAF does nothing, zero. its just reading in values but there's nothing in the tune that is doing anything about it. it's not somehow making the car more efficient, it's not doing anything for high altitude control.

so why not have one less finicky sensor? the map sensor seems to be pretty robust. i haven't run a maf in my two primary drivers in 10 yrs.

 

[burpod]

i should have explained more - the "smoke limiter" is simply reducing fueling during a fraction of a second as turbo spools. this is in pedal-mashing conditions. when you mash the pedal, many things happen. but the smoke limiter is one of them, and it simply reduces the fueling based on current airflow (or boost) to be more reasonable so you don't get a bunch of smoke. if you're cruising along at 10mg fuel 2000rpm, and slam on the pedal, it will reduce the fuel allowed until air flow or boost gets up a bit before actually putting out the full driver request amount of fuel.

when you're cruising, the smoke limiter (and maf) is doing nothing

 

[J_dude]

Good to know!

 

[malpana]

I just replaced the MAF sensor (latest design Bosch) and got the following numbers. The highest actual is 575; before replacement the highest actual was 425. What I'm wondering about is the disparity between specified and actual as the RPMs climb from 3.4K through 4.6K: specified goes up to 850 but actual is 465 through that range. What does that mean? I did delete the EGR.

	Engine Speed	Air Mass	Air Mass	EGR Solenoid
TIME	(G28)	Specified	Actual	(N18)
STAMP	/min	mg/str	mg/str	%
0.36	903	380	430	84.5
0.76	903	380	460	84.5
1.15	903	380	460	84.5
1.57	903	380	475	84.5
1.97	903	380	460	84.5
2.37	903	380	450	84.5
2.79	903	380	460	84.5
3.19	903	380	455	84.5
3.59	903	385	440	84.5
3.99	903	380	445	84.5
4.39	903	385	460	84.5
4.8	945	400	445	84.5
5.2	987	380	460	84.5
5.6	987	385	480	84.5
6	1029	385	470	84.5
6.4	1029	380	465	84.5
6.8	1029	385	465	84.5
7.2	1050	380	470	84.5
7.62	1071	380	465	84.5
8.02	1113	385	465	84.5
8.42	1176	380	460	84.5
8.82	1239	375	480	84.5
9.22	1281	375	490	84.5
9.63	1302	375	475	84.5
10.03	1323	380	465	84.5
10.43	1365	380	465	84.5
10.83	1386	380	465	84.5
11.23	1428	385	470	84.5
11.63	1449	385	465	84.5
12.03	1449	385	480	84.5
12.43	1470	390	480	84.5
12.85	1491	390	480	84.5
13.25	1533	390	485	84.5
13.65	1575	390	490	84.5
14.06	1638	390	485	84.5
14.47	1680	395	500	84.5
14.86	1701	395	500	84.5
15.26	1743	395	515	84.5
15.66	1743	395	530	84.5
16.08	1785	395	535	84.5
16.48	1806	395	525	84.5
16.88	1848	395	540	84.5
17.28	1869	400	515	84.5
17.7	1911	395	540	84.5
18.1	1932	395	555	84.5
18.5	1953	400	560	84.5
18.91	1974	400	560	84.5
19.31	2016	400	575	84.5
19.71	2058	400	555	84.5
20.13	2100	405	565	84.5
20.53	2142	410	540	84.5
20.94	2205	410	540	84.5
21.33	2247	415	540	84.5
21.73	2310	415	540	84.5
22.14	2352	420	525	84.5
22.54	2394	420	510	84.5
22.96	2415	420	510	84.5
23.36	2457	425	500	84.5
23.76	2478	425	490	84.5
24.16	2520	430	500	84.5
24.56	2541	435	505	84.5
24.97	2583	435	495	84.5
25.37	2625	440	495	84.5
25.78	2646	440	495	84.5
26.19	2688	445	485	84.5
26.59	2730	445	490	84.5
27.01	2751	445	475	84.5
27.41	2772	455	475	84.5
27.81	2814	455	480	84.5
28.21	2835	455	470	84.5
28.61	2856	460	485	84.5
29.01	2877	460	465	84.5
29.41	2898	460	470	84.5
29.82	2919	465	460	84.5
30.22	2940	465	465	84.5
30.62	2982	470	475	84.1
31.02	3024	470	465	83.7
31.42	3045	475	465	84.1
31.82	3087	475	475	83.3
32.22	3129	480	475	4.8
32.62	3150	480	475	4.8
33.04	3192	480	470	4.8
33.42	3213	485	480	4.8
33.82	3234	485	475	4.8
34.24	3255	485	485	4.8
34.64	3276	485	475	4.8
35.05	3297	490	465	4.8
35.44	3339	490	460	4.8
35.84	3339	490	465	4.8
36.25	3360	495	460	4.8
36.65	3402	495	470	4.8
37.05	3444	500	470	4.8
37.45	3465	575	470	4.8
37.85	3528	695	460	4.8
38.27	3591	850	460	4.8
38.67	3654	850	450	4.8
39.07	3696	850	465	4.8
39.47	3738	850	465	4.8
39.88	3759	850	460	4.8
40.28	3780	850	470	4.8
40.68	3801	850	460	4.8
41.1	3822	850	460	4.8
41.5	3843	850	450	4.8
41.9	3864	850	455	4.8
42.3	3885	850	460	4.8
42.7	3906	850	455	4.8
43.12	3927	850	455	4.8
43.5	3969	850	465	4.8
43.9	4053	850	445	4.8
44.3	4095	850	435	4.8
44.7	4137	850	440	4.8
45.1	4158	850	440	4.8
45.48	4158	850	445	4.8
45.88	4158	850	445	4.8
46.28	4200	850	440	4.8
46.69	4221	850	445	4.8
47.08	4242	850	440	4.8
47.47	4263	850	440	4.8
47.87	4305	850	435	4.8
48.28	4326	850	445	4.8
48.72	4347	850	440	4.8
49.13	4368	850	440	4.8
49.53	4389	850	440	4.8
49.93	4431	850	445	4.8
50.35	4473	850	445	4.8
50.75	4494	850	445	4.8
51.15	4536	850	445	4.8
51.55	4536	850	435	4.8
51.95	4536	850	450	4.8
52.36	4536	850	440	4.8
52.76	4557	850	435	4.8
53.16	4536	850	430	4.8
53.56	4557	850	435	4.8
53.96	4557	850	440	4.8
54.38	4536	850	440	4.8
54.78	4536	850	435	4.8
55.18	4515	850	435	4.8
55.58	4515	850	445	4.8
55.99	4494	850	440	4.8
56.39	4494	850	440	4.8
56.79	4536	850	445	4.8
57.21	4578	850	445	4.8
57.61	4620	850	440	4.8
58.01	4641	850	440	4.8
58.41	4641	850	435	4.8
58.81	4662	850	435	4.8
59.23	4662	850	435	4.8
59.61	4662	850	435	4.8
60.01	4662	850	445	4.8
60.41	4662	850	440	4.8
60.81	4662	850	435	4.8
61.21	4662	850	435	4.8
61.61	4683	850	435	4.8
62.01	4662	850	440	4.8
62.43	4662	850	430	4.8
62.83	4662	850	435	4.8
63.22	4662	850	440	4.8
63.61	4662	850	445	4.8
64.01	4662	850	435	4.8
64.43	4662	850	440	4.8
64.82	4662	850	435	4.8
65.24	4662	850	435	4.8
65.64	4662	850	430	4.8
66.04	4662	850	440	4.8
66.46	4641	850	440	4.8
66.86	4557	850	440	4.8
67.27	4473	850	445	4.8
67.67	4410	850	440	4.8
68.09	4368	850	445	4.8
68.49	4326	850	450	4.8
68.89	4284	850	445	4.8
69.3	4200	850	460	4.8
69.71	4116	850	450	4.8
70.1	4032	850	455	4.8
70.5	3969	850	460	4.8
70.9	3906	850	460	4.8
71.3	3843	850	465	4.8
71.7	3780	850	465	4.8
72.1	3717	850	455	4.8
72.52	3675	850	455	4.8
72.9	3591	850	440	4.8
73.3	3507	670	440	4.8
73.7	3423	485	440	4.8
74.1	3339	475	445	4.8
74.52	3276	475	450	4.8
74.92	3213	470	450	4.8
75.32	3150	460	455	4.8
75.72	3045	455	435	4.8
76.13	2940	450	450	4.8
76.53	2877	440	450	50.6
76.93	2814	435	450	52.6
77.33	2751	430	445	55.8
77.73	2688	420	455	59.8
78.14	2604	415	460	65.3
78.53	2499	405	470	72.1
78.93	2394	400	465	82.5
79.35	2289	395	475	84.5
79.73	2205	390	485	84.5
80.13	2058	390	485	84.5
80.55	1911	385	460	84.5
80.95	1806	385	485	84.5
81.35	1701	385	490	84.5
81.75	1617	385	450	84.5
82.15	1512	385	455	84.5
82.57	1428	370	450	84.5
82.97	1323	365	475	84.5
83.36	1155	360	465	84.5
83.76	987	380	465	84.5
84.17	966	360	475	84.5
84.58	924	375	435	84.5
84.98	903	375	440	84.5
85.38	903	380	465	84.5
85.78	903	375	460	84.5
86.2	903	380	450	84.5
86.6	903	380	435	84.5
87	903	380	455	84.5
87.41	903	380	445	84.5
87.81	903	380	435	84.5
88.23	903	380	475	84.5
88.63	903	380	455	84.5
89.03	903	380	455	84.5
89.45	903	380	435	84.5

 

[burpod]

need to log 011 as well. what i would log is 011-003 or 011-001-003 to include fueling. but 011-003 should be enough as fuel can be deduced from the boost if you know the maps. you really need to see what the boost is doing. i don't know my maf numbers all that well, but if it's not making boost, the maf isn't going to go up. it will a certain amount as rpm's climb of course.

did you check the MAF connector terminals for any corrosion? maybe some glitchy wiring?

