Shell Omala S5 Wind 320

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Overview

Shell Omala S5 Wind 320

Advanced Synthetic Wind Turbine Gear Oil

Shell Omala S5 Wind 320 main applications:

+ Wind turbines main gearboxes
+ Yaw and pitch drive gearboxes

Shell Omala S5 Wind 320 advanced fully synthetic wind turbine gear oil offers exceptional lubrication performance, even under severe operating conditions. The innovative formulation is developed to protect your wind turbine gears and bearings by minimizing wear, protecting against micro-pitting, maintaining effective fluidity at extremes of low temperature and minimizing foam formation.

Pay attention! Price of Shell Omala S5 Wind 320 drops automatically in larger quantities.

Details

Shell Omala S5 Wind 320 benefits:

+ Outstanding resistance to degradation
+ Defends against deposit formation to prolong oil and gearbox life
+ Significantly extend service intervals
+ Excellent wear & corrosion protection (in the presence with seawater)
+ Enhanced system efficiency

Performance, Features & Benefits

Shell Omala S5 Wind 320 is designed with an innovative additive technology blended in a new generation, very high performance Poly-Alpha-Olefin (PAO) base fluid that delivers an outstanding resistance to degradation throughout the maintenance interval. It will defend against deposit formation to prolong oil and gearbox life. Shell Omala S5 Wind 320 offers the potential to significantly extend service intervals when compared to conventional mineral industrial gear oils and has been developed to reduce bearing surface stresses.

Excellent wear & corrosion protection explained

Shell Omala S5 Wind 320 provides high levels of load carrying capacity, high micro-pitting performance and scuffing resistance in a wide range of operating temperatures, even under low speed / high torque loading conditions. These features provide significant benefits to promote long term gear and bearing life. Shell Omala S5 Wind 320 demonstrates excellent rust and corrosion resistance, even in the presence of seawater.

Enhanced system efficiency

Meets the high wear protection requirements of most European diesel engines for an extended engine life.

Cleanliness

High levels of fluid cleanliness are maintained throughout manufacture, offering the levels required by stringent leading Wind Turbine and gearbox Original Equipment Manufacturers (OEM). Shell Omala S5 Wind 320 exceeds the requirements of relevant filtration equipment manufacturers for the wind turbine industry.

Specificaties, Goedkeuringen & Aanbevelingen Shell Omala S5 Wind 320

Meets or exceeds the following industry standards

ISO 12925-1 Type CKD
ANSI/AGMA 9005-E02 (EP)
ISO 81400-4
DIN 51517-3 (CLP)
GB/T 33540.3-2017

Shell Omala S5 Wind 320 is designed to meet or exceed the OEM requirements of

Siemens Wind Power	Hydac
Vestasv	Eickhoff
ZF Wind	Moventas
Gamesa	SKF
	Timken
Bosch-Rexroth	Freudenberg
	Schaeffler
Designed to meet or exceed the OEM requirements of
Siemens Wind Power
ZF Wind
Vestas
Gamesa

Properties			Method	Shell Omala S5 Wind 320
Kinematic Viscosity	@40°C	mm2/s	ISO 3104	320
Kinematic Viscosity	@100°C	mm²/s	ISO 3104	39
Viscosity Index	-	-	ISO 2909	170
Flash Point, COC	-	°C	ISO 2592	240
Pour Point	-	°C	ISO 3016	-48
Density	@15°C	kg/m3	ISO 12185	862
Rust Protection, Sea Water (24 hours)	-	-	ASTM D665B	Pass
Bearing Corrosion Protection, Sea Water	-	Rating	SKF EMCOR	0-0
Foaming Characteristics Sequences I,II,III Tendency/Stability	-	mL/mL	ASTM D892	5/0, 0/0, 5/0
Flender Foam	-	-
Neat Volume Increase, after 1 minute	@25ºC	% maximum	ISO 12152	5
Air-Oil Dispersion, after 5 minutes	@25ºC	% maximum	ISO 12152	5
FZG Scuffing	-	-	-
Standard Test (A20/8.3/90)	-	failure load stage minimum	ISO 14635-1 (mod) DIN 51534 (mod)	14
Double Speed (A20/16.6/90)	-	failure load stage minimum		14
Low Temperature (A20/8.3/60)	-	failure load stage minimum		12
FVA Micro-pitting	-	-
Fail Load Stage	-	minimum	FVA Proc. No. 54	10
GFT-Class	-	-	FVA Proc. No. 54	High
FAG FE-8 Bearing Test	Stages 1 - 4		DIN 51819	Pass