Isomatic produces a range converters single-phase to three-phase AC voltage. They are suitable for the needs of agricultural farms, workshops, small workshops, etc., everywhere where there is no three-phase AC power.

MODELS:

APLICATIONS:

BOOSTER E :

Booster E is able to start several motors simultaneously, even under load. With Booster is reached nominal engine speed very quickly, keep it short and loads. This unique converter is doing well with the hardest and toughest applications: cutting lathes without clutch, hydraulic systems, freezing units, balancers, compressors and mechanisms with frequent starts and reverse modes.

OPERATING IN HEAVY MODES OF OPERATION

When the motor is placed under load or when the engine is loaded with a heavy load, Booster instantly compensate for the additional load, generating two times current. Booster is allowed short 6-fold overload. Booster is doing well with an engine load, engine momentum, pumps, compressors and other mechanisms that have difficulty starting. Booster is triggered: cranes, conveyors and lifting equipment put into operation under load. Due to the higher input currents require a more powerful power supply phase of the Booster E.

EFFICIENCY

Booster E can be likened to a transformer. It is most effective when it is loaded between 30-70% of maximum power. Efficiency is then approximately 95%. Above and below this range, efficiency is considerably lower. At engine idling Booster will consume about 3% of the nominal power.

RELIABILITY

Booster converters require no maintenance. The internal motor-generator is not brushless, bearings do not require lubrication. Booster no components with a limited lifetime as electric plugs, switches or electrolytic capacitors. Internal logic circuit is CMOS, which is not affected by the worst regimes. Convertors are insensitive to interference and voltage variations on single-phase supply network.

WELDING EQUIPMENT

Booster are designed for the most efficient release of asynchronous motors. The welding device also may be supplied, but should be selected converter, whose output is 50% greater than the input power of the welding device.

BASIC PARAMETERS

Booster E4 – Converter 1 in 3 phases (0 to 4 kW), weight 75 kg, size 625 mm x 335 mm x 365 mm high.
Power single-phase 220 - 230V ~ current consumption at 4 kW = 18 A
Fuse or power switch 25 A (due to booting of capacitors)

Booster E8 – Converter 1 in 3 phases (0 to 8 kW), weight 120 kg.
Power single-phase 220 - 230V ~ current consumption at 8 kW = 36 A
Fuse or power switch 50 A ( due to booting of capacitors )

Booster E12 – Converter 1 in 3 phases (0 to 12 kW), weight 140 kg.
Power single-phase 220 - 230V ~ current consumption at 12 kW = 54 A
Fuse or power switch 75 A ( due to booting of capacitors )

Booster E16 – Converter 1 in 3 phases (0 to 16 kW), weight 170 kg.
Power single-phase 220 - 230V ~ current consumption at 16 kW = 70 A
Fuse or power switch 100 A ( due to booting of capacitors )

Booster E32 – Converter 1 in 3 phases (0 to 32 kW), weight 320 kg.
Power single-phase 220 - 230V ~ current consumption at 32 kW = 140 A
Fuse or power switch 200 A ( due to booting of capacitors )