 

[malpana]

Thanks, burpod. Excuse my ignorance, but I don't know how to log 011-003 vs 011-001-003. For my MAF logs, I went into measuring blocks for group 3 and started logging. How do I differentiate between logging 011-003 and 011-001-003? I'm assuming I go into measuring blocks, group 11 for starters, right?

 

[malpana]

BTW, I took it out for a drive, and it's definitely smoother and has more power.

 

[malpana]

The terminals were clean; I added some dielectric grease.

 

[malpana]

Maybe I shouldn't have done that.

 

[burpod]

you don't want to get dielectric grease on the contacts, it makes things worse (it's not conductive), especially over time, IMO. its more for sealing out moisture, but not on the contacts themselves. i made that mistake years ago. the seals on the connector should be sufficient for keeping moisture out. sometimes those are good to put some grease on so they seal up better and not bind. i would clean the grease out of the contacts if you did, with brake cleaner, but could put a little crease on the connector seals.

011-003 - enter 011 for the first block to log, 003 in the 2nd block. nothing in 3rd block
011-001-003 - 011 in first block row, 011 2nd block row, 003 3rd block row...

 

[malpana]

Many thanks. I'll get on the logging as soon as I can.

 

[malpana]

burpod,

Here's the log you suggested. See anything off? Thanks.

Sunday

20​

August

2023​

19:55:43​

038 906 012 BD

1.9l R4 EDC G540SG 2507

Group A:

'011

Group B:

'001

Group C:

'003

Engine Speed

Boost

Boost

Charge Pressure

Engine Speed

Injection Quantity

Mod. Piston

Coolant

Engine Speed

Air Mass

Air Mass

EGR Solenoid

TIME

(G28)

Specified

Actual

(N75) Solenoid

TIME

(G28)

Disp. (G149)

Temperature (G62)

TIME

(G28)

Specified

Actual

(N18)

Marker

STAMP

/min

mbar

mbar

%

STAMP

/min

mg/str

V

°C

STAMP

/min

mg/str

mg/str

%

0.4​

903​

999.6​

989.4​

24.7​

0.83​

903​

4.2​

1.76​

77.4​

0.01​

903​

380​

465​

84.5​

1.66​

903​

999.6​

989.4​

24.7​

2.08​

903​

4.2​

1.68​

77.4​

1.25​

903​

380​

470​

84.5​

2.89​

903​

999.6​

989.4​

24.7​

3.33​

903​

4​

1.68​

77.4​

2.48​

903​

380​

450​

84.5​

4.16​

903​

999.6​

989.4​

24.7​

4.56​

903​

4.4​

1.72​

77.4​

3.74​

903​

380​

470​

84.5​

5.39​

1008​

999.6​

989.4​

24.7​

5.79​

1008​

5​

1.76​

78.3​

4.96​

987​

390​

470​

84.5​

6.62​

1029​

999.6​

999.6​

24.7​

7.04​

1050​

5.2​

1.78​

78.3​

6.21​

1029​

385​

490​

84.5​

7.84​

1134​

999.6​

999.6​

24.7​

8.24​

1197​

5.2​

1.74​

78.3​

7.44​

1071​

385​

455​

84.5​

9.09​

1281​

999.6​

1020​

32.3​

9.5​

1302​

4.8​

1.64​

78.3​

8.67​

1239​

375​

475​

84.5​

10.32​

1386​

999.6​

1030.2​

32.7​

10.75​

1407​

4.6​

1.64​

78.3​

9.92​

1344​

380​

485​

84.5​

11.58​

1449​

999.6​

1050.6​

33.1​

12​

1470​

4.8​

1.54​

78.3​

11.17​

1428​

385​

470​

84.5​

12.84​

1512​

999.6​

1060.8​

33.1​

13.26​

1512​

5​

1.56​

78.3​

12.43​

1491​

390​

475​

84.5​

14.08​

1575​

999.6​

1071​

33.1​

14.48​

1617​

5.4​

1.66​

78.3​

13.68​

1533​

390​

480​

84.5​

15.28​

1659​

1009.8​

1091.4​

33.5​

15.68​

1701​

5.6​

1.66​

78.3​

14.88​

1638​

390​

490​

84.5​

16.52​

1785​

1020​

1122​

34.3​

16.94​

1806​

5.8​

1.6​

78.3​

16.11​

1743​

395​

510​

84.5​

17.79​

1827​

1030.2​

1142.4​

35.1​

18.2​

1869​

6.2​

1.66​

78.3​

17.36​

1806​

395​

540​

84.5​

19.04​

1953​

1040.4​

1173​

37.5​

19.47​

1995​

6.4​

1.6​

78.3​

18.62​

1932​

400​

550​

84.5​

20.3​

2100​

1050.6​

1203.6​

40.2​

20.72​

2142​

6.6​

1.62​

78.3​

19.88​

2058​

405​

570​

84.5​

21.55​

2289​

1071​

1193.4​

45​

21.96​

2352​

6.6​

1.6​

78.3​

21.12​

2205​

415​

550​

84.5​

22.8​

2436​

1081.2​

1152.6​

46.2​

23.2​

2520​

7​

1.66​

78.3​

22.38​

2394​

425​

525​

84.5​

24.04​

2688​

1091.4​

1132.2​

49.4​

24.46​

2751​

7​

1.64​

78.3​

23.63​

2583​

445​

510​

84.5​

25.27​

2856​

1101.6​

1111.8​

49​

25.71​

2919​

7​

1.6​

78.3​

24.87​

2814​

460​

470​

84.5​

26.54​

3024​

1122​

1101.6​

54.6​

26.95​

3087​

7.6​

1.66​

78.3​

26.12​

2961​

470​

470​

84.1​

27.75​

3297​

1152.6​

1081.2​

55​

28.19​

3402​

8​

1.66​

79.2​

27.35​

3192​

495​

455​

4.8​

29.04​

3612​

1173​

1101.6​

53.4​

29.43​

3696​

7.8​

1.66​

79.2​

28.6​

3507​

670​

450​

4.8​

30.23​

3843​

1193.4​

1132.2​

54.2​

30.62​

3906​

8​

1.7​

79.2​

29.83​

3759​

850​

440​

4.8​

31.47​

4074​

1203.6​

1142.4​

53.8​

31.88​

4116​

8​

1.64​

79.2​

31.04​

3990​

850​

440​

4.8​

32.71​

4221​

1234.2​

1162.8​

53.4​

33.11​

4284​

8.4​

1.74​

79.2​

32.31​

4158​

850​

435​

4.8​

33.92​

4410​

1244.4​

1193.4​

53.8​

34.33​

4473​

8.8​

1.74​

79.2​

33.51​

4347​

850​

440​

4.8​

35.16​

4599​

1275​

1224​

53.4​

35.58​

4641​

8.8​

1.72​

78.3​

34.73​

4557​

850​

445​

4.8​

36.39​

4746​

1295.4​

1254.6​

53.4​

36.79​

4809​

9.8​

1.84​

78.3​

35.98​

4683​

850​

440​

4.8​

37.64​

4914​

1326​

1295.4​

55​

38.06​

4998​

10.4​

1.92​

78.3​

37.22​

4872​

850​

440​

4.8​

38.9​

4998​

1315.8​

1295.4​

54.2​

39.32​

4998​

10.2​

1.92​

78.3​

38.47​

4998​

850​

420​

4.8​

40.14​

4977​

1295.4​

1295.4​

54.6​

40.55​

4851​

8.4​

1.7​

78.3​

39.74​

5019​

850​

435​

4.8​

41.37​

4641​

1275​

1244.4​

52.6​

41.78​

4599​

8.6​

1.68​

78.3​

40.97​

4725​

850​

415​

4.8​

42.62​

4515​

1254.6​

1234.2​

53.4​

43.03​

4473​

7.8​

1.7​

78.3​

42.2​

4557​

850​

440​

4.8​

43.83​

4305​

1224​

1213.8​

49.4​

44.26​

4179​

7.4​

1.6​

78.3​

43.43​

4389​

850​

430​

4.8​

45.1​

4011​

1193.4​

1213.8​

50.6​

45.51​

3927​

6.8​

1.58​

78.3​

44.68​

4074​

850​

435​

4.8​

46.34​

3780​

1173​

1213.8​

47.4​

46.76​

3717​

6.6​

1.6​

78.3​

45.91​

3843​

850​

445​

4.8​

47.59​

3612​

1152.6​

1203.6​

48.2​

47.99​

3549​

6.2​

1.54​

78.3​

47.18​

3654​

850​

455​

4.8​

48.84​

3423​

1132.2​

1173​

49.4​

49.25​

3339​

5.6​

1.46​

79.2​

48.42​

3507​

635​

450​

4.8​

50.07​

3192​

1111.8​

1132.2​

49.4​

50.49​

3108​

5.4​

1.5​

79.2​

49.67​

3255​

475​

450​

4.8​

51.27​

2982​

1091.4​

1101.6​

49.4​

51.69​

2940​

5.6​

1.54​

79.2​

50.87​

3045​

460​

450​

4.8​

52.52​

2835​

1081.2​

1101.6​

48.6​

52.93​

2772​

4.8​

1.46​

79.2​

52.09​

2898​

445​

455​

50.2​

53.77​

2646​

1060.8​

1091.4​

47.4​

54.17​

2541​

4​

1.44​

79.2​

53.35​

2709​

430​

460​

59.8​

55​

2373​

1040.4​

1071​

45.8​

55.41​

2331​

4.2​

1.42​

79.2​

54.57​

2436​

410​

465​

79.3​

56.23​

2226​

1040.4​

1060.8​

44.2​

56.63​

2163​

3.6​

1.48​

80.1​

55.83​

2289​

400​

480​

84.5​

57.48​

1953​

1020​

1050.6​

38.3​

57.91​

1848​

3.6​

1.44​

80.1​

57.06​

2079​

390​

495​

84.5​

58.71​

1701​

999.6​

1040.4​

34.7​

59.13​

1638​

3.6​

1.54​

80.1​

58.31​

1764​

385​

480​

84.5​

59.96​

1449​

999.6​

1030.2​

33.9​

60.37​

1365​

3.4​

1.42​

80.1​

59.54​

1554​

385​

455​

84.5​

61.2​

1239​

999.6​

1009.8​

33.1​

61.6​

1050​

2.2​

1.42​

80.1​

60.79​

1323​

370​

455​

84.5​

62.45​

903​

999.6​

1009.8​

24.7​

62.87​

903​

4.2​

1.66​

81​

62.04​

903​

380​

445​

84.5​

63.69​

903​

999.6​

999.6​

24.7​

64.08​

903​

4​

1.62​

81​

63.27​

903​

380​

435​

84.5​

64.88​

903​

999.6​

989.4​

24.7​

65.32​

903​

4​

1.62​

81​

64.48​

903​

380​

410​

84.5​

66.15​

903​

999.6​

999.6​

24.7​

66.55​

903​

4.2​

1.76​

81​

65.73​

903​

380​

450​

84.5​

67.36​

903​

999.6​

999.6​

24.7​

67.8​

903​

4​

1.66​

81.9​

66.95​

903​

380​

445​

84.5​

68.63​

903​

999.6​

999.6​

24.7​

69.04​

903​

4​

1.68​

81.9​

68.21​

903​

380​

455​

84.5​

 

