|
| MOQ: | 1 |
| Price: | Customized |
| Standard Packaging: | Plywood Case |
| Delivery Period: | 1 Month |
| Payment Method: | T/T |
| Supply Capacity: | 5 Sets Per Month |
Vibration Impact Test System Simulates The Damage Of Products And Individual Components
Product Information:
The electric vibration test system is a precision testing equipment that simulates the damage of products and individual components in the actual working environment. Its working principle is similar to that of a speaker, that is, the energized conductor is acted upon by a force in the magnetic field. This force is the excitation force of the vibration test bench. The working process of the system is that the excitation coil and the moving coil in the table body form two mutually perpendicular magnetic fields when energized. The two magnetic fields cut the magnetic lines of force with each other to generate excitation force. The vibration acceleration (a), amplitude (mm), frequency (HZ) and other indicators generated in these excitation phenomena are input to the vibration controller through the vibration sensor. The controller analyzes and processes the output to the preamplifier and power amplifier, and then the power amplifier to the stage body, and so on, to keep the vibration test system running within a stable test index. In this process, the cooling fan is used to cool the heat generated by two mutually perpendicular magnetic fields passing current. The temperature generated in the magnetic field cannot be higher than 110°C, otherwise it will cause the temperature to be too high and cause an alarm. This requires that the laboratory environment temperature where the vibration test system is located must be at normal temperature.
Components of the vibration test bench and suggested layout diagram of the laboratory site:
Technical performance:
| Vibration generator (ZZ-300) | |
| Rated sine excitation force (peak) | 300kgf (3000N) |
| Rated random vibration force (peak) | 300kgf (3000N) |
| Rated impact excitation force (peak) | 600kgf (6000N) |
| Frequency Range | 5～5000Hz |
| Maximum displacement (p-p) | 25mm |
| Maximum acceleration | 980 m/s2 (100g) |
| Level One Resonant Frequency | 2600±5%Hz |
| Equivalent Mass of Moving Parts | 3kg |
| Dynamic Coil Diameter | Φ150mm |
| Countertop screws | 12×M8 |
| Max. Loading | 120Kg |
| Size L×W×H | 1540×680×750mm |
| Weight | About 600kg |
| Switching Power Amplifier (KA-3) | |
| Amplifier Output | 3KVA |
| Rated Output Voltage | 120Vrms |
| Signal to Noise Ratio | >65dB |
| Power Amplifier Efficiency | ＞95% |
| System Protection | Temperature protection, over-displacement protection, over-voltage protection, over-current protection, under-voltage protection, external protection, logic fault protection |
| Dimensions | 580*1020*1800mm |
| Weight | About 300kg |
| Vertical Expansion Countertop (TB-0505) | |
| Table Size | 500mm×500mm |
| Table Weight | 25kg |
| Material | Aluminum alloy |
| Highest frequency | Sine 1000Hz, random 2000Hz |
| Level Table (S-0505) | |
| Table Size | 500mm×500mm |
| Table Weight | 25kg |
| Material | Aluminum alloy |
| Highest frequency | Sine 1000Hz, random 2000Hz |
| Vibration Controller (VENZO-820) | |
|
Function Based on Windows 7 operating system |
Basic functions: Sine; Random; Classic Shock; Resonance Search and Dwell (RSTD). 2 input channels, 1 output channel, 1 COLA output, reserved interface function (digital I/O interface) linked to the environmental test chamber |
| Fan (FJ-300) | |
| Fan Power | 7.5KW |
| Air volume | 0.2M3/s |
| Wind Pressure | 1.5Kpa |
| Dimensions | 600*400*700mm |
| Duct length | 4m |
| Weight | 25kg |
| Accelerometer (JF) | |
| Sensitivity | 150pc/g |
| Frequency Range | 0.3-8000Hz±10% |
| Measuring Range | 2000g |
| Impact Resistance | 2500g |
| Line length | 5m |
| Operating Temperature | -40-150℃ |
| Weight | 35Gram |
| Installation Method | M5 |
System configuration list:
|
||||||||||||||||||||||||||||||||||||||||||
◆ VENZO series vibration control hardware (software functions: sine, random, classic shock, resonance search and dwell).
2 input channels, 1 output channel, 1 COLA output, reserved interface function (digital I/O interface) linked to the environmental test chamber.
