|
| MOQ: | 1 Set |
| Price: | Negotiable |
| Standard Packaging: | Plywood Case |
| Delivery Period: | 30 days |
| Payment Method: | T/T |
| Supply Capacity: | 20 Sets / Month |
SAE J400 Gravel Impact Resistance Testing Machine For Automotive Surface Coatings Testing
Product information:
Standard: SAE J400 "Testing for the resistance of automotive surface coatings to gravel ", ISO 20567-1 "Determination of the resistance of paint and varnish coatings to gravel Part 1: Multiple impact test", DIN 55996-1:2001 "Testing the resistance of coating materials to gravel Part 1: Multiple impact test"
ASTM D3170-03(2007)
GME 60268-96
GMW14700
GM9508P
MGR ES30.AD.149
ISO 20567-1-2005
NES M0007 Section 28
DIN EN ISO20567-1-2007
FLTM BI 157-06
Purpose: The equipment is used to test and evaluate the impact resistance of test parts or surface coatings to gravel impact.
Scope of application: The gravel impact resistance testing machine is a new testing machine that meets the gravel impact resistance test of different standards of automotive materials and surface coatings.
Technical parameters:
| Pressure range | 0～8bar (adjustable) |
| Pressure accuracy | ≤±1%FS |
| Flow range | 0～0.08m³/s (adjustable) |
| Flow accuracy | ≤±1%FS |
| Silencer components | Noise＜130dba |
| Air tank capacity | 136L |
| 3D collision chamber dimensions | Inner chamber length 400*width 400mm |
| Impact angle | VDA54°, VDA 90°, SAE45°, SAE90° |
| Control method | Touch screen control |
| Test software operation mode | Fixed value method, program method |
| Data collection system | Data can be collected and exported |
| Minimum sampling time for data collection | ≤1ms |
| Run control variables | The test program can set pressure, time and other variables as control variables for the gravel impact test |
| Calibration function | The test software has the function of calibrating physical quantities such as pressure and time, so as to calibrate the deviation of these physical quantities. |
| Large volume storage compressed air tank | The maximum adjustable range is 8 bar, and the accuracy is 1% of the final stable value |
| Time for complete ejection of gravel | <10s, time accuracy <+/-1s (test time and test cycle can be set) |
| Gravel collection box | Convenient for collecting gravel during testing |
| 2 test spray guns can be freely and quickly replaced, in line with SAE and VDA standards. With SAE 90° collision chamber, SAE 45° collision chamber, VDA 90° collision chamber, VDA 54° collision chamber, angle accuracy <+/-1 degree | |
| The equipment reserves 2 channels of 220V power supply sockets | |
| Flat-plate specimen holder assembly. If the test object is a small piece of coated or plated plate, it needs to be used in conjunction with a collision chamber. | |
| The equipment is movable, which is convenient for transferring the test site | |
Working conditions (equipment use environment):
1. Ambient temperature: 0~40℃
2. Ambient humidity: 25%~95%RH
3. Atmospheric pressure: 90~105kPa
4. Power supply: AC380V (+15%, -10%) three-phase 50Hz or AC220V (+15%, -10%) single-phase 50Hz.
Safety protection:
1. The test area is composed entirely of high-temperature resistant and flame-retardant components (no plastic pipes, wires, rubber gaskets, seals, lubricants, engine oil, etc.), which can prevent damage to the equipment due to battery combustion and explosion.
2. The test area needs to have a high-strength, waterproof, rust-proof and corrosion-resistant design to avoid the adverse consequences of using water to extinguish fires during battery test combustion and explosion.
3. The equipment has an emergency stop switch, which can stop all tests in an emergency and cut off the power supply at the same time to avoid short-circuit hazards.
4. Limit protection device: The equipment is equipped with upper and lower limit protection devices.
5. The system is equipped with a protection module. When the pressure and time exceed the set value, the system automatically triggers the test stop and alarms.
6. The equipment has electrical safety that meets national standards and can effectively prevent and eliminate possible electric shock hazards to operators and maintenance personnel. During normal operation, except for the circuit part of the equipment, the outer shell of the equipment, the metal parts in the test box, etc. will not be charged. When an accident occurs to the equipment, such as fire, leakage, short circuit, etc., the equipment can automatically cut off the external input power so that no part of the equipment is energized.
7. The entire test area is installed with no electrical components, which are made of pure steel. Even if the battery burns during the test, it will not cause damage to the equipment.
8. Three-color indicator light: A three-color indicator light is installed on the top of the equipment to indicate the operating status of the equipment. It has an audible and visual alarm function, which can be manually eliminated after the fault response.
