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Home > products > Safety Testing System > Cabinet Type Safety Testing System , Easy Moving Electrical Testing Instruments

Cabinet Type Safety Testing System , Easy Moving Electrical Testing Instruments

Product Details

Place of Origin: China

Brand Name: AIP

Model Number: AIP89XX

Payment & Shipping Terms

Minimum Order Quantity: 1 set

Price: negotiation

Packaging Details: wooden case

Delivery Time: 45 work days

Payment Terms: L/C, T/T

Supply Ability: 50 sets per month

Get Best Price
High Light:

electrical safety test equipment

,

laboratory testing equipment

,

Cabinet Type Safety Testing System

Product Category:
Safety Testing System
Product Name:
Cabinet Type Electrical Safety Testing System
Data:
Testing Data Can Be Exported In Excel Form
Power Supply:
Customized As The National Grid
Color:
Grey (customized)
Service:
Support Remote Control Failure Diagnose
Product Category:
Safety Testing System
Product Name:
Cabinet Type Electrical Safety Testing System
Data:
Testing Data Can Be Exported In Excel Form
Power Supply:
Customized As The National Grid
Color:
Grey (customized)
Service:
Support Remote Control Failure Diagnose
Cabinet Type Safety Testing System , Easy Moving Electrical Testing Instruments

Safety Testing System / Cabinet Type Electrical Safety Testing System
 
1. Features:

  • Suit for production line of home appliances.
  • Equipped with castor, easy to move.
  • Optionally equipped with industrial computer to accomplish automatic control and data recording with a barcode scanner device, and to build a platform of managing production data, and the platform support communication with the production management system.
  • Optionally equipped with inverter to achieve automatic testing and the output voltage will be changed automatically. It has no effect on output results.
  • Unlimited storage for motor type and test result.
  • Test result can be exported to a USB flash.
  • Test items can be selected or hidden as per your requirement of testing standard.

 
2. Technical parameters:

AC Hipot

Output voltage setting range/precision

AC 200~5000V ±(1.5%*setting value + 5 digit)

Breakdown current measuring range/precision

0.10~99.99mA ±(1.5%*displayed value + 5 digit)

Presetting breakdown current alarm range/precision

Up limit: 0.10~99.99mA;
Lower limit: 0.00~5.00mA

Testing time range/resolution

1~300S 1s/step

DC withstand voltage

Output voltage setting range/precision

DC 200~5000V ±(1.5%*setting value + 5 digit)

Breakdown current measuring range/precision

0.10~10.00mA ±(1.5%*displayed value + 5 digit)

Presetting breakdown current alarm range/precision

Up limit: 0.10~10.00mA;
Lower limit: 0.00~5.00mA

Testing time range/resolution

1~300S 1s/step

Insulation resistance

Output voltage setting range/precision

DC 500/1000V ±(1.5%*displayed value + 5 digit)

Insulation resistance measuring range/precision

1~2000MΩ Within 100MΩ:±(5%*displayed value + 3 digit);
Above 100MΩ:±(8%*displayed value + 8 digit);

Presetting insulation resistance alarm range/precision

Up limit: 0~2000MΩ; Lower limit: 1~2000MΩ

Testing time range/resolution

1-300s 1s/step

Grounding

Ground current output range/precision

AC 5.0~30.0A ±(1.5%*setting value + 5 digit)

Ground resistance measuring range/precision

10.0~600mΩ±(1.5%*displayed value + 5 digit)

Presetting ground resistance alarm range

Up limit: 5~10A 10.0~600mΩ; 11~25A 10.0~300mΩ; 26~30A 10.0~200mΩ
Lower limit: 0.0 ~100mΩ

Testing time/resolution

1~60s 1s/step

Leakage current

Output voltage

1.06 times of nominal voltage

Setting of leakage type

Dynamic leakage, static leakage, built-in body impedance network is optional, customized is available.

Output voltage measuring range/precision

AC 50~280V ±(0.5%*displayed value + 2 digit)

Leakage current measuring range/precision

0.05~20.00mA ±(1.5%*displayed value +0.02mA)

Presetting leakage current alarm range

Up limit: 0.05~20.00mA; Lower limit: 0.01~5.00mA

Testing time range/resolution

1~300s 1s/step

power

Output voltage

Equals input voltage

Output voltage measuring range/precision

AC 50~500V ±(0.5%*displayed value + 2 digit)

Output current measuring range/precision

AC 0.20~40.00A ±(0.5%*displayed value + 2 digit)

Power measuring range/precision

30~20000W ±(0.5%*displayed value + 5 digit)

Presetting power alarm range

Up limit: 30~20000W; Lower limit: 0~20000W

Testing time/resolution

1~300s 1s/step

Low voltage start

Output voltage

O.85 times of input voltage

Output voltage measuring range/precision

AC 50~500V ±(0.5%*displayed value + 2 digit)

Starting current measuring range/precision

AC 0.20~40.00A ±(0.5%*displayed value + 2 digit)

Presetting current alarm range

Up limit: 0.20~40.00A; Lower limit: 0.00~25.00A

Testing time/resolution

1~300s 1s/step

 Accessories: power cord*1, foot switch*1(30A), clamp*2, test box1, input power wire*1, fuse tube*1.
 
3. Tips of AC Hipot:

  • Dielectric strength also test has been called AC Hipot,which is applying several times of rated voltage to the tested object between changed components and shell, and to test if there is a breakdown current or if the charged component has been grounded. The insulating material of tested object will suffer higher power than its rated voltage during the testing. Any of the insulation failure will cause breakdown current. The insulation failure could be existing in component or insulating materials.
  • There are three test methods of dielectric strength test: impulse, AC Hipot, DC withstand voltage test.
  • Impulse: impulse usually has been used to test the layer insulation of the winding. A transient voltage applied during the test, which usually raises rapidly to its peak and then slowly drops to zero.
  • DC high voltage: the DC high voltage test is similar to insulation resistance test, but the applied voltage could be higher and the test result is leakage current. For most of the tested object, insulation resistance is big because of the existing of distributed capacity. During DC testing, the real leakage current passed through the tested object will be measured after the distributed capacity been fully charged, therefore, the DC withstand voltage test can test the real leakage current accurately. Because the DC test is the single direction test, it can’t simulate the actual use if the tested object worked on AC power supply. And the DC test also can’t simulate the AC peak value which is 1.414 times of displayed value, so DC test usually uses a higher voltage.
  • AC Hipot: most of the electric products work on a AC power source, so the AC Hipot has been widely used in the testing to simulate the actual use of tested products.

Cabinet Type Safety Testing System , Easy Moving Electrical Testing Instruments 0