Brushless Motor Test Bench โ€“ KingPo Comprehensive Aviation DC Brushless Motor Testing System with LABVIEW Software for Full Performance Evaluation Including Torque, Efficiency, Voltage, Current, Speed, Steering, Start-up Time and Maximum Current under Fuel Immersion
Brushless Motor Test Control Interface โ€“ KingPo LABVIEW Touchscreen System for Real-Time Data Acquisition, Curve Display, Manual/Automatic Test Control and Custom Report Generation of Aviation Brushless Motors
Brushless Motor Test โ€“ KingPo Aviation DC Brushless Motor Test Bench Measuring Torque, Efficiency, Input/Output Power and Speed under Realistic Fuel Immersion Conditions for Aerospace Applications
Brushless Motor Test Bench โ€“ KingPo Comprehensive Aviation DC Brushless Motor Testing System with LABVIEW Software for Full Performance Evaluation Including Torque, Efficiency, Voltage, Current, Speed, Steering, Start-up Time and Maximum Current under Fuel Immersion
Brushless Motor Test Control Interface โ€“ KingPo LABVIEW Touchscreen System for Real-Time Data Acquisition, Curve Display, Manual/Automatic Test Control and Custom Report Generation of Aviation Brushless Motors
Brushless Motor Test โ€“ KingPo Aviation DC Brushless Motor Test Bench Measuring Torque, Efficiency, Input/Output Power and Speed under Realistic Fuel Immersion Conditions for Aerospace Applications

Brushless Motor Test โ€“ Comprehensive Test System for Aviation DC Brushless Motors (CMT-2010AS)

Brushless Motor Test โ€“ comprehensive test system for aviation DC brushless motors (Model CMT-2010AS) measures voltage, current, power, efficiency, torque, speed, steering, start-up time and maximum current under fuel immersion conditions, with LABVIEW software supporting manual or automatic testing.

  • Test Parameters: Voltage, current, input/output power, efficiency, torque, speed, steering, start-up time and maximum start-up current
  • Test Accuracy: Torque ยฑ0.5% FS, voltage/current ยฑ0.2% FS, rotation speed ยฑ0.2% FS
  • Test Software: LABVIEW-based, manual or fully automatic mode
  • Immersion Testing: Motor body and controller can be thoroughly immersed in fuel tank
  • Data Functions: Real-time display, curve generation, manual/timed data recording, custom test report export
  • Control Method: PLC intelligent integrated control with color touchscreen
  • MOQ: 1
  • Delivery Period: 20 working days

Brushless Motor Test System Description

Aviation DC Brushless Electric Motor Testing System/ Comprehensive Test Bench

The Brushless Motor Test is a high-precision comprehensive testing system manufactured by KingPo for thorough evaluation of aviation DC brushless motors. It measures key performance parameters including voltage, current, input/output power, efficiency, torque, speed, steering, start-up time and maximum start-up current, with the motor body and controller fully immersed in fuel tank to simulate real aviation operating conditions.

KingPo Factory Advantages

KingPo is an ISO9001 and CE certified manufacturer specializing in electric motor and aviation testing equipment. We have delivered multiple brushless motor test benches to leading aerospace manufacturers and accredited laboratories worldwide. All units include calibration certificates (additional cost), on-site installation guidance, 1-year warranty and 48-hour technical response from our Dongguan facility.

Professional Construction & Technical Precision

Key features include:

  • Yokogawa WT310 single-phase AC/DC power meter for high-accuracy power measurement
  • Advanced 2010 series motor load controller with USB communication for fast, stable data transmission
  • Industrial control computer with NI PCI-GPIB card for 20 torque/speed points per second
  • Silent fan cooling dynamometer with torque accuracy ยฑ0.5% FS
  • 3-axis adjustable mechanical clamping fixture and robust test cabinet
  • LABVIEW software with visualized Chinese interface, data saving, curve generation and alarm functions

These elements ensure high accuracy, excellent repeatability and reliable performance for brushless motor test.

Technical Parameters

Parameter Specification
Model Number CMT-2010AS Brushless Motor Test
Test Parameters Voltage, current, power, efficiency, torque, speed, steering, start-up time, max start-up current
Torque Accuracy ยฑ0.5% of full scale
Voltage/Current Accuracy ยฑ0.2% of full scale
Rotation Speed Accuracy ยฑ0.2% of full scale
Power Meter Yokogawa WT310 (single-phase AC/DC)
Control System PLC + LABVIEW software with color touchscreen
Immersion Testing Motor and controller fully immersed in fuel tank
Data Functions Real-time display, curves, manual/timed recording, custom report export
Equipment Dimensions Approx. 1015 ร— 600 ร— 600 mm (test machine)
Power Supply Single-phase AC220V ยฑ10%, 50/60Hz

Primary Use Cases & Business Value

The brushless motor test supports critical stages:

  • Product Development โ€“ Validate torque, efficiency and start-up performance of new aviation motor designs
  • Certification Testing โ€“ Generate traceable data for aviation motor qualification
  • Quality Control โ€“ Batch verification of motor performance under simulated fuel immersion
  • Failure Analysis โ€“ Identify issues in speed, torque or efficiency under real operating conditions

It improves motor reliability, shortens development cycles and ensures compliance with stringent aviation standards.

