SL-V Series Safety Light Curtain Replacement 40 mm Resolution | 9 m Operating Range | 285 mm to 1325 mm Protective Height

group nameSL-V Series Safety Light Curtain Replacement
Min Order1 piece
brand nameDADISICK
modelSL-V Series | SL-V06LM, SL-V08LM, SL-V10LM, SL-V12LM, SL-V14LM, SL-V16LM, SL-V18LM, SL-V20LM, SL-V22LM, SL-V24LM, SL-V26LM, SL-V28LM, SL-V30LM, SL-V32LM
payment methodT/T
update timeMon, 20 May 2024 01:02:08 GMT

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Paramtents

Series: SL-V Series
Resolution: 40 mm
Scanning range: 0.1 m - 9 m
Protective field height: 285 mm - 1325 mm
2 Safety outputs (OSSD): 2 PNP
Response time: 6.8 ms - 10.3 ms
Connection type: M12
Security level PLe4

Packging & Delivery

Min Order1 piece

Briefing

DADISICK is a professional manufacturer of safety sensors with solid product manufacturing capabilities.

Detailed

Technical Data

Wiring Diagrams/Dimensional Drawings

Downloads

SL-V Series Safety Light Curtain Replacement Parameter

Brand	From network	DADISICK
Models	SL-V06LM	QT08-40-280-2BC
	SL-V08LM	QT10-40-360-2BC
	SL-V10LM	QT12-40-440-2BC
	SL-V12LM	QT14-40-520-2BC
	SL-V14LM	QT16-40-600-2BC
	SL-V16LM	QT18-40-680-2BC
	SL-V18LM	QT20-40-760-2BC
	SL-V20LM	QT22-40-840-2BC
	SL-V22LM	QT24-40-920-2BC
	SL-V24LM	QT26-40-1000-2BC
	SL-V26LM	QT28-40-1080-2BC
	SL-V28LM	QT30-40-1160-2BC
	SL-V30LM	QT32-40-1240-2BC
	SL-V32LM	QT34-40-1320-2BC
Beam spacing	40 mm	40 mm
Protected altitude	285 mm, 365 mm, 445 mm, 525 mm, 605 mm, 685 mm, 765 mm, 845 mm, 925 mm, 1005 mm, 1085 mm, 1165 mm, 1245 mm, 1325 mm	280 mm, 360 mm, 440 mm, 520 mm, 600 mm, 680 mm, 760 mm, 840 mm, 920 mm, 1000 mm, 1080 mm, 1160 mm, 1240 mm, 1320 mm
Scanning range	0.1 m - 9 m	0.3 m - 10 m
Response time	6.8 ms - 10.3 ms	≤15 ms
Output method	2 PNP	2 PNP
Reliability and durability	IP65 / IP67	IP65
Connector	M12	M16
Housing cross-section	52 mm × 42.5 mm	35 mm × 51 mm
Safety Certificate	CE, UL	TÜV, UL, CE, RoHS, GB
We are able to reproduce the specific connection configuration of each brand with high level of accuracy.

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The product models displayed on this page are only used to describe and compare the characteristics, specifications, and performance of different products. These models do not represent recommendations or associations for any specific brand or company. When users choose products, please understand and compare the detailed information of each brand's products on your own.

Product recommendations

QT series safety light curtain

Model：

QT08-40-280-2BC, QT10-40-360-2BC, QT12-40-440-2BC, QT14-40-520-2BC, QT16-40-600-2BC, QT18-40-680-2BC, QT20-40-760-2BC, QT22-40-840-2BC, QT24-40-920-2BC, QT26-40-1000-2BC, QT28-40-1080-2BC, QT30-40-1160-2BC, QT32-40-1240-2BC, QT34-40-1320-2BC

Data sheet download

FAQ

Common misconception in selecting light curtain resolution？

Quantifying the resolution of safety light curtains

In various types of safety light curtain products on the market, an important selection parameter is the resolution. The resolution is typically quantified in millimeters (mm), such as common values like 14mm, 20mm, 30mm, and so on. These quantified indicators represent the gap between the sensing functions of the safety light curtain sensors.

Is it an intuitive classification or a misconception?

According to different resolutions, safety light curtains are usually classified as finger, hand, and body protection types, which are used to indicate the most suitable application scenarios. However, this intuitive classification method is often misunderstood. Many designers believe that they can directly select the type of light curtain based on the body parts that can be injured by the hazard source. However, such a matching method often does not meet the requirements of standards

The correct selection method for safety light curtains.

According to the European standard EN ISO 13855, the minimum distance of safety light curtains from the hazard source should be calculated by taking parameters such as the resolution of the light curtain, installation method, and system's stopping response time into consideration. Different formulas apply for vertical, horizontal, and angled installations. Only by considering the resolution of the light curtain, positioning method, stopping response time, and distance from the hazard source in a comprehensive manner can we adhere to the standard and choose the correct method.

For example, if the light curtain selection for a certain device is based on a matching method and a hand protection type is chosen. However, if the positioning of the light curtain in relation to the hazard source is restricted or if the system's stopping response time is too long, it is necessary to consider increasing the resolution of the light curtain to meet the requirements of EN ISO 13855.

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