SICK TiM1xx Series TiM Laser Scanner LiDAR Sensor, 10m Max Range

Sous-total (1 unité)*

1 025,50 €

(TVA exclue)

1 240,86 €

(TVA incluse)

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Prix par unité
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*Prix donné à titre indicatif

N° de stock RS:
213-3817
Numéro d'article Distrelec:
304-23-376
Référence fabricant:
TIM150-3010300 / 1093243
Fabricant:
SICK
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Marque

SICK

Range

TiM

Series

TiM1xx

Component Type

LiDAR Sensor

Maximum Scanning Distance

10m

Minimum Scanning Distance

0.05m

Peak Wavelength

850nm

Maximum Response Time

70000 ?s

Terminal Type

1 x 5-Pin M12 Male Device Connector

Dimensions

60 x 60 x 76 mm

Length

60mm

Height

76mm

Features

Indoor Use

Width

60mm

Application

Non-Safe Object/Presence Detection

Pays d'origine :
MY

Overview


At a glance


Your Benefit


TiM1xx is a small, simple, cost-effective laser scanner for a wide variety of area-monitoring applications. It is the starter model of the 2D LiDAR sensors from SICK and opens up new application possibilities with its compact design. TiM1xx is the ideal sensor for challenging presence-monitoring applications. HDDM+ technology ensures reliable object detection and offers maximum machine availability even under difficult conditions. With the TiM1xx, detection fields of up to 15.7 m² are easy to configure via software. The integrated IO-Link interface makes sure that commissioning can be performed as quickly as possible and enables flexibility during application as well as simple parameter cloning.

Applications


Low installation effort thanks to monitoring of a 200° field of view
Low overall operating costs
Low space requirements thanks to compact dimensions
Rapid commissioning thanks to simple configuration of the detection zone with software
Low installation costs and rapid replacement thanks to rotatable connector, IO-Link, and parameter cloning
Particularly suitable for use in battery-operated vehicles thanks to low power consumption
Small, simple, and cost-effective sensor for area monitoring
Monitoring of an area of up to 15.7 m²
Low weight of just 90 g
Field evaluation using integrated software algorithms
Low power consumption of typically 2.2 W
Configuration and cloning using IO-Link
Industrial design

Note


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