Safegate Series Safety Light Curtain with Laser Pointer Replacement 500/400/300 mm Resolution | 40 m and 80 m Max Operating Range | 510 mm to 910 mm Protective Height

group nameSafegate Series Safety Light Curtain Replacement
Min Order1 piece
brand nameDADISICK
modelSafegate Series | SAFEGATE S 2B LR ILP, SAFEGATE S 2B LR-A ILP, SAFEGATE S 3B LR ILP, SAFEGATE S 3B LR-A ILP, SAFEGATE S 4B LR ILP, SAFEGATE S 4B LR-A ILP
payment methodT/T
update timeMon, 17 Jun 2024 13:53:57 GMT

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Paramtents

Series: Safegate Series
Resolution: 500 mm / 400 mm / 300 mm
Scanning range: 6...40 m / 8...80 m
Protective field height: 510 mm - 910 mm
2 Safety outputs (OSSD): 2 PNP
Response time: 5.5 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

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Safegate Series Safety Light Curtain with Laser Pointer Replacement Parameter

Brand	From network	DADISICK
Models	SAFEGATE S 2B LR ILP	QT04-200-600-2BH
	SAFEGATE S 2B LR-A ILP
	SAFEGATE S 3B LR ILP	QT06-200-1000-2BH
	SAFEGATE S 3B LR-A ILP
	SAFEGATE S 4B LR ILP
	SAFEGATE S 4B LR-A ILP
Beam spacing	500 mm / 400 mm / 300 mm	200 mm
Protected altitude	510 mm, 510 mm, 810 mm 810 mm, 910 mm, 910 mm	600 mm, 1000 mm
Scanning range	Short distance: 6...40 m Long diatance: 8...80 m	0.3 m - 40 m
Response time	5.5 ms	≤15 ms
Output method	2 PNP	2 PNP
Reliability and durability	IP65 / IP67	IP65
Connector	M12	M16
Housing cross-section	50 mm × 55 mm	35 mm × 51 mm
Safety Certificate	CE, UKCA, TÜV, cULus, RoHS	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.

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Data sheet download

FAQ

How does the performance of safety light curtains hold up under conditions such as dust, moisture, and other environmental factors?

The protection level (IP code) of safety light curtains is an important indicator, representing the product's ability to resist dust and water. For applications with harsh environmental conditions, safety light curtains with higher protection levels can be selected to ensure they can withstand dust and moisture to a certain extent. Generally, the higher the protection level, the better the performance of the light curtains in harsh environments.

However, even with a higher protection level, safety light curtains may still be affected by factors such as dust and moisture. For example, excessive dust or dirt covering the light curtains may block some beams, leading to a decrease in detection accuracy. Additionally, moisture may cause the internal electronic components of the light curtains to become damp, thereby affecting their performance.

To address these challenges, some measures can be taken to improve the performance of safety light curtains in harsh environments. For instance, regularly clean the surface of the light curtains to ensure they are in good working condition; in humid environments, choose light curtains with moisture-resistant features or implement other moisture-proof measures; in environments with a lot of dust, select light curtains with dust-proof features or add dust covers and other protective measures.

Furthermore, the design and selection of safety light curtains are also crucial. When selecting, choose light curtains with appropriate parameters such as resolution, detection distance, and response time based on the actual application requirements. Additionally, consider factors such as the communication interface, ease of installation and maintenance to ensure they can be effectively integrated with other equipment and reduce the operating costs of the system.

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