Wind Turbine Nacelle Training Model Manufacturer, Exporter & Bulk Supplier from India for School Lab Equipment, TVET Tender & MOE Projects.
Wind Turbine Nacelle Training Model is manufactured by Didactic Lab Equipments, a leading School Lab Equipment Manufacturer in India serving Ministry of Education tenders, vocational training centres, polytechnics and engineering colleges across 100+ countries. Buy Wind Turbine Nacelle Training Model at factory-direct prices with full technical support.
1.1 Technical Description of the model
The Nacelle Training System includes:
– Fully operational yaw system
– Complete drive train with gearbox, main shaft, speedsensors, disk brake, and generator
– Electrical panel with frequency drives, breakers, and power supplies
– Weather sensors to monitor wind speed and direction
– Industrial computer with touch-screen interface, using software programmable logic controller and remote inputs and outputs, which control the whole system
– Emergency buttons and protective guards with limit switches for safe operation
The Wind Turbine Nacelle Training System model shall contain the following components:
– Mobile Workstation
– Yaw System
– Drive Train (Low Speed)
– Drive Train (High Speed)
– Electrical Schematics
– Hydraulic Unit
– Weather Sensors
– Electrical Panel
– Protections
– Computer
– Grid-Tie Connection
1.2 Technical Specification of the Model
The model must include the following technical specifications:
|
Component Name |
Specification |
||
|
Nacelle Training system Model |
220V – 50 Hz |
||
|
Power requirement: |
220V – 6A |
||
|
Physical characteristics |
Dimensions (H x W x D) |
1.7 x 1.8 x 0.8 m |
|
|
Shipping Weight (crated) |
Approx. 576 Kg |
||
|
Yaw system |
Slewing bearing |
520 mm (20.5 in.) steel, external teeth |
|
|
Gear motor |
124 W (1/6 HP), 28 rpm |
||
|
Hydraulic brake |
Single-Acting, hydraulically-applied |
||
|
Drive Train (low speed side |
Gear Motor |
560 W (3/4 HP), 50 rpm |
|
|
Main Shaft size (L x D) |
610 x 45 mm (24 x 1.8 in) |
||
|
Speed sensor |
Inductive proximity switch |
||
|
Vibration Sensor |
4-20 mA feedback |
||
|
Qty. of pillow blocks |
2 |
||
|
Gear box |
Ratio |
38.45 |
|
|
features |
Lexan window on the side, magnetic plug, breather, sight-glass plug, shrink-disc connection |
||
|
oil |
1.3 l (0.34 gal) – Synthetic oil CLP ISO PAO VG220 |
||
|
Drive Train (high speed side |
Coupling |
Torsion-proof multi-disc coupling |
|
|
Braking disc diameter |
254 mm (10 in.) |
||
|
Hydraulic brake |
Spring-applied, hydraulically released |
||
|
Induction Generator |
Nominal rating |
187 W (1/4 HP), 380 V – 0.8 A |
|
|
Number of poles |
4 |
||
|
Electrical panel |
content |
Contactors, breakers, fuses, power supplies (24 Vdc and 5 Vdc), variable frequency drives, remote inputs/outputs, disconnect switch, emergency button |
|
|
Remote input/outputs types |
24 Vdc digital inputs, relay outputs, 4-20 mA analog inputs, 0-10V analog inputs, high-speed counters, 0-10 V analog outputs, thermocouple inputs |
||
|
Hydraulic Units |
Operating pressure |
57 to 64 bar (825 to 925 psi) |
|
|
Reservoir |
3.8 l (1 gal) |
||
|
Oil type |
ISO32 or AW32 |
||
|
content |
Accumulator, filter, manual one-way hand pump, check valve, adjustable relief valves, adjustable pressure switch, pressure transmitters, two pressure gauges (which can be connected at different points in the unit) |
||
|
Weather sensors |
Weather Sensors Anemometer (pulse signal) and wind vane (0-5 Vdc signal) |
||
|
Computer |
Type |
SIEMENS IPC477C Pro with touch-screen interface |
|
|
Operating System |
Windows 7 (advanced window) Embedded |
||
|
Software PLC |
Software PLC SIEMENS Win AC RTX 2009 |
||
|
HMI software |
SIEMENS Win CC Flexible RT512 |
||
|
Programming |
No PLC programming or HMI development to do by the end-user |
||
|
Communication protocols |
Ethernet (PROFINET), PROFIBUS, USB, Serial, DVI |
||
|
Programming and HMI features |
– Monitoring and control of each section of the nacelle – Alarms management – Service and troubleshooting – Historical trends of several operation values – Fault insertion through the HMI – Automatic/manual operation – wind simulation pattern configuration |
||
|
Included accessories |
Padlock and Danger Tags, Oil Accessories (Pan, Tubing, Measuring Cup, etc.), Coupling Alignment Tool, Grease Gun and Tube, Torque Wrench, Standard Wrenches, Allen Keys, Shims |
||
|
Nacelle Training system with Grid-Tie connection (above specification apply to this model) |
220V – 50 Hz |
||
|
Grid-Tie |
Nominal power returned |
To be defined by the bidder |
|
|
Connection power requirement |
To be defined by the bidder |
||
|
Protection |
Circuit breaker |
||
|
Soft starter |
Soft starter Includes Overload Relay and Phase Sequence Monitoring |
||
|
Power meter |
SIEMENS SENTRON PAC3200 which allows monitoring of voltage, current, active power, reactive power, apparent power, power factor (and more) on each phase or overall |
||
|
Capacitor |
Two sets of two capacitors to compensate reactive power consumed by the generator (Each set compensate half of the total reactive power) |
||
1.3 Figurative description of the Model
An equivalent resemblance of the model is indicated in Figure 20 to figure 25.
Figure 20: Equivalent figurative description of the model
As one of India's leading Didactic Lab Equipment Suppliers and School Lab Equipment Manufacturers, we supply Wind Turbine Nacelle Training Model in bulk for educational tenders, MOE projects, TVET training centres, polytechnics, engineering colleges and research universities worldwide. Our manufacturing facility in Ambala (Haryana, India) ships to 100+ countries with factory-direct pricing.
Looking for Wind Turbine Nacelle Training Model in bulk for school lab tenders, college lab supply or vocational training centres? Our team handles the complete tender cycle — technical specifications, pre-shipment inspection, FOB/CIF logistics and after-sales support. Request a customised quotation today.