Here is my first analysis with this vehicle as well as RL being used in this application. Blackstone performed the test with Terry performing the interpretation, as part of the "Dyson Package". All previous oil used was 5W30 Honda and Valvoline conventional, before running RL.
Concerns
1. The traces of Potassium, which were at 17ppm.
Driving Habits
1. daily one way trip to work is 4-5 miles in 40-50 ambient temps.
2. A few times (3) a week, the vehicle is driven for ~.5 miles, each way, after sitting throughout the day.
3. On the weekends, vehicle is driven on the highway for 30-40 miles with sustained rpms at 5Krpm including numerous on-ramp exercises, which then see repeated redline usage.
4. The first half of this oil saw weekend hill climbs and plateau adventures where sustained rpms > 5500 rpm. This was during the summer/fall months were the roads were much less damp and the ambient temps were higher.
5. No track days on this oil, yet vehicle was on the track at ~800 miles and on two other occasions using dino.
6. Vehicle is garaged with 30-1minute 'warm-up' periods in the morning.
Oil Analysis Results
Oil Filter was Mighty (never again but didn't have the time to change it myself the last time
) and OEM air filter was used.
OIL USE INTERVAL: 5,250 Miles
MAKE-UP OIL ADDED: 0.5 qt
MI/HR ON UNIT: 14,880
Aluminum 16
Copper 19 ppm, oil additive
Iron 10
Lead 3
Moly 536 ppm
Potassium 17 ppm
Boron 12
Silicon 15 ppm oil additive
Sodium 13
Calcium 2365
Phos 1094
Zinc 1231
Viscosity at 66.3 SUS
Flashpoint 395 F
Fuel dilution < 0.5
Water is 0.0
Insolubles 0.4
TBN = 9.5
What remains to be explained is the coolant traces. Terry will get back to me on this after confirmation from the lab. The only explanation I see is contamination from the lab given the miles on the motor. The oil sample was taken when 3/4 of the oil had already been drained out. So, the sample was representing what was in the upper portion of the pan.
Also, Blackstone compared this sample with the CBR motorbike used for unit averages. I need to let them know that these are two different vehicles.
-Nader
Concerns
1. The traces of Potassium, which were at 17ppm.
Driving Habits
1. daily one way trip to work is 4-5 miles in 40-50 ambient temps.
2. A few times (3) a week, the vehicle is driven for ~.5 miles, each way, after sitting throughout the day.
3. On the weekends, vehicle is driven on the highway for 30-40 miles with sustained rpms at 5Krpm including numerous on-ramp exercises, which then see repeated redline usage.
4. The first half of this oil saw weekend hill climbs and plateau adventures where sustained rpms > 5500 rpm. This was during the summer/fall months were the roads were much less damp and the ambient temps were higher.
5. No track days on this oil, yet vehicle was on the track at ~800 miles and on two other occasions using dino.
6. Vehicle is garaged with 30-1minute 'warm-up' periods in the morning.
Oil Analysis Results
Oil Filter was Mighty (never again but didn't have the time to change it myself the last time
OIL USE INTERVAL: 5,250 Miles
MAKE-UP OIL ADDED: 0.5 qt
MI/HR ON UNIT: 14,880
Aluminum 16
Copper 19 ppm, oil additive
Iron 10
Lead 3
Moly 536 ppm
Potassium 17 ppm
Boron 12
Silicon 15 ppm oil additive
Sodium 13
Calcium 2365
Phos 1094
Zinc 1231
Viscosity at 66.3 SUS
Flashpoint 395 F
Fuel dilution < 0.5
Water is 0.0
Insolubles 0.4
TBN = 9.5
What remains to be explained is the coolant traces. Terry will get back to me on this after confirmation from the lab. The only explanation I see is contamination from the lab given the miles on the motor. The oil sample was taken when 3/4 of the oil had already been drained out. So, the sample was representing what was in the upper portion of the pan.
Also, Blackstone compared this sample with the CBR motorbike used for unit averages. I need to let them know that these are two different vehicles.
-Nader