[burpod]

something is very off there. maybe you cut the log short too? it appears to me.. that you were barely pressing the pedal down at all. max requested boost is hardly anything (4.5psi max request), fuel delivered at 10mg max. possible chance pedal sensor is bad?

you might need to take a different log. 011-015-004. but get more than just 1 minute. log the whole little test drive you do. start the car. start the log, then drive. stop it when you get back.

011 - boost
015 - driver request IQ, actual IQ
004 - timing

 

[malpana]

Confessions of a newb: I did the logging in my driveway. Now I know I need to go on a drive. I'll redo the other one and do the new one on the road.

 

[burpod]

ok, that makes sense. i was rather confused how you revved that high with so little fuel lol

if you have an errand to do, just log the trip there, and log the trip back. if you do that. log 011-001-003 on the way there. 011-015-004 way back

the stock measuring blocks kinda suck if you're trying to pinpoint a weird issue sometimes... too much redundant information when you could have much more.

 

[malpana]

Hi, burpod.

Finally got around to logging. Here's 011-001-003:

Group A:

'011

Group B:

'001

Group C:

'003

Engine Speed

Boost

Boost

Charge Pressure

Engine Speed

Injection Quantity

Mod. Piston

Coolant

Engine Speed

Air Mass

Air Mass

EGR Solenoid

TIME

(G28)

Specified

Actual

(N75) Solenoid

TIME

(G28)

Disp. (G149)

Temperature (G62)

TIME

(G28)

Specified

Actual

(N18)

