Hioki MR8875 Memory Hicorder
Portable Waveform Recording for Reliable Field Measurement
Hioki MR8875 Memory Hicorder is a professional portable waveform recording instrument, and the Hioki MR8875 Memory Hicorder Price in Bangladesh is relevant for engineers looking for a practical solution for electrical signal measurement and analysis. Designed for demanding measurement environments, the MR8875 supports waveform acquisition and analysis for electrical equipment, industrial systems, electronic devices, and field testing applications. Its portable design and professional measurement capabilities make it suitable for engineers who need dependable data acquisition during troubleshooting, maintenance, commissioning, research, and equipment evaluation.
The Hioki MR8875 is designed to provide convenient waveform recording for applications where measurement equipment needs to be used at different locations. Its portable format allows engineers to perform measurements in industrial facilities, service environments, laboratories, and field locations without relying on a fixed measurement setup. Recording actual waveform behavior can provide valuable information about electrical systems during normal operation and abnormal conditions. This makes the Memory Hicorder useful for practical troubleshooting and on-site technical investigations.
Different engineering applications require measurement of different electrical signals and operating conditions. The Hioki MR8875 provides a flexible platform for recording and analyzing signals according to the requirements of the test. Engineers can use suitable measurement configurations for investigating electrical equipment, control systems, machinery, and electronic devices. This adaptability allows the instrument to support a variety of professional measurement tasks while providing useful waveform information for technical evaluation and system analysis.
Waveform analysis is essential when engineers need to investigate changing electrical conditions, transient behavior, disturbances, or unexpected system responses. The Hioki MR8875 allows users to capture waveform information for subsequent examination and technical assessment. Recorded data can help engineers compare operating conditions, identify unusual signal characteristics, and understand how equipment responds during different events. This supports more systematic troubleshooting and can provide useful evidence for maintenance, commissioning, and performance evaluation.
The portable nature of the Hioki MR8875 makes it suitable for field troubleshooting and maintenance activities. Engineers can use the Memory Hicorder to investigate equipment behavior directly at the installation site rather than relying only on laboratory measurements. Capturing actual operating waveforms can help identify intermittent faults, abnormal electrical conditions, and changes in equipment performance. This makes the instrument useful for maintenance teams, commissioning engineers, electrical technicians, and technical service professionals.
The Hioki MR8875 can be applied across a wide range of industrial and electrical testing environments. It can support measurements involving electrical equipment, industrial machinery, control systems, power related applications, and electronic systems. Engineers can use recorded waveform information to evaluate equipment operation, investigate faults, verify system performance, and support preventive maintenance. Its combination of portability and waveform recording capability makes it practical for applications where measurement flexibility is important.
In research and development environments, portable measurement equipment can be useful when experiments need to be performed at different locations or under real operating conditions. The Hioki MR8875 can support experimental testing, equipment evaluation, design verification, and technical research involving electrical signals. Engineers can record measurement data during experiments and analyze the resulting waveforms to better understand system behavior. This provides a practical measurement approach for development teams working with electrical and electronic systems.
Professional measurement equipment must provide dependable operation during repeated testing and demanding field applications. The Hioki MR8875 is designed to support reliable waveform recording and analysis for engineering professionals. Its practical design allows it to be used across laboratory, industrial, maintenance, and field environments. With appropriate measurement accessories and configuration, the instrument can be adapted to application-specific requirements while maintaining an efficient workflow for signal acquisition and analysis.
Electrical faults can sometimes occur intermittently or under specific operating conditions, making them difficult to identify through conventional measurements. The Hioki MR8875 can help engineers capture waveform information during actual equipment operation, allowing unusual events to be examined more closely. This can support fault diagnosis, commissioning, preventive maintenance, equipment evaluation, and system verification. Detailed recorded data can help technical teams understand the behavior of electrical systems and develop more informed approaches to troubleshooting.
