Hioki LR8432 Heat Flow Logger
Advanced Heat Flow Monitoring for Precise Thermal Analysis
Hioki LR8432 Heat Flow Logger is a professional thermal measurement and data acquisition solution, making Hioki LR8432 Heat Flow Logger Price in Bangladesh a relevant search for engineers and technicians who require dependable heat flow monitoring. Designed for detailed thermal analysis, it helps users record changing heat flow conditions and evaluate thermal performance across industrial, laboratory, building, and research applications.
Heat flow measurement is important when engineers need to understand how thermal energy moves through materials, structures, and equipment. The Hioki LR8432 provides a practical platform for collecting heat flow related measurement data when used with suitable compatible sensors. Recorded information can help professionals evaluate thermal behavior and identify changes during testing.
Continuous data logging provides a valuable record of thermal conditions over time. The LR8432 can support measurement workflows where engineers need to observe heat flow variations during controlled experiments or real operating conditions. This recorded information can be analyzed later to understand thermal trends, compare test conditions, and support engineering decisions.
Heat flow monitoring is particularly useful for evaluating building materials, insulation systems, walls, roofs, and other structures where thermal performance is important. Engineers can use suitable heat flow sensors with the logger to assess thermal behavior and investigate heat transfer characteristics. This makes the LR8432 useful for building performance studies and energy efficiency evaluations.
Industrial equipment and processes often require careful monitoring of heat transfer and thermal performance. The LR8432 can support testing and monitoring activities involving machinery, thermal systems, industrial components, and manufacturing processes. By recording heat flow information, engineers can better understand system behavior and identify opportunities for thermal optimization.
The Hioki LR8432 is well suited for laboratory experiments and research projects involving thermal performance. Researchers can use the logger with compatible sensors to collect measurement data during material testing, thermal experiments, product development, and engineering studies. Reliable recorded data can simplify comparison and analysis between different test conditions.
Understanding heat flow can help engineers evaluate the effectiveness of insulation, thermal barriers, heat transfer systems, and other components. The LR8432 provides a structured approach to collecting thermal measurement information, allowing users to analyze performance based on actual test data rather than relying solely on theoretical calculations.
Unexpected thermal behavior can indicate insulation problems, excessive heat transfer, inefficient thermal management, or equipment issues. By recording heat flow conditions over time, engineers can investigate abnormal thermal patterns and identify potential causes. The LR8432 can therefore be a useful tool for technical troubleshooting and detailed thermal investigations.
A reliable data acquisition system is essential for obtaining meaningful results from thermal testing. The LR8432 provides a professional platform for recording measurement information and organizing data for subsequent analysis. Its application focused design makes it suitable for engineers who need consistent measurement results during field testing, laboratory work, and industrial evaluations.
Professional thermal measurement equipment must perform reliably during repeated testing activities. The Hioki LR8432 is designed for technical measurement environments and can support industrial, laboratory, field, and research applications when used according to manufacturer recommendations. Proper sensor selection, installation, calibration, and maintenance can help maintain dependable measurement performance.
The Hioki LR8432 Heat Flow Logger is a practical choice for professionals who need reliable thermal data acquisition and heat flow monitoring. Its suitability for building assessment, insulation testing, industrial applications, laboratory research, and thermal performance evaluation makes it a valuable solution for engineers working with heat transfer and energy efficiency measurements.
Accuracy guaranteed: 1 year
| Specialized functions for heat flow measurement | - Easy scaling settings: directly enter the sensitivity of the heat flow sensor - Calculations: waveform processing function for the analysis of temperature and heat flow (Simple average, moving average, integration, heat transmission coefficient), Integration with numerical calculations |
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| Analog inputs | [No. of channels] 10 isolated analog channels using scanning input method (M3 mm dia. screw terminal block) [Voltage measurement range] ±10 mV to ±60 V, 1-5V, Max. resolution 500 nV [Temperature : thermocouples] −200 ˚C to 1800 ˚C (depending on sensor), thermocouples (K, J, E, T, N, R, S, B), Max. resolution 0.1 ˚C [Humidity] not available [Max. allowable input] 60 V DC [Max. rated voltage between input channels] [Max. rated voltage to earth] 30 AC Vrms, 60 V DC (max. voltage between input channel terminals, and from terminals to chassis ground without damage) |
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| Pulse inputs | [No. of channels] 4 pulse input channels (requires CONNECTION CABLE 9641, all pulse inputs share common ground with the main unit) [Totalized pulses] 0 to 1000M (count) (No-voltage ‘a’ contact, open collector or voltage input), Max. resolution 1 pulse [Rotation count] 0 to 5000/n (r/s), Resolution 1/n (r/s) * n = pulses per rotation (1 to 1,000) [Max. allowable input] 0 to 10 V DC [Max. rated voltage between input channels] [Max. rated voltage to earth] Non-isolated |
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| Recording intervals | 10 ms to 1 hour, 19 selections (All input channels are scanned at high speed during every recording interval) | |||||
| Selectable filters | 50 Hz, 60 Hz, or OFF (digital filtering of high frequencies on analog channels) | |||||
| Memory capacity | Internal storage: 3.5 M-words, External storage: CF card or USB memory stick (only the HIOKI CF cards are guaranteed for correct operation) | |||||
| External interface | USB 2.0 mini-B receptacle ×1; Functions: Control from a PC, Transfers files from the installed CF card to a PC (cannot transfer files from the connected USB memory stick to a PC via USB communication), Data copy between CF card and USB memory stick | |||||
| Display | 4.3-inch WQVGA-TFT color LCD (480 × 272 dots) | |||||
| Functions | Save data to the CF Card or USB memory stick in real time, Numerical Calculations, etc. | |||||
| Power supply | AC Adapter Z1005: 100 to 240 VAC (50/60 Hz), 30 VA Max. (including AC adapter), 10 VA Max. (main unit only) Battery Pack 9780: Continuous use 2.5 hours (@25°C/77°F), 3 VA Max. External power source: 10 to 16 V, 10 VA Max. (please contact HIOKI distributor for cable; less than 3 m/9.84 ft cable length) |
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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, 550 g (19.4 oz) (Battery Pack 9780 not installed) | |||||
| Included accessories | Measurement Guide ×1, CD-R (Instruction manual PDF, Logger Utility Instruction Manual PDF, Data acquisition application program Logger Utility) ×1, USB cable ×1, AC Adapter Z1005 ×1 | |||||
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