3RW3017-1BB14 Siemens soft starter New Original plc module Plc Programming Controller module
1
MOQ
168-188$
Precio
CaracteristicasGaleríaDescripción de productoAhora Charle
Caracteristicas
Especificaciones
Marca:Siemens
Tipo de producto:Arranque 3RW3
Tiempo de entrega:3-5 días
Condición:100% nuevo original
Garantía:1 año
Servicio:Servicio único
Escenarios de aplicación:Automatización industrial
Envío por:DHL \ UPS \ FEDEX \ EMS \ TNT \ ARAMEX
Información básica
Nombre de la marca:Siemens
Model Number:3RW3017-1BB14
Pago y Envío Términos
Packaging Details:Original packaging
Delivery Time:3-7 days
Payment Terms:T/T
Galería
3RW3017-1BB14 Siemens soft starter New Original plc module Plc Programming Controller module
Descripción de producto
1. Main Specifications
Product Type
3RW3 Starter
Product Model
3RW3017-1BB14
rated operational voltage
200-480V
Product Dimensions
45 MM × 95 MM × 150 MM
Rated working current Ie (40 ° D Tu)
12.5 A
Rated ambient temperature (without loss reduction)
40°C
2. Key Selling Points
Compact Soft Starter: Part of the Siemens SIRIUS 3RW30 series, with a space-saving design that mounts directly on standard DIN rails or panels, ideal for smooth motor start/stop control in compact applications.
Suitable Rated Current: Rated operational current of 17 A (AC-53a), suitable for three-phase AC motors with high inrush currents, effectively reducing mechanical and electrical stress during startup.
Stepless Voltage Control: Uses thyristors to provide stepless control of motor voltage, enabling smooth acceleration and deceleration, minimizing mechanical wear and extending the life of motors and driven equipment.
Integrated Basic Protection: Built-in motor protection functions such as overload, phase-loss, and stall protection, allowing it to replace traditional thermal overload relays and simplify motor control circuits.
Plug-and-Play, Easy Integration: No complex programming required—basic parameters (e.g., start/stop mode, current limit) can be set via DIP switches on the front panel, enabling quick replacement of conventional starters and fast deployment in existing systems.