D3K/D4C/D4D/D4G/D4K/D5K/D5H/D5M/D5N/D5H/D6D/D6M/D6N/D6H/D6M/D6N/D6K/D6R//D7G/D7F/D7H/D7R/D8R/D8K/D8N/D9N/D9G/D9R/304E/305/306E2/307D/308D/312D2/313D/314D/315D/318D2/320B/320C/320D/320D2/320NGH/322BL/323D/325C/325D/326D2/329D/330B/330C/330D/336D/336D2/345D/349D/365C/374FL/390DL/390FL/416B/416D/416E/ 416F/428C/428E/428F/CS533E/CS533D/CS563C/CS533D/CB14B/CW34/CB7/AP655F/AP355F/AP655D/120H/120G/140H/ 140K/140G/14M3/16G/16M3/740B/773E/777D/773D/772G/740B/773B/935/938F/966C/966H/950F/950GC/980C/990H/992G
|Characteristics||HYDO Advanced 10||Typical Diesel Engine Oil API CF SAE 10W||Typical Premium Industrial Hydraulic Oil, HVLP or HV||HYDO Advanced 10 Advantages|
|SAE Viscosity Grade||10W||10W||Varies|
|Viscosity||Better wear protection, wider operating temperature range|
|cSt @ 40?C (ASTM D445)||42||40||46|
|cSt @ 100?C (ASTM D445)||6.7||6.3||8|
|Viscosity Index (ASTM D2270)||114||105||146|
|Viscosity after Shear 2?????? (cSt, during use)||6.7||6.3||6.6|
|FZG Gear Test DIN 51534, Fail Stage?? 3||12||12||11|
|35VQ25 Vickers Total Wear Test||33 mg||40-90 mg||<90 mg|
|4 Ball (40kg/30min/600rpm/93?C ASTM D4172)||0.37?? mm||Varies||Varies|
|Pour Point, ?C (ASTM D97)||-39||-30||-36|
|Pumping @ -30?C mPaS (ASTM D4684)||15,000||Varies||Varies|
|Zinc, % wt. (ASTM D4951) typical||0.09||Varies||<0.040|
|Copper Strip Corrosion? 4? (3 hr, ASTM D130)||1A @ 150?C||1 @ 100?C||1 @ 100?C||Corrosion protection|
|Rust Protection 5?? (ASTM D665B)||Pass||Varies||Varies|
|Oxidation stability, hours (ASTM D943)||>5,000||2,000 hours||2,000 hours||Longer drain interval; lower owning and operating costs|
|Long Drain Interval, confirmed by field testing||Yes||No||No|
|Filterability, Wet, E DIN ISO 13357-1||Pass||Fail||Pass||Filter bypass, filter plugging,? contamination control|
|Air Release @ 50?C (ASTM D3427)||4 minutes||7-10 minutes||7-13 minutes||Better air release reduces cavitation damage|
|Foam Test 6||Varies||Varies|
|Seq. 1 ml. (ASTM D892)||0/0|
|Seq. 2 ml. (ASTM D892)||5/0|
|Seq. 3 ml. (ASTM D892)||0/0|
|Cleanliness||No interference with optical particle counters||Interferes with optical particle counters||Varies||Accurate contamination Control|
|Ability to keep water in emulsion||Yes||Yes||No||Sludge control and water damage prevention|
1 The values shown are typical values and should not be used as quality control parameters to either accept or reject
product. Specifications are subject to change without notice.
2 Oils that contain viscosity modifier additives will become thinner during use in this machine. This will reduce
3 Higher is typically better, but too much active anti-wear additives may lead to reduced component life.
4 1A is better than 1B, 1A at 150? C is better than 1A at 100? C.
5 May be difficult to pass with 10W engine oils.
6 New oil, as received, with 0.1% water by volume added.