TSL Protect 7 STS 3f  Static transfer switch 50-600A allows the load to be switching between alternative and independant power sources for guaranted redundant power. TSL Protect 7 STS 3f  increases the power quality and provides high reliability.

The STS static 32A / 63A / 120A switch is designed for a 19 "rack. It can be powered with 2 different UPSs and provides protection against load failures and mains voltage. The Digital LCD display shows input / output power connected to the load.

TSL Protect 7 STS static 32A / 63A / 120A switch is designed for a 19 "rack. It can be powered with 2 different UPSs and provides protection against load failures and mains voltage. The Digital LCD display shows input / output power connected to the load.

Static voltage stabilizer for industrial environments like very dusty conditions, humidity and vibration. 2kVA - 3200kVA with single phase and three phase outputs, All industrial voltage value (208-380-400-415-480-600V), Wide input voltage range -65% / +45%, Maintenance-free new technology with Microprocessor controller, High speed regulation (Up to 500V/sec.), High Efficiency (97%), CPU controlled thyristor units for power management, Protection against over load, over temperature, high voltage, low voltage etc., Manual by-pass, For industrial environments like very dusty conditions, humidity and vibration, Maintenance free design, Minimal size, long life, User friendly, easy and comprehensive LCD Display and mimic diagram, Parallel connection for special high power applications, Self test facility

Full protection: overvoltage, undervoltage, overheat, overload and short circuit. High precision servo motor technology, Stepless regulation output, Pure copper windings, Fully automatic controlled by mircorpocessor, Full protection: overvoltage, undervoltage, overheat, overload and short circuit, Selectable 6s/180s delay time, CE certified

Servo motor technology, Large input voltage range (280-450Vac), Extended input voltage range (240-450Vac), Independant regulation for each phase, Versatile calibration of parameters, Under/over voltage protection, 80V/second (regulation), Output voltage +/- 1%, Frequency 50/60Hz, Analogue or LCD display, Efficiency >95%, Manual Bypass switch, Higher IP standard on , request, Current sensors (optional), Phase missing protection (optional)

Solar pump converter 5,5kW

Solar inverter VIS 30-60kW, max PV voltage up to 1000V, high efficiency up to 98,6% & 3 MPPT trackers.

The Solar hybrid UPS series is the ideal solution for computer, alarm and home applications, such as light, TV, computer, printer etc. where the utility power is badly supplied. During normal day operation, the connected load is powered by solar energy. If the solar energy is not strong enough, all missing energy is supplied by the batteries. If both energies are not available, the system automatically switches to normal AC supply or genset.

This device protects electrical devices from power surges. The protection device attempts to limit the voltage applied to the electrical device by blocking or short-circuiting any unwanted voltages above the safe level.

The UPS in a special cabinet with IP65 and IP55 protection is used in the temperature range from -30 ° C to + 50 ° C.

This device is physically connected to the UPS with a cable and allows for remote monitoring and control of the system. The panel can be installed up to 500 meters from the UPS and will be powered by an interface cable.

Fastening elements are the ideal tool for fastening UPS or battery modules in a 19 ”rack cabinet. In addition, the sliding function (quick removal of the module) provides very easy and quick access to the cabinet.

The relay card is based on dry contacts and gives a signal in the following cases: interruption of power supply, switching to bypass or common errors. AS400 and Modbus cards provide an interface to the appropriate protocols.

External and internal chargers for high-capacity batteries and with faster charging time.

The NetFeeler sensor is mainly used in the server cabinet and for monitoring the room. They can inform you about the temperature and humidity through an IP address. Sensors can also be connected to the three ports of an SNMP adapter, which is attached to various TSL UPS series.

The electrical circuit, “before” and “after” of the galvanically isolating transformer, is connected with each other not by conductors, but by an electromagnetic field. This increases the reliability of protection. Peaks and power surges cannot pass through a galvanically isolated transformer.

A Wifi / Ethernet external module is used to provide WLAN / Ethernet data services. Wifi supports the 802.11 b / g / n wireless standard and the 2.412G-2.484G frequency range. There are two modes of operation for the user, AP mode and STA mode: STA mode is selected if only one inverter needs monitoring by the Wifi / Ethernet module; the opposite, AP mode should be selected if there is more than one inverter that needs monitoring. However, one of the inverters must be configured as a service provider access point via a WLAN or you need a router to assign an IP using the Ethernet protocol. The settings of the router and the wireless access point are the same. The IP address should be set as 10.10.1.254. Internal parameters can be set via the browser.

The external manual bypass module (single phase and three phase) is intended for service or other work without disconnecting the load from the power supply. The UPS can be turned off after the power is switched to the bypass line. All TSL STS / ATS series devices can also be used as an external bypass.

SNMP adapters provide UPS monitoring over local or wireless networks, including email notifications. Monitoring software allows you to connect to the IP address of each UPS. For example, all servers on the network may be down. At the same time, SMS can be sent without connecting to a LAN network using a GSM modem.

GPRS / IP based remote server controller with internal web server system. It can be used in conjunction with an inverter or solar power generator to the analyzer wind speed and other operating conditions

The battery analyzer for 6/12 Vdc batteries is ideal for maintenance use. It provides extremely fast test result. The fast test takes only 10-15 sec. According the discharge curve, the analyzer gives you a clear result of the battery status and save all results to the internal memory.

The OPZv batteries designed for long lifetime and have excellent deep cycle performance. The constant power discharge capability and the low current discharge of the OPZv batteries are superior than other normal batteries. 

The GEL batteries can avoid corrosion and stratification. The special separator can properly prevent short-circuit. It can offer high deep discharge ability, super thermal stability, good recovery ability after deep discharging. The deep discharge cycles of GEL batteries can be more than 50% compared with other normal AGM batteries.

Our Gel deep cycle batteries use high-tin alloy grid which increase corrosion resistance of plates and lengthen the service life. High-tight assembly technics, they accept very high charge and high current discharge performance.  Our Gel deep cycle batteries use high-tin alloy grid which increase corrosion resistance of plates and lengthen the service life. High-tight assembly technics, they accept very high charge and high current discharge performance. In combination with our Hybrid Solar UPS solutions, the battery offers the best possible performance. For standart UPS application , the battery has a design lifetime of 10-12 years.

2V Cells or mounted as 12V blocks, fully compliant with IEC 60896-11 & DIN EN 60254-2, design life up to 20 years for 2V cells

The AGM battery series are designed with advanced technology, super heavy duty grid, high performance plates and electrolyte. The AGM series batteries have long and reliable standby life and high consistency for better performance in series usage.

The TSL APF behaves like a harmonics current generator. It will measure the harmonic generated from the non-linear loads and cancel these harmonics with a newly generated, opposite phase shifted harmonics current of the same amplitude. The TLS APF not only compensate harmonic current but also the reactive power. It is able to correct for either a leading or lagging power factor.