|
| MOQ: | 1 |
| Price: | Customized |
| Standard Packaging: | Standard Exporting Plywood Case |
| Delivery Period: | 30 Days |
| Payment Method: | L/C, T/T, Western Union, MoneyGram |
| Supply Capacity: | 20 sets per month |
42Mpa Hydraulic Pressure Testing System for Electrical Appliance Water Pressure Test
Product Overview:
This hydraulic pressure test apparatus is required by IEC 60335-2-5 cl.22.101,IEC 60335-2-7 cl.22.101 , IEC 60335-2-21/35 22.47 & 22.103 , IEC 60335-2-24 cl.22.7, etc.
System Features:
The piping system adopts non-welded connection.
The test fluid system is separated from the driving fluid system to facilitate temperature control and diversification of test media.
The software is written by force control configuration software or LABVIEW (computer control)
During the test, pressure compensation can be automatically performed; after the time breaks, the pressure drops rapidly, and the system automatically stops pressurizing.
The specially designed protective tooling can effectively protect the operators and equipment from the damage caused by blasting.
Realize the computer control function, operator can freely set the water filling and exhaust time, the pressure holding time, the inflation cleaning time, and the test pressure. During the experiment, operator can arbitrarily set a single or multi-stage pressure holding test. The speed can be kept constant, stepless adjustment can be realized, test data and curve parameters can be displayed in real time, test results can be automatically saved, and test reports can be printed at will. (computer control).
Typical Test Procedures:
① Constant speed boost-blasting;
②Constant speed boost-hold pressure-blasting;
③Constant speed boost-pressure hold-pressure relief;
④Constant speed boost-pressure hold-constant speed boost-pressure hold-until blasting (incremental boost).
Technical Parameters:
Air source required: 0.2-0.8MPa, 1.0Nm3/min
High pressure: 0-32Mpa
Boosting rate: The ratio is controllable, and the adjustment range is 0.1-2.5MPa/S.
Measurement accuracy: ±5%FS
Holding pressure time: arbitrarily set, with seconds as the time unit.
Data acquisition: American NI high-speed acquisition card, the acquisition rate is 100,000 times/S.
Peak Record: Recorded by Labview Software
Test station: 1 station
Exhaust system: semi-automatic
Test medium: clean water
Volume size: 30L
Test water temperature: RT+5°C-80℃
Output interface: ZG1/4 internal thread
Dimensions: 1500*650*1300
Control system: computer automatic control
Computer: Advantech
Monitor: Dell monitor
Control software: Labview software
Test report: Microsoft Office
| Pressure range | 0-32Mpa (stepless adjustable) | Test medium | Clean liquid water |
| Test station | 1 station | Allowable medium temperature | RT+5°C-80℃ |
| Power source | Gas-liquid booster pump | Drive air pressure | 0.2-0.8Mpa |
| Pneumatic duplex | UFRL04 | Outlet flow | 0.5L/min |
| High pressure pipe joint | Stainless steel tube, ferrule | Solenoid valve | Sanlixin |
| Clean water tank | Stainless steel | Electronically controlled proportional valve | SMC |
| Control method | Computer | High pressure gauge | KEMAI |
| Max. pressure test | 32Mpa | Computer | Advantech Industrial Computer |
| Chamber appearance | Q235 spray treatment |
Software Interface
|
|
| MOQ: | 1 |
| Price: | Customized |
| Standard Packaging: | Standard Exporting Plywood Case |
| Delivery Period: | 30 Days |
| Payment Method: | L/C, T/T, Western Union, MoneyGram |
| Supply Capacity: | 20 sets per month |
42Mpa Hydraulic Pressure Testing System for Electrical Appliance Water Pressure Test
Product Overview:
This hydraulic pressure test apparatus is required by IEC 60335-2-5 cl.22.101,IEC 60335-2-7 cl.22.101 , IEC 60335-2-21/35 22.47 & 22.103 , IEC 60335-2-24 cl.22.7, etc.
System Features:
The piping system adopts non-welded connection.
The test fluid system is separated from the driving fluid system to facilitate temperature control and diversification of test media.
The software is written by force control configuration software or LABVIEW (computer control)
During the test, pressure compensation can be automatically performed; after the time breaks, the pressure drops rapidly, and the system automatically stops pressurizing.
The specially designed protective tooling can effectively protect the operators and equipment from the damage caused by blasting.
Realize the computer control function, operator can freely set the water filling and exhaust time, the pressure holding time, the inflation cleaning time, and the test pressure. During the experiment, operator can arbitrarily set a single or multi-stage pressure holding test. The speed can be kept constant, stepless adjustment can be realized, test data and curve parameters can be displayed in real time, test results can be automatically saved, and test reports can be printed at will. (computer control).
Typical Test Procedures:
① Constant speed boost-blasting;
②Constant speed boost-hold pressure-blasting;
③Constant speed boost-pressure hold-pressure relief;
④Constant speed boost-pressure hold-constant speed boost-pressure hold-until blasting (incremental boost).
Technical Parameters:
Air source required: 0.2-0.8MPa, 1.0Nm3/min
High pressure: 0-32Mpa
Boosting rate: The ratio is controllable, and the adjustment range is 0.1-2.5MPa/S.
Measurement accuracy: ±5%FS
Holding pressure time: arbitrarily set, with seconds as the time unit.
Data acquisition: American NI high-speed acquisition card, the acquisition rate is 100,000 times/S.
Peak Record: Recorded by Labview Software
Test station: 1 station
Exhaust system: semi-automatic
Test medium: clean water
Volume size: 30L
Test water temperature: RT+5°C-80℃
Output interface: ZG1/4 internal thread
Dimensions: 1500*650*1300
Control system: computer automatic control
Computer: Advantech
Monitor: Dell monitor
Control software: Labview software
Test report: Microsoft Office
| Pressure range | 0-32Mpa (stepless adjustable) | Test medium | Clean liquid water |
| Test station | 1 station | Allowable medium temperature | RT+5°C-80℃ |
| Power source | Gas-liquid booster pump | Drive air pressure | 0.2-0.8Mpa |
| Pneumatic duplex | UFRL04 | Outlet flow | 0.5L/min |
| High pressure pipe joint | Stainless steel tube, ferrule | Solenoid valve | Sanlixin |
| Clean water tank | Stainless steel | Electronically controlled proportional valve | SMC |
| Control method | Computer | High pressure gauge | KEMAI |
| Max. pressure test | 32Mpa | Computer | Advantech Industrial Computer |
| Chamber appearance | Q235 spray treatment |
Software Interface
