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Advanced Aerodynamic Testing for Precision Engineering
Wind Tunnel is engineered for precise and reliable aerodynamic testing, delivering smooth and uniform airflow for accurate results. With low turbulence, controlled flow speed, and a stable working section, it supports high-quality aerodynamic analysis, airflow testing, and model performance evaluation. Its compact and efficient design makes it ideal for engineering projects, research applications, and educational use, ensuring consistent data for improved design and development.
Technical Specifications:
- Jet Outlet: 500 × 500 mm
- Working Section Length: 700 mm
- Contraction Ratio: 6.25
- Flow Velocity Range: 0.5 – 65 m/s (50 m sea level)
- Turbulence Level at 20 m/s: < 1%
- Fan Connection: 400 V / 50 Hz (other voltages available on request)
- Motor Output: 55 kW
- Dimensions (W × H × L): 1,775 × 2,200 × 8,900 mm
The Industrial Borescope is designed for high-precision internal inspection, allowing users to visually examine hard-to-reach areas without disassembly. With clear imaging, flexible insertion tubes, and reliable illumination, it enables accurate industrial inspection, maintenance diagnostics, and quality control. Its durable construction and advanced imaging technology make it ideal for automotive, manufacturing, engineering, and industrial R&D applications, ensuring fast, safe, and efficient internal examination.
Technical Specifications:
- Display Type: High-resolution LCD/IPS screen
- Camera Diameter: 4 mm / 6 mm / 8 mm (depending on model)
- Camera Resolution: 720p / 1080p / HD options
- Probe Length: 1 m – 5 m (custom lengths available)
- Probe Type: Flexible / Semi-rigid / Rigid
- Lighting: Adjustable LED illumination
- Viewing Angle: 70° – 120°
- Focus Range: 10 mm – infinite (model dependent)
- Image/Video Capture: Supported (internal storage or SD card)
- Power Source: Rechargeable battery / USB power
- Durability Rating: IP67 waterproof probe (optional)
- Connectivity: USB / WiFi / HDMI (based on model)
The Armature Growler Tester is designed to detect faults in armatures, stators, and rotor windings with high accuracy. It helps identify shorted coils, open circuits, and insulation failures without dismantling the motor. With stable magnetic output and easy operation, this tester is widely used in motor repair workshops, electric rewind centers, industrial maintenance, and quality control departments. Its durable build and reliable performance ensure fast, safe, and efficient testing for both small and large electric motor components.
Technical Specifications:
- Testing Capability: Short circuit, open coil, ground fault detection
- Coil Diameter Compatibility: Suitable for small to large armatures
- Magnetic Output: Stable AC field for precise fault identification
- Input Supply: 220–240 V / 50 Hz (other voltages available on request)
- Output Type: AC magnetic flux
- Test Method: Feel test / metal strip vibration method
- Build Quality: Heavy-duty laminated core construction
- Controls: Manual ON/OFF with safety switch
- Cooling System: Air-cooled design for continuous operation
- Usage: Armatures, rotors, stators, field coils, and windings
- Safety Features: Overheat protection (optional depending on model)
The Iron Loss Tester is used to measure the core losses of electrical steel, helping evaluate material efficiency in motors, transformers, and magnetic components. It provides quick and accurate readings of hysteresis and eddy current losses, making it ideal for quality control, production testing, and material analysis. Its stable output and simple operation ensure consistent results in both industrial and laboratory environments.
Technical Specifications:
- Measurement: Hysteresis loss, eddy current loss, total iron loss
- Material Use: Electrical steel sheets, laminations, motor & transformer cores
- Frequency Range: 50–400 Hz (model dependent)
- Power Supply: 220–240 V / 50 Hz
- Output: Stable AC test signal
- Display: Digital/LCD (as per model)
- Protection: Overload & overheat safety
- Applications: Motors, transformers, magnetic material testing
The Partial Discharge Meter is designed to detect, measure, and analyze partial discharge activity in high-voltage equipment. It helps identify insulation defects at an early stage, preventing breakdowns and improving system reliability. With high sensitivity and stable signal processing, this device is widely used in transformers, switchgear, motors, cables, and other HV components. Its compact design and accurate readings make it ideal for field testing, maintenance, and condition monitoring.
Technical Specifications:
- Measurement Type: Partial discharge detection & analysis
- Sensitivity: High-sensitivity detection for low-level PD signals
- Frequency Range: Wide bandwidth for accurate PD capture
- Display: Digital / LCD display (model dependent)
- Input Voltage: Suitable for high-voltage equipment testing
- Output: Real-time PD level and pulse analysis
- Power Supply: 220–240 V / 50 Hz (other options available)
- Connectivity: USB / PC interface (optional)
- Applications: Transformers, switchgear, HV motors, cables, insulation testing
We are engaged in offering our clients a vast array of Winding Turn Counters. The main function of these counters is to count the number of turns of winding. Winding Turn Counter finds their wide application in coils of electric motors, transformers to count the number of turns of coils. These products are used in laboratory, quality control, and verification of correct number of turns. The fundamental feature of Winding Turn digital Counter is that these are user-friendly, precise for rapid measurement.
Technical Specifications:
- Counting Capacity: Up to 99999 turns
- Display: Clear digital LED/LCD display
- Accuracy: Precise turn counting with reliable performance
- Sensor: Magnetic or proximity sensor (model according)
- Power Supply: 220–240 V / 50 Hz
- Counter Speed: Supports both slow and high-speed winding
- Reset Option: Manual reset button
- Build Quality: Strong and durable body for long use
- Application: Motor coils, transformer windings, lab testing, QC verification
Industrial Testing and Sensors
