The REDSCAN RLS-3060 series is an award-winning laser scanner range. Using LiDAR technology the laser sensor can detect a moving object's size, speed and distance from the detector and process that information with a unique built in algorithm, which results in highly reliable detection with minimal false alarms. The detector can also be mounted vertically or horizontally according to the application and site conditions.
The REDSCAN RLS-3060L is a 30 metre radius, high performance advanced intrusion device with four adjustable detection zones and linked outputs for PTZ camera control. It brings detection solutions for: fence line, building protection, rooftop and narrow boundary zone with simplified controls. For a total security solution the REDSCAN RLS-3060L can be installed directly on an IP security network and integrates with all major Video Management Software (VMS) platforms.
The version 8 models now give the option to increase the number of independent detection zones, 4 on analogue connection and up to eight with a IP connection. Additionally, the area allocation function allows the number of active detection areas to be defined with an independent alarm output. The shape of the detection area can also be customised to match the lay-out of the site.
As an extra layer of protection and to prevent suspicious activity , the RLS-3060L model gives installers/users the option to select the indoor/outdoor loitering mode to send an alert if a person or object is remaining in the detection area for longer than the set time.
The new version 8 update offers more flexibility in managing dry contacts with the option to switch from normally open (N.O) to normally closed (N.C). The flexibility in being able to manage multiple outputs means that the sensor suits a number of security applications.
With the combination of new product firmware and a new version of the configuration software (REDSCAN Manager), the REDSCAN RLS-3060L is evolving and bringing more value to users. The version 8 models feature more detection zones to tailor detection for more applications.