ZR-6000 aerosol spectrophotometer Introduction ZR-6000 aerosol photometer is designed according to Mie scattering theory. It can be used to detect leakage of highly efficient filters. The device can realize the detection of aerosol upstream and downstream. It can be applied to the clean room, laminar flow, biological safety cabinet, HEPA system, HVAC system, HEPA filter, vacuum filter, and the filter. Features 1 light scattering detection method, detection fast and efficient; 2 long life semiconductor laser source; 3 high precision photoelectric multiplier tube detection; 4 dedicated hand-held sampling gun, mobile range; 5 when the leakage reaches the setting value, the buzzer sound vibration two alarm modes; 6 can be set DOP, PAO and other suspended particles; 7 high clear LCD LCD screen; 8 software parameter calibration; 9 user password protection; 10 automatic fault detection. Technical parameters Sampling flow: 28.3L/min Resolution: 0.1L/min Accuracy: better than 2.5% Filter efficiency: 0~99.99% Dimensions (W x D x H): 350 x 463 x 140mm Machine weight: about 8Kg Power adapter: input AC100~240V 50/60Hz; output DC24V-5A Power consumption: <100W
ZR-6000 aerosol spectrophotometer Introduction ZR-6000 aerosol photometer is designed according to Mie scattering theory. It can be used to detect leakage of highly efficient filters. The device can realize the detection of aerosol upstream and downstream. It can be applied to the clean room, laminar flow, biological safety cabinet, HEPA system, HVAC system, HEPA filter, vacuum filter, and the filter. Features 1 light scattering detection method, detection fast and efficient; 2 long life semiconductor laser source; 3 high precision photoelectric multiplier tube detection; 4 dedicated hand-held sampling gun, mobile range; 5 when the leakage reaches the setting value, the buzzer sound vibration two alarm modes; 6 can be set DOP, PAO and other suspended particles; 7 high clear LCD LCD screen; 8 software parameter calibration; 9 user password protection; 10 automatic fault detection.
