DLS-C30  激光测距仪  采用相位比较原理进行测量

EDS-C30 DLS-C30 DIMETIX激光测距仪EDS-C30 DLS-C30 DIMETIX激光测距仪

EDS-c30 DLS-CS0 DIMETIX激光测距仪的详细介绍

EDs-cs0 DLS-Cs0 DIMETIX激光测距仪基本介绍

迪马斯超远距离低温激光测距传感器的测量距离可达500米，典型精度高达1.5毫米。其自带的内部加热器可使传感器在-4O0C以内的极端低温环境中正常工作。坚固的铝合金外壳，使防护等级达到IP65,可在各种复杂的工业现场及户外使用。

EDS-C30 DLS-C30 DIMETIX激光测距仪基本介绍

FIS-CH30迪马斯超远距离低温激光测距传感器采用相位比故原理进行测量。激光传感器发射不同频率的可见激光束，接收从被测物返回的散射激光，将接收到的激光信号与参考信号进行比较，未尾，用微处理器计算出相应相位偏移所对应的物体间距离，可以达到mm级测量精度。

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EDS-C30 DIMETIX激光测距仪技术参数

FLS-CH30迪马斯超远距离低温激光测距传感器采用相位比较原理进行测量。激光传感器发射不同频率的可见激光束，接收从被测物返回的散射激光，将接收到的激光信号与参考信号进行比较，未尾，用微处理器计算出相应相位偏移所对应的物体间距离，可以达到mm 级测量精度。

EDS-C30 DIMETIX激光测距仪使用说明

迪马斯超远距离低沮激光测距传感器的测量距离可达500米，典型精度高达1.5毫米。其自带的内部加热器可使传感器在-4OC以内的极端低温环境中正常工作。坚固的铝合金外壳，使防护等级达到IP65,可在各种复杂的工业现场及户外使用。

激光测距仪是一种利用激光束测量距离的仪器。它主要由激光发射器、接收器、计数器和显示器等组成。

激光测距仪的工作原理是通过向目标发射一束激光束，然后测量激光束从发射到接收的时间，再根据光速计算出目标距离。具体来说，激光测距仪发射出的激光束会在目标上反射回来，被接收器接收。计数器会记录激光束从发射到接收的时间，然后根据光速计算出目标距离。

激光测距仪具有测量精度高、速度快、操作简便等优点，被广泛应用于建筑测量、地质勘探、工业测量、军事领域等。

DLS-C30  激光测距仪  采用相位比较原理进行测量

EDS-C30 DLS-C30 DIMETIX Laser range finder EDS-C30 DLS-C30 DIMETIX laser range finder

Detailed introduction of EDS-c30 DLS-CS0 DIMETIX laser rangefinder

EDs-cs0 DLS-Cs0 DIMETIX laser rangefinder basic introduction

The Dimas Ultra Long Range cryogenic laser ranging sensor can measure distances up to 500 meters with typical accuracy of up to 1.5 mm. Its internal heater allows the sensor to operate in extremely low temperatures up to -4O0C. The rugged aluminum alloy housing provides IP65 protection and can be used in a variety of complex industrial sites and outdoors.

EDS-C30 DLS-C30 DIMETIX Laser rangefinder basic introduction

The FIS-CH30 Dimas ultra-long distance cryogenic laser range sensor uses the phase ratio principle for measurement. The laser sensor emits visible laser beams of different frequencies, receives the scattered laser returned from the measured object, compares the received laser signal with the reference signal, and uses the microprocessor to calculate the distance between the objects corresponding to the corresponding phase offset, which can achieve the measurement accuracy of mm level.

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Technical parameters of EDS-C30 DIMETIX laser rangefinder

The FLS-CH30 Dimas ultra-long distance cryogenic laser ranging sensor uses the phase comparison principle for measurement. The laser sensor emits visible laser beams of different frequencies, receives the scattered laser returned from the measured object, compares the received laser signal with the reference signal, and uses the microprocessor to calculate the distance between the objects corresponding to the corresponding phase offset, which can achieve the measurement accuracy of mm level.

EDS-C30 DIMETIX Laser rangefinder instruction

The Dimas Ultra Long Range Low Laser range sensor can measure distances up to 500 meters with typical accuracy of up to 1.5 mm. Its internal heater allows the sensor to work properly in extreme low temperatures up to -4OC. The rugged aluminum alloy housing provides IP65 protection and can be used in a variety of complex industrial sites and outdoors.

A laser rangefinder is an instrument that uses a laser beam to measure distance. It is mainly composed of laser transmitter, receiver, counter and display.

The working principle of the laser rangefinder is to send a laser beam to the target, and then measure the time from the laser beam to receive, and then calculate the target distance according to the speed of light. Specifically, the laser beam emitted by the laser rangefinder is reflected back at the target and picked up by the receiver. The counter records the time from transmission to reception of the laser beam, and then calculates the target distance based on the speed of light.

Laser rangefinder has the advantages of high precision, fast speed and simple operation, and is widely used in building survey, geological exploration, industrial survey, military field and so on.