|
| MOQ: | 1 |
| Price: | Customized |
| Standard Packaging: | Plywood Case |
| Delivery Period: | 30 days |
| Payment Method: | T/T |
| Supply Capacity: | 5 Sets Per Month |
Computer Control Type Comprehensive Internal Short Circuit Tester IEC 62133-2
Product information:
It conforms to IEC 62133-2: 2017 clause 7.3.9, JISC8714:2007 5.5, and etc.
Application:
This battery forced internal short-circuit tester is an integral testing equipment to performance a comprehensive test for temperature, voltage, internal-short circuit, which is applicable for battery cell safety test.
Technical parameters:
| 1 | Temperature range | -5 ~ 100℃ |
| 2 | Temperature display accuracy | 0.01℃ |
| 3 | Temperature fluctuation | ±2.0℃ |
| 4 | Low temperature | -5℃ |
| 5 | Heating rate | Average 3℃/min (from 0℃ to 100℃, non-linear no-load) |
| 6 | Cooling rate |
Average 1℃/min (from 100℃ to 0℃, non-linear no-load) |
| 7 | Heater | Fin type heat pipe shaped stainless steel electric heater |
| 8 | Air supply circulation system | Convection air circulation system |
| 9 | Safety devices | Over-temperature alarm, MCCB overload protection, etc. |
| 10 | Insulation material | Rigid polyurethane foam + high-efficiency compressed glass wool |
| 11 | Thermostat | TEMMI controller imported from Korea |
| 12 | Inner chamber size | W400*H500*D500mm |
| 13 | Inner chamber material | Mirror stainless steel plate, bottom reinforcement |
| 14 | External chamber size | W1200 X H2000 X D1000MM; |
| 15 | External chamber material | Cold rolled steel paint treatment |
| Main technical parameters of force test system | ||
| 1 | Force range | 1kg-300kg |
| 2 | Unit | Kg/N/Lb |
| 3 | Squeeze stroke | 0~200MM |
| 4 | Force display accuracy | 1N |
| 5 | Resolution | 1/10,000 |
| 6 | Force accuracy | ≤0.5％ |
| 7 | Speed display accuracy | 1mm |
| 8 | Driven type | Servo motor drive |
| 9 | Squeeze speed |
The squeeze speed is adjustable. The speed of the first contact point during squeeze can be set to 1.5cm/s; the test process speed range is 0.01~900MM/MIN (adjustable, 0.1~1.5CM/S) |
| 10 | Squeeze head size | 10*10*5mm or 10*10*2mm |
| 11 | Squeeze head material |
One piece each of nitrile rubber (NBR, side 10mm, thickness 2mm) and acrylic (acryl, side 5mm, thickness 2mm) |
| 12 | Squeeze workbench material | Aluminum alloy plate or 316 stainless steel plate, corrosion resistant |
| 13 | Suitable Battery size | 200 X 200 X 200mm(WXDXH) |
| 14 | Visual window | 300 X 300mm explosion-proof glass |
| 15 | Air supply outlet | There are two air supply vents on the left side of the chamber. |
| 16 | Lighting | There is a lighting lamp inside the chamber, which can illuminate the entire testing space |
| 17 | Voltage collection range | 0-10V, acquisition frequency 50HZ/second, 1 channel |
| 18 | Voltage resolution | 1mv |
| 19 | Test condition | Force, displacement (deformation), voltage, one of three or a combination of three |
| 20 | Deformation range | 0-300MM |
| 21 | Max. test plane | 300X300MM |
| 22 | Power supply | 220V 50HZ |
| 23 | Power | 5.0KW |
| 24 | Machine weight | Approx.420KG |
Voltage acquisition system:
| 1 | Control method |
1) Through PLC control, the voltage can be set, voltage changes can be recorded, and control signals can be output; 2) Voltage rise control: When the voltage rises from low to high, a specific voltage value is set. When the voltage reaches the set value, the system outputs a signal to control the extruder. 3) Voltage drop control: When the voltage drops from the highest value to 0V, a voltage value can be set. When the voltage drops to the set value, the system outputs a signal to control the extrusion testing machine; |
| 2 | Data collection and curves | After the voltage acquisition system is started, the system will collect the voltage between the positive and negative poles of the battery under test at a collection frequency of 10 times per second. At the same time, the main screen of the system displays the voltage change curve from time to time. When the voltage reaches the system set value, the test Stop and save data and graphics. Data is exported via USB to generate EXCELL file format. |
| 3 | Servo control software system | This measurement and control software is suitable for battery extrusion testing machines to perform compression tests on batteries. The software can be used in multiple operating systems such as WinXPWin7, and can perform automatic data analysis, as well as human-computer interaction and manual analysis. The measurement and control software is independently developed and can be continuously improved and upgraded based on user feedback information. |
| Real-time screen display of various test curves such as force-deformation, force-displacement, etc. Can be switched for observation at any time. It is very convenient to zoom in and out of the curve. | ||
| Data integration: It can output data such as time, speed, displacement, temperature, voltage, etc., and can output graphics and record and store data synchronously. | ||
| It can automatically record and save data curves of the entire test process. | ||
| It realizes digital zeroing and automatic calibration of test force and deformation, which facilitates operation and improves the reliability of the machine. | ||
