In-giant FHS120-15-10112 Wind Turbine Slip Ring Replacement for SCHLEIFRING 5k0210103 / REC.C1 (1.5MW Pitch Slip Ring)
2. Core Technical Specifications (Calibrated by Official Drawings)
All parameters below are sourced from the official internal drawing FHS120-15-10112, fully matching the original SCHLEIFRING 5k0210103 / REC.C1 standards and perfectly adapting to global 1.5MW wind turbine pitch systems.
2.1 Electrical Performance Parameters
| Item | Technical Specification |
| Total Channels | 15 pathways (Customized for 1.5MW wind turbine pitch system, fully consistent with SCHLEIFRING 5k0210103 / REC.C1 original channel configuration) |
2.2 Mechanical Structure & Dimension Parameters
|
Item |
Technical Specification |
|
Compatible Model |
Fully interchangeable with SCHLEIFRING 5k0210103 / REC.C1 for 1.5MW wind turbine pitch systems |
|
Structure Type |
Split rotor-stator structure, jumper + connector at both ends; 3 independent insulated cable assemblies |
|
Mounting Structure |
1:1 original size replication, standard 6ר9 through holes, zero on-site modification |
|
Rated Working Speed |
0~30RPM, matching 1.5MW pitch low-speed operating conditions |
|
Housing Material |
Aluminum alloy + stainless steel, high strength, deformation & corrosion resistant |
|
Installation Requirement |
Keep horizontal during installation to ensure rotational concentricity and service life |
2.3 Environmental Adaptability & Protection Parameters
| Item | Technical Specification |
| Protection Grade | IP65, double-layer dynamic sealing with corrugated protective pipe, dustproof / waterproof / anti-condensation |
| Operating Temperature | -40℃ ~ +55℃, suitable for global complex wind field environments |
| Storage Temperature | -45℃ ~ +70℃ |
| Working Humidity | ≤95%RH (non-condensing) |
| Max. Adaptable Altitude | ≤4000m |
2.4 Communication & System Compatibility
|
Item |
Technical Specification |
|
Supported Protocols |
Profibus, CAN-BUS, RS485 (full wind industry mainstream protocols) |
|
Transmission Performance |
Zero delay, zero data loss, stable real-time pitch signal transmission |
|
Unit Compatibility |
Plug-and-play, no program modification, fully compatible with global mainstream 1.5MW wind turbines such as GE |
3. Core Product Advantages
(1)Drawing-level 1:1 Lossless Replacement: All electrical parameters, mechanical dimensions, interface structures and communication logic are completely consistent with the original SCHLEIFRING 5k0210103 / REC.C1, zero compatibility risk, direct replacement without on-site modification
(2)High-precision Stable Performance: Precious metal contacts and precise resistance control ensure extremely low dynamic resistance fluctuation. No communication failure or power abnormality during long-term operation, with lower failure rate than imported original parts
(3)Full-condition Environmental Adaptability: IP65 high protection grade, wide temperature resistance and high-altitude adaptability enable stable operation in various harsh global wind field environments
(4)High Cost-performance & Fast Lead Time: The purchasing cost is only 50%-65% of imported original products. Standard models are in stock for fast shipment within 3 working days, and customized orders are delivered within 7-15 working days, completely solving the long lead-time pain point of imported spare parts
(5)Long Warranty & Global Service: 18-month full product warranty, supporting global technical support, on-site commissioning and after-sales service via overseas agents
(6)Standardized Drawing Production: All products are manufactured and fully inspected in strict accordance with official drawing standards, featuring accurate parameters and high consistency, ideal for global wind farm operation, maintenance, renovation and spare part replacement projects
4. Application & Market Verification
The FHS120-15-10112 slip ring is specially developed for global 1.5MW onshore wind turbine pitch systems, serving as a perfect replacement for the original SCHLEIFRING 5k0210103 / REC.C1 slip ring and widely compatible with mainstream overseas 1.5MW wind turbine units. It has been operating stably in wind farm projects in multiple countries worldwide. Verified by long-term field operation, it features lower failure rate and higher stability than original imported products, becoming the preferred cost-effective replacement solution for global wind farm operators and wind power spare parts traders.