STAMP

/min

mbar

mbar

%

STAMP

/min

mg/str

V

°C

STAMP

/min

mg/str

mg/str

%

0.01​

987​

1040.4​

979.2​

24.7​

0.35​

1176​

11.4​

2.08​

77.4​

0.75​

1113​

505​

480​

54.2​

1.15​

1113​

1060.8​

1009.8​

24.7​

1.55​

1155​

15.4​

2.22​

77.4​

1.95​

1197​

580​

495​

19.9​

2.35​

1323​

1122​

1040.4​

31.1​

2.75​

1491​

17.6​

2.32​

77.4​

3.14​

1680​

585​

520​

19.9​

3.55​

1890​

1224​

1183.2​

43​

3.95​

2079​

18.6​

2.44​

77.4​

4.35​

2268​

625​

660​

29.5​

4.75​

2478​

1305.6​

1519.8​

66.1​

5.15​

2709​

16.4​

2.52​

77.4​

5.55​

2394​

380​

485​

61​

5.95​

1806​

999.6​

1060.8​

38.3​

6.35​

1470​

8.6​

1.7​

77.4​

6.75​

1638​

765​

470​

19.9​

7.15​

1680​

1570.8​

1142.4​

24.7​

7.55​

1848​

28.8​

3.02​

77.4​

7.95​

1995​

695​

690​

22.3​

8.35​

2100​

1468.8​

1540.2​

52.2​

8.75​

2226​

23.8​

2.76​

77.4​

9.15​

2331​

700​

755​

43.4​

9.55​

2457​

1407.6​

1530​

67.3​

9.95​

2562​

21.8​

2.74​

77.4​

10.35​

2688​

690​

545​

19.9​

10.75​

2793​

1397.4​

1224​

52.2​

11.15​

2898​

21​

2.74​

77.4​

11.55​

2982​

690​

555​

19.9​

11.95​

3087​

1264.8​

1264.8​

57.4​

12.35​

2625​

0​

1.22​

77.4​

12.75​

1995​

375​

480​

72.9​

13.15​

2058​

1142.4​

1040.4​

41.4​

13.55​

2037​

23.6​

2.66​

78.3​

13.95​

2079​

700​

605​

19.9​

14.35​

2142​

1479​

1346.4​

42.6​

14.74​

2205​

24.8​

2.84​

78.3​

15.14​

2268​

710​

695​

19.9​

15.54​

2331​

1479​

1519.8​

54.6​

15.95​

2394​

24.2​

2.88​

78.3​

16.38​

2436​

720​

710​

19.9​

16.82​

2499​

1417.8​

1519.8​

61.4​

17.23​

2541​

22.2​

2.76​

78.3​

17.63​

2583​

700​

610​

19.9​

18.03​

2646​

1387.2​

1315.8​

54.6​

18.43​

2688​

21.4​

2.76​

78.3​

18.83​

2730​

695​

560​

19.9​

19.23​

2772​

1397.4​

1264.8​

51​

19.63​

2814​

21.2​

2.78​

78.3​

20.03​

2856​

690​

565​

19.9​

20.45​

2898​

1366.8​

1305.6​

53​

20.83​

2772​

0​

1.28​

78.3​

21.23​

2184​

375​

485​

60.6​

21.63​

2100​

1142.4​

1050.6​

43.4​

22.03​

2079​

22​

2.6​

79.2​

22.43​

2100​

705​

585​

19.9​

22.83​

2142​

1489.2​

1336.2​

40.6​

23.23​

2163​

23.2​

2.7​

79.2​

23.63​

2163​

660​

650​

20.3​

24.03​

2184​

1326​

1407.6​

55.8​

24.43​

2205​

20.8​

2.58​

79.2​

24.83​

2226​

645​

620​

19.9​

25.23​

2226​

1336.2​

1326​

53​

25.63​

2247​

23.8​

2.8​

79.2​

26.03​

2268​

695​

605​

19.9​

26.43​

2289​

1407.6​

1315.8​

45.8​

26.83​

2289​

20.8​

2.62​

79.2​

27.23​

2310​

635​

570​

19.9​

27.63​

2331​

1305.6​

1285.2​

51.4​

28.03​

2352​

19.8​

2.62​

79.2​

28.46​

2352​

635​

560​

19.9​

28.88​

2373​

1305.6​

1275​

50.2​

29.28​

2373​

19.6​

2.56​

80.1​

29.69​

2394​

635​

570​

19.9​

30.09​

2394​

1305.6​

1254.6​

49.8​

30.51​

2415​

19.6​

2.58​

80.1​

30.91​

2436​

640​

565​

19.9​

31.31​

2436​

1305.6​

1264.8​

49.4​

31.71​

2436​

19.6​

2.56​

80.1​

32.11​

2457​

640​

560​

19.9​

32.51​

2457​

1305.6​

1264.8​

49.4​

32.91​

2457​

19.4​

2.56​

80.1​

33.31​

2457​

640​

560​

19.9​

33.71​

2457​

1295.4​

1264.8​

49.8​

34.11​

2457​

18.4​

2.52​

80.1​

34.51​

2457​

620​

555​

19.9​

34.91​

2457​

1183.2​

1244.4​

53.8​

35.31​

2436​

9.4​

1.88​

81​

35.71​

2415​

445​

480​

38.6​

36.11​

2415​

1091.4​

1071​

55.8​

36.54​

2394​

8​

1.74​

81​

36.94​

2373​

445​

460​

46.6​

37.36​

2352​

1091.4​

1030.2​

55.8​

37.77​

2331​

9.4​

1.88​

81​

38.19​

2331​

475​

475​

47​

38.59​

2310​

1132.2​

1050.6​

50.2​

38.99​

2289​

11.2​

2.06​

81​

39.39​

2289​

475​

485​

49.8​

39.79​

2268​

1132.2​

1071​

51​

40.19​

2247​

11.2​

2.02​

81.9​

40.59​

2247​

470​

495​

58.6​

40.99​

2226​

1948.2​

1101.6​

65.3​

41.39​

2247​

31.4​

3.24​

81.9​

41.79​

2247​

850​

810​

4.8​

42.19​

2268​

1948.2​

1836​

49.8​

42.59​

2268​

36.6​

3.54​

81.9​

42.99​

2289​

850​

925​

4.8​

43.39​

2289​

1948.2​

1989​

54.6​

43.79​

2310​

36.6​

3.54​

81.9​

44.19​

2331​

850​

890​

4.8​

44.59​

2310​

1948.2​

1968.6​

55​

44.99​

2331​

36.6​

3.56​

82.8​

45.39​

2352​

850​

890​

4.8​

45.79​

2352​

1948.2​

1927.8​

53.8​

46.19​

2352​

36.6​

3.56​

82.8​

46.59​

2352​

850​

870​

4.8​

46.99​

2373​

1948.2​

1897.2​

52.2​

47.39​

2394​

36.4​

3.56​

82.8​

47.79​

2394​

850​

855​

4.8​

48.19​

2415​

1948.2​

1887​

51​

48.59​

2415​

36.4​

3.6​

82.8​

48.99​

2415​

735​

740​

44.2​

49.39​

2436​

1377​

1519.8​

59​

49.79​

2415​

17.8​

2.52​

82.8​

50.19​

2415​

600​

520​

19.9​

50.59​

2415​

1275​

1183.2​

50.6​

50.99​

2436​

20.4​

2.58​

83.7​

51.39​

2436​

705​

555​

19.9​

51.78​

2436​

1519.8​

1295.4​

41​

52.18​

2457​

27.4​

3.06​

83.7​

52.58​

2478​

770​

725​

19.9​

52.98​

2478​

1601.4​

1632​

53.8​

53.38​

2520​

29​

3.2​

83.7​

53.78​

2541​

795​

745​

19.9​

54.18​

2541​

1642.2​

1672.8​

54.2​

54.58​

2583​

31.4​

3.34​

84.6​

54.98​

2604​

850​

800​

4.8​

55.38​

2646​

1948.2​

1836​

50.2​

55.78​

2688​

32​

3.46​

84.6​

56.18​

2247​

375​

515​

84.5​

56.58​

1659​

999.6​

1173​

37.1​

56.98​

2163​

13.8​

1.64​

84.6​

57.38​

2058​

695​

530​

27.9​

57.78​

2058​

1581​

1275​

30.3​

58.18​

2079​

27.8​

2.92​

85.5​

58.58​

2100​

775​

725​

19.9​

58.98​

2100​

1703.4​

1642.2​

44.2​

59.38​

2121​

30.8​

3.2​

85.5​

59.78​

2121​

790​

765​

4.8​

60.18​

2142​

1713.6​

1693.2​

46.6​

60.58​

2142​

31.8​

3.24​

85.5​

60.98​

2142​

805​

765​

4.8​

61.38​

2142​

1744.2​

1703.4​

45.8​

61.78​

2142​

31.4​

3.26​

85.5​

62.18​

2142​

780​

775​

4.8​

62.58​

2163​

1581​

1683​

49.4​

62.98​

2142​

24.6​

2.84​

86.4​

63.38​

2142​

695​

680​

46.6​

63.78​

2142​

1458.6​

1479​

52.2​

64.18​

2142​

24.4​

2.8​

86.4​

64.58​

2142​

695​

625​

19.9​

64.98​

2121​

1458.6​

1377​

45.4​

65.38​

2121​

24.4​

2.78​

86.4​

65.78​

2121​

695​

605​

19.9​

66.18​

2121​

1764.6​

1366.8​

28.7​

66.58​

2121​

33.8​

3.32​

86.4​

66.98​

2121​

840​

815​

4.8​

67.38​

2121​

1897.2​

1805.4​

39.8​

67.78​

2121​

34​

3.34​

87.3​

68.18​

2121​

825​

820​

4.8​

68.58​

2121​

1642.2​

1795.2​

46.6​

68.98​

2121​

28.4​

3.06​

87.3​

69.38​

2100​

715​

755​

53​

69.78​

2079​

1519.8​

1611.6​

52.2​

70.18​

2079​

25.6​

2.84​

87.3​

70.61​

2058​

690​

660​

49.8​

71.03​

2058​

1458.6​

1458.6​

46.6​

71.43​

2037​

24.6​

2.78​

87.3​

71.85​

2037​

685​

640​

29.9​

72.26​

2016​

1458.6​

1407.6​

43​

72.66​

2016​

24.6​

2.74​

88.2​

73.06​

1995​

625​

635​

19.9​

73.46​

1974​

1183.2​

1336.2​

53.8​

73.86​

1953​

15.2​

2.26​

88.2​

74.26​

1932​

530​

525​

38.6​

74.66​

1911​

1173​

1193.4​

45.4​

75.06​

1911​

15.4​

2.22​

88.2​

75.46​

1869​

570​

540​

32.7​

75.86​

1869​

1213.8​

1183.2​

40.6​

76.26​

1848​

17.6​

2.36​

88.2​

76.66​

1848​

565​

530​

19.9​

77.06​

1827​

1203.6​

1203.6​

40.6​

77.46​

1806​

16​

2.26​

89.1​

77.86​

1806​

540​

530​

20.3​

78.26​

1785​

1173​

1193.4​

40.2​

78.66​

1785​

16​

2.3​

89.1​

79.06​

1764​

515​

540​

19.9​

79.46​

1701​

999.6​

1122​

36.7​

79.86​

1722​

0​

0.74​

89.1​

80.26​

1680​

380​

450​

76.5​

80.66​

1659​

999.6​

1040.4​

34.3​

81.06​

1638​

4.4​

1.56​

89.1​

81.46​

1617​

390​

445​

84.5​

81.86​

1596​

999.6​

1040.4​

33.5​

82.26​

1575​

4.4​

1.62​

89.1​

82.66​

1575​

390​

445​

84.5​

83.06​

1533​

999.6​

1030.2​

33.9​

83.46​

1512​

0​

0.94​

90​

83.86​

1533​

365​

420​

84.5​

84.26​

1491​

999.6​

1009.8​

35.1​

84.66​

1491​

0​

0.74​

90​

85.06​

1470​

360​

430​

84.5​

85.46​

1470​

999.6​

1009.8​

35.1​

85.86​

1449​

0​

0.74​

90​

86.26​

1449​

360​

430​

84.5​

86.66​

1449​

999.6​

999.6​

35.1​

87.06​

1428​

0​

0.74​

90​

87.46​

1428​

355​

435​

84.5​

87.86​

1428​

999.6​

999.6​

35.1​

88.26​

1428​

0​

0.74​

90​

88.66​

1428​

355​

415​

84.5​

89.06​

1407​

999.6​

999.6​

35.1​

89.46​

1407​

0​

0.76​

90​

89.86​

1407​

355​

425​

84.5​

90.27​

1407​

999.6​

999.6​

35.1​

90.67​

1407​

0​

0.74​

90.9​

91.06​

1407​

350​

440​

84.5​

91.46​

1407​

999.6​

999.6​

35.1​

91.86​

1407​

0​

0.74​

90.9​

92.26​

1407​

355​

435​

84.5​

92.66​

1407​

999.6​

999.6​

35.1​

93.06​

1428​

0​

0.74​

90.9​

93.46​

1449​