| The test data is managed in a database to automatically save all test data. | ||
| It automatically completes the test process, judges the broken type, and automatically records and saves the test data. | ||
| It has an overload protection automatic shutdown function, and can automatically judge the specimen fracture and automatically shut down. | ||
| With multiple report output modes and powerful report editing functions, users can compile test reports in any format in a very short time according to their own requirements. | ||
| The data adopts database management method, and the test data and curves are automatically saved to the database, ensuring the integrity and uniformity of the data and making it easy for users to query and manage. | ||
| It can automatically record and save the data curve of the whole test process. | ||
| The human-computer interaction interface adopts the standard Windows style, which is easy to operate and can meet normal control and collection calculations. |
| Standard Test Modular Function | Provide users with test ranges and requirement from GB, ASTM, DIN, JIS, BS etc. |
| Test Specimens Data | Provide all test data for all test specimens: once put, long available and available to modify equation to Improve test data and performance |
| Double Reporting Sheet | Fully Open Reporting Sheet in various format for selection (Test program can create EXCEL format) |
| Unit Shift | Length units (mm, cm, inch), force units (T, Kg, N, KN, g, lb.) can be displayed digitally and dynamic shift available; |
|
Curve & Digraph Diversification |
1.Designedwith Auto Scale function, diagraph can be displayed as optimal size and available for dynamic shift; 2.Curve Display: Load-displacement, load-time, displacement-time, stress-strain, load- 2 point extending diagraph as well as curve comparison; |
| Test Result | Available to output in EXCEL format; |
| Test End | Automatic/manual storage of test data, automatic calculation of the max. force, upper/lower yield, loop approach, progressive approach. Non-proportional extension, tensile strength, compression strength, arbitrary elongation strength, constant load elongation strength, elastic modulus, elongation percentage, stripping area maximum value, minimum value, mean value, net energy, flextural modulus, Breaking Point x% loading, Breaking load x% displacement, etc. |
| Language Shift | Chinese/English |
| Demo Function | Designed with historical test data demo function |
| Control Software Main interface |
|
Machine Standard Configuration:
|
|
|
|
|
|
|
|
|
|
|
|
| MOQ: | 1 |
| Price: | Customized |
| Standard Packaging: | Plywood Case |
| Delivery Period: | 30 days |
| Payment Method: | T/T |
| Supply Capacity: | 5 Sets Per Month |
Computer Control Type Comprehensive Internal Short Circuit Tester IEC 62133-2
Product information:
It conforms to IEC 62133-2: 2017 clause 7.3.9, JISC8714:2007 5.5, and etc.
Application:
This battery forced internal short-circuit tester is an integral testing equipment to performance a comprehensive test for temperature, voltage, internal-short circuit, which is applicable for battery cell safety test.
Technical parameters:
| 1 | Temperature range | -5 ~ 100℃ |
| 2 | Temperature display accuracy | 0.01℃ |
| 3 | Temperature fluctuation | ±2.0℃ |
| 4 | Low temperature | -5℃ |
| 5 | Heating rate | Average 3℃/min (from 0℃ to 100℃, non-linear no-load) |
| 6 | Cooling rate |
Average 1℃/min (from 100℃ to 0℃, non-linear no-load) |
| 7 | Heater | Fin type heat pipe shaped stainless steel electric heater |
| 8 | Air supply circulation system | Convection air circulation system |
| 9 | Safety devices | Over-temperature alarm, MCCB overload protection, etc. |
| 10 | Insulation material | Rigid polyurethane foam + high-efficiency compressed glass wool |
| 11 | Thermostat | TEMMI controller imported from Korea |
| 12 | Inner chamber size | W400*H500*D500mm |
| 13 | Inner chamber material | Mirror stainless steel plate, bottom reinforcement |
| 14 | External chamber size | W1200 X H2000 X D1000MM; |
| 15 | External chamber material | Cold rolled steel paint treatment |
| Main technical parameters of force test system | ||
| 1 | Force range | 1kg-300kg |
| 2 | Unit | Kg/N/Lb |
| 3 | Squeeze stroke | 0~200MM |
| 4 | Force display accuracy | 1N |
| 5 | Resolution | 1/10,000 |
| 6 | Force accuracy | ≤0.5％ |
| 7 | Speed display accuracy | 1mm |
| 8 | Driven type | Servo motor drive |
| 9 | Squeeze speed |
The squeeze speed is adjustable. The speed of the first contact point during squeeze can be set to 1.5cm/s; the test process speed range is 0.01~900MM/MIN (adjustable, 0.1~1.5CM/S) |
| 10 | Squeeze head size | 10*10*5mm or 10*10*2mm |
| 11 | Squeeze head material |
One piece each of nitrile rubber (NBR, side 10mm, thickness 2mm) and acrylic (acryl, side 5mm, thickness 2mm) |
| 12 | Squeeze workbench material | Aluminum alloy plate or 316 stainless steel plate, corrosion resistant |
| 13 | Suitable Battery size | 200 X 200 X 200mm(WXDXH) |
| 14 | Visual window | 300 X 300mm explosion-proof glass |
| 15 | Air supply outlet | There are two air supply vents on the left side of the chamber. |
