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IEC 62133-2 High Acceleration Shock Test System For Batteries Mechanical Shock Test

IEC 62133-2 High Acceleration Shock Test System For Batteries Mechanical Shock Test

MOQ: 1
Price: Customized
Standard Packaging: Plywood Case
Delivery Period: 30 days
Payment Method: T/T
Supply Capacity: 5 Sets Per Month
Detail Information
Place of Origin
China
Brand Name
Sinuo
Certification
Calibration Certificate (Cost Additional)
Model Number
SN558-HSKT10
Maximum Load:
10kg
Input Channel:
2 Channels
Peak Acceleration:
20—2000 G
Pulse Duration:
0.2—18ms
Sampling Frequency:
192KHz
Shock Waveform:
Half Sine
Coupling Method:
AC, DC, ICP
Voltage Range:
-10v--+10v
Minimum Order Quantity:
1
Price:
Customized
Packaging Details:
Plywood Case
Delivery Time:
30 days
Payment Terms:
T/T
Supply Ability:
5 Sets Per Month
Product Description

 

IEC 62133-2 High Acceleration Shock Test System For Batteries Mechanical Shock Test

 

Product Information:

 

It is required by IEC 62133-2:2017 clause 7.3.8.2, IEC 60335-2-25 Annex BB, YD/T 2344.1 and etc.

This machine is mainly suitable for the impact resistant test of electronic products, aerospace, ships, military, automobile parts, transportation and other fields. By selecting different waveform generators, impact tests of half sine wave, back peak sawtooth wave or square wave can be carried out.

It meets MIL-STD-202F, IEC-68-2-27, MIL-STD-810F, MIL-STD-883E and etc.

 

 

Device Performance:

  • Impact machine mainly introduced

1. Working platform: high strength imported aluminum alloy working platform.

2. Lifting mechanism: motor drives ball screw to lift the working platform.

3. Lifting height control: the lifting height is measured by the photoelectric encoder component installed on the base. The photoelectric encoder has high precision, strong anti-interference ability and high reliability to ensure the impact repeatability.

4. Brake system: using pneumatic brake and strong friction brake to prevent secondary impact braking function, to prevent secondary rebound

5. Buffer system: effectively reduce the impact of impact test on the ground, a self-buffer system is designed, which is composed of base, damper and air bag.

  • Waveform generator

Half sine wave generator is mainly made of engineering rubber or wool felt. It consists of a variety of different thicknesses connected in series, forming a variety of stiffness, to achieve different impact pulse width.

  • Safety device

Emergency stop switch: It can cut off the circuit under emergency circumstances by forcibly disconnecting the contact welding of the action mechanism.

  • Introduction and characteristics of impact measurement system

The system conforms to MIL-STD-810 and IEC68-2-27 standards. It has accurate and fast impact waveform capture capability, with the highest sampling rate up to 1MHz. You do not need to worry about even narrow impact events being missed.

It is also an integrated solution, you don't have to much busy to view and record, it can capture the impact event to generate a report shall be complete, more importantly, it also provides the function of shock response spectrum (SRS), can help you for shock pulse potential damage for effective evaluation of actual system. Finally, auxiliary analysis of force deformation, impact response and so on can help you understand the impact results in more detail.

 

 

Technical Parameters:

 

Working platform 200 × 250 mm
Working platform Material High-strength imported high-quality aluminum alloy
Maximum load 10kg
Peak acceleration 20—2000 G
Pulse duration 0.2—18ms
Equipment size 660 × 700 × 2380mm
Equipment weight 820 kg
Measuring System
Input channel 2 channels
Sampling frequency 192KHz
Input form Voltage, Electric Charge
Voltage range -10v--+10v
Coupling method AC, DC, ICP
Shock waveform Half Sine
Communication interface USB2.0
Support standard National standard, national military standard, U.S. military standard, user-defined standard
Operating system Microsoft Windows7/10
System Acceleration Sensor
Brand YMC
Output method Charge type
Sensitivity 3.93pC/g
Frequency range 0.5—12KHz
Acceleration range ±2500G
Working environment -40~+160℃
Other Instructions
Power supply Single phase 220V±10%
Compressed air 0.5—0.8Mpa
Temperature RT~40℃
Humidity 25℃<85RH%
 
 

Use Environment:

 

1. Site temperature: 5℃~+28℃ (average temperature within 24 hours ≤28℃);

2. Relative humidity: ≤85%RH;

3. Air source: 0.5-- 0.8MPa

4. Power supply conditions: single-phase three-line;

5. Voltage input: AC220V;

6. Allowable frequency fluctuation range :(50±0.5) Hz;

7. The grounding resistance of the PGND cable is less than 4 Ω.

8. Please configure an air or power switch of corresponding capacity (100A) for the device at the installation site, and this switch is used independently for the device.

