INDUS­TRIAL APPLIC­A­TIONS

Standard Series 150-1000W

Due to their more com­plex tech­no­logy com­pared to square wave or quasi sine wave devices, pure sine wave inverters are con­sid­er­ably more expensive to man­u­fac­ture. How­ever, the price dif­fer­ence will soon pay for itself in oper­a­tion.
Also, we have developed our low–­cost standard series for less demanding applic­a­tions.

Remote Con­trol

Sine Wave Inverter with Charger (Com­bi–Units)

Com­bi–units can be used in stand–alone oper­a­tion as well as for oper­a­tion with grid/gen­er­ator. Inverter, charger and mains switch in one device.
These fully–­pro­gram­mable devices provide the neces­sary flex­ib­ility for almost all energy con­ver­sion/power supply scen­arios.

Com­mu­nic­a­tion and System Man­age­ment for Com­bi–Units

The pro­pri­etary net­work ensures com­mu­nic­a­tion between dif­ferent system com­pon­ents. They are also used for pro­gram­ming and mon­it­oring the devices.

Indus­trial Standard Sine Wave Inverter

Inverters are increas­ingly being used to supply con­sumers who require altern­ating voltage free from dis­turb­ances in the public grid.
This series is designed for demanding indus­trial applic­a­tions and provides safe power supply for all types of AC loads. By com­bining high–­fre­quency tech­no­logy and gal­vanic isol­a­tion of input and output, the inverters are small, reli­able and safe.

Indus­trial Standard 3-Phase Sine Wave Inverter

This series enables the setup of three–phase net­works from bat­teries and other DC sources.

Pure Sine Wave Inverter 19" Rack­mount with UPS func­tion (Inverter pri­ority)

The loads are sup­plied by the inverter. In the event of a fault (empty bat­tery, etc.), the mains voltage is auto­mat­ic­ally switched on and sup­plies the con­nected devices. The changeover takes place in less than 10 mil­li­seconds. This enables unin­ter­rupted oper­a­tion of com­puters and other elec­tronic devices. The inverter pri­ority ensures a stable power supply for sens­itive appli­ances in low–quality power grids.

Pure Sine Wave Inverter 19" Rack­mount with UPS func­tion (Grid or Inverter pri­ority select­able)

The loads are sup­plied primarily from the inverter or grid (select­able). In the event of an fault, the source is auto­mat­ic­ally switched over and takes over the supply of the con­nected devices. The changeover takes place in less than 10 mil­li­seconds. This enables unin­ter­rupted oper­a­tion of com­puters and other elec­tronic devices.

Con­verter with wide input voltage range

The DCCW series is char­ac­ter­ized by its wider than average input-voltage range.

Con­verter Indus­trial Standard

We offer a wide range of DC/DC con­verters with standard input and output voltages.
A wide range of options allows per­fect adapt­a­tion to your applic­a­tions.

High voltage Con­verters

The DCHV series DC/DC con­verters are designed for very high voltage applic­a­tions.
Can't find the voltage you are looking for? We can man­u­fac­ture up to a max­imum of 1500V (input or output) for you.

Liquid cooled high voltage Con­verters

The liquid cooled DC/DC con­verters are designed to deliver a quiet, high power density, effi­cient power con­ver­sion solu­tion for enclosed spaces where heat­sink, fan or pure con­vec­tion cooling are not feas­ible. The con­verters are suit­able for use in vehicles, indus­trial auto­ma­tion and sim­ilar applic­a­tions.

AC/AC Fre­quency Con­verter Single Phase

Fre­quency con­verter for single-phase applic­a­tions.

AC/AC Vari­able Fre­quency Con­verter Single Phase

These fre­quency con­verters are primarily used in the labor­atory. The output voltage and fre­quency are adjustable.
The units can also be rented for short-term use.

AC/AC Fre­quency Con­verter 1-Phase to 3-Phase

Three-phase devices can be oper­ated from the single-phase source.
Output voltage and fre­quency do not have to cor­res­pond to the single-phase source.

AC/AC Fre­quency Con­verter 3-Phase to 1-Phase

Single-phase devices can be oper­ated from the three-phase cur­rent source.
Output voltage and fre­quency do not have to cor­res­pond to the three-phase source.

AC/AC Fre­quency Con­verter 3-Phase to 3-Phase

If your three-phase net­work is unstable or you need a dif­ferent voltage/fre­quency for applic­a­tions, these devices are the solu­tion.

Cus­tom­­ized AC/AC Fre­quency Con­­verter

Easy Charger for Lead Acid, AGM and GEL Bat­teries

The Easy Charger series is char­ac­ter­ized by a good price/per­form­ance ratio.
Equipped with 5-stage char­ging char­ac­ter­istics and numerous safety func­tions, your bat­tery is in good hands.

DC/DC Charger

With the BCD805W you can charge a 24V bat­tery from 12V bat­tery source. The extremely rugged design makes it suit­able for use in trucks and con­struc­tion vehicles.

MPPT Solar Charger

The solar charge con­trol­lers with Max­imum Power Point Tracking (MPPT) get the max­imum power from your solar mod­ules.
The FLEXmax series in com­bin­a­tion with the Out­back inverters are the per­fect pair for com­plete solar sys­tems.

Gateway Uni-Dir­ec­tional and Bi-Dir­ec­tional

The Gateway solid-state relays have no mech­an­ical con­tacts. Prob­lems with sparks and deteri­or­ating switching con­tacts are a thing of the past.

Midtronics Bat­tery Ana­lyzer

The CELL­TRON ADVANTAGE System is a user adjustable, flex­ible, effi­cient and eco­nom­ical solu­tion for this important task that saves time and money.

DC UPS

- Func­tion con­trol with 8 LEDs
- Remote mon­it­oring with 4 alarm con­tacts
- Mon­it­oring and con­fig­ur­a­tion via RJ45/Eth­ernet
- Pro­to­cols TCP/IP, DHCP, ICMP, HTTP, SNTP, LDAP
- Integ­rated WEB Server
- Bat­tery test without heat gen­er­a­tion
- Insu­la­tion voltage 10 kVac (20 kV peak)
- Tem­per­ature com­pens­a­tion with sensor

Indus­trial Standard Power Sup­plies

Cus­tom­ized Power Sup­plies