Series LT2V50

N7V05C8VL9

Type of projection: Perpendicular line exit

Wavelength: 520 nm (bright green)

Max output power: 5 mW

Supply voltage: 80-265 Vac

Protection class: IP64

Download
Request information

Code	N7V05C8VL9
Light source	Laser diode
Type of projection	Perpendicular line exit
Wavelength	520 nm (bright green)
Max output power	5 mW
Supply voltage	80-265 Vac
Operating current	<300 mA
Connection	Cable 3x0,75 cm 300 with schuco plug
Casing	Green anod.alum.
Dimension	50X250 mm
Linelength	Max 4mt
Protection class	IP64
Laser class	2M
Storage temperature °C/°F	-40 +85 °C / -40 +185 °F
Operating temperature °C/°F	-20 +60 °C / -4 +140 °F
Application sector	Construction, metals, textiles, wood, marble and stones, leather/skins, rubber, metals, plastic, paper etc..
Note	The line generated by the laser beam lies on a plane which is perpendicular to the emitter device (90° angle as to the axis). The visibility and the lenght of the line depend on the mounting of the laser and the brightness of the enviroment.Other optical projections available on request

Scopri il prodotto

Inox rod diam mm 20x295, side milled, fixing holes (to be used with brackets 9SM2001N00 - 9SM5001N00)

Scopri il prodotto

Horiz/vert twistable bracket for 50 mm diam module, black anod. alum., mountable on 20mm diam rod

Scopri il prodotto

Protection for 50 mm diam module - white

Render 3d

Technical data sheet

Technical drawing

Series catalogue

General catalogue

Standard

Extra

Related accessories

Wavelength: 520 nm (bright green)

