A built-in precision integration circuit features a 4-20mA true RMS output
Bragg is used to measure absolute vibration velocity of equipment failure
Vibration isolation floating, industrial site monitoring, strong anti-interference performance
A built-in precision integration circuit features a 4-20mA true RMS output
Bragg is used to measure absolute vibration velocity of equipment failure
Vibration isolation floating, industrial site monitoring, strong anti-interference performance
Dynamic Properties | |
Range(peak) | |
Output | 4~20mA |
Amplitude Non-linearity | |
Frequency Response | |
Transverse Sensitivity Ratio | ≤5% |
Electrical Properties | |
Supply Voltage | |
Install Ground Insulation | ≥108Ω |
Environment Properties | |
Operation Temp | -40℃~+85℃ |
Shock Resistance(peak) | 2000 g |
Temperature Response | Attached Temperature Curve |
Physics Properties | |
Structural Style | Cutting |
Shell Material | 304 Stainless Steel |
Output way | 5/8-24 two-core socket |
Installation | 1/4-28 |
Protection Class | IP65 |
Weight | ~80g |
Accessory | |
Erection Bolt | 1/4-28 turn M6 |
Connecting Cable | MILtwo-core connecting Cable x 3m |
Dynamic Properties | |
Range(peak) | |
Output | 4~20mA |
Amplitude Non-linearity | |
Frequency Response | |
Transverse Sensitivity Ratio | ≤5% |
Electrical Properties | |
Supply Voltage | |
Install Ground Insulation | ≥108Ω |
Environment Properties | |
Operation Temp | -40℃~+85℃ |
Shock Resistance(peak) | 2000 g |
Temperature Response | Attached Temperature Curve |
Physics Properties | |
Structural Style | Cutting |
Shell Material | 304 Stainless Steel |
Output way | 5/8-24 two-core socket |
Installation | 1/4-28 |
Protection Class | IP65 |
Weight | ~80g |
Accessory | |
Erection Bolt | 1/4-28 turn M6 |
Connecting Cable | MILtwo-core connecting Cable x 3m |