355​

425​

84.5​

93.86​

1449​

999.6​

999.6​

35.1​

94.26​

1470​

0​

0.74​

90.9​

94.66​

1470​

360​

430​

84.5​

95.06​

1491​

999.6​

1009.8​

35.1​

95.46​

1491​

0​

0.74​

90.9​

95.86​

1512​

365​

440​

84.5​

96.26​

1512​

999.6​

1009.8​

35.1​

96.66​

1512​

0​

0.76​

90.9​

97.06​

1533​

365​

430​

84.5​

97.46​

1533​

999.6​

1009.8​

35.1​

97.86​

1554​

0​

0.74​

90.9​

98.26​

1554​

365​

430​

84.5​

98.66​

1554​

999.6​

1009.8​

35.5​

99.06​

1575​

0​

0.76​

90.9​

99.46​

1575​

365​

435​

84.5​

99.86​

1596​

999.6​

1009.8​

35.5​

100.26​

1596​

0​

0.74​

90.9​

100.66​

1596​

370​

435​

84.5​

101.06​

1617​

999.6​

1020​

35.9​

101.46​

1617​

0​

0.74​

90.9​

101.86​

1617​

370​

445​

84.5​

102.27​

1617​

999.6​

1020​

35.9​

102.67​

1638​

0​

0.76​

90.9​

103.07​

1638​

370​

450​

84.5​

103.47​

1638​

999.6​

1020​

35.9​

103.87​

1659​

0​

0.74​

90.9​

104.27​

1659​

370​

460​

84.5​

104.67​

1659​

999.6​

1020​

35.9​

105.07​

1680​

0​

0.74​

90.9​

105.47​

1680​

370​

450​

84.5​

105.87​

1680​

999.6​

1020​

36.3​

106.27​

1680​

0​

0.74​

90.9​

106.67​

1701​

370​

460​

84.5​

107.07​

1701​

999.6​

1030.2​

36.3​

107.47​

1701​

0​

0.76​

90.9​

107.87​

1701​

370​

460​

84.5​

108.27​

1701​

999.6​

1030.2​

36.3​

108.67​

1680​

0​

0.74​

90.9​

109.07​

1680​

370​

465​

84.5​

109.47​

1680​

999.6​

1030.2​

36.3​

109.87​

1680​

0​

0.76​

90.9​

110.25​

1680​

370​

445​

84.5​

110.65​

1680​

999.6​

1020​

36.3​

111.07​

1701​

0​

0.74​

90.9​

111.47​

1701​

370​

465​

84.5​

111.87​

1701​

999.6​

1030.2​

36.3​

112.27​

1701​

0​

0.76​

90.9​

112.67​

1701​

375​

475​

84.5​

113.07​

1722​

999.6​

1030.2​

36.3​

113.47​

1722​

0​

0.76​

90.9​

113.87​

1722​

375​

470​

84.5​

114.27​

1743​

999.6​

1030.2​

36.3​

114.67​

1743​

0​

0.74​

90.9​

115.07​

1743​

375​

460​

84.5​

115.47​

1764​

999.6​

1040.4​

36.7​

115.87​

1764​

0​

0.76​

90.9​

116.27​

1764​

375​

465​

84.5​

116.67​

1764​

999.6​

1040.4​

36.7​

117.1​

1785​

0​

0.74​

90.9​

117.52​

1785​

375​

475​

84.5​

117.93​

1785​

999.6​

1040.4​

37.1​

118.35​

1785​

0​

0.76​

90.9​

118.73​

1890​

720​

480​

51.4​

119.13​

1827​

1611.6​

1152.6​

27.1​

119.53​

1848​

30.2​

3.02​

90.9​

119.93​

1869​

775​

735​

4.8​

120.35​

1911​

1683​

1581​

38.6​

120.75​

1932​

30.6​

3.12​

90​

121.15​

1974​

765​

795​

4.8​

121.55​

1995​

1652.4​

1713.6​

48.6​

121.95​

2037​

29.2​

3.06​

90.9​

122.35​

2058​

735​

780​

63.4​

122.75​

2079​

1479​

1672.8​

59​

123.15​

2100​

21.4​

2.6​

90​

123.55​

2121​

580​

585​

84.1​

123.95​

2142​

1213.8​

1234.2​

55​

124.33​

2142​

22​

2.6​

90​

124.75​

2163​

660​

560​

41.8​

125.15​

2184​

1356.6​

1234.2​

46.6​

125.53​

2205​

21.2​

2.62​

90​

125.93​

2226​

635​

590​

21.1​

126.33​

2247​

1285.2​

1275​

52.6​

126.75​

2268​

16.2​

2.3​

90​

127.15​

2268​

490​

540​

31.5​

127.55​

2289​

1111.8​

1142.4​

57.8​

127.95​

2289​

9.2​

1.88​

90​

128.35​

2289​

440​

480​

53.8​

128.75​

2310​

1091.4​

1050.6​

52.6​

129.15​

2310​

8.4​

1.76​

90​

129.55​

2310​

440​

480​

69.3​

129.95​

2331​

1091.4​

1050.6​

52.2​

130.35​

2331​

8.4​

1.76​

90​

130.75​

2331​

445​

480​

82.9​

131.15​

2331​

1091.4​

1050.6​

51.8​

131.55​

2352​

8.4​

1.78​

90​

131.98​

2352​

445​

485​

84.5​

132.38​

2373​

1091.4​

1050.6​

51.8​

132.79​

2373​

8.4​

1.78​

90​

133.21​

2373​

450​

455​

84.5​

133.61​

2373​

1091.4​

1050.6​

51.4​

134.03​

2394​

8.4​

1.76​

90​

134.43​

2394​

450​

470​

84.5​

134.83​

2394​

1091.4​

1060.8​

51.4​

135.23​

2394​

8.4​

1.84​

90​

135.63​

2394​

445​

475​

84.5​

136.03​

2394​

1091.4​

1060.8​

51​

136.43​

2394​

8.4​

1.74​

90​

136.83​

2394​

450​

475​

84.5​

137.23​

2394​

1948.2​

1071​

28.7​

137.63​

2394​

30.8​

3.24​

90​

138.03​

2415​

850​

845​

4.8​

138.43​

2436​

1948.2​

1927.8​

54.2​

138.83​

2457​

36.4​

3.58​

90​

139.23​

2478​

850​

950​

4.8​

139.63​

2499​

1948.2​

2080.8​

61​

140.03​

2520​

36.2​

3.66​

90​

140.43​

2520​

850​

930​

4.8​

140.83​

2541​

1948.2​

1938​

57.8​

141.23​

2562​

36.2​

3.62​

90​

141.63​

2583​

850​

815​

4.8​

142.06​

2583​

1948.2​

1785​

49.8​

142.47​

2604​

36.2​

3.64​

90​

142.89​

2625​

850​

830​

4.8​

143.29​

2625​

1948.2​

1815.6​

47.8​

143.71​

2646​

36.2​

3.66​

90​

144.11​

2646​

850​

840​

4.8​

144.51​

2646​

1927.8​

1846.2​

45.4​

144.9​

2646​

34.6​

3.58​

90​

145.3​

2646​

815​

810​

4.8​

145.71​

2625​

1060.8​

1509.6​

47.8​

146.1​

2604​

0.2​

0.74​

90​

146.5​

2562​

390​

410​

82.5​

146.9​

2541​

1020​

1050.6​

47​

147.3​

2499​

0.4​

1.1​

90​

147.7​

2457​

385​

415​

84.5​

148.1​

2436​

1030.2​

1030.2​

46.2​

148.5​

2394​

4.4​

1.5​

90​

148.9​

2373​

450​

475​

84.1​

149.3​

2352​

1162.8​

1081.2​

52.6​

149.7​

2331​

14.6​

2.22​

90​

150.1​

2310​

585​

530​

64.1​

150.5​

2310​

1275​

1193.4​

49.8​

150.9​

2289​

18.8​

2.54​

90​

151.3​

2289​

605​

550​

36.3​

151.7​

2247​

1275​

1234.2​

51.4​

152.1​

2247​

18.2​

2.42​

90​

152.5​

2247​

590​

565​

20.3​

152.9​

2226​

1264.8​

1224​

50.2​

153.3​

2226​

18.4​

2.44​

90​

153.7​

2205​

590​

565​

19.9​

154.1​

2184​

1254.6​

1224​

49.8​

154.5​

2184​

17.8​

2.4​

90​

154.9​

2163​

580​

565​

19.9​

155.29​

2163​

1254.6​

1224​

48.6​

155.69​

2142​

17.6​

2.4​

90​

156.09​

2142​

575​

550​

19.9​

156.49​

2121​

1244.4​

1213.8​

47.8​

156.89​

2079​

0.8​

1.48​

90​

157.3​

2058​

375​

495​

64.9​

157.7​

2058​

999.6​

1060.8​

40.6​

158.1​

2016​

0​

0.74​

90​

158.5​

1995​

375​

465​

84.5​

158.9​

1974​

999.6​

1030.2​

39.4​

159.3​

1953​

0​

0.74​

90​

159.7​

1932​

375​

465​

84.5​

160.1​

1911​

999.6​

1020​

38.6​

160.5​

1890​

0​

0.74​

90.9​

160.9​

1848​

375​

460​

84.5​

161.3​

1848​

999.6​

1020​

37.9​

161.7​

1827​

0​

0.74​

90.9​

162.1​

1806​

375​

455​

84.5​

162.5​

1785​

999.6​

1020​

37.1​

162.9​

1743​

0​

0.74​

90.9​

163.32​

1701​

370​

455​

84.5​

163.7​

1659​

999.6​

1009.8​

36.3​

164.1​

1617​

0​

0.74​

90.9​

164.5​

1575​

365​

450​

84.5​

164.9​

1533​

999.6​

1009.8​

35.9​

165.3​

1470​

0​

0.74​

90.9​

165.7​

1428​

355​

445​

84.5​

166.1​

1386​

999.6​

1009.8​

35.5​

166.5​

1344​

0​

0.76​

90.9​

166.9​

1302​

350​

445​

84.5​

167.3​

1260​

999.6​

999.6​

35.9​

167.7​

1218​

0​

0.74​

90.9​

168.1​

1155​

350​

465​

84.5​

168.5​

1092​

999.6​

1009.8​

24.7​

168.9​

966​

4.2​

1.72​

90.9​

169.3​

903​

380​

445​

84.5​

169.7​

903​

999.6​

1009.8​

24.7​

170.1​

903​

4.4​

1.74​

90.9​

170.5​

903​

380​

450​

84.5​

170.9​

903​

999.6​

999.6​

24.7​

171.3​

903​

4.4​

1.78​

90.9​

171.7​

903​

385​

445​

84.5​

172.1​

903​

999.6​

999.6​

24.7​

172.5​

903​

4.6​

1.8​

90.9​

172.9​

903​

390​

470​

84.5​

173.3​

903​

999.6​

999.6​

24.7​

173.7​

903​

5.2​

1.82​

90.9​

174.1​

903​

395​

455​

84.5​

174.5​

1071​

999.6​

999.6​

24.7​

174.9​

1092​

7​

1.88​

90.9​

175.3​

1113​

485​

470​

73.7​

175.7​

1155​

1030.2​

1040.4​

24.7​

176.1​

1197​

10.2​

1.98​

90.9​

176.5​

1218​

455​

485​

83.3​

176.9​

1260​

1030.2​

1060.8​

37.1​

177.3​

1176​

0​

1.52​

90.9​

177.7​

966​

380​

490​

84.5​

178.1​

903​

999.6​

1040.4​

24.7​

178.5​

882​

4.8​

1.7​

90.9​

178.9​

903​

385​

460​

84.5​

179.3​

903​

999.6​

1009.8​

24.7​

179.7​

903​

4.6​

1.72​

90.9​

180.1​

903​

385​

460​

84.5​

180.5​

903​

999.6​

1009.8​

24.7​

180.9​

882​

5.2​

1.74​

90.9​

181.3​

882​

385​

475​

84.5​

181.71​

882​

999.6​

999.6​

24.7​

182.11​

882​

4.8​

1.74​

90.9​

182.51​

903​

385​

440​

84.5​

182.9​

903​

999.6​

999.6​

24.7​

183.3​

903​

4.6​

1.7​

90.9​

183.7​

903​

380​

450​

84.5​

 

[malpana]

And here's 011-015-004:

Group A:

'011

Group B:

'015

Group C:

'004

Engine Speed

Boost

Boost

Charge Pressure

Engine speed

Injected Quantity

Fuel

Injected Quantity

Engine Speed

Start of injection

Start of injection

Cold Start Injector

TIME

(G28)

Specified

Actual

(N75) Solenoid

TIME

Actual

Consumption

Driver Request

TIME

(G28)