Code	Type of projection	Wavelength	Max output power	Supply voltage	Protection class
N7V05B4VL0	Line	520 nm (bright green)	5 mW	9-36 Vdc 10-30 Vac	IP67	Technical drawing
N7V05L4VL0	Line	520 nm (bright green)	5 mW	9-36 Vdc 10-30 Vac Trigger 5-30Vdc	IP67	Technical drawing
N7V05C7VL0	Line	520 nm (bright green)	5 mW	80-265 Vac	IP67	Technical drawing
N7V05C8VL0	Line	520 nm (bright green)	5 mW	80-265 Vac	IP67	Technical drawing
N7V10B4VL0	Line	520 nm (bright green)	10 mW	9-36 Vdc 10-30 Vac	IP67	Technical drawing
N7V10L4VL0	Line	520 nm (bright green)	10 mW	9-36 Vdc 10-30 Vac Trigger 5-30Vdc	IP67	Technical drawing
N7V10C7VL0	Line	520 nm (bright green)	10 mW	80-265 Vac	IP67	Technical drawing
N7V10C8VL0	Line	520 nm (bright green)	10 mW	80-265 Vac	IP67	Technical drawing
N7V20B4VL0	Line	520 nm (bright green)	20 mW	9-36 Vdc 10-30 Vac	IP67	Technical drawing
N7V20L4VL0	Line	520 nm (bright green)	20 mW	9-36 Vdc 10-30 Vac Trigger 5-30Vdc	IP67	Technical drawing
N7V20C7VL0	Line	520 nm (bright green)	20 mW	80-265 Vac	IP67	Technical drawing
N7V20C8VL0	Line	520 nm (bright green)	20 mW	80-265 Vac	IP67	Technical drawing
N7V30B4VL0	Line	520 nm (bright green)	30 mW	9-36 Vdc 10-30 Vac	IP67	Technical drawing
N7V30L4VL0	Line	520 nm (bright green)	30 mW	9-36 Vdc 10-30 Vac Trigger 5-30Vdc	IP67	Technical drawing
N7V30C7VL0	Line	520 nm (bright green)	30 mW	80-265 Vac	IP67	Technical drawing
N7V30C8VL0	Line	520 nm (bright green)	30 mW	80-265 Vac	IP67	Technical drawing
N7V40B4VL0	Line	520 nm (bright green)	40 mW	9-36 Vdc 10-30 Vac	IP67	Technical drawing
N7V40L4VL0	Line	520 nm (bright green)	40 mW	9-36 Vdc 10-30 Vac Trigger 5-30Vdc	IP67	Technical drawing
N7V40C7VL0	Line	520 nm (bright green)	40 mW	80-265 Vac	IP67	Technical drawing
N7V40C8VL0	Line	520 nm (bright green)	40 mW	80-265 Vac	IP67	Technical drawing
N7V50B4VL0	Line	520 nm (bright green)	50 mW	9-36 Vdc 10-30 Vac	IP67	Technical drawing
N7V50L4VL0	Line	520 nm (bright green)	50 mW	9-36 Vdc 10-30 Vac Trigger 5-30Vdc	IP67	Technical drawing
N7V50C7VL0	Line	520 nm (bright green)	50 mW	80-265 Vac	IP67	Technical drawing
N7V50C8VL0	Line	520 nm (bright green)	50 mW	80-265 Vac	IP67	Technical drawing
N7V80B4VL0	Line	520 nm (bright green)	80 mW	9-36 Vdc 10-30 Vac	IP67	Technical drawing
N7V80L4VL0	Line	520 nm (bright green)	80 mW	9-36 Vdc 10-30 Vac Trigger 5-30Vdc	IP67	Technical drawing
N7V80C7VL0	Line	520 nm (bright green)	80 mW	80-265 Vac	IP67	Technical drawing
N7V80C8VL0	Line	520 nm (bright green)	80 mW	80-265 Vac	IP67	Technical drawing
N7V05B4VL9	Perpendicular line exit	520 nm (bright green)	5 mW	9-36 Vdc 10-30 Vac	IP64	Technical drawing
N7V05L4VL9	Perpendicular line exit	520 nm (bright green)	5 mW	9-36 Vdc 10-30 Vac Trigger 5-30Vdc	IP64	Technical drawing
N7V05C7VL9	Perpendicular line exit	520 nm (bright green)	5 mW	80-265 Vac	IP64	Technical drawing
N7V05C8VL9	Perpendicular line exit	520 nm (bright green)	5 mW	80-265 Vac	IP64	Technical drawing
N7V10B4VL9	Perpendicular line exit	520 nm (bright green)	10 mW	9-36 Vdc 10-30 Vac	IP64	Technical drawing
N7V10L4VL9	Perpendicular line exit	520 nm (bright green)	10 mW	9-36 Vdc 10-30 Vac Trigger 5-30Vdc	IP64	Technical drawing
N7V10C7VL9	Perpendicular line exit	520 nm (bright green)	10 mW	80-265 Vac	IP64	Technical drawing
N7V10C8VL9	Perpendicular line exit	520 nm (bright green)	10 mW	80-265 Vac	IP64	Technical drawing
N7V20B4VL9	Perpendicular line exit	520 nm (bright green)	20 mW	9-36 Vdc 10-30 Vac	IP64	Technical drawing
N7V20L4VL9	Perpendicular line exit	520 nm (bright green)	20 mW	9-36 Vdc 10-30 Vac Trigger 5-30Vdc	IP64	Technical drawing
N7V20C7VL9	Perpendicular line exit	520 nm (bright green)	20 mW	80-265 Vac	IP64	Technical drawing
N7V20C8VL9	Perpendicular line exit	520 nm (bright green)	20 mW	80-265 Vac	IP64	Technical drawing
N7V30B4VL9	Perpendicular line exit	520 nm (bright green)	30 mW	9-36 Vdc 10-30 Vac	IP64	Technical drawing
N7V30L4VL9	Perpendicular line exit	520 nm (bright green)	30 mW	9-36 Vdc 10-30 Vac Trigger 5-30Vdc	IP64	Technical drawing
N7V30C7VL9	Perpendicular line exit	520 nm (bright green)	30 mW	80-265 Vac	IP64	Technical drawing
N7V30C8VL9	Perpendicular line exit	520 nm (bright green)	30 mW	80-265 Vac	IP64	Technical drawing
N7V40B4VL9	Perpendicular line exit	520 nm (bright green)	40 mW	9-36 Vdc 10-30 Vac	IP64	Technical drawing
N7V40L4VL9	Perpendicular line exit	520 nm (bright green)	40 mW	9-36 Vdc 10-30 Vac Trigger 5-30Vdc	IP64	Technical drawing
N7V40C7VL9	Perpendicular line exit	520 nm (bright green)	40 mW	80-265 Vac	IP64	Technical drawing
N7V40C8VL9	Perpendicular line exit	520 nm (bright green)	40 mW	80-265 Vac	IP64	Technical drawing
N7V50B4VL9	Perpendicular line exit	520 nm (bright green)	50 mW	9-36 Vdc 10-30 Vac	IP64	Technical drawing
N7V50L4VL9	Perpendicular line exit	520 nm (bright green)	50 mW	9-36 Vdc 10-30 Vac Trigger 5-30Vdc	IP64	Technical drawing
N7V50C7VL9	Perpendicular line exit	520 nm (bright green)	50 mW	80-265 Vac	IP64	Technical drawing
N7V50C8VL9	Perpendicular line exit	520 nm (bright green)	50 mW	80-265 Vac	IP64	Technical drawing
N7V80B4VL9	Perpendicular line exit	520 nm (bright green)	80 mW	9-36 Vdc 10-30 Vac	IP64	Technical drawing
N7V80L4VL9	Perpendicular line exit	520 nm (bright green)	80 mW	9-36 Vdc 10-30 Vac Trigger 5-30Vdc	IP64	Technical drawing
N7V80C7VL9	Perpendicular line exit	520 nm (bright green)	80 mW	80-265 Vac	IP64	Technical drawing
N7V80C8VL9	Perpendicular line exit	520 nm (bright green)	80 mW	80-265 Vac	IP64	Technical drawing

