XL-3D 480V
The USES® XL-3D 480v model line is designed for Delta and Wye distribution systems and can be adapted to any wire configuration. It is intended for 50 to 60 Hz applications and is safe to install with variable frequency drives or any other control equipment. The XL-3D model concentrates on power condition and kW reduction.
XL-3Y 480V
The USES® XL-3Y 480v model line is designed for Delta and Wye distribution systems and can be adapted to any wire configuration. It is intended for 50 to 60 Hz applications and is safe to install with variable frequency drives or any other control equipment. The XL-3D model concentrates on power condition and kW reduction.
XL-3D 208V
The USES® XL-3D 208v model line is designed for Delta and Wye distribution systems and can be adapted to any wire configuration. It is intended for 50 to 60 Hz applications and is safe to install with variable frequency drives or any other control equipment.
XL-3Y 208V
The USES® XL-3Y 208v product line is designed for Wye or four wire distribution systems and can be adapted to any wire configuration. It is intended for 50 to 60Hz applications and is safe to install with veriable frequency drives or any control system. In addition to the XL-3D model benifits, the XL-3Y model provides neutral line surge protection and neutral line current reduction. The XL-3Y model is perfect for the facility that may experience poorer than normal power quality issues.
XL-3D 600V
The USES® XL-3D 600v model line is designed for Delta and Wye distribution systems and can be adapted to any wire configuration. It is intended for 50 to 60 Hz applications and is safe to install with veriable frequency drives or any control systems. The XL-3D model concentrates on power condition, surge protection and kW reduction.
XL-3Y 600V
The USES® XL-3Y 600v product line is designed for Wye or four wire distribution systems and can be adapted to any wire configuration. It is intended for 50 to 60Hz applications and is safe to install with veriable frequency drives or any control system. In addition to the XL-3D model benifits, the XL-3Y model provides neutral line surge protection and neutral line current reduction. The XL-3Y model is perfect for the facility that may experience poorer then normal power quality issues.
XL-1 120V/240V
The USES® XL-1 model is specifically designed for the 50 to 60 Hz single phase commercial or large residential customer that requires the USES® power conditioning , surge protection, and power factor correction at single phase levels above our XL-R residential model.
X-R 120V/240V
The USES® XL-R 240v model is a compact, one-size-fits-all system intended for residential use. The XL-R reduces kW demand, kWh energy and cost while improving power quality and condition for residential customers along with the USES® superior surge protection.
XL-3D 400V
The USES® XL-3D 400v model line is designed for Delta and Wye distribution systems and can be adapted to any wire configuration. It is intended for 50 to 60 Hz applications and is safe to install with veriable frequency drives or any control systems. The XL-3D model concentrates on power condition, surge protection and kW reduction. Please see more details below.
XL-3Y 400V
The USES® XL-3Y 400v product line is designed for Wye or four wire distribution systems and can be adapted to any wire configuration. It is intended for 50 to 60Hz applications and is safe to install with variable frequency drives or any control system. In addition to the XL-3D model benefits, the XL-3Y model provides neutral line surge protection and neutral line current reduction. The XL-3Y model is perfect for the facility that may experience poorer then normal power quality issues.
XLU-3D 400, 480V
The USES® XLU-3D 400 and 480v model line is designed for Delta and Wye distribution systems and can be adapted to any wire configuration. It is intended for 50 to 60 Hz applications and is safe to install with veriable frequency drives or any control systems. The XLU-3D model concentrates on power condition, surge protection and kW reduction. Please see more details below.