El Eslèk

Reference : FXB-X06006 Hybrid Vehicle Intelligent Fault Setting and Detection Platform

Vehicle Model: 2026 BYD Qin MAX DM-i 230 km

This training platform is based on a brand-new BYD Qin MAX DM-i plug-in hybrid vehicle, modified for automotive technical education and practical training. It enables comprehensive study of hybrid vehicle architecture, electric and thermal propulsion systems, high-voltage circuits, and onboard electronic control systems.

Featuring a pedagogical body cutaway, a dedicated connection and diagnostic platform, and mechanical and electrical fault simulation systems, this equipment allows trainees to examine actual vehicle components, understand their interactions, perform measurements, conduct diagnostics, and develop practical hybrid vehicle maintenance skills.

Educational Objectives

• Identify the overall architecture and main components of a plug-in hybrid vehicle.
• Understand the operating principles and interaction of thermal and electric propulsion systems.
• Study high-voltage circuits, battery management systems, and electronic control units.
• Analyze electrical, electronic, air conditioning, steering, and braking systems.
• Perform measurements, inspections, and diagnostic procedures on vehicle signals and operating parameters.
• Implement mechanical, electrical, and electronic fault simulation scenarios.
• Develop practical skills in hybrid vehicle diagnostics, preventive maintenance, and troubleshooting.

Reference : FM-100.10

General Description

The FM-100.10 is an educational and experimental unit designed to study forces generated by fluid jets. When a flowing fluid is accelerated, decelerated, or deflected, its velocity changes, resulting in a variation of momentum and consequently producing measurable forces.

In practical engineering applications, these forces are used to convert kinetic energy into mechanical work, such as in Pelton turbines.

Operating Principle

The unit generates a water jet directed at interchangeable deflectors. The jet is deflected at different angles, producing forces that can be measured.

The jet force is adjusted by varying the flow rate. Experiments allow investigation of:

• The influence of flow velocity
• The effect of flow rate
• The impact of different deflection angles

Measured forces are compared with theoretical values calculated using the momentum equation.

Scope of Delivery

• Transparent tank for visual observation
• Nozzle for jet generation
• 4 interchangeable deflectors
• Weight-loaded scale for force measurement
• Set of calibrated weights

Installation & Compatibility

The unit is designed for easy and secure placement on the FM-100B base module.

Water supply and flow rate measurement are provided by the base module. Alternatively, the unit can be operated using a laboratory water supply.

References

• GPM-8320-60 : Digital Power Meter 60A, two measurement modules
• GPM-8320-60G : Digital Power Meter 60A, two measurement modules, GPIB, DA12
• GPM-8330-60 : Digital Power Meter 60A, three measurement modules
• GPM-8330-60G : Digital Power Meter 60A, three measurement modulesGPIB, DA12

Key Features

• 5” TFT LCD display
• Voltage/Current test bandwidth: DC, 0.1 Hz to 100 kHz
• Direct input current up to 60 A
• Waveform display: Voltage (V), Current (I), Power (P)
• Distorted current/voltage measurement: full range CF=3, half range CF=6 (or 6 A)
• Compliant with IEC 61000-4-7 harmonic measurement (50 Hz / 60 Hz)
• Wiring selection button: 1P3W, 3P3W, 3P4W, 3V3A
• Harmonic measurement & analysis up to 50 orders
• Auto-ranging function for Integration mode
• Screen capture via USB host
• External current sensor inputs (EXT1/EXT2)

Ordering Information

• GVM-9102 – 2 kV DC Voltmeter

The GVM-9102 is a high-precision 2 kV DC voltmeter designed for accurate, high-speed measurements. Key features include:

• 6½-Digit Display – Maximum resolution of 2'399'999 points for ultra-precise readings.
• 4.3-inch TFT Graphic LCD – Provides clear visualization of measurements.
• High Voltage Measurement – Measures DC voltages up to 2'400 V.
• Exceptional Accuracy – DC voltage basic accuracy of 0.01%.
• Fast Sampling – Up to 10,000 readings per second, ideal for dynamic measurements.
• USB Storage – Save measurement data directly to an external USB drive.
• Advanced Graphic Display – Supports histograms, bar meters, and trend charts for intuitive data analysis.
• Connectivity – Standard interfaces include Digital I/O, RS-232C, USB Host/Device, and LAN. Optional GPIB interface available for integration into automated systems.

Designed for laboratory, production, and high-voltage testing environments, the GVM-9102 combines speed, precision, and versatility in a compact, user-friendly package.

References :

• NT-CE5880A – Automatic cement mixer, 5-litre capacity, ASTM version.
• NT-CE5880E – Automatic cement mixer, 5-litre capacity, EN version.
• NT-CE5885A – Manual cement mixer, 5-litre capacity, ASTM version.
• NT-CE5885E – Manual cement mixer, 5-litre capacity, EN version.