Request information

Fields marked (*) are required.

© Copyright 2024 Lasertech | Agnolin e Brusadin SRL Iscrizione camera di commercio 72563 C.C.I.A.A. PN REA PN-72563 - Capitale sociale € 93600,00 CF/ Part. IVA 0137723093
All Rights Reserved | Informativa sulla Privacy | Sviluppo sito web W3design

We use cookies

We use cookies to personalize content, to get statistics and to improve your experience on our website.

More information

All cookies we use

We use cookies to personalize content, to get statistics and to improve your experience on our website.

For more information please read our Cookie Policy.

Strictly necessary 7

These cookies are necessary for the website to function and cannot be switched off in our systems.

You can set your browser to block or alert you about these cookies, but some parts of the site will not then work. These cookies do not store any personally identifiable information.

Name	Provider	Domain	Duration	Description
XSRF-TOKEN	<span>W3</span>CMS	www.lasertech.it	120 minutes	This cookie was written to help with site security and prevent Cross-Site Request Forgery attacks.
laravel_session	<span>W3</span>CMS	www.lasertech.it	120 minutes	Internally laravel uses laravel_session to identify a session instance for a user.
laravel_cookie_consent	<span>W3</span>CMS	www.lasertech.it	180 days	The confirmation of a user's consent preference is stored internally.
laravel_cookie_consent_statistics	<span>W3</span>CMS	www.lasertech.it	180 days	This cookie is created to save the user's consent to use statistical cookies.
laravel_cookie_consent_marketing	<span>W3</span>CMS	www.lasertech.it	180 days	This cookie is created to save the user's consent to use marketing and targeting cookies.
laravel_cookie_consent_functions	<span>W3</span>CMS	www.lasertech.it	180 days	This cookie is created to save the user's consent to use functional and third-party cookies.
_GRECAPTCHA	Google reCAPTCHA	www.google.com	6 months	Google reCAPTCHA sets this necessary cookie when it is run for the purpose of providing its risk analysis.

Statistics 4

These cookies allow us to count visits and traffic sources so we can measure and improve the performance of our site. They help us to know which pages are the most and least popular and see how visitors move around the site.

All information these cookies collect is aggregated and therefore anonymous. If you do not allow these cookies we will not know when you have visited our site, and will not be able to monitor its performance.

Name	Provider	Domain	Duration	Description
_ga	Google Analytics	.lasertech.it	2 years	This cookie is used to distinguish unique users by assigning a randomly generated number as a customer identifier. It is included in every page request on a site and used to calculate visitor, session and campaign data for site analytics reports.
_gid	Google Analytics	.lasertech.it	1 day	This cookie is set by Google Analytics. Stores and updates a unique value for each page visited and is used to count and track page views.
_ga_*	Google Analytics	.lasertech.it	2 years
_gat_*	Google Analytics	.lasertech.it	1 minute	It is a pattern type cookie set by Google Analytics, in which the pattern element on the name contains the unique identification number of the account or website to which it refers. It is a variation of the _gat cookie which is used to limit the amount of data recorded by Google on high-traffic websites.