Low Power Consumption Intelligent Laser Radar Level Meter For Long Distance
The profile of the Low Power Consumption Intelligent Laser Radar Level Meter For Long Distance
Laser level meter is a new generation of distance measuring equipment, powerful, durable, designed for the industrial measurement market, the device has many excellent properties, is a relatively advanced economic real-time monitoring system, with excellent test accuracy and high stability, to achieve accurate, non-contact and uninterrupted long-distance ranging. The measurement beam has small divergence angle and good directionality; large range, long distance measurement, small blind spot; not affected by medium temperature. Not affected by ambient temperature.
Design Feature Of Low Power Consumption Intelligent Laser Radar Level Meter For Long Distance
◎Long distance, high precision: Range can be set freely, ranging accuracy ±1mm, range (0.001-150m).
◎Simple operation mode: Continuous measurement, measurement interval can be set.
◎Digital output and analog output: It has RS485 standard MODBUS protocol, 4-20mA output, and two groups of programmable switching output.
◎Protection grade: IP 67(against dust and moisture).
◎Low power consumption, wide power range.
◎Flameproof design EXdIIBT4, CT6 optional, can be used in hazardous environment.
◎Temperature range of -30℃ to +70℃ without high temperature isolation device, temperature range of -30℃ to +200℃ with high temperature isolation device.
Technical Parameters Of Low Power Consumption Intelligent Laser Radar Level Meter For Long Distance
Typical application | Gas tank position test, piston balance test, etc |
Product model | NYTOFUL |
Laser class | ClassII |
Wavelength | 635~650nm |
Power supply | 24VDC |
Signal output | 4…20mA/RS485 |
Measurement accuracy | ±1mm |
Laser transmit power | <1mW |
Process connection | Thread,flange (optional) |
Process temperature | -30 ~ + 70℃;-30 ~ + 80℃ |
Electrical Interface | M20×1.5,½"NPT |
Protection class | IP65, IP67, IP68 |
※Note:The product can be customized according to the specific requirements of users.