그만큼 레이저 거리 파인더 사용 펄스 방법 to 측정 거리. 가장 큰 기능 의 이 유형 의 범위 파인더 is its 높은 정확도 (그 accuracy is 일반적으로 around plus /-1 meter). 레이저 거리 측정기 가지 변경 그 방법 사람 측정 거리 및 가지다 넓게 사용 안에 다음 필드: 전기, 물 보존, 통신, 환경, 건설, 지질학, 경찰, 화재 보호, 폭파, 탐색, 철도, 농업, 임업, 부동산, 레저, 야외 스포츠, 인명구조, 측량, 엔지니어링, 사냥, 등.
특징:
Pocket: Small and exquisite, light and easy to carry, 사용자 친화적 핸드헬드 특허 디자인
Safety: Adopt CLASS1 투명 레이저 which is 무해 to eyes
Flexible: The measurement unit can be converted between "yard" and "meter" at any time
높음 정밀도: the 최대 오류 is not more than 1 meter
Rain mode, rain will not affect the measurement
>150m mode: Can not be affected by nearby sparse trees, long-distance ranging
LCD display sight, the data status is clear at a glance
저소음 작동, 자동 전원 꺼짐, 표준 배터리
내장 삼각대 표준 인터페이스
측정 범위: 10-1500 meters, the 최소 측정 거리 can be 10 yards,
고 반사 목표: 1500 미터 (약 1642 야드)
General building: 1200 meters (about 1314 yards)
대형 동물: 600 미터 (약 657 야드)
무게: 420g (배터리 제외)
The pulse method (포함 the time-of-flight method) emits a laser pulse from the laser source, and when the laser pulse encounters an object, it is reflected to the source. 측정 시간 간격 사이 레이저 방출 순간 및 수신 순간, 및 then 나누기 그것 by the light beam to calculate the distance from the starting point to the target; the phase method emits a continuous pulse wave from the emission source, and calculates the phase difference between the emission wave and the reception wave. 거리; 삼각법 A 빔 의 레이저 빛 is 방출 from the source, and the laser light is reflected to the receiver after encountering the target. The transmitting point, the target object, and the receiving point form a triangle, and the distance from the instrument to the target can be measured by measuring the angle of the triangle.
Scope of application: The pulse method is usually used for long-distance and large-range measurement, the measurement distance is from hundreds of meters to several kilometers, the measurement accuracy is usually centimeters to decimeters, and the measurement time is short.
The phase method is usually used for close-range measurement, the measurement distance is from tens of centimeters to tens of meters, the measurement accuracy is usually up to millimeters, and the measurement time is relatively long.
Trigonometry is usually used for very close-range measurements, the measurement distance is usually tens of millimeters, the measurement accuracy can reach the micron level, and the measurement time is very short.
This series of products continues the humanized design. Through the built-in monocular, it is convenient and intuitive to search for targets and measure intuitively. What you see is what you get. All measurement information is displayed in the field of view of the telescope, and the measurement speed is very fast. 1- There will definitely be results within 2 seconds. At the same time, it also has multiple modes such as rainy days and foggy days to adapt to various usage environments. and it is very novel and pocket-sized, which naturally becomes the best helper for various outdoor activities.