The NT-CE5880 is a laboratory mortar mixer designed for the preparation and mixing of cement and mortar for laboratory testing, quality control, research, and development applications. Developed to meet high standards of quality, reliability, and repeatability, the mixer complies with applicable international standards and is suitable for a wide range of construction-material testing applications.

Operating Principle

The mixer features a planetary mixing mechanism, in which the mixing paddle rotates around its own axis while simultaneously orbiting around the mixing bowl. This combined movement provides efficient and homogeneous mixing of the materials.

The bidirectional mixing action ensures optimum mixture homogeneity and excellent test repeatability, making the equipment particularly suitable for standardized laboratory testing.

Key Features

Programmable Mixing Cycles

The microprocessor-based control system allows users to select and program different mixing cycles according to the requirements of the following standards:

• TS EN 196-1
• TS EN 196-3
• ASTM C305

This programming capability enables standardized testing with precise and repeatable mixing parameters.

References

• MDO-2102A – Oscilloscope 100 MHz, 2 channels, with Spectrum Analyzer
• MDO-2202A – Oscilloscope 200 MHz, 2 channels, with Spectrum Analyzer
• MDO-2302A – Oscilloscope 300 MHz, 2 channels, with Spectrum Analyzer
• MDO-2102AG – Oscilloscope 100 MHz, 2 channels, with Spectrum Analyzer and Function Generator
• MDO-2202AG – Oscilloscope 200 MHz, 2 channels, with Spectrum Analyzer and Function Generator
• MDO-2302AG – Oscilloscope 300 MHz, 2 channels, with Spectrum Analyzer and Function Generator

Technical Advantages

• Available bandwidths: 100 MHz, 200 MHz, and 300 MHz, with 2 channels
• Real-time sampling rate up to 2 GSa/s
• Memory depth of 20 Mpoints per channel, featuring VPO waveform display technology
• Waveform update rate up to 120'000 waveforms per second (wfms/s)
• 8-inch WVGA TFT LCD display for clear and precise visualization
• 1 Mpoint FFT function, providing high-resolution frequency-domain analysis
• Built-in digital filters: high-pass, low-pass, and band-pass
• Advanced waveform search functions
• Serial bus triggering and decoding: I²C, UART, CAN, and LIN
• Data recording function, allowing long-term signal monitoring for up to 1,000 hours
• Network storage capability for efficient data management
• Mask test function for rapid signal validation
• Integrated Spectrum Analyzer, DC to 1 GHz

Built-in Waveform Generator (MDO-2000AG Series)

• 2-channel Function Generator, 0.1 Hz to 25 MHz, 200 MSa/s, 14-bit resolution
• Waveform types: Sine, Square, Pulse, Ramp, DC, Noise, Sinc, Gaston, Lorentz, Exponential Rise, Exponential Fall, Haversine, Cardiac

Reference : TE-110

General Description

The TE-110 is a complete experimental unit designed for studying the laws of radiant heat transfer. Thermal radiation is an energy transfer mechanism via electromagnetic waves emitted by any body above absolute zero.

This educational system allows investigation of thermal and light radiation, including UV, visible, and infrared radiation, making it ideal for physics and thermal science laboratories.

Main Features

The system includes two radiation sources: a thermal radiator and a light source. Detection is carried out using a thermopile for thermal radiation and a photodiode-based lux meter for light radiation.

Optical components such as filters, diaphragms, and absorption plates can be mounted on a graduated optical bench for precise distance measurements.

Measurement and Analysis

All components can be rotated to analyze the effect of angle of incidence on radiation intensity. Measured values are digitally displayed and transferred to a PC via USB for analysis.

Experiments

• Lambert’s law (direction and distance)
• Stefan-Boltzmann law
• Kirchhoff’s laws
• Radiation absorption and reflection
• Thermal and light radiation studies
• Influence of distance and angle
• Wide experimental range

Ordering Information

• GDP-025 – 25 MHz High Voltage Differential Probe
• GDP-050 – 50 MHz High Voltage Differential Probe
• GDP-100 – 100 MHz High Voltage Differential Probe

Key Features

• Bandwidth options of 25 MHz, 50 MHz, and 100 MHz
• Differential voltage measurement up to 7,000 V (GDP-050 / GDP-100)
• Differential voltage measurement up to 1,400 V (GDP-025)
• Flexible attenuation options to support a wide range of applications
• Modular design with replaceable probe connectors for enhanced versatility and easy adaptation to different test environments

Applications

• Power supply design and development
• Power device evaluation
• Power converter design
• Floating and high-voltage measurements