The Hioki MR8875 Memory Hicorder can be a useful measurement solution for industrial companies, electrical contractors, engineering consultants, testing laboratories, maintenance teams, research institutions, and technical service providers in Bangladesh. Its portable design and waveform recording capabilities make it suitable for both field and laboratory applications. Engineers can use it for equipment diagnostics, commissioning, maintenance, research, development, and performance assessment where reliable signal measurement is required.
The Hioki MR8875 combines portable operation, flexible waveform recording, signal measurement, and analysis capabilities in a professional engineering platform. Its practical design helps engineers collect meaningful measurement data directly from electrical and electronic systems in different environments. For professionals who require a dependable Memory Hicorder for field troubleshooting, industrial testing, maintenance, research, or equipment evaluation, the MR8875 provides a versatile solution for understanding dynamic electrical behavior and supporting accurate technical analysis.
Accuracy guaranteed: 1 year
| Number of input units | Up to 4 slots | |||||
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| Number of channels | Max. 16 analog channels (Max. 60 channels when using the MR8902) + standard 8 logic channels + 2 pulse channels Note: For analog units, channels are isolated from each other and from the MR8875’s GND. For CAN unit ports or standard logic terminals or standard pulse terminals, all channels have common GND. |
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| Measurement ranges (20 div full-scale) |
5 mV to 10 V/div , 11 ranges (when using the MR8901), 500 mV to 50 V/div , 7 ranges (when using the MR8905), resolution : 1/1250 of range | |||||
| Max. rated voltage | Between terminals: 150 V DC Between terminal to earth: 100 V AC, DC (when using the MR8901) |
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| Frequency characteristics | DC to 100 kHz (-3 dB, when using the MR8901) | |||||
| Time axis | 200 µs to 5 min/div, 21 ranges, sampling period: 1/100 of range, External sampling possible | |||||
| Max. sampling rate | [When using MR8901] 500 kS/s (2 μs period, all channels simultaneously) [When using MR8902] 10 ms (all input channels are scanned at high speed during every recording interval) [When using MR8903] 200 kS/s (5 μs period, all channels simultaneously) External sampling: 200 kS/s (5 μs period) |
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| Measurement functions | High-speed function (high speed recording), Real-time calculation between channels, FFT calculation, or other functions | |||||
| Storage memory capacity | Total 32 M-words (memory expansion: N/A, 8 MW each input unit) Note: 1 word = 2 bytes, therefore 32 Mega-words = 64 Mega-bytes. Note: Storage memory can be allocated depending on the number of channels used at each input unit |
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| Removable storage | SD card slot ×1, USB 2.0 memory | |||||
| Display | Touch-panel operation 8.4-inch SVGA-TFT color LCD (800 × 600 dots) | |||||
| Communication interfaces | LAN: 100BASE-TX (DHCP, DNS supported, FTP server/ client, WEB server, send E-mail, command control) USB: USB 2.0 compliant, series mini-B receptacle ×1 (setting / measure with communication command, or file transfer SD card to PC), series A receptacle ×2 (USB memory, USB mouse/ key-board) |
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| Power supply | 1) AC adapter Z1002: 100 to 240 V AC (50/60 Hz), 56 VA 2) Battery pack Z1003: 7.2 V DC, 36 VA, continuous operation time: 1 hour with back light ON (AC adapter has priority when used in combination with battery pack), Charges while installed in the MR8875, recharging time: 3 hours 3) External DC Power: 10 to 28 V DC, 56 VA |
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| Dimensions and mass | 298 mm (11.73 in)W × 224 mm (8.82 in)H × 84 mm (3.31 in)D, 2.4 kg (84.7 oz), (excluding input units and the Battery pack Z1003) Reference data: 3.47 kg/ 122.4 oz (including the MR8901 ×4 units and the Battery pack Z1003) |
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| Included accessories | Instruction manual ×1, Measurement guide ×1, AC adapter Z1002 ×1, Protection sheet ×1, USB cable ×1, Shoulder strap ×1, Application disk (Wave viewer Wv, communication commands table, CAN Editor) ×1 | |||||
| Compatible models | LabVIEW | MATLAB script | ||||
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| MR8875 | Available | Available | ||||
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