
EDVS is a complete voltage stabilizing system designed to meet modern advanced engineering equipment and computerized systems. Unlike many other traditional AVR or stabilizers’ producers offer, EDVS adopts precision-control technique of motorized variable autotransformer to correct fluctuations and allow stabilized voltage up to their rated value being supplied to connected equipment. The unique innovative design using square-sectional transformers reduces thermal losses resulting in a self-cooling system which not only provides high-efficiency output but also compact in construction and a small footprint.
EDVS support a wide range of single-phase voltages from 110 to 277VAC or three-phase voltages from 208 to 500VAC. Chassis can be configured for indoor or outdoor installation to support a wide range of applications.
SLC is a power conditioning device that is most effective when used with radio and TV transmitters, telephone systems, medical equipment, compressors, AC motors and machinery tools. Characterised by different voltage regulation techniques and power absorption capabilities, SLC (up to single-phase 8kVA or three-phase 24kVA) has built-in transient voltage suppressor circuit to cope with transient over-voltages originate from atmospheric discharges, high-attenuation isolation transformer to deal with common-mode noises, and EMI filtering circuit to suppress any transverse and common-mode interferences.
The two regulation technologies and wide power range makes SLC an ideal protective device to be installed at the distribution lines in a fail-safe power system.
EDLC is a power conditioning device that is most effective when used with radio and TV transmitters, telephone systems, medical equipment, compressors, AC motors and machinery tools. Characterised by different voltage regulation techniques and power absorption capabilities, EDLC (up to three–phase 800kVA) has built-in transient voltage suppressor circuit to cope with transient over-voltages originate from atmospheric discharges, high-attenuation isolation transformer to deal with common-mode noises, and EMI filtering circuit to suppress any transverse and common-mode interferences.
The two regulation technologies and wide power range makes EDLC an ideal protective device to be installed at the distribution lines in a fail-safe power system.