Documentos Técnicos
Especificaciones
Brand
SiemensCorriente Nominal
1,25 → 6,3 A
Componente de Protección del Motor
Unidad Básica
Tensión de Alimentación
115 V ac
Sistema de Protección del Motor
SIMOCODE-DP
Número de Entradas
4
Salida
4
Sensing Type
Thermistor
Longitud Global
85mm
Anchura Total
70mm
Profundidad total
132.5mm
Temperatura Mínima de Operación
-20°C
Temperatura de Funcionamiento Máxima
+60°C
Datos del producto
Simocode Motor Protection System
The Simocode provides a motor control solution within a fully integrated Profibus DP-based system. It is a programmable electronic overload device that is capable of protecting AC motors by monitoring motor phase current and winding temperature. Contactor control is achieved via output relays, with serial communication via a Profibus bus system. The device is typically used in a Motor Control Centre (MCC) to provide intelligent control.,The Simocode can be used as part of a larger control system, enabling the motor control functions to be monitored and controlled from a remote location. The Simocode can also be used as an independent protection device without needing to communicate to a higher level system. It contains all the necessary programmable logic functions to protect the motor and control the local starter components.
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Documentos Técnicos
Especificaciones
Brand
SiemensCorriente Nominal
1,25 → 6,3 A
Componente de Protección del Motor
Unidad Básica
Tensión de Alimentación
115 V ac
Sistema de Protección del Motor
SIMOCODE-DP
Número de Entradas
4
Salida
4
Sensing Type
Thermistor
Longitud Global
85mm
Anchura Total
70mm
Profundidad total
132.5mm
Temperatura Mínima de Operación
-20°C
Temperatura de Funcionamiento Máxima
+60°C
Datos del producto
Simocode Motor Protection System
The Simocode provides a motor control solution within a fully integrated Profibus DP-based system. It is a programmable electronic overload device that is capable of protecting AC motors by monitoring motor phase current and winding temperature. Contactor control is achieved via output relays, with serial communication via a Profibus bus system. The device is typically used in a Motor Control Centre (MCC) to provide intelligent control.,The Simocode can be used as part of a larger control system, enabling the motor control functions to be monitored and controlled from a remote location. The Simocode can also be used as an independent protection device without needing to communicate to a higher level system. It contains all the necessary programmable logic functions to protect the motor and control the local starter components.