High-quality security systems from a single source

Visual process monitoring is part of the modern standard in industry 4.0 times, because it ensures reliable operation and optimum product quality of highly complex production processes. The flexible and highly integrated PIEPER video systems – on request with recording options and individually programmed analysis functions – ensure sustainable plant safety and thus avoid downtime and production downtime. Thermal camera, fireroom camera or safety systems, high-resolution IP cameras or special components such as line and high-speed cameras or 3D lasers for inspection of surfaces document every step, depending on the customer's requirements. detect deviations and enable a rapid response to undesirable occurrences.

When monitoring process-sensitive processes in normal or high-temperature environments, PIEPER relies on highly integrated safety systems with calibrated thermal camera and fire room camera solutions. The IP-based systems, which are specifically geared to the industry, reliably detect unusual temperature changes and can also be used as a system for early fire detection by continuously scanning and transmitting thermal images. to use. The possible integration into existing process control systems or fire alarm systems allows an efficient and cost-oriented installation.

Control of high-temperature environments, while requiring robust and highly accurate monitoring and security systems. TO ensure smooth operation in fire rooms with heat generation of up to 2,400°C, PIEPER has developed one of the most powerful fire room camera systems for process monitoring on the market. A special arrangement of the probes detects all angles of the fire chamber: system states, flame images and potential weak points are visible at all times. Axial and radial fireroom camera systems, depending on the requirements with rotatable probes and integrated light control, make the solution adaptable to existing process control systems ready for use in the most modern Industrial 4.0 scenarios. In addition to the analysis of hotspots and temperature distribution, PIEPER also offers a correspondingly designed thermal camera system.

Especially in large and winding industrial areas, the early detection of smoke development by appropriate safety systems is essential to avoid consequential damage from fires. As an ideal complement to existing BMZ environments, PIEPER provides an EU-certified visual camera system that, in the case of even minimal smoke generation, protects early and reliably against the spread of possible fires by means of live transmission: Danger site is immediately located and observed, so that rescue workers can proceed to the action with certainty. False alarms are almost excluded compared to the traditional fire alarm technology. For early fire detection as well as for process monitoring, PIEPER also relies on an IP-based thermal camera system that can be integrated into existing fire alarm systems, which continuously scans an area to be monitored and transmits corresponding thermal images. In the event of unusual temperature increases, the early detection system automatically issues an alarm, so that fire cannons can be controlled directly thanks to a seamless connection with the fire alarm control centre.

More than ever, site, buildings and the storage and transport of valuable goods must be protected against threats of corporate espionage, vandalism and theft. Whether on the ground or in the air, the tailor-made, modular PIEPER solutions and safety systems ensure maximum safety. Optionally equipped with thermal cameras including appropriate analysis software, they can be integrated into alarm systems at any time in order to be able to automatically notify the police or fire brigade in case of damage. PIEPER provides modern all-round terrain protection: from access control of factory entrances in the form of barriers, gate and lane control and access control via camera-based map and transponder system or door intercom; via seamless video surveillance and process monitoring of all desired areas including automatic alarm triggering; drone detection and pilot positioning to secure airspace.