| 16 | Lighting | There is a lighting lamp inside the chamber, which can illuminate the entire testing space |
| 17 | Voltage collection range | 0-10V, acquisition frequency 50HZ/second, 1 channel |
| 18 | Voltage resolution | 1mv |
| 19 | Test condition | Force, displacement (deformation), voltage, one of three or a combination of three |
| 20 | Deformation range | 0-300MM |
| 21 | Max. test plane | 300X300MM |
| 22 | Power supply | 220V 50HZ |
| 23 | Power | 5.0KW |
| 24 | Machine weight | Approx.420KG |
Voltage acquisition system:
| 1 | Control method |
1) Through PLC control, the voltage can be set, voltage changes can be recorded, and control signals can be output; 2) Voltage rise control: When the voltage rises from low to high, a specific voltage value is set. When the voltage reaches the set value, the system outputs a signal to control the extruder. 3) Voltage drop control: When the voltage drops from the highest value to 0V, a voltage value can be set. When the voltage drops to the set value, the system outputs a signal to control the extrusion testing machine; |
| 2 | Data collection and curves | After the voltage acquisition system is started, the system will collect the voltage between the positive and negative poles of the battery under test at a collection frequency of 10 times per second. At the same time, the main screen of the system displays the voltage change curve from time to time. When the voltage reaches the system set value, the test Stop and save data and graphics. Data is exported via USB to generate EXCELL file format. |
| 3 | Servo control software system | This measurement and control software is suitable for battery extrusion testing machines to perform compression tests on batteries. The software can be used in multiple operating systems such as WinXPWin7, and can perform automatic data analysis, as well as human-computer interaction and manual analysis. The measurement and control software is independently developed and can be continuously improved and upgraded based on user feedback information. |
| Real-time screen display of various test curves such as force-deformation, force-displacement, etc. Can be switched for observation at any time. It is very convenient to zoom in and out of the curve. | ||
| Data integration: It can output data such as time, speed, displacement, temperature, voltage, etc., and can output graphics and record and store data synchronously. | ||
| It can automatically record and save data curves of the entire test process. | ||
| It realizes digital zeroing and automatic calibration of test force and deformation, which facilitates operation and improves the reliability of the machine. | ||
| The test data is managed in a database to automatically save all test data. | ||
| It automatically completes the test process, judges the broken type, and automatically records and saves the test data. | ||
| It has an overload protection automatic shutdown function, and can automatically judge the specimen fracture and automatically shut down. | ||
| With multiple report output modes and powerful report editing functions, users can compile test reports in any format in a very short time according to their own requirements. | ||
| The data adopts database management method, and the test data and curves are automatically saved to the database, ensuring the integrity and uniformity of the data and making it easy for users to query and manage. | ||
| It can automatically record and save the data curve of the whole test process. | ||
| The human-computer interaction interface adopts the standard Windows style, which is easy to operate and can meet normal control and collection calculations. |
| Standard Test Modular Function | Provide users with test ranges and requirement from GB, ASTM, DIN, JIS, BS etc. |
| Test Specimens Data | Provide all test data for all test specimens: once put, long available and available to modify equation to Improve test data and performance |
| Double Reporting Sheet | Fully Open Reporting Sheet in various format for selection (Test program can create EXCEL format) |
| Unit Shift | Length units (mm, cm, inch), force units (T, Kg, N, KN, g, lb.) can be displayed digitally and dynamic shift available; |
|
Curve & Digraph Diversification |
1.Designedwith Auto Scale function, diagraph can be displayed as optimal size and available for dynamic shift; 2.Curve Display: Load-displacement, load-time, displacement-time, stress-strain, load- 2 point extending diagraph as well as curve comparison; |
| Test Result | Available to output in EXCEL format; |
| Test End | Automatic/manual storage of test data, automatic calculation of the max. force, upper/lower yield, loop approach, progressive approach. Non-proportional extension, tensile strength, compression strength, arbitrary elongation strength, constant load elongation strength, elastic modulus, elongation percentage, stripping area maximum value, minimum value, mean value, net energy, flextural modulus, Breaking Point x% loading, Breaking load x% displacement, etc. |
| Language Shift | Chinese/English |
| Demo Function | Designed with historical test data demo function |
| Control Software Main interface |
|
Machine Standard Configuration:
|
|
|
|
|
|
|
|
|
|
