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Kyoto Electronics KEM Multi channel Heat Flow Meter HFM-GP10
Date: 2025-12-18Read: 0

Multi channel heat flow meter HFM-GP10

Multi channel heat flow meter HFM-GP10 standard method:

GB/T 10295-2008 Determination of steady-state thermal resistance and related characteristics of insulation materials - Heat flux meter method.
GB/T 17357-2008 Field determination of surface heat loss of insulation layer for equipment and pipelines - Heat flux meter method and surface temperature method.
GB/T 23483-2009 Test method for heat transfer coefficient and heating supply of building envelope structure.
GB/T 28638-2023 Test and Evaluation Method for Thermal Loss and Insulation Effect of Thermal Insulation Structures for Urban Heating Pipelines.
GB/T 30103.3-2013 Test Method for Thermal Performance of Cold Storage Part 3: Thermal Flow Detection of Enclosure Structure.
GB/T 38588-2020 On site detection method for heat dissipation loss of urban heating insulation pipeline network system.
GB/T 4272-2024 General rules for insulation technology of equipment and pipelines.
GB/T 8174-2008 Testing and Evaluation of Thermal Insulation Effect for Equipment and Pipelines.
JG/T 519-2018 Thermal Flow Meter for Buildings.
JGJ/T 132-2009 Residential Building Energy Efficiency Testing Standard.
JGJ/T 357-2015 Technical specification for on-site detection of heat transfer coefficient of enclosure structures.
JJF (Ji) 107-2012 Calibration Specification for Heat Flow Meters.


The main features of the multi-channel heat flow meter HFM-GP10 are:


1. The portable heat flow meter has a user-friendly interface that is easy to operate and use.
2. Heat flow measurement can be connected to 30 channels, and simultaneous temperature and heat flow measurement can be connected to 15 channels.
3. The monitor adopts a 5.7-inch TFT color LCD touch screen to display real-time operating data.
4. The host has a built-in 500MB large capacity memory, which allows for longer recording time and more recording channels.
5. The device can perform real-time monitoring through a browser and centralized data management through an FTP server.
6. Communication functions include Ethernet, email notifications, FTP, SNTP, DHCP, etc.
7. It can be powered by either a 100-240V AC power supply or a 12V DC power supply.

Multi channel heat flow meterHFM-GP10Technical Specifications:

Measurement items: heat flow and temperature.
Heat flow measurement range: 0 to ± 99999W/m2.
Temperature measurement range: -40 ° C to 750 ° C.
Unit selection: heat flow (W/m2)+temperature (° C), heat flow (W/m2), temperature (° C).
Sampling time: 100/200/500 milliseconds, 1/2/5 seconds.
Display update: Approximately 1 second.
Display functions: waveform chart, data, line chart, waveform chart+data.
A and B coefficients: Input of A and B coefficients for the heat flow sensor.
Number of sensors: A coefficient sensor with 30 channels, A and B coefficient sensors with 15 channels.
Memory: 500MB. Simultaneously connected to 30 channels, with a sampling time of 1 second, capable of storing records for approximately 1 month.
External storage: SD card, USB storage.
Communication functions: Ethernet, web server, FTP server, FTP client, email sending.
Power supply: Powered by an AC adapter or a 12V DC battery.
Usage environment: Temperature: 0 ° C~40 ° C, Humidity: 0~85% RH.
Dimensions: Approximately 144 × 168 × 197mm (for mainframe only), approximately 144 × 168 × 248mm (including modules).
Weight: Approximately 1.9kg.
Options: Various heat flow sensors.

The heat flow sensors selected for the multi-channel heat flow meter HFM-GP10 are as follows:

name

model

Overview

Universal low heat flux sensor

KR2, KR6

Low heat flow sensors used on insulation materials or insulation material surfaces

Universal low heat flux sensor

KM1

Low thermal flow sensor used on the surface of living organisms or small devices

Surface type high heat flux sensor

K500B, K500S

High temperature and high heat flux sensor with magnet that can be fixed on the surface of blast furnace

Surface type high heat flux sensor

K500B-20, K500S-20

Used in high-temperature and high heat flux sensors with small measurement areas

Buried high heat flux sensor

K750, K750S

High temperature and high heat flux sensors buried in blast furnaces or insulation materials