 

IEC 62133-2 High Acceleration Shock Test System For Batteries Mechanical Shock Test 0

 

IEC 62133-2 High Acceleration Shock Test System For Batteries Mechanical Shock Test 1

 

IEC 62133-2 High Acceleration Shock Test System For Batteries Mechanical Shock Test 2

 

 

products
PRODUCTS DETAILS
IEC 62133-2 High Acceleration Shock Test System For Batteries Mechanical Shock Test
MOQ: 1
Price: Customized
Standard Packaging: Plywood Case
Delivery Period: 30 days
Payment Method: T/T
Supply Capacity: 5 Sets Per Month
Detail Information
Place of Origin
China
Brand Name
Sinuo
Certification
Calibration Certificate (Cost Additional)
Model Number
SN558-HSKT10
Maximum Load:
10kg
Input Channel:
2 Channels
Peak Acceleration:
20—2000 G
Pulse Duration:
0.2—18ms
Sampling Frequency:
192KHz
Shock Waveform:
Half Sine
Coupling Method:
AC, DC, ICP
Voltage Range:
-10v--+10v
Minimum Order Quantity:
1
Price:
Customized
Packaging Details:
Plywood Case
Delivery Time:
30 days
Payment Terms:
T/T
Supply Ability:
5 Sets Per Month
Product Description

 

IEC 62133-2 High Acceleration Shock Test System For Batteries Mechanical Shock Test

 

Product Information:

 

It is required by IEC 62133-2:2017 clause 7.3.8.2, IEC 60335-2-25 Annex BB, YD/T 2344.1 and etc.

This machine is mainly suitable for the impact resistant test of electronic products, aerospace, ships, military, automobile parts, transportation and other fields. By selecting different waveform generators, impact tests of half sine wave, back peak sawtooth wave or square wave can be carried out.

It meets MIL-STD-202F, IEC-68-2-27, MIL-STD-810F, MIL-STD-883E and etc.

 

 

Device Performance:

  • Impact machine mainly introduced

1. Working platform: high strength imported aluminum alloy working platform.

2. Lifting mechanism: motor drives ball screw to lift the working platform.

3. Lifting height control: the lifting height is measured by the photoelectric encoder component installed on the base. The photoelectric encoder has high precision, strong anti-interference ability and high reliability to ensure the impact repeatability.

4. Brake system: using pneumatic brake and strong friction brake to prevent secondary impact braking function, to prevent secondary rebound

5. Buffer system: effectively reduce the impact of impact test on the ground, a self-buffer system is designed, which is composed of base, damper and air bag.

  • Waveform generator

Half sine wave generator is mainly made of engineering rubber or wool felt. It consists of a variety of different thicknesses connected in series, forming a variety of stiffness, to achieve different impact pulse width.

  • Safety device

Emergency stop switch: It can cut off the circuit under emergency circumstances by forcibly disconnecting the contact welding of the action mechanism.

  • Introduction and characteristics of impact measurement system

The system conforms to MIL-STD-810 and IEC68-2-27 standards. It has accurate and fast impact waveform capture capability, with the highest sampling rate up to 1MHz. You do not need to worry about even narrow impact events being missed.

It is also an integrated solution, you don't have to much busy to view and record, it can capture the impact event to generate a report shall be complete, more importantly, it also provides the function of shock response spectrum (SRS), can help you for shock pulse potential damage for effective evaluation of actual system. Finally, auxiliary analysis of force deformation, impact response and so on can help you understand the impact results in more detail.

 

 

Technical Parameters:

 

Working platform 200 × 250 mm
Working platform Material High-strength imported high-quality aluminum alloy
Maximum load 10kg
Peak acceleration 20—2000 G
Pulse duration 0.2—18ms
Equipment size 660 × 700 × 2380mm
Equipment weight 820 kg
Measuring System
Input channel 2 channels
Sampling frequency 192KHz
Input form Voltage, Electric Charge
Voltage range -10v--+10v
Coupling method AC, DC, ICP
Shock waveform Half Sine
Communication interface USB2.0
Support standard National standard, national military standard, U.S. military standard, user-defined standard
Operating system Microsoft Windows7/10
System Acceleration Sensor
Brand YMC
Output method Charge type
Sensitivity 3.93pC/g
Frequency range 0.5—12KHz
Acceleration range ±2500G
Working environment -40~+160℃
Other Instructions
Power supply Single phase 220V±10%
Compressed air 0.5—0.8Mpa
Temperature RT~40℃
Humidity 25℃<85RH%
 
 

Use Environment:

 

1. Site temperature: 5℃~+28℃ (average temperature within 24 hours ≤28℃);

2. Relative humidity: ≤85%RH;

3. Air source: 0.5-- 0.8MPa

4. Power supply conditions: single-phase three-line;

5. Voltage input: AC220V;

6. Allowable frequency fluctuation range :(50±0.5) Hz;

7. The grounding resistance of the PGND cable is less than 4 Ω.

8. Please configure an air or power switch of corresponding capacity (100A) for the device at the installation site, and this switch is used independently for the device.

 

IEC 62133-2 High Acceleration Shock Test System For Batteries Mechanical Shock Test 0

 

IEC 62133-2 High Acceleration Shock Test System For Batteries Mechanical Shock Test 1

 

IEC 62133-2 High Acceleration Shock Test System For Batteries Mechanical Shock Test 2

 

 

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