Hioki MR8870 Memory Hicorder
Reliable Waveform Recording for Professional Electrical Testing
Hioki MR8870 Memory Hicorder is a versatile waveform recording instrument, and the Hioki MR8870 Memory Hicorder Price in Bangladesh is relevant for engineers seeking a dependable solution for electrical signal measurement and analysis. Designed for professional testing environments, the MR8870 supports waveform acquisition for electrical equipment, electronic systems, industrial machinery, and technical research. Its practical measurement capabilities make it suitable for troubleshooting, maintenance, commissioning, development, and equipment evaluation where accurate waveform information is important for engineering decisions.
The Hioki MR8870 is designed to record electrical waveforms for a variety of measurement applications. Engineers can configure the instrument according to the signals being investigated and the requirements of the testing environment. Capturing waveform behavior provides more detailed information about changing electrical conditions than isolated measurements. This makes the Memory Hicorder useful for examining equipment operation, abnormal signals, transient conditions, control signals, and other dynamic electrical phenomena.
Accurate waveform analysis helps engineers understand the behavior of electrical and electronic systems under real operating conditions. The Hioki MR8870 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 that may affect system performance. This information can support technical diagnosis, equipment evaluation, preventive maintenance, and design verification.
The Hioki MR8870 offers a flexible approach to waveform measurement that can accommodate different testing requirements. Engineering applications may involve various signal characteristics, equipment types, and measurement conditions, making adaptability an important consideration when selecting a Memory Hicorder. The MR8870 can be used in laboratory, industrial, service, and field environments depending on the measurement application. Its practical configuration supports engineers who need a versatile instrument for different waveform recording tasks.
Industrial equipment can experience intermittent electrical faults, abnormal operating conditions, and unexpected signal changes that require detailed investigation. The Hioki MR8870 can help engineers record actual waveform behavior during equipment operation and examine the collected data for potential abnormalities. This approach can support more systematic troubleshooting and help technical teams understand the conditions surrounding an electrical event. It is useful for maintenance engineers, commissioning teams, electrical specialists, and technical service professionals.
The Hioki MR8870 can also support research and development activities where electrical signals need to be recorded and analyzed under different operating conditions. Engineers can use the instrument during experimental testing, equipment evaluation, design verification, and development projects. Recorded waveform data can provide valuable information for comparing system responses and evaluating performance. Its versatile measurement capability makes it suitable for laboratories and engineering environments where dependable data acquisition is required.
Professional measurement equipment needs to perform consistently during repeated testing and technical investigations. The Hioki MR8870 is designed to provide dependable waveform recording for engineering applications. Its professional measurement platform can be used in laboratories, industrial facilities, service environments, and testing locations. With suitable measurement accessories and configuration, users can adapt the instrument to specific application requirements while maintaining an efficient process for waveform acquisition and analysis.
Electrical diagnostics often require engineers to observe how signals change over time rather than relying on a single measurement value. The Hioki MR8870 allows users to record waveform information for later examination, which can be useful when investigating equipment behavior and intermittent problems. Recorded data can support fault diagnosis, preventive maintenance, commissioning, system verification, and performance assessment. This provides engineers with useful technical information for understanding electrical conditions and identifying areas that may require further investigation.
The Hioki MR8870 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 waveform recording and signal analysis capabilities can support various professional applications involving electrical and electronic systems. Engineers can use the instrument for equipment testing, troubleshooting, commissioning, maintenance, research, and performance evaluation where dependable waveform information is required.
The Hioki MR8870 combines waveform recording, flexible signal measurement, and analysis capabilities in a professional platform for engineering applications. Its practical design allows engineers to obtain useful information about changing electrical conditions and system behavior. For professionals requiring a dependable Memory Hicorder for industrial testing, electrical diagnostics, research, maintenance, or equipment evaluation, the MR8870 provides a versatile measurement solution that can support accurate technical analysis and informed engineering decisions.
Accuracy guaranteed: 1 year
| Number of channels | 2 analog channels + 4 logic channels (standard) Note: Isolated analog channels, isolated input and frame, logic has common GND |
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| Measurement ranges | 10 mV to 50 V/div (10 div full-scale), 12 ranges, Resolution: 1/100 of range | |||||
| Max. rated voltage | Between terminals: 400 VDC, Between terminal to earth: 300 VAC, DC CAT II | |||||
| Frequency characteristics | DC to 50 kHz (-3 dB) | |||||
| Time axis (Memory mode) |
100 µs to 5 min/div, 20 ranges,at 100 points/div resolution, three steps of time-axis magnification from ×2 to ×10, and 9 steps of time-axis compression from ×1/2 to ×1/1,000 | |||||
| Recording intervals (RMS mode) |
1 ms to 1 min., 16 settings, sampling period: 200 μs (fixed) (for AC voltage/current, 1,000 RMS values/sec.), envelope mode always on Note: Only the maximum value and minimum value for each recording interval are recorded. |
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| Measurement functions | Memory recorder (high speed recording), RMS recorder (50/60 Hz, DC only) | |||||
| Memory capacity | 12-bits × 2M-words/ch (1 word = 2 bytes) | |||||
| Removable storage | CF card TYPE I slot ×1 (Up to 2 GB) | |||||
| Display | 4.3-inch WQVGA-TFT color LCD (480 × 272 dots) | |||||
| Displayable languages | English, Japanese | |||||
| Interfaces | USB 2.0 mini-B receptacle ×1, Functionality: Connect the instrument to a PC to send files on the CF card to the PC. The instrument cannot be controlled from a PC. | |||||
| Printer | N/A | |||||
| Power supply | AC Adapter Z1005: 100 to 240 VAC (50/60 Hz) , 30 VA max. (when using the AC adapter and charging the 9780 with the instrument) Battery Pack 9780: 3 VA, continuous operating time of approx. 2 hr. (25°C reference value; when used with the Z1005, the Z1005 takes priority), charging time of 200 min. using the AC adapter (25°C reference value) (option) External DC power: 10 to 16 V, 10 VA max. (connection cord of 3 m or less is available by special-order) |
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| Dimensions and mass | 176 mm (6.93 in)W × 101 mm (3.98 in)H × 41 mm (1.61 in)D, 600 g (21.2 oz) (with the Battery pack 9780 installed) | |||||
| Included accessories | Instruction manual ×1, Measurement guide ×1, AC adapter Z1005 ×1, Strap ×1, USB cable ×1, Application disk (Dedicated program for the MR8870) ×1, Protection sheet 9809 ×1 | |||||
| Compatible models | LabVIEW | MATLAB script | ||||
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| MR8870-20 | N/A | N/A | ||||
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