FULLY STATIC electronic FREQUENCY CONVERTER Adjustable output voltage Static electronic voltage stabilizer G M M G T M G T T

Size: px

Start display at page:

Download "FULLY STATIC electronic FREQUENCY CONVERTER Adjustable output voltage Static electronic voltage stabilizer G M M G T M G T T"

Marcus Golden
6 years ago
Views:

FULLY STATIC electronic FREQUENCY CONVERTER Adjustable output Static electronic stabilizer G M M G T M G T T PRODUCT DESCRIPTION: An extremely compact device with a high performance.

Comparable to a traditional motorized regulator, with an electronic control circuit, but fully static and absolutely fast (reaction time is less than 1mS).

Through a 0-10V signal connected to the remote terminals or through the front panel bottons it is possible to change the output from 0 to 270V. Dynamic response to the set is 40µS.

) or at the end of production lines to regulate/stabilize and for routing tests, to avoid continuous variations or spikes which can determine the fail of the test or, worst, the damage of a product

ELECTRONIC STABILIZER An output autotransformer guarantees the set even to 270V in presence of a lower input.

1 FULLY STATIC electronic FREQUENCY CONVERTER Adjustable output Static electronic stabilizer G M M G T M G T T PRODUCT DESCRIPTION: An extremely compact device with a high performance. Designed using the latest technologies, it's a very reliable and flexible equipment for the use as: - Frequency converter - Electronic stabiliser - Electronic regulator ELECTRONIC VOLTAGE REGULATOR Comparable to a traditional motorized regulator, with an electronic control circuit, but fully static and absolutely fast (reaction time is less than 1mS). The set is maintained even if the load or the input suddenly change. Through a 0-10V signal connected to the remote terminals or through the front panel bottons it is possible to change the output from 0 to 270V. Dynamic response to the set is 40µS. APPLICATIONS This equipment may be used in many applications such as tast banks of electric and electronic equipments (motors, resistors, etc.) or at the end of production lines to regulate/stabilize and for routing tests, to avoid continuous variations or spikes which can determine the fail of the test or, worst, the damage of a product during the test. If equipe with an isolation transformer it can guarantee the total immunity of the load from noise or disturbances from the network. ELECTRONIC STABILIZER An output autotransformer guarantees the set even to 270V in presence of a lower input. FREQUENCY CONVERTER With any input, the device supplies a 50 or a 60 output using the front selector or the remot control. (Different frequencies are available on request.) gmm with 110V input - 60 SYSTEM ADVANTAGES Plate varsion (carter optional) Why a static stabilizer? As for the electromechanical stabilizers and the uninterruptible power supplies this equipment protects the load rom the network, but with the following advantages: Srtongly reduced size and weight Total absence of moving parts, no need of maintenance, no periodic costs. Improved efficiency, therefore less Energy consumption with the same load level.

Dynamic response speed (< 1 ms), better performance and extremely higher protection of

inpurities (output is generated starting from a DC ) Absolute output stability (0.001%).

batteries which are not necessary for the purpose of this equipment No maintenance cost

Care of environment as batteries are harmful for the environment Total elimination of

2 Dynamic response speed (< 1 ms), better performance and extremely higher protection of the load Improved output accuracy, better than 1% Total elimination of network inpurities (output is generated starting from a DC ) Absolute output stability (0.001%). typical network disturbances Against a UPS Saving in costs a sit does not include batteries which are not necessary for the purpose of this equipment No maintenance cost due to battery replacements. Care of environment as batteries are harmful for the environment Total elimination of network inpurities (output is generated starting from a DC ) output wave form GMM control panel remote control panel (for GMM07 model replaced by DB15 connector)

Control panel GTM-GTT PUSH - BUTTONS ON/OFF 50/60 LOCAL/REMOTE SELECT DOWN UP On/off OUTPUT FREQUENCY CHANGE 50/60 Choice of the control of the converter using the remote terminal blocks or through

