LS129-UVALED UV digital probe Introduction: LS129 UV digital probe is a compact intelligent communication digital probe. It is applicable to all kinds of measuring occasions that require real-time monitoring of UV power and energy. It has standard RS485 communication interface and MODBUS communication protocol. The detector and controller adopt split design, which can be directly connected to the computer, PLC and human-computer interface for communication, and realize real-time data acquisition and monitoring. characteristic: 1. The LS129 UV digital probe is very compact, and the detector and controller are designed in a split way, which is easy to install. The detector and controller can also be combined with screws for measurement. 2. The standard RS485 communication interface and MODBUS communication protocol are adopted, and the high temperature line with temperature resistance of 200 ℃ is configured, which can be monitored online for a long time in real time. 3. The probe power supply adopts 5-24V ultra-wide DC power supply range, which is very convenient for industrial field use. Technical parameters: Spectral response: 340nm-420nm calibrated at 395nm Power measurement range: 0-20000mW/cm2 Energy measurement range: 0 - 4 × 109mJ/cm2 Resolution: 1mW/cm2 Measurement accuracy: ± 10% Sampling speed: 2048 times/second Data refresh cycle: 200ms Diameter of measuring light hole: ￠ 10mm Communication line length: 1m, temperature resistance: 200 ℃ Probe wire length: 0.5 m, temperature resistance 200 ℃ Communication interface: RS485 Communication protocol: MODBUS Power supply voltage range: 5V~24V 20mA DC power supply Working temperature range: - 25 ℃~85 ℃ (humidity less than 85%, no condensation) Controller size: 72.5 * 32 * 15.1 (mm) Detector size: 35 * 15 * 14.5 (mm)
Introduction: LS129 UV digital probe is a compact intelligent communication digital probe. It is applicable to all kinds of measuring occasions that require real-time monitoring of UV power and energy. It has standard RS485 communication interface and MODBUS communication protocol. The detector and controller adopt split design, which can be directly connected to the computer, PLC and human-computer interface for communication, and realize real-time data acquisition and monitoring.