Video
|
|
| MOQ: | 1 Set |
| Price: | Negotiable |
| Standard Packaging: | Plywood Case |
| Delivery Period: | 30 days |
| Payment Method: | T/T |
| Supply Capacity: | 20 Sets / Month |
SAE J400 Gravel Impact Resistance Testing Machine For Automotive Surface Coatings Testing
Product information:
Standard: SAE J400 "Testing for the resistance of automotive surface coatings to gravel ", ISO 20567-1 "Determination of the resistance of paint and varnish coatings to gravel Part 1: Multiple impact test", DIN 55996-1:2001 "Testing the resistance of coating materials to gravel Part 1: Multiple impact test"
ASTM D3170-03(2007)
GME 60268-96
GMW14700
GM9508P
MGR ES30.AD.149
ISO 20567-1-2005
NES M0007 Section 28
DIN EN ISO20567-1-2007
FLTM BI 157-06
Purpose: The equipment is used to test and evaluate the impact resistance of test parts or surface coatings to gravel impact.
Scope of application: The gravel impact resistance testing machine is a new testing machine that meets the gravel impact resistance test of different standards of automotive materials and surface coatings.
Technical parameters:
| Pressure range | 0～8bar (adjustable) |
| Pressure accuracy | ≤±1%FS |
| Flow range | 0～0.08m³/s (adjustable) |
| Flow accuracy | ≤±1%FS |
| Silencer components | Noise＜130dba |
| Air tank capacity | 136L |
| 3D collision chamber dimensions | Inner chamber length 400*width 400mm |
| Impact angle | VDA54°, VDA 90°, SAE45°, SAE90° |
| Control method | Touch screen control |
| Test software operation mode | Fixed value method, program method |
| Data collection system | Data can be collected and exported |
| Minimum sampling time for data collection | ≤1ms |
| Run control variables | The test program can set pressure, time and other variables as control variables for the gravel impact test |
| Calibration function | The test software has the function of calibrating physical quantities such as pressure and time, so as to calibrate the deviation of these physical quantities. |
| Large volume storage compressed air tank | The maximum adjustable range is 8 bar, and the accuracy is 1% of the final stable value |
| Time for complete ejection of gravel | <10s, time accuracy <+/-1s (test time and test cycle can be set) |
| Gravel collection box | Convenient for collecting gravel during testing |
| 2 test spray guns can be freely and quickly replaced, in line with SAE and VDA standards. With SAE 90° collision chamber, SAE 45° collision chamber, VDA 90° collision chamber, VDA 54° collision chamber, angle accuracy <+/-1 degree | |
| The equipment reserves 2 channels of 220V power supply sockets | |
| Flat-plate specimen holder assembly. If the test object is a small piece of coated or plated plate, it needs to be used in conjunction with a collision chamber. | |
| The equipment is movable, which is convenient for transferring the test site | |
Working conditions (equipment use environment):
1. Ambient temperature: 0~40℃
2. Ambient humidity: 25%~95%RH
3. Atmospheric pressure: 90~105kPa
4. Power supply: AC380V (+15%, -10%) three-phase 50Hz or AC220V (+15%, -10%) single-phase 50Hz.
Safety protection:
1. The test area is composed entirely of high-temperature resistant and flame-retardant components (no plastic pipes, wires, rubber gaskets, seals, lubricants, engine oil, etc.), which can prevent damage to the equipment due to battery combustion and explosion.
2. The test area needs to have a high-strength, waterproof, rust-proof and corrosion-resistant design to avoid the adverse consequences of using water to extinguish fires during battery test combustion and explosion.
3. The equipment has an emergency stop switch, which can stop all tests in an emergency and cut off the power supply at the same time to avoid short-circuit hazards.
4. Limit protection device: The equipment is equipped with upper and lower limit protection devices.
5. The system is equipped with a protection module. When the pressure and time exceed the set value, the system automatically triggers the test stop and alarms.
6. The equipment has electrical safety that meets national standards and can effectively prevent and eliminate possible electric shock hazards to operators and maintenance personnel. During normal operation, except for the circuit part of the equipment, the outer shell of the equipment, the metal parts in the test box, etc. will not be charged. When an accident occurs to the equipment, such as fire, leakage, short circuit, etc., the equipment can automatically cut off the external input power so that no part of the equipment is energized.
7. The entire test area is installed with no electrical components, which are made of pure steel. Even if the battery burns during the test, it will not cause damage to the equipment.
8. Three-color indicator light: A three-color indicator light is installed on the top of the equipment to indicate the operating status of the equipment. It has an audible and visual alarm function, which can be manually eliminated after the fault response.