◆ Vibration control software package VibExpert:
(1) Sinusoidal vibration control (2) Random vibration control (3) Classic shock control (4) Resonance search and dwell
◆ Accessories: power cord, network cable, electronic version of the "Instruction Manual", a set of software installation CDs, password files, etc.
|
|
| MOQ: | 1 |
| Price: | Customized |
| Standard Packaging: | Plywood Case |
| Delivery Period: | 1 Month |
| Payment Method: | T/T |
| Supply Capacity: | 5 Sets Per Month |
Vibration Impact Test System Simulates The Damage Of Products And Individual Components
Product Information:
The electric vibration test system is a precision testing equipment that simulates the damage of products and individual components in the actual working environment. Its working principle is similar to that of a speaker, that is, the energized conductor is acted upon by a force in the magnetic field. This force is the excitation force of the vibration test bench. The working process of the system is that the excitation coil and the moving coil in the table body form two mutually perpendicular magnetic fields when energized. The two magnetic fields cut the magnetic lines of force with each other to generate excitation force. The vibration acceleration (a), amplitude (mm), frequency (HZ) and other indicators generated in these excitation phenomena are input to the vibration controller through the vibration sensor. The controller analyzes and processes the output to the preamplifier and power amplifier, and then the power amplifier to the stage body, and so on, to keep the vibration test system running within a stable test index. In this process, the cooling fan is used to cool the heat generated by two mutually perpendicular magnetic fields passing current. The temperature generated in the magnetic field cannot be higher than 110°C, otherwise it will cause the temperature to be too high and cause an alarm. This requires that the laboratory environment temperature where the vibration test system is located must be at normal temperature.
Components of the vibration test bench and suggested layout diagram of the laboratory site:
Technical performance:
| Vibration generator (ZZ-300) | |
| Rated sine excitation force (peak) | 300kgf (3000N) |
| Rated random vibration force (peak) | 300kgf (3000N) |
| Rated impact excitation force (peak) | 600kgf (6000N) |
| Frequency Range | 5～5000Hz |
| Maximum displacement (p-p) | 25mm |
| Maximum acceleration | 980 m/s2 (100g) |
| Level One Resonant Frequency | 2600±5%Hz |
| Equivalent Mass of Moving Parts | 3kg |
| Dynamic Coil Diameter | Φ150mm |
| Countertop screws | 12×M8 |
| Max. Loading | 120Kg |
| Size L×W×H | 1540×680×750mm |
| Weight | About 600kg |
| Switching Power Amplifier (KA-3) | |
| Amplifier Output | 3KVA |
| Rated Output Voltage | 120Vrms |
| Signal to Noise Ratio | >65dB |
| Power Amplifier Efficiency | ＞95% |
| System Protection | Temperature protection, over-displacement protection, over-voltage protection, over-current protection, under-voltage protection, external protection, logic fault protection |
| Dimensions | 580*1020*1800mm |
| Weight | About 300kg |
| Vertical Expansion Countertop (TB-0505) | |
| Table Size | 500mm×500mm |
| Table Weight | 25kg |
| Material | Aluminum alloy |
| Highest frequency | Sine 1000Hz, random 2000Hz |
| Level Table (S-0505) | |
| Table Size | 500mm×500mm |
| Table Weight | 25kg |
| Material | Aluminum alloy |
| Highest frequency | Sine 1000Hz, random 2000Hz |
| Vibration Controller (VENZO-820) | |
|
Function Based on Windows 7 operating system |
Basic functions: Sine; Random; Classic Shock; Resonance Search and Dwell (RSTD). 2 input channels, 1 output channel, 1 COLA output, reserved interface function (digital I/O interface) linked to the environmental test chamber |
| Fan (FJ-300) | |
| Fan Power | 7.5KW |
| Air volume | 0.2M3/s |
| Wind Pressure | 1.5Kpa |
| Dimensions | 600*400*700mm |
| Duct length | 4m |
| Weight | 25kg |
| Accelerometer (JF) | |
| Sensitivity | 150pc/g |
| Frequency Range | 0.3-8000Hz±10% |
| Measuring Range | 2000g |
| Impact Resistance | 2500g |
| Line length | 5m |
| Operating Temperature | -40-150℃ |
| Weight | 35Gram |
| Installation Method | M5 |
System configuration list:
|
||||||||||||||||||||||||||||||||||||||||||
◆ VENZO series vibration control hardware (software functions: sine, random, classic shock, resonance search and dwell).
2 input channels, 1 output channel, 1 COLA output, reserved interface function (digital I/O interface) linked to the environmental test chamber.
◆ Vibration control software package VibExpert:
(1) Sinusoidal vibration control (2) Random vibration control (3) Classic shock control (4) Resonance search and dwell
◆ Accessories: power cord, network cable, electronic version of the "Instruction Manual", a set of software installation CDs, password files, etc.