Brushless Motor Test System Interface โ€“ KingPo LABVIEW Touchscreen Control Panel Displaying Real-Time Voltage, Current, Torque, Efficiency, Speed Curves and Test Parameters for Aviation DC Brushless Motor Comprehensive Testing with Manual/Automatic Mode and Data Logging
Brushless Motor Test System Interface โ€“ KingPo LABVIEW Touchscreen Control Panel

Procurement Benefits

LABVIEW software with manual/automatic modes and real-time data recording delivers consistent, repeatable results with minimal operator intervention. High-accuracy sensors and robust construction ensure long-term reliability. This brushless motor test strengthens performance validation of DC brushless motors, supports aerospace-grade testing and minimizes quality risks. Contact us today for your quote โ€“ we will respond within 24 hours with detailed technical specifications and pricing.

Brushless Motor Test Applications

  • Aviation DC Brushless Motors โ€“ Comprehensive performance testing under fuel immersion
  • Electric Propulsion Systems โ€“ Torque, efficiency and start-up verification
  • Production Quality Assurance โ€“ Batch testing of motor and controller assemblies
  • Certification Laboratories โ€“ Data generation for aviation motor qualification
  • R&D Validation โ€“ Optimization of motor design, controller tuning and overall efficiency

Compliance & Regulatory Assurance

This equipment is strictly designed and manufactured for comprehensive performance testing of aviation DC brushless motors. It evaluates voltage, current, power, efficiency, torque, speed and start-up characteristics under simulated real operating conditions, thereby ensuring mechanical, electrical and thermal reliability in aviation applications.

For detailed technical guidelines, test methodologies, and industry best practices on aviation brushless motor performance testing, refer to the NASA Technical Report on Electric Propulsion Motor Testing published by NASA.

Technical Inquiry for Brushless Motor Test Bench

KingPo specializes in aviation and electric motor testing equipment. If you require precise comprehensive testing of aviation DC brushless motors with LABVIEW software and fuel immersion capability, our engineering team can provide customized configurations and technical support.

The Core Value We Deliver to You

  • High-accuracy measurement (torque ยฑ0.5%, voltage/current ยฑ0.2%, speed ยฑ0.2%)
  • LABVIEW software for manual or fully automatic testing with real-time curves
  • Fuel immersion testing of motor body and controller
  • Real-time data recording, custom report generation and alarm functions
  • Robust, modular design for long-term reliability in aerospace applications

Take Action Now

Tell us your motor specifications, required test parameters or test volume โ€” our engineering team will reply with tailored recommendations within 24 hours.

Selection Reference

Controller model Sampling speed Available Communication Protocol Communication Method Providing Test Software Features
HDC-1010 5-10PCS/S Yes RS-232 no Simple operation, low price, suitable for ordinary production lines

 

HDC-1010-S 5-10PCS/S Yes RS-232 Yes
HDC-1020 20PCS/S no USB2.0 Yes Fast collection speed and wide test range, suitable for common production lines and common experiments

 

HDC-1030 25PCS/S no USB2.0 Yes
HDC-1040 100PCS/S no GPIB/RS232 Yes Fast acquisition speed, wide test range and strong anti-interference performance, suitable for production lines and laboratories with high requirements
HDC-2010 100PCS/S no GPIB/RS232 Yes

Configuration

No. Component Technical requirements
1 Single-phase AC and DC power meter WT310 (Yokogawa, Japan)
2 Motor load controller Adopt 2010 controller, usb port communication, fast transmission speed and good stability.
3 Industrial control computer Get 20 torque and speed points per second
4 Industrial computer display
5 Industrial computer display 16 digital outputs and 16 digital inputs 32 single-ended analog and 16 differential analog inputs NI PCI-GPIB
6 IO card Silent fan cooling; torque accuracy ยฑ 0.5% FS; accuracy ยฑ 0.1% FS. AHD-103 short board (torque 10kg.cm)
7 PCI-GPIB, 2007 80V 120A 3000W (Brand: Itech) Model: IT6522D
8 Dynamometer 1015*600*600
9 Switching power supply Standard test machine
10 Test cabinet Length 37.5CM, 0~5VDC signal output Brand: Taifeng Motor Boat Supplies Model: Oil level alarm
11 Test machine Chinese interface; with no-load test; load test; insulation withstand voltage test and other functions, can save data, output alarm and other functions

Brushless Motor Test System Detail Display

Brushless Motor Test โ€“ Comprehensive Test System for Aviation DC Brushless Motors (CMT-2010AS)

What is the purpose of the Brushless Motor Test?
This test comprehensively evaluates the performance of aviation DC brushless motors by measuring voltage, current, power, efficiency, torque, speed, steering, start-up time and maximum current under simulated fuel immersion conditions, ensuring reliable operation in aviation applications.
What test accuracies does the brushless motor test achieve?
Torque measurement accuracy is ยฑ0.5% of full scale, voltage/current ยฑ0.2% of full scale, and rotation speed ยฑ0.2% of full scale.
Can the test be performed with the motor and controller immersed in fuel?
Yes. The system is specifically designed to allow full immersion of both the motor body and controller in fuel tank for realistic aviation environment simulation.
Does the software support automatic testing?
Yes. The LABVIEW-based software supports both manual and fully automatic test modes, with real-time data display, curve generation and custom report export.
What data recording functions are available?
The software can manually or periodically record current data, display and save voltage, current, power, efficiency and related curves, and generate customer-specified test forms.
Is the system suitable for production line or laboratory use?
Yes. It is modular, easy to operate and suitable for both high-volume production quality control and R&D validation in aviation motor testing.
How are test results documented?
The system automatically generates test reports in customer-specified formats, including all measured parameters and curves, for easy traceability and certification.
What maintenance is recommended for long-term accuracy?
Regular calibration of torque, speed and power sensors, along with inspection of the immersion tank and clamping fixtures, is advised to maintain measurement traceability.
How can I request a quotation or customized configuration?
Contact our engineering team with your specific motor type, power rating or special test requirements. We will provide a tailored solution and quote within 24 hours.

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