Specified

Actual

Duty cycle

STAMP

/min

mbar

mbar

%

STAMP

/min

mg/str

l/h

mg/str

STAMP

/min

°BTDC

°BTDC

%

0.39​

903​

999.6​

999.6​

24.7​

0.79​

903​

4.4​

0.5​

0​

0.01​

903​

0.4​

1.5​

2.8​

1.59​

903​

999.6​

999.6​

24.7​

1.99​

903​

4.4​

0.5​

0​

1.19​

903​

0.4​

1.3​

2.8​

2.79​

903​

999.6​

999.6​

24.7​

3.19​

903​

4.2​

0.5​

0​

2.39​

903​

0.4​

1.3​

2.8​

3.99​

966​

1040.4​

999.6​

24.7​

4.39​

1386​

17.2​

3.4​

15.6​

3.59​

903​

0.4​

1.1​

2.8​

5.24​

966​

1050.6​

1060.8​

24.7​

5.65​

966​

15.2​

2.1​

12.6​

4.82​

1071​

0​

0.9​

2.8​

6.47​

1029​

1050.6​

1050.6​

24.7​

6.87​

1176​

13.8​

2.3​

13.8​

6.07​

945​

1.5​

1.5​

8​

7.67​

1407​

1101.6​

1091.4​

36.3​

8.07​

1533​

14.4​

3.2​

14.6​

7.27​

1281​

1.1​

0.7​

2.8​

8.87​

1848​

1152.6​

1224​

48.2​

9.27​

2016​

15.4​

4.5​

15.4​

8.47​

1680​

1.1​

0.4​

2.8​

10.07​

2373​

1203.6​

1305.6​

64.5​

10.47​

2541​

14.4​

5.3​

14.4​

9.67​

2184​

0.4​

1.1​

27.5​

11.27​

2226​

999.6​

1091.4​

45​

11.67​

1659​

0​

0​

0​

10.87​

2688​

0.4​

0​

44.2​

12.47​

1596​

1397.4​

1081.2​

27.9​

12.87​

1701​

24​

6​

24​

12.07​

1512​

1.3​

0.9​

10​

13.65​

1953​

1407.6​

1387.2​

45​

14.05​

2058​

23.2​

7​

23.2​

13.25​

1827​

0.7​

0.4​

61.8​

14.87​

2289​

1407.6​

1621.8​

64.5​

15.27​

2394​

22.4​

7.9​

22.4​

14.45​

2184​

0.7​

0.9​

81.3​

16.07​

2625​

1387.2​

1346.4​

59.4​

16.47​

2751​

21.2​

8.5​

21.2​

15.67​

2520​

3.1​

2.2​

83.3​

17.27​

2961​

1397.4​

1285.2​

55​

17.67​

2856​

0​

0​

0​

16.87​

2856​

3.5​

3.7​

81.3​

18.47​

1848​

1040.4​

1071​

35.1​

18.87​

1974​

26​

7.6​

27.6​

18.07​

2310​

0.9​

0​

9.6​

19.67​

2079​

1621.8​

1479​

39.8​

20.07​

2142​

26.4​

8.3​

26.4​

19.27​

2016​

5.3​

4.6​

93.6​

20.85​

2268​

1489.2​

1683​

64.5​

21.25​

2331​

24.8​

8.4​

24.8​

20.47​

2205​

1.3​

1.3​

74.5​

22.07​

2457​

1387.2​

1417.8​

61.8​

22.47​

2499​

21.8​

8​

21.8​

21.65​

2394​

1.8​

0.7​

80.9​

23.27​

2625​

1479​

1295.4​

50.2​

23.67​

2688​

24​

9.3​

24​

22.87​

2562​

1.5​

2.4​

76.9​

24.47​

2814​

1468.8​

1377​

53.4​

24.87​

2835​

5.2​

3.5​

5.2​

24.07​

2751​

1.8​

2​

80.9​

25.65​

1848​

1050.6​

1101.6​

36.3​

26.05​

2058​

20.2​

5.8​

20.2​

25.27​

2373​

0.9​

0​

57.8​

26.87​

2121​

1448.4​

1315.8​

42.6​

27.27​

2163​

22.2​

7.1​

22.2​

26.47​

2100​

0.9​

1.1​

82.5​

28.07​

2226​

1254.6​

1356.6​

59.8​

28.47​

2268​

17.4​

5.8​

17.4​

27.67​

2205​

0.2​

0.2​

72.5​

29.27​

2331​

1244.4​

1234.2​

54.2​

29.67​

2352​

17​

5.8​

17​

28.87​

2289​

0.2​

0.2​

74.1​

30.47​

2415​

1254.6​

1183.2​

51.8​

30.87​

2436​

17​

6.1​

17​

30.05​

2373​

2​

1.1​

79.3​

31.67​

2499​

1254.6​

1193.4​

52.6​

32.07​

2520​

16.8​

6.2​

16.8​

31.27​

2478​

3.5​

2.9​

80.5​

32.87​

2583​

1254.6​

1203.6​

52.6​

33.27​

2604​

16.8​

6.3​

16.8​

32.47​

2541​

4.4​

4.4​

80.9​

34.07​

2667​

1264.8​

1213.8​

53​

34.47​

2352​

0​

0​

0​

33.67​

2625​

4.4​

4.4​

81.3​

35.27​

1617​

1030.2​

1060.8​

32.3​

35.67​

2079​

6.8​

2​

6.8​

34.87​

1806​

1.8​

0​

8.8​

36.47​

2100​

1264.8​

1152.6​

49.4​

36.87​

2142​

31.8​

9.8​

40.4​

36.07​

2100​

0.4​

0.4​

62.2​

37.66​

2184​

1948.2​

1805.4​

49.8​

38.06​

2226​

36.6​

11.9​

42.6​

37.26​

2163​

7.3​

6.8​

96.4​

38.86​

2310​

1948.2​

1978.8​

55​

39.26​

2331​

36.6​

12.4​

42.2​

38.46​

2268​

7.5​

8.1​

87.7​

40.06​

2394​

1948.2​

1978.8​

57​

40.46​

2436​

36.4​

13​

42​

39.66​

2373​

7.9​

8.1​

88.1​

41.26​

2520​

1948.2​

1887​

53.8​

41.66​

2541​

36.2​

13.4​

35.8​

40.86​

2478​

8.1​

8.4​

89.6​

42.46​

2583​

1774.8​

1764.6​

55​

42.86​

2604​

29.8​

11.4​

29.8​

42.06​

2562​

8.6​

9​

90​

43.66​

2646​

1632​

1611.6​

54.2​

44.06​

2667​

26.2​

10.3​

26.2​

43.26​

2625​

6.4​

5.5​

86.5​

44.86​

2688​

1244.4​

1397.4​

66.9​

45.26​

2688​

15.6​

6.1​

15.6​

44.46​

2667​

2.9​

1.1​

67.7​

46.06​

2667​

1234.2​

1152.6​

53​

46.46​

2667​

15.6​

6.1​

15.6​

45.66​

2667​

3.7​

3.3​

78.1​

47.26​

2667​

1234.2​

1162.8​

52.2​

47.66​

2667​

15.6​

6​

15.6​

46.86​

2667​

4​

3.5​

80.1​

48.46​

2646​

1234.2​

1173​

52.2​

48.86​

2646​

15.8​

6​

15.6​

48.06​

2646​

3.7​

3.7​

80.9​

49.66​

2625​

1234.2​

1183.2​

52.2​

50.06​

2604​

15.6​

6​

15.6​

49.26​

2625​

4​

3.7​

81.7​

50.86​

2583​

1234.2​

1183.2​

51.4​

51.26​

2562​

15.8​

5.9​

15.8​

50.46​

2604​

4​

4​

80.1​

52.06​

2541​

1162.8​

1173​

54.2​

52.46​

2520​

12.2​

4.5​

12.2​

51.66​

2562​

2.9​

3.5​

81.3​

53.26​

2478​

1162.8​

1142.4​

51.4​

53.66​

2457​

11.4​

4​

11.4​

52.86​

2499​

0​

0.4​

70.9​

54.49​

2415​

1111.8​

1122​

51.8​

54.91​

2373​

8​

2.7​

8​

54.09​

2436​

0.7​

0.9​

64.5​

55.74​

2331​

1081.2​

1071​

54.6​

56.14​

2310​

8​

2.7​

8​

55.33​

2352​

0.7​

0.9​

64.1​

56.94​

2268​

1081.2​

1050.6​

55​

57.34​

2247​

8.2​

2.7​

8.2​

56.54​

2289​

0.9​

0.7​

63​

58.14​

2205​

1091.4​

1050.6​

50.6​

58.54​

2184​

9.6​

3​

9.6​

57.74​

2226​

0.9​

0.7​

62.6​

59.34​

2142​

1091.4​

1071​

49.8​

59.74​

2121​

9.6​

3​

9.6​

58.94​

2163​

0.9​

0.4​

59.8​

60.54​

2100​

1091.4​

1071​

48.2​

60.94​

2079​

9.8​

2.9​

9.8​

60.14​

2100​

0.7​

0.4​

59.4​

61.74​

2037​

1091.4​

1071​

46.6​

62.14​

2016​

9.8​

2.9​

9.8​

61.34​

2058​

0.7​

0.2​

56.6​

62.94​

1995​

1091.4​

1091.4​

45.8​

63.34​

1953​

0​

0.2​

0​

62.54​

1995​

0.4​

0.4​

57.8​

64.14​

1911​

999.6​

1040.4​

38.6​

64.54​

1869​

0​

0​

0​

63.74​

1911​

1.3​

0​

8.4​

65.34​

1806​

1060.8​

1030.2​

43​

65.74​

1806​

8.2​

2.1​

8.2​

64.94​

1848​

1.5​

0​

9.2​

66.54​

1764​

1060.8​

1091.4​

41.4​

66.94​

1743​

9​

2.2​

9​

66.14​

1785​

1.8​

0.4​

7.6​

67.74​

1050​

999.6​

1060.8​

24.7​

68.14​

1806​

0​

0​

0​

67.34​

1491​

2​

0.7​

2.8​

68.94​

2100​

1305.6​

1183.2​

48.6​

69.34​

2079​

21.2​

6.4​

21.2​

68.54​

2184​

0.9​

0.9​

20.7​

70.14​

2037​

1254.6​

1428​

59​

70.54​

2037​

15​

4.4​

15​

69.74​

2058​

0​

0.4​

55​

71.34​

1995​

1142.4​

1142.4​

49.8​

71.74​

1974​

13.2​

3.8​

13​

70.94​

2016​

2.9​

1.3​

77.7​

72.54​

1932​

1122​

1101.6​