3 Control panel GTM-GTT PUSH - BUTTONS ON/OFF 50/60 LOCAL/REMOTE SELECT DOWN UP On/off OUTPUT FREQUENCY CHANGE 50/60 Choice of the control of the converter using the remote terminal blocks or through the frolnt panel Cyclic display of / corrent on each phase Decrease output Increase output SIGNALS ON Green Unit operates correctly and has executed the start-up sequence OFF Red Input is not correct or unit has a failure. In the second case the FAULT led is also ON. FAULT Red a. Inverter Temperature over 70 C. is cut off. It is possible to reset the unit operating an restart procedure. If problem persists the clearings of the unit should be revised. b. Unit Failure. It lights on immediately after a restart sequence in case of inverter failure. 50/60 Green 50 Yellow 60 LOCAL Green control of the converter through the front panel enabled REMOTE Yellow Control of the converter through the remote terminal block enabled OVERTEMP. Red Internal temperature reached 70 C and the correct performance of the uniti s not guaranteed. is arrested and the FAULT led and OFF led are switched ON READY Green Converter is ready to supply load after the start-up procedure VOLT Green Displays output AMP Green Displays load current R Green fase R (U) is diplayed S Green fase S (V) is diplayed T Green fase T (w) is diplayed

4 SINGLE PHASE INPUT/OUTPUT (230Vac) Input Weight kg. GMM03/HP GMM03/HR : Vac 0-270Vac 50/60 (piastra) H420xL470xP240 (rack 19 4U-460) H180xL485xP GMM05/HP GMM05/HR ,5 4: Vac 0-270Vac 50/60 (piastra) H420xL470xP240 (rack 19 5U-460) H180xL485xP GMM07/HP GMM07/HR : Vac 0-270Vac 50/60 (piastra) H420Xl680xP xL485xP INPUT 110Va.c SINGLE PHASE / SINGLE PHASE OUTPUT (230Vac) Input GMM03R / : Vac Vac 50/60 24 GMM05R / ,5 4: Vac Vac 50/60 29 THREE PHASE INPUT / SINGLE PHASE OUTPUT (400Vac) Input GTM07P GTM07R : Vac 0-400Vac 50/60 (piastra) H420xL680xP GTM10P GTM10R : Vac 0-400Vac 50/60 (piastra) H810xL430xP GTM15P GTM15T : Vac 0-400Vac 50/60 (piastra) H810xL420xP270 (TOWER) H1100Xl550xP GTM25T : Vac 0-400Vac 50/60 (TOWER) H1600Xl600xP

5 THREE PHASE INPUT / THREE PHASE OUTPUT (470Vac) Input GTT09T X11 3X16.5 4: Vac 0-470Vac 50/60 (TOWER) H1100Xl550xP GTT15T X18.5 3X27.5 4: Vac 0-470Vac 50/60 (TOWER) H1100Xl550xP GTT21T X28 3X41.5 4: Vac 0-470Vac 50/60 (TOWER) H1100Xl550xP GTT30T X37 3X56 4: Vac 0-470Vac 50/60 (TOWER) H1100Xl550xP GTT45T X55 3X82.5 4: Vac 0-470Vac 50/60 Armadio 800x800 x h GTT60T X74 3X111 4: Vac 0-470Vac 50/60 Armadio 800x800 x h GTT80T X98 3X147 4: Vac 0-470Vac 50/60 Armadio 1000x800 x h GTT100T X123 3X : Vac 0-470Vac 50/60 Armadio 1000x800 x h Acceptable load unbalance with network neutral: up to 100% - without network neutral: 30% PLEASE ASK FOR A QUOTE FOR HIGHER RATINGS OR SPECIAL OUTPUT VOLTAGE FREQUENCIES

FN Series Scalable N+1 UPS 3kVA to 40kVA Tower

FN Series Scalable N+1 UPS 3kVA to 40kVA Tower FN Series Scalable N+ UPS kva to 0kVA Tower Advanced Features: * Parallel Units with a Single of up to 0kVA * True N+ Redundancy * ECO Mode: 97% Efficiency * DSP Double-Conversion On-line Sinewave Design