Hioki MR8741 Memory Hicorder
Flexible Waveform Recording for Precise Engineering Analysis
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Hioki MR8741 Memory Hicorder Price in Bangladesh
Hioki MR8741 Memory Hicorder is a versatile waveform measurement instrument, and the Hioki MR8741 Memory Hicorder Price in Bangladesh is relevant for engineers seeking a dependable solution for electrical signal recording and analysis. Designed for professional measurement environments, the MR8741 supports detailed waveform acquisition for applications involving electrical equipment, electronic systems, industrial machinery, and research projects. Its flexible measurement approach allows engineers to investigate changing signal conditions and obtain useful data for troubleshooting, maintenance, development, and technical evaluation.
Flexible Waveform Recording
The Hioki MR8741 is designed to provide dependable waveform recording for a wide range of engineering applications. Engineers can configure the measurement system according to the characteristics of the signals being tested and the objectives of the application. Recording waveform behavior provides a clearer understanding of changing electrical conditions compared with isolated measurements. This makes the Memory Hicorder useful for investigating equipment operation, abnormal signals, transient conditions, control systems, and other applications where continuous waveform information is important.
Detailed Signal Analysis
Accurate waveform analysis can help engineers understand complex electrical behavior and identify abnormal operating conditions. The Hioki MR8741 provides a professional platform for capturing and reviewing waveform data during testing and troubleshooting. Engineers can examine recorded signals to investigate variations, disturbances, switching behavior, and other changes in system performance. This information can support technical diagnosis, equipment evaluation, design verification, and preventive maintenance while helping engineering teams make decisions based on actual measurement data.
Flexible Measurement Configuration
A key benefit of the Hioki MR8741 Memory Hicorder is its adaptable measurement architecture. Different engineering applications require different measurement configurations, and a flexible system can accommodate a variety of testing requirements. The instrument can be integrated into laboratory, industrial, research, and field measurement environments depending on the application. This flexibility makes it suitable for organizations that need a professional waveform recording platform for different types of electrical and electronic testing.
Industrial Testing and Troubleshooting
The Hioki MR8741 can support industrial testing and troubleshooting where waveform information is necessary for understanding equipment performance. Engineers can record electrical signals during normal operation and investigate unusual behavior when a problem occurs. Detailed waveform records can help identify intermittent conditions and provide a clearer picture of what happens during an electrical event. This makes the instrument useful for maintenance engineers, commissioning teams, electrical specialists, and technical service professionals.
Research and Development Applications
Research and development teams often require flexible measurement equipment for evaluating electrical and electronic systems under different operating conditions. The Hioki MR8741 can be used for experimental testing, product development, performance verification, and technical research. Engineers can record waveform information during experiments and use the collected data for further analysis and comparison. Its professional measurement capabilities make it suitable for laboratories and development environments where reliable signal information is essential.
Reliable Engineering Performance
Reliable operation is essential for measurement equipment used in professional testing environments. The Hioki MR8741 is designed to provide dependable waveform acquisition for repeated measurement tasks and technical investigations. Its engineering-focused design supports practical use in laboratories, industrial facilities, testing centers, and service environments. When configured with suitable measurement modules and accessories, the system can be adapted to application-specific requirements while maintaining an efficient measurement workflow.
Efficient Electrical Diagnostics
Electrical systems can experience short duration events, intermittent disturbances, and changing operating conditions that may be difficult to investigate with conventional measuring equipment. The Hioki MR8741 helps engineers capture waveform information that can be reviewed after measurement. This can support fault investigation, equipment commissioning, preventive maintenance, performance evaluation, and system verification. Access to recorded waveform data can provide useful technical evidence and help engineers understand the relationship between electrical conditions and equipment behavior.
Hioki MR8741 for Engineering Applications in Bangladesh
The Hioki MR8741 Memory Hicorder can be a practical measurement solution for industrial organizations, engineering companies, testing laboratories, research institutions, educational facilities, and technical service providers in Bangladesh. Its flexible waveform recording and signal analysis capabilities make it suitable for various professional applications. Engineers can use the instrument for electrical diagnostics, equipment testing, research, development, commissioning, and maintenance where dependable waveform information is required.