44.6​

72.94​

1911​

12​

3.3​

12​

72.14​

1974​

2.2​

2​

72.9​

73.74​

1890​

1111.8​

1101.6​

43.4​

74.14​

1869​

12​

3.2​

12​

73.34​

1911​

1.1​

1.3​

71.3​

74.94​

1827​

1111.8​

1111.8​

42.6​

75.34​

1785​

12.4​

3.2​

12.4​

74.54​

1827​

0​

0.2​

68.5​

76.14​

1764​

1234.2​

1122​

39​

76.54​

1743​

27.4​

7​

27.6​

75.74​

1785​

1.1​

0​

53.8​

77.34​

1764​

1550.4​

1397.4​

33.1​

77.74​

1764​

23​

5.9​

22.8​

76.94​

1764​

5.5​

6.2​

92.8​

78.54​

1722​

1438.2​

1417.8​

49​

78.94​

1722​

24.8​

6.2​

24​

78.14​

1743​

0​

0.4​

61​

79.74​

1029​

999.6​

1152.6​

24.7​

80.14​

1953​

0​

0​

0​

79.34​

1449​

2​

0​

9.6​

80.94​

2163​

1224​

1224​

54.2​

81.34​

2184​

34​

10.6​

35​

80.54​

2184​

0.9​

0.9​

39​

82.19​

2268​

1938​

1927.8​

51.4​

82.6​

2331​

34.8​

11.8​

34.8​

81.77​

2226​

7.5​

6.6​

96​

83.42​

2415​

1652.4​

2029.8​

72.1​

83.82​

2436​

23.4​

8.4​

23.4​

83.02​

2352​

7.9​

7.7​

89.3​

84.62​

2415​

1234.2​

1264.8​

62.6​

85.02​

2394​

15.6​

5.5​

15.6​

84.22​

2415​

3.3​

1.3​

93.6​

85.82​

2352​

1142.4​

1091.4​

56.2​

86.22​

2331​

11.6​

3.9​

11.6​

85.42​

2394​

0.7​

0​

54.2​

87.02​

2289​

1152.6​

1071​

53​

87.42​

2268​

17​

5.6​

17​

86.62​

2310​

0.7​

0.9​

63.8​

88.22​

2289​

1366.8​

1234.2​

47.4​

88.62​

2289​

21​

7.1​

21​

87.82​

2268​

0.9​

0.7​

81.3​

89.42​

2289​

1203.6​

1305.6​

61.8​

89.82​

2268​

13.4​

4.4​

13.4​

89.02​

2289​

0.9​

1.1​

75.3​

90.62​

2247​

1162.8​

1152.6​

54.6​

91.02​

2226​

13.4​

4.4​

13.4​

90.22​

2268​

0.7​

0.4​

65.3​

91.82​

2184​

1132.2​

1122​

53​

92.22​

2163​

11.8​

3.7​

11.8​

91.42​

2205​

0​

0.4​

70.5​

93.02​

2100​

1132.2​

1111.8​

49.8​

93.42​

2079​

12​

3.6​

12​

92.62​

2142​

0.9​

0.2​

72.5​

94.22​

2016​

1132.2​

1111.8​

47.8​

94.62​

2016​

12​

3.5​

12​

93.82​

2058​

2.2​

1.8​

75.7​

95.41​

1953​

1122​

1122​

45.8​

95.81​

1953​

21​

5.9​

21​

95.01​

1995​

2.9​

2.6​

74.9​

96.61​

1974​

1428​

1295.4​

39.8​

97.01​

1974​

23.8​

6.9​

23.8​

96.21​

1953​

0.7​

1.3​

82.5​

97.81​

2016​

1397.4​

1397.4​

48.6​

98.21​

2016​

20.6​

6.1​

20.6​

97.41​

1995​

0.4​

0.9​

78.1​

99.01​

1995​

1173​

1264.8​

54.6​

99.41​

1974​

15​

4.3​

15​

98.61​

2016​

3.3​

2.6​

86.1​

100.21​

1953​

1162.8​

1152.6​

47.4​

100.61​

1932​

9​

2.7​

9​

99.81​

1974​

2.6​

2.6​

76.1​

101.41​

1869​

1020​

1081.2​

36.3​

101.81​

1806​

4​

1​

4​

101.01​

1890​

1.3​

0​

45​

102.61​

1701​

999.6​

1060.8​

34.3​

103.03​

1659​

4.4​

1​

4.4​

102.23​

1764​

1.8​

0.2​

9.6​

103.83​

1554​

1040.4​

1050.6​

40.2​

104.23​

1533​

8.6​

1.9​

8.6​

103.43​

1617​

2​

0.7​

2.8​

105.03​

1344​

999.6​

1060.8​

35.1​

105.43​

1008​

4.4​

0.6​

0​

104.63​

1491​

2​

0.9​

2.8​

106.23​

1638​

999.6​

1020​

35.9​

106.63​

1974​

7​

1.9​

7​

105.83​

945​

0.4​

1.3​

41​

107.43​

1974​

1611.6​

1295.4​

25.9​

107.83​

2058​

28.8​

8.6​

28.8​

107.03​

1974​

2​

0​

55.8​

108.61​

2289​

1611.6​

1815.6​

63.8​

109.03​

2436​

28​

9.9​

28​

108.21​

2184​

4.6​

3.5​

86.9​

109.83​

2688​

1591.2​

1489.2​

55.4​

110.21​

2814​

28.2​

11.6​

28.2​

109.43​

2562​

4.8​

4​

85.7​

111.03​

3108​

1581​

1519.8​

57.4​

111.43​

2940​

0​

0​

0​

110.63​

2961​

7.5​

7.7​

86.5​

112.23​

1869​

1050.6​

1101.6​

35.5​

112.63​

2058​

25.6​

7.2​

25.6​

111.83​

2352​

0.9​

0​

10​

113.43​

2163​

1591.2​

1550.4​

47​

113.83​

2226​

25.2​

8.2​

25.2​

113.03​

2100​

5.3​

4.2​

93.6​

114.63​

2331​

1285.2​

1387.2​

67.3​

115.03​

2373​

14.8​

5.2​

14.8​

114.23​

2289​

0.9​

0.2​

72.1​

115.83​

2436​

1162.8​

1091.4​

53.4​

116.23​

2352​

0​

0​

0​

115.43​

2394​

0​

0​

66.1​

117.03​

1638​

1020​

1060.8​

33.1​

117.43​

1764​

6.8​

1.7​

6.8​

116.63​

1890​

1.3​

0​

8.4​

118.23​

1785​

1030.2​

1091.4​

33.9​

118.63​

1806​

6.6​

1.7​

6.6​

117.83​

1785​

1.8​

0​

19.9​

119.43​

1890​

999.6​

1101.6​

37.1​

119.83​

1827​

0​

0​

0​

119.03​

1827​

1.5​

0​

2.8​

120.63​

1848​

999.6​

1050.6​

37.1​

121.03​

1848​

3.4​

0.9​

3.4​

120.23​

1827​

1.5​

0​

9.2​

121.83​

1890​

1020​

1071​

36.7​

122.23​

1890​

3.6​

1​

3.6​

121.43​

1869​

1.3​

0​

2.8​

123.03​

1932​

1020​

1091.4​

37.5​

123.41​

1953​

3.6​

1​

3.6​

122.63​

1911​

1.3​

0​

2.8​

124.23​

1974​

1020​

1091.4​

38.3​

124.63​

1995​

0.2​

0.1​

0.2​

123.81​

1974​

1.1​

0.4​

3.2​

125.43​

1995​

999.6​

1060.8​

39.4​

125.86​

2016​

0​

0​

0​

125.03​

1995​

1.1​

0​

8​

126.69​

2016​

999.6​

1060.8​

39.4​

127.11​

2037​

0​

0​

0​

126.27​

2016​

0.9​

0​

8.4​

127.91​

2037​

999.6​

1060.8​

39.8​

128.31​

2058​

0​

0​

0​

127.49​

2037​

0.9​

0​

8.4​

129.11​

2058​

999.6​

1060.8​

40.2​

129.5​

2058​

0​

0​

0​

128.71​

2058​

0.9​

0​

8.4​

130.3​

2079​

999.6​

1060.8​

40.6​

130.71​

2079​

0​

0​

0​

129.91​

2079​

0.9​

0​

8.4​

131.5​

2100​

999.6​

1060.8​

41​

131.9​

2100​

0​

0​

0​

131.1​

2079​

0.9​

0​

8.4​

132.7​

2121​

999.6​

1050.6​

41.4​

133.1​

2121​

0​

0​

0​

132.3​

2100​

0.9​

0​

8.8​

133.9​

2142​

999.6​

1050.6​

41.8​

134.3​

2142​

0​

0​

0​

133.5​

2121​

0.9​

0​

8.8​

135.1​

2142​

999.6​

1050.6​

41.8​

135.5​

2163​

0​

0​

0​

134.7​

2142​

0.9​

0​

8.8​

136.3​

2142​

999.6​

1050.6​

41.8​

136.7​

2142​

0​

0​

0​

135.9​

2142​

0.9​

0​

8.8​

137.5​

2121​

999.6​

1050.6​

41.4​

137.9​

2121​

0​

0​

0​

137.1​

2121​

0.9​

0​

8.8​

138.7​

2100​

999.6​

1050.6​

41​

139.1​

2100​

0​

0​

0​

138.3​

2100​

0.9​

0​

8.8​

139.9​

2079​

999.6​

1050.6​

41​

140.3​

2079​

0​

0​

0​

139.5​

2100​

0.9​

0​

8.4​

141.1​

2079​

999.6​

1050.6​

40.6​

141.5​

2079​

0​

0​

0​

140.7​

2079​

0.9​

0​

8.4​

142.3​

2058​

999.6​

1050.6​

40.2​

142.7​

2058​

0​

0​

0​

141.9​

2058​

0.9​

0​

8.4​

143.5​

2037​

999.6​

1050.6​

40.2​

143.93​

2016​

0​

0​

0​

143.1​

2037​

0.9​

0​

8.4​

144.75​

1995​

999.6​

1050.6​

39.4​

145.17​

1974​

0​

0​

0​

144.33​

2016​

0.9​

0​

8​

145.98​

1953​

999.6​

1050.6​

38.6​

146.38​

1932​

0​

0​

0​

145.58​

1953​

1.1​

0​

8.4​

147.18​

1911​

1081.2​

1091.4​

44.6​

147.58​

1911​

