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LiDAR SICK TIM310
SICKSKU: 227043

LiDAR SICK TIM310

Measuring principle: HDDM+ / Time-of-Flight (ToF)

$12.00

USD · Оптовые цены

В наличииДостаточно на складе

Категории:

1

Сертификаты

CEFCCRoHS

Доставка 7-14 дней

DHL/FedEx/UPS/авиа/море

Оригинал гарантирован

Официальные поставщики

Полный пакет документов

ECCN, CO, CI, PL, EUS docs

Поддержка 24/7

До и после продажи

Экспортный контроль

6A005
Код ECCN6A005
КлассификацияЛазерные системы
Основания
NSAT
РегионыВесь мир кроме эмбарго/санкций
Уровень клиентаПроверенный B2B (KYC + заявление конечного пользователя)
ЛицензияТребуется лицензия

AI уверенность 65% · Лицензия может потребоваться в зависимости от направления и конечного использования.

Программа лояльности

Бронза
3%
$0k+
Серебро
6%
$10k+
Золото
10%
$50k+
Бриллиант
15%
$200k+

Скидка по уровню суммируется с оптовыми ценами

Buy the SICK TIM310 2D lidar for navigation of your robot or drone

The German company SICK AG was founded in 1946. Today it is a world leader in the production of smart sensors for industry and logistics. It has almost 10,000 employees. Products are presented in more than 50 countries around the world. The brand produces not only 2D lidars. The range includes photoelectric and inductive sensors. Encoders and vision systems also available. The company produces light barriers and safety controllers. As well as solutions for identification and code reading.

German quality and high precision will ensure reliable operation in any indoor task.

  • HDDM+ technology guarantees stability and noise immunity.
  • 270° scanning angle for wide area coverage.
  • Miniature dimensions 60×60×79 mm for easy installation.
  • IP65 rating for dusty environments.
  • 16 detection zones with custom fields for precise navigation.

How the TIM310 laser scanner works

The device emits a safe laser at a frequency of 15 Hz. The built-in mechanism scans the space in a horizontal plane. The beam is reflected from all obstacles around you. The sensor calculates the distance to each point using the ToF method. The microprocessor builds an accurate 2D map of the robot's environment. Data is output via digital control outputs.

The specific functionality of the model reveals its power. The operating range of the device is 0.05 to 4 meters. At 10% reflectivity the distance is reduced to 2 meters. The angular resolution of the sensor is 1 degree. Systematic error is within ±40 mm. Statistical error does not exceed 30 mm. Response time per scan typical 67 ms.

Processing two scans takes a maximum of 134 ms. Supply voltage ranges from 9–28 VDC. No-load power consumption is only 4 W. The weight of the device without cables is 150 grams. The device remains operational at -10…+50°C.

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