• ISO817 Annex C Li-ion Battery Thermal Runaway Venting Gas Burning Velocity Tester
  • ISO817 Annex C Li-ion Battery Thermal Runaway Venting Gas Burning Velocity Tester
  • ISO817 Annex C Li-ion Battery Thermal Runaway Venting Gas Burning Velocity Tester
  • ISO817 Annex C Li-ion Battery Thermal Runaway Venting Gas Burning Velocity Tester
  • ISO817 Annex C Li-ion Battery Thermal Runaway Venting Gas Burning Velocity Tester
  • ISO817 Annex C Li-ion Battery Thermal Runaway Venting Gas Burning Velocity Tester

ISO817 Annex C Li-ion Battery Thermal Runaway Venting Gas Burning Velocity Tester

After-sales Service: Response on Customers′ Questions Within 12 Hours.
Warranty: 12 Months
Type: Storage Battery Tester
Test Region: Battery Safety Tester
Application: Lithium-ion Battery
Customized: Customized
Gold Member Since 2022

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Manufacturer/Factory

Basic Info.

Model NO.
BVT
Compliance
ISO 817 Annex C
Flame Tube
40mm Inner Diameter, 1200mm Length
Tube Material
Pressure Resistant Glass
Gas Pressure Sensor
Accuracy 0.05%
Ignition Method
Electrostatic Ignition, 15kv, 0.5s
Features
ISO817 Venting Gas Burning Velocity Tester
Gas Distribution Method
Partial Pressure Method
Stirring Speed
20-800 R/Min
Dimension
1325mm * 1882mm * 625mm
Weight
120kg
Power Supply
220V, 50Hz, 200W
Gas Supply
Compressed Gas
Language
English
MOQ
1 Set
OEM Service
Available
Transport Package
Burning Velocity Tester Packed in One Plywood Case
Specification
ISO 817 Annex C
Trademark
Delta
Origin
China Mainland
HS Code
9031809090
Production Capacity
100sets Burning Velocity Tester / Month

Product Description

ISO817 Annex C Li-ion Battery Thermal Runaway Venting Gas Burning Velocity Tester

Introduction:
The Gas Burning Velocity Tester, by ISO 817 Annex C, is used to measure the burning velocity of flammable gas with air mixed, such as refrigerants, and li-ion battery thermal runaway venting gas, by testing on synthetically replicated gas.

The flammable gas is pre-mixed with air in a tank, and the homogeneous flammable gas-air mixture is introduced to the 1,200mm glass tube with an internal diameter of 40mm and is ignited with the electrodes mounted at the bottom position of the glass tube. The flame will propagate from the lower to the upper end with a constant propagation speed at the flame front. The flame propagation inside the tube is recorded using a high-speed camera and the images are then transmitted to the computer for measuring the flame propagation speed and calculating the flame front area. The flammable gas's Burning Velocity (Su) is obtained by dividing the consumed mixture volume by the frame surface area.



The Gas Burning Velocity Tester consists of:
  • High-temperature resistance burning tube, diameter of 40mm, length of 1200mm, pressure resistance better than 0.1MPa.
  • 10L Pre-mix chamber, with a pressure resistance of not less than 1 MPa.
  • Pressure measurement system, measuring range of -0.1 to 0.3MPa, accuracy better than 0.05% F.S.
  • Equips with a pressure relief port device and a special solenoid valve for gas distribution, with a solenoid valve with a pressure resistance of not less than 1.6Mpa and a response speed of not less than 10ms.
  • K-type insulated thermocouples, diameter of 1.6mm.
  • Ignition system, equipped with 2 ignition needles and an ignition transformer.
  • Vacuum pump, capacity no less than 1L/s, used for venting air from the chamber.
  • Operation software, function includes gas mixture, gas fill, ignition, and camera activation.
  • Automatic program for gas-air mixture preparation in specific concentrations.
  • Flame area calculation software, auto calculates the cross-section area of the flame base (af) and flame surface area (Af).
  • High-speed camera, auto-triggered by the software.
  • Compact physical size, low weight, and high light sensitivity allow use in limited space.
  • The system captures at a speed of not less than 1,000 fps at full frame resolution conditions.
  • The system captures at a speed of not less than 70,000 fps at 1280 x 8-pixel resolution conditions.
  • Minimum exposure time up to 1.0μs.
  • The system has a pixel size of 14.6μm and a dynamic range of 60 dB.

Main Parameters:
No. Item Name ISO817 Annex C Li-ion Battery Thermal Runaway Venting Gas Burning Velocity Tester
1 Flame tube 40mm inner diameter, 1200mm length
2 Tube material Pressure resistant glass
3 Gas pressure sensor Accuracy 0.05%
4 Ignition method Electrostatic ignition, 15kV, 0.5s
5 Gas distribution method Partial pressure method
6 Stirring speed 20-800 r/min
7 Dimension 1325mm * 1882mm * 625mm
8 Weight 120kg
9 Power supply 220V, 50Hz, 200W
10 Gas supply Compressed gas (no oil and no water)

ISO817 Annex C Li-ion Battery Thermal Runaway Venting Gas Burning Velocity TesterISO817 Annex C Li-ion Battery Thermal Runaway Venting Gas Burning Velocity Tester

Battery Fire Safety Testing Equipment Series:

1. Battery Abuse Test Pressure VesselISO817 Annex C Li-ion Battery Thermal Runaway Venting Gas Burning Velocity Tester
2. Explosion Pressure ChamberISO817 Annex C Li-ion Battery Thermal Runaway Venting Gas Burning Velocity Tester
3. ASTM E918 Flammability Limit TesterISO817 Annex C Li-ion Battery Thermal Runaway Venting Gas Burning Velocity Tester
4. ISO 817 Burning Velocity TesterISO817 Annex C Li-ion Battery Thermal Runaway Venting Gas Burning Velocity Tester

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Gold Member Since 2022

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Manufacturer/Factory
Registered Capital
1000000 RMB
Plant Area
>2000 square meters