10.4​

2.9​

10.4​

146.78​

1932​

1.1​

0.2​

3.6​

148.38​

1911​

1091.4​

1152.6​

47.8​

148.78​

1911​

10​

2.8​

10​

147.98​

1911​

0.2​

0​

8.8​

149.57​

1911​

1081.2​

1122​

47​

149.98​

1911​

9.6​

2.6​

9.4​

149.18​

1911​

0.9​

0​

4.4​

150.77​

1911​

1071​

1101.6​

47​

151.17​

1911​

9.2​

2.5​

9.2​

150.38​

1911​

1.3​

0.2​

2.8​

151.97​

1911​

1071​

1101.6​

47​

152.37​

1911​

9.2​

2.5​

9.2​

151.58​

1911​

1.3​

0​

2.8​

153.17​

1932​

1081.2​

1101.6​

47.8​

153.56​

1932​

9.2​

2.5​

9.2​

152.77​

1932​

1.3​

0.2​

2.8​

154.36​

1953​

1336.2​

1162.8​

38.6​

154.76​

1995​

20.4​

5.9​

20.4​

153.96​

1953​

2.4​

0​

37.5​

155.58​

2037​

1183.2​

1275​

56.2​

155.98​

2058​

13​

3.9​

13​

155.18​

2016​

1.5​

0.2​

42.6​

156.78​

2079​

1081.2​

1142.4​

56.2​

157.18​

2079​

4.8​

1.6​

4.8​

156.38​

2058​

1.3​

0.4​

72.5​

157.98​

2100​

999.6​

1040.4​

41​

158.38​

2100​

0.8​

0.2​

0.8​

157.58​

2079​

0.9​

0​

9.6​

159.18​

2121​

1009.8​

1030.2​

41.4​

159.58​

2121​

1​

0.3​

1​

158.78​

2100​

0.9​

2.6​

58.2​

160.36​

1554​

999.6​

1050.6​

36.3​

160.78​

1071​

2.2​

0.3​

3.2​

159.98​

2016​

0.9​

0.4​

8.8​

161.56​

1722​

1060.8​

1071​

41.8​

161.98​

1722​

8.4​

2.1​

8.4​

161.18​

1701​

2​

0.2​

13.1​

162.78​

1764​

1020​

1152.6​

34.3​

163.18​

1764​

0​

0​

0​

162.38​

1743​

1.8​

0.2​

9.2​

163.98​

1785​

999.6​

1101.6​

37.1​

164.38​

1806​

0​

0​

0​

163.58​

1806​

1.8​

0​

9.6​

165.18​

1806​

999.6​

1091.4​

37.5​

165.58​

1806​

0​

0​

0​

164.78​

1806​

1.8​

0​

9.2​

166.38​

1806​

999.6​

1091.4​

37.5​

166.78​

1806​

0​

0​

0​

165.98​

1806​

1.8​

0​

9.2​

167.58​

1806​

999.6​

1081.2​

37.5​

167.98​

1806​

0​

0​

0​

167.18​

1806​

1.8​

0​

9.2​

168.78​

1785​

999.6​

1081.2​

37.1​

169.18​

1785​

0​

0​

0​

168.38​

1806​

1.8​

0​

9.2​

169.98​

1785​

999.6​

1081.2​

37.1​

170.38​

1806​

6.6​

1.5​

6.6​

169.58​

1785​

1.8​

0​

9.6​

171.18​

1806​

1101.6​

1173​

45.4​

171.58​

1806​

11.2​

2.9​

11.2​

170.78​

1785​

1.1​

0​

4​

172.38​

1827​

1132.2​

1173​

46.6​

172.78​

1848​

13.2​

3.5​

13.2​

171.98​

1806​

0.9​

0​

2.8​

173.58​

1848​

1173​

1162.8​

46.6​

173.98​

1869​

16.2​

4.4​

16.2​

173.18​

1848​

0.2​

0​

11.6​

174.78​

1890​

1183.2​

1193.4​

49​

175.18​

1911​

16​

4.4​

16​

174.38​

1869​

1.3​

0​

37.5​

175.98​

1911​

1183.2​

1183.2​

49.8​

176.38​

1911​

15.8​

4.4​

15.8​

175.58​

1890​

1.8​

0.2​

74.1​

177.18​

1932​

1071​

1162.8​

48.2​

177.58​

1911​

7.4​

2.1​

7.4​

176.78​

1911​

2​

1.8​

78.1​

178.38​

1911​

1050.6​

1101.6​

39.4​

178.78​

1911​

7.4​

2​

7.4​

177.98​

1911​

1.1​

0​

46.2​

179.58​

1890​

1050.6​

1101.6​

39.8​

179.98​

1890​

7.4​

2​

7.4​

179.18​

1911​

1.3​

0​

30.3​

180.78​

1890​

1050.6​

1111.8​

40.2​

181.18​

1869​

7.4​

2​

7.4​

180.38​

1890​

1.3​

0​

15.1​

181.98​

1848​

1009.8​

1111.8​

40.2​

182.38​

1848​

0​

0​

0​

181.58​

1869​

1.3​

0​

2.8​

183.18​

1827​

999.6​

1050.6​

37.5​

183.58​

1806​

0​

0​

0​

182.78​

1827​

1.5​

0​

9.2​

184.38​

1764​

999.6​

1040.4​

37.1​

184.78​

1764​

0​

0​

0​

183.98​

1785​

1.8​

0​

9.6​

185.58​

1722​

999.6​

1040.4​

35.9​

185.98​

1701​

3.4​

0.9​

3.4​

185.18​

1743​

2​

0​

10​

186.78​

1680​

999.6​

1050.6​

34.7​

187.18​

1680​

3.6​

0.8​

3.6​

186.38​

1701​

2​

0.2​

2.8​

187.98​

1638​

999.6​

1060.8​

34.3​

188.37​

1638​

3.6​

0.8​

3.6​

187.58​

1659​

2​

0.4​

2.8​

189.17​

1617​

999.6​

1050.6​

34.3​

189.57​

1596​

0​

0​

0​

188.77​

1617​

2​

0.4​

2.8​

190.37​

1554​

999.6​

1030.2​

35.9​

190.77​

1533​

0​

0​

0​

189.97​

1575​

2​

0​

9.6​

191.57​

1470​

999.6​

1020​

35.9​

191.97​

1449​

0​

0​

0​

191.17​

1512​

2​

0​

9.6​

192.77​

1386​

999.6​

1020​

35.5​

193.17​

1344​

0​

0​

0​

192.37​

1407​

2​

0​

19.9​

194.02​

1281​

999.6​

1009.8​

35.5​

194.44​

1239​

0​

0​

0​

193.59​

1302​

2​

0​

34.7​

195.25​

1176​

999.6​

1009.8​

24.7​

195.65​

1134​

0.2​

0​

0​

194.84​

1197​

1.5​

0​

44.6​

196.45​

1071​

999.6​

1020​

24.7​

196.85​

924​

4​

0.5​

0​

196.05​

1113​

0.7​

0​

44.6​

197.65​

903​

999.6​

1009.8​

24.7​

198.05​

903​

4.4​

0.5​

0​

197.27​

882​

0.4​

1.5​

29.1​

198.87​

903​

999.6​

999.6​

24.7​

199.27​

903​

4.8​

0.6​

0​

198.47​

903​

0.4​

1.3​

15.1​

200.07​

903​

999.6​

999.6​

24.7​

200.47​

903​

5​

0.6​

0​

199.67​

903​

0.4​

1.3​

2.8​

201.27​

903​

999.6​

999.6​

24.7​

201.67​

903​

4.8​

0.6​

0​

200.87​

903​

0.4​

1.5​

2.8​

202.45​

903​

999.6​

999.6​

24.7​

202.85​

903​

4.4​

0.5​

0​

202.05​

903​

0.4​

1.5​

2.8​

203.65​

1302​

1111.8​

999.6​

24.7​

204.05​

1281​

6​

1​

6​

203.25​

903​

0.4​

1.5​

2.8​

204.87​

903​

1132.2​

1050.6​

24.7​

205.27​

1029​

16.8​

2.5​

16​

204.45​

1008​

0.7​

1.3​

2.8​

206.07​

1281​

1081.2​

1081.2​

35.9​

206.47​

1386​

10.8​

2.1​

10.6​

205.67​

1155​

0.2​

1.1​

21.9​

207.27​

1554​

1040.4​

1132.2​

39​

207.65​

1575​

8​

1.8​

8​

206.87​

1491​

1.8​

1.1​

2.8​

208.45​

1638​

1040.4​

1142.4​

40.6​

208.85​

1659​

7.4​

1.8​

7.4​

208.05​

1617​

2​

0.4​

2.8​

209.67​

1659​

999.6​

1142.4​

33.5​

210.05​

1596​

2.6​

0.6​

2.4​

209.25​

1659​

2​

0.9​

2.8​

210.85​

1428​

999.6​

1081.2​

34.7​

211.25​

1344​

2.8​

0.5​

2.8​

210.45​

1554​

2​

0.4​

2.8​

212.05​

1239​

999.6​

1050.6​

26.7​

212.45​

1197​

4.2​

0.7​

4.2​

211.65​

1281​

2​

0.7​

2.8​

213.27​

1176​

999.6​

1040.4​

24.7​

213.67​

1092​

7​

1.1​

7​

212.87​

1155​

1.1​

0.7​

2.8​

214.45​

1113​

999.6​

1040.4​

24.7​

214.85​

1113​

6.6​

1.1​

6.6​

214.05​

1008​

0.2​

1.1​

2.8​

215.65​

1134​

999.6​

1040.4​

24.7​

216.05​

1134​

6.6​

1.1​

6.6​

215.25​

1134​

0.9​

0.9​

2.8​

216.87​

1155​

999.6​

1040.4​

24.7​

217.27​

1155​

8.4​

1.4​

8.4​

216.45​

1155​

0.9​

0.9​

2.8​

218.05​

987​

999.6​

1040.4​

24.7​

218.47​

903​

4.6​

0.6​

0​

217.67​

1155​

1.1​

1.1​

2.8​

219.31​

903​

999.6​

1020​

24.7​

219.71​

903​

4​

0.5​

0​

218.9​

882​

0.4​

1.5​

2.8​

220.53​

903​

999.6​

1009.8​

24.7​

220.93​

903​

4​

0.5​

0​

220.13​

903​

0.4​

1.5​

2.8​