Schneider Electric DOL Starter, DOL, 9 kW, 690 V ac, 3 Phase, IP40

50 - In Stock pcs
Price:
£ 71.51
Units Per Unit Price
1 + £ 71.51
  • secure-payment
  • visa
  • american-express
  • master-card
  • opayo

Product Specification

Product Attributes
Power Rating 9 kW
Motor Starter Type DOL
Range TeSys
Voltage Rating 690 V ac
Phase 3
IP Rating IP40
Number of Poles 3P
Overall Length 45mm
Overall Width 66mm
Hazardous Area Certification ATEX
Series LUCA
Better World Verification Green Premium
Overall Depth 60mm
Better World Product Yes
Standards Met ATEX, CCC, CE, CSA, EAC, UL

More Information

Schneider Electric TeSys Direct On-Line Starter Controller, 690V AC, 9kW - LUC Series - LUCA12BL Choose this general-purpose motor starter from Schneider Electric's TeSys range for motors that run in one direction at a single speed. It controls ignition and switch-off and includes thermal overload and short-circuit protection. This plug-in module lets you assemble and wire the device before selecting your motor-protection parameters for ease of use. Reduced wiring means faster panel building times to improve the overall efficiency of your control system. This versatile motor starter is useful for a wide variety of direct on-line (DOL) starting applications. Features & Benefits • Plug-and-play functionality for improved flexibility and easy upgrading
• Includes protection against phase failure and phase imbalances for improved reliability
• Allows for fast return to service after a short-circuit fail to optimise productivity
• IP40 (ingress protection) rated enclosure that's protected against tools and wires larger than 1mm Applications • Pumps and turbines
• Medical and pharmaceutical industries
• Automotive industry What are the main elements in a motor starter? A motor starter consists of two main elements – a contactor and overload protection. The contactor controls the flow of electric current to a motor to repeatedly establish and interrupt an electrical power circuit. Overload protection ensures the motor doesn't draw too much current, which could otherwise result in burnout.

Similar Products

Loading products...