GST EP
High performance anti-wear type steam and gas turbine fluid
GST EP is a high performance anti-wear turbine fluid designed for use primarily in industrial gas and steam turbines, including those with reduction gear systems.
Applications
- Stationary industrial gas and steam turbines
- Stationary industrial gas turbines with reduction gear sets
- Industrial gas turbines in severe service
- Hydraulic turbines
- Rotating machinery in gas and steam combined-cycle cogeneration units
- Bath and circulating systems supplying moderately loaded gear sets, low pressure hydraulic systems, vacuum pumps, rolling element bearings, machine tools, conveyors and electrical motors
- Air compressors, turbo-blowers and centrifugal pumps requiring a rust and oxidation inhibited anti-wear oil
Not intended for use in aviation-derivative gas turbines.
Must not be used in breathing air compressors.
Customer benefits
- Ashless anti-wear additives promote reliable protection against wear and scuffing in loaded reduction gearbox component surfaces
- Premium base oils and inhibitor systems offer long-term oxidation stability and resistance to oil breakdown, increasing system uptime
- Premium base oils and oxidation inhibitors help resist harmful deposit formation in high temperature bearings and other hot areas
- Rust inhibitor helps protect system components against corrosion. Good water separability offers rapid settling of water accumulated from steam condensate, or leakage from salt water cooling.
- Non-Silicone foam inhibitors aid rapid release of entrained air, offering reliable operation of sensitive hydraulic control devices
Approvals, performance and suitable for use
| GST EP 32 |
GST EP 46 |
GST EP 68 |
|
| Ansaldo Energia AD00020487 (previously Ansaldo Energia G-HTCT689029) |
A | A | |
| Ansaldo Energia TGO2-0171-E00000/C, AE64.3A | A | A | |
| GE HTGD 90117 V0001 AC |
A | A | |
| SIEMENS TLV 9013 04 / 05 |
A | A | |
| SIEMENS TLV 9013 06 |
A | ||
| MAN Energy Solutions 10000494596(1) |
A | A | A |
| TGM Kanis WN000023 Rev. 15 |
A | A | |
| ASTM 4304 - type I / type II / type III |
M | M | M |
| ANSI/AGMA 90005-E02-R&O |
M | M | M |
| ANSI/AGMA 90005-E02-EP |
M | M | M |
| BS-489: 1999 |
M | M | |
| China National std GB 11120-2011 L-TSA Type A |
M | M | M |
| China National std GB 11120-2011 L-TSA Type B |
M | M | M |
| China National std GB 11120-2011 L-TSE Type A (Type B not existed) |
M | M | M |
| China National std GB 11120-2011 L-TGA |
M | M | M |
| China National std GB 11120-2011 L-TGE |
M | M | M |
| China National std GB 11120-2011 L-TGSB |
M | M | M |
| China National std GB 11120-2011 L-TGSE |
M | M | M |
| DIN 51515 Pt. 1 2010-02, TD32, 46, 68,100 |
M | M | M |
| DIN 51515 Pt. 2, 2010-02, TG32&46 |
M | M | |
| GEC Alstom NBA P50001A |
M | M | |
| GEC Alstom NBA P50003A |
M | M | |
| GEK 101941A / 107395A / 120498 / 27070 |
M | ||
| GEK 28143B |
M | M | M |
| GEK 28143B, AW |
M | M | |
| GEK 32568e-P |
M | ||
| GEK46506 d, e |
M | ||
| GE Oil and Gas, ITN52220.02 Table 1 Section 1, 2,3 |
M | M | |
| GE Oil and Gas, ITN52220.03 Par 16, Table 1 Section 1,2, 4 |
M | M | |
| ISO 8068 AR |
M | M | M |
| ISO 8068 B |
M | M | M |
| ISO 8068 L-TSA |
M | M | M |
| ISO 8068 L-TGA |
M | M | M |
| ISO 8068 L-TSE |
M | M | M |
| ISO 8068 L-TGE |
M | M | M |
| ISO 8068 L-TGB |
M | M | M |
| ISO 8068 L-TGSB |
M | M | M |
| ISO 8068 L-TGF |
M | M | M |
| ISO 8068 L-TGSE |
M | M | M |
| JIS K2213 type 2 |
M | M | M |
| Siemens MAT 812101 |
M | ||
| Siemens MAT 812102 |
M | ||
| Siemens MAT 812106 |
M | ||
| Siemens MAT 812107 |
M | ||
| Siemens MAT 812108 |
M | ||
| Siemens MAT 812109 |
M | ||
| Siemens Westinghouse PD-55125Z3 |
M | ||
| SOLAR ES-9-224 Class II W |
M | M | M |
| Toshiba LST-GMH-XUTW2-0005 Rev. 2 |
M | ||
| Skoda Power TP0010P |
M | M | |
| Cincinnati Machine (MAG) P-38 |
M | ||
| Cincinnati Machine (MAG) P-55 |
M | ||
| Cincinnati Machine (MAG) P-54 |
M | ||
| ASTM D6158-HL |
M | M | M |
| ISO 11158-HM |
M | M | M |
| DIN 51524/1 HL |
M | M | M |
A: Approved
M: Meets or exceeds requirements
Always confirm that the product selected is consistent with the original equipment manufacturer’s recommendation for the equipment operating conditions and customer’s maintenance practices
