Power outages also occur in Germany. For some, it might be just a few seconds or minutes; for others, it can be life-threatening or may cause major damage. Safety power supply is a current source for security purposes. In the event of a power outages, we supply electrical equipment that is essential for the health and safety of people and the prevention of environmental damage. Since electrical energy in buildings with electrotechnical applications has increased, the safety power supply is of major importance.

With our battery-powered systems, emergency signs as well as safety lights will ensure a safe exit from the building, and to avoid accidents after a power outage. They are a key factor in orientation of the building to make sure that even nonlocal people will find their way out of the building. The installation, maintenance, and condition of a safety lighting system are governed by a large number of rules and regulations that are interlinked by references. This concerns both lighting and electrotechnical issues.

RUSIC® Central Safety Lighting Systems series Ultimate complies with the relevant rules and regulations. These units fulfill all aspects of safety awareness offering variable solutions of central safety power supply in accordance with the current building regulations, the applicable guidelines for wiring systems (MLAR) as well as the norms for central power supply systems (EN 50171) and safety lighting systems (DIN EN 50172 VDE 0108-100). According to these requirements, RUSIC® safety lighting systems offer a tailored solution for any facility having top priority for simple installation, safe operation and reduction of fire loads.

• Smart power supply system with 4/8 final circuits – up to 1200 W and max 20 luminaires per circuit.

• A compact system for peripheral power supply systems in an individual fire zone according to applicable European and national standards.

• Since the supply of emergency lighting and safety lighting is installed in individual fire zones, installation costs are reduced due to not requiring expensive fire resistant wiring systems (e.g. E30).

• Cutting-edge central battery system with individual luminaires and/or circuit monitoring without any additional wiring, freely programmable circuits and luminaires, remote maintenance and visualization, light switch query, potential-free inputs and outputs, network interface as well as network monitoring are standard features.

• External control panel

• KNX Modbus, Dali

• Remote maintenance via Teamviewer

  
  

The RULEC control center with touch display for monitoring and controlling single battery luminaires. Management of max. 500 bus-monitored single-battery luminaires (RS485). All connected single-battery luminaires are controlled via a multi-touch capable 5″ color display, which shows the operating states of the individual luminaires.

The RULEC Touch control panel has a network connection through which the device status can be retrieved with the help of the built-in web server. The possibility to remotely control the control panel via the web server and to store building plans is integrated in the control panel.

RUSIC® 24 monitors and tests all connected emergency luminaires in accordance with the specifications of VDE 0108 and
DIN EN 62034. The necessary checks can be triggered automatically or manually, depending on the configuration.

Up to 160 emergency luminaires can be connected to one RUSIC® 24. The fault messages are stored so that there is no need to keep a manual test log in accordance with E DIN VDE 0108-100 – ATS type PERC (DIN EN 62034). Messages can be forwarded to a central control station via potential-free contacts or a web connection.

Monitoring center according to DIN/EN 62386-202 (DALI) for 64 single-battery luminaires with DA interface.

• Standardized data transmission according to DIN/EN 62386-202

• Up to 64 luminaires can be monitored, cable length up to 300 m

• 4 continuous light – groups, switchable via data line

• Permanent control of cargo and communication

• Burning duration test in 2 groups, assignment freely programmable

• Timer for switching off the permanent light during rest periods

• Simple operation via rotary encoder

• Error message optically, acoustically and by means of potential-free contact

• Storage of test protocols and messages for 4 years

• Simple addressing via test button on the luminaire

• USB port for reading out the log and message memory

• Optional: WEB interface for remote control via Internet/ Intranet

These BSV systems contain the mandatory signaling and monitoring devices, which are required by VDE 0558-507. They primarily consist of:

• a charging and discharging device with I-U characteristic

• A control unit and monitoring device

• Output branch circuit with a switched-mode DC/DC converter

• Auxiliary equipment

• Device housing and battery casing

The rectifier and the battery are connected in parallel with the load through the DC/DC converter. When the grid voltage is available, the rectifier supplies the load and keeps the battery fully charged with a constant voltage. If the load exceeds the rated current of the device, the battery will provide additional power. If a power outage occurs, the battery will provide an uninterrupted power supply for the surgical lighting. When the power is restored, the power supply provides the power while at the same time the battery will be recharged. The rated current of the device is limited to 100 % ±2 %. The differential current between the rated current and the load current flows into the battery. The load will be supplied by a switched-mode DC/DC converter with constant DC voltage.

Battery-Assisted Central Power Supply System (BSV) for Hospitals and Medical Care Units

n uninterrupted power supply can be vital – especially in medical facilities which perform the same medical tasks as in hospitals and thus require the same safety level to be maintained. If a power outage occurs, crucial medical devices must run smoothly with a continued supply of electricity. These requirements are enforced by DIN VDE 0100-710 as well as the “agreement on quality assurance measures for outpatient surgery in accordance with §14 pursuant to “115 b paragraph 1 SGB V”. RSV Ruhstrat offers a battery-assisted central safety power supply system R-BSV 230V tailored to the needs of medical centers, hospitals, medical facilities and medical care units.

Battery powered central power supply system

An uninterrupted power supply can be vital – especially in medical facilities which perform the same medical tasks as in hospitals and thus require the same safety level to be maintained. If a power outage occurs, crucial medical devices must run smoothly with a continued supply of electricity. These requirements are enforced by DIN VDE 0100-710 as well as the “agreement on quality assurance measures for outpatient surgery in accordance with §14 pursuant to “115 b paragraph 1 SGB V”. RSV Ruhstrat offers an additional battery-assisted central safety power supply system series R-BSV tailored to the needs of medical practices and medical care units.

System Luminaires for Central Power Supply and Self-Contained Luminaires

Binding Posts, Sockets, Lead-through Bolt

Connection technology consists of a variety of technologies. We offer a wide range of high-quality clamps, sockets, and implementations which are used in the industry for test and laboratory equipment as well as for transformers and chokes.

The touch guard of the touch-proof clamps is designed according to the VDE regulations as well as IEC 664 and IEC 1010.