Professional Waveform Measurement Solution
The Hioki MR8741 combines flexible waveform recording, signal measurement, and analysis capabilities in a professional platform designed for engineering applications. Its adaptable configuration allows users to build measurement systems according to specific testing requirements, while recorded waveform information supports detailed investigation of electrical behavior. For professionals who need a dependable Memory Hicorder for industrial testing, research, troubleshooting, or equipment evaluation, the MR8741 provides a versatile solution for obtaining meaningful measurement data and supporting accurate technical analysis.
Key Features: Hioki MR8741 Memory Hicorder
- Introducing the DVM Unit MR8990 with high 24-bit resolution! Perform high-speed, high-accuracy measurement without going through a scanner.
- Support for multi-channel measurement (MR8741: up to 16 ch)
- Isolated input (between input channels; input-to-chassis isolation: maximum input-to-ground rated voltage of 300 V AC/DC)
- High-speed sampling (max. 20 MS/s)
- Ideal for rack-mounting (4U height/within 180 mm; display-less, box-type design)
- Display waveforms and make settings on a DVI-D connected monitor and mouse
- Remote measurement via LAN using control commands from a PC (*1)
Basic Specifications: Hioki MR8741 Memory Hicorder
Accuracy guaranteed: 1 year
| Max. Number of channels | 16 ch analog + 16 ch logic, or 10 ch analog + 64 ch logic (when used with built-in logic input + plug-in logic unit 8973 × 3) |
|---|---|
| Number of slots | 8 slots (Max. 8) [Limitation on number of slots] cannot use Current Unit 8971 When using the Logic Unit 8973: Max. 3 |
| Number of logic channels | 16 ch logic (Logic probe terminal GND share a common GND with chassis. ) on condition that DVM Unit MR8990 is used on slots 1 and 2, cannot use built-in logic input [Limitation on using built-in logic input] (with logic measurement ON) • Measurement resolution on slots 1 and 2 is limited up to 12 bits • Cannot use Frequency Unit 8970 on slots 1 and 2 |
| Measurement ranges (20 div full scale) | 5 mV to 20 V/div, 12 ranges, resolution : 1/100 of range (when using 8966) 5 mV to 50 V/div, 5 ranges, resolution : 1/50,000 of range (when using MR8990) |
| Max. allowable input | 400 V DC (when using 8966; upper limit voltage that can be applied between input terminals without damage) |
| Max. rated voltage to earth | 300 V AC/DC (input and instrument are isolated; between input channels and chassis; upper limit voltage that can be applied between input channels without damage) |
| Frequency characteristics | DC to 5 MHz (-3 dB, when using 8966) |
| Time axis (MEMORY operation) | 5 µs to 5 min/div; 26 ranges; time axis resolution: 100 points/div; time axis expansion: 3 stages from ×2 to ×10; compression: 13 stages from 1/2 to 1/20,000 |
| Measurement functions | Memory (high-speed recording), FFT, Recorder |
| Memory capacity | 16 MW/ch (fixed), total of 256 MW installed |
| Removable storage | USB memory stick (USB 2.0) |
| Display | None (1 digital DVI terminal, 800 × 600 dots) |
| External interfaces | [LAN] 100Base-TX (DHCP and DNS support, FTP server, HTTP server) [USB] USB 2.0 Series A receptacle × 2 (mouse operation) |
| Power supply | 100 to 240 V AC, 50/60 Hz (120 VA max.) |
| Dimensions and mass | 350 mm (13.78 in)W × 160 mm (6.30 in)H × 320 mm (12.60 in)D, 5.4 kg (190.5 oz) (main unit only) |
| Included accessories | Instruction manual ×1, Application disk (Wave viewer Wv, Communication commands table) ×1, Power cord ×1 |
LabVIEW and MATLAB support
| Compatible models | LabVIEW | MATLAB script | ||||
|---|---|---|---|---|---|---|
| MR8740 | Available | Available | ||||
| MR8741 | Available | Available | ||||
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