Slovensky
English
Polski
SIEMENS
SIEMENS 1PS5280-5BH..-6BA0
MEDIUM VOLTAGE MOTOR KL LOHER TYPE: DJSW-280LB-04 NETWORK OPERATING M. RUNDDRAHTWICKL. STANDARD ROTOR EX DE II C / EX D II (C) DESIGN
Mehr erfahren
SIEMENS 1PS5281-5BH..-3AA0
MEDIUM VOLTAGE MOTOR KL LOHER TYPE: DJSW-280LC-02 NETWORK OPERATING M. RUNDDRAHTWICKL. STANDARD ROTOR EX DE II C / EX D II (C) DESIGN
Mehr erfahren
SIEMENS 1PS5281-5BH..-3BA0
MEDIUM VOLTAGE MOTOR KL LOHER TYPE: DJSW-280LC-04 NETWORK OPERATING M. RUNDDRAHTWICKL. STANDARD ROTOR EX DE II C / EX D II (C) DESIGN
Mehr erfahren
SIEMENS 1PS5281-5BH..-4AA0
MEDIUM VOLTAGE MOTOR KL LOHER TYPE: DJSW-280LC-02 NETWORK OPERATING M. RUNDDRAHTWICKL. STANDARD ROTOR EX DE II C / EX D II (C) DESIGN
Mehr erfahren
SIEMENS 1PS5281-5BH..-4BA0
MEDIUM VOLTAGE MOTOR KL LOHER TYPE: DJSW-280LC-04 NETWORK OPERATING M. RUNDDRAHTWICKL. STANDARD ROTOR EX DE II C / EX D II (C) DESIGN
Mehr erfahren
SIEMENS 1PS5281-5BH..-5AA0
MEDIUM VOLTAGE MOTOR KL LOHER TYPE: DJSW-280LC-02 NETWORK OPERATING M. RUNDDRAHTWICKL. STANDARD ROTOR EX DE II C / EX D II (C) DESIGN
Mehr erfahren
SIEMENS 1PS5281-5BH..-5BA0
MEDIUM VOLTAGE MOTOR KL LOHER TYPE: DJSW-280LC-04 NETWORK OPERATING M. RUNDDRAHTWICKL. STANDARD ROTOR EX DE II C / EX D II (C) DESIGN
Mehr erfahren
SIEMENS 1PS5281-5BH..-6AA0
MEDIUM VOLTAGE MOTOR KL LOHER TYPE: DJSW-280LC-02 NETWORK OPERATING M. RUNDDRAHTWICKL. STANDARD ROTOR EX DE II C / EX D II (C) DESIGN
Mehr erfahren
SIEMENS 1PS5281-5BH..-6BA0
MEDIUM VOLTAGE MOTOR KL LOHER TYPE: DJSW-280LC-04 NETWORK OPERATING M. RUNDDRAHTWICKL. STANDARD ROTOR EX DE II C / EX D II (C) DESIGN
Mehr erfahren
SIEMENS 1PS5283-0BD..-4AA0
LOW VOLTAGE MOTOR KL LOHER TYPE: DNGW-280MG-02 POWER OPERATING NORMAL ROTOR EX DE II C / EX D II (C) DESIGN IC411 BG 280 2-PI
Mehr erfahren
SIEMENS 1PS5283-0BD..-4BA0
LOW VOLTAGE MOTOR KL LOHER TYPE: DNGW-280MG-04 NETWORK OPERATING NORMAL ROTOR EX DE II C / EX D II (C) DESIGN IC411 BG 280 4-
Mehr erfahren
SIEMENS 1PS5283-0BD..-4CA0
LOW VOLTAGE MOTOR KL LOHER TYPE: DNGW-280MG-06 NETWORK OPERATING NORMAL ROTOR EX DE II C / EX D II (C) DESIGN IC411 BG 280 6-
Mehr erfahren
SIEMENS 1PS5283-0BD..-4DA0
LOW VOLTAGE MOTOR KL LOHER TYPE: DNGW-280MG-08 POWER OPERATING NORMAL ROTOR EX DE II C / EX D II (C) DESIGN IC411 BG 280 8-PI
Mehr erfahren
SIEMENS 1PS5283-0BD..-4NA0
LOW VOLTAGE MOTOR KL LOHER TYPE: DNGW-280MG-42 NETWORK OPERATING NORMAL ROTOR EX DE II C / EX D II (C) DESIGN IC411 BG 280 4/
Mehr erfahren
SIEMENS 1PS5283-0BD..-4PA0
LOW VOLTAGE MOTOR KL LOHER TYPE: DNGW-280MG-64 SYSTEM OPERATING NORMALLY ROTOR EX DE II C / EX D II (C) DESIGN IC411 BG 280 6
Mehr erfahren
SIEMENS 1PS5283-0BD..-4QA0
LOW VOLTAGE MOTOR KL LOHER TYPE: DNGW-280MG-84 SYSTEM OPERATING NORMALLY ROTOR EX DE II C / EX D II (C) DESIGN IC411 BG 280 8
Mehr erfahren
SIEMENS 1PS5283-0BD..-4RA0
LOW VOLTAGE MOTOR KL LOHER TYPE: DNGW-280MG-86 NETWORK OPERATING NORMAL ROTOR EX DE II C / EX D II (C) DESIGN IC411 BG 280 8/
Mehr erfahren
SIEMENS 1PS5283-0BF..-4AA0
LOW VOLTAGE MOTOR KL LOHER TYPE: DNLW-280MG-02 SYSTEM OPERATING STANDARD ROTOR FREMDBEL. EX DE II C T4 / EX D II C T4 DESIGN
Mehr erfahren
SIEMENS 1PS5283-0BF..-4BA0
LOW VOLTAGE MOTOR KL LOHER TYPE: DNLW-280MG-04 NETWORK OPERATING STANDARD ROTOR FREMDBEL. EX DE II C T4 / EX D II C T4 DESIGN
Mehr erfahren
SIEMENS 1PS5283-0BF..-4CA0
LOW VOLTAGE MOTOR KL LOHER TYPE: DNLW-280MG-06 SYSTEM OPERATING STANDARD ROTOR FREMDBEL. EX DE II C T4 / EX D II C T4 DESIGN
Mehr erfahren
SIEMENS 1PS5283-0BF..-4DA0
LOW VOLTAGE MOTOR KL LOHER TYPE: DNLW-280MG-08 LINE OPERATING STANDARD ROTOR FREMDBEL. EX DE II C T4 / EX D II C T4 DESIGN IC
Mehr erfahren
SIEMENS 1PS5283-0BF..-4NA0
LOW VOLTAGE MOTOR KL LOHER TYPE: DNLW-280MG-42 SYSTEM OPERATING STANDARD ROTOR FREMDBEL. EX DE II C T4 / EX D II C T4 DESIGN
Mehr erfahren
SIEMENS 1PS5283-0BF..-4PA0
LOW VOLTAGE MOTOR KL LOHER TYPE: DNLW-280MG-64 SYSTEM OPERATING STANDARD ROTOR FREMDBEL. EX DE II C T4 / EX D II C T4 DESIGN
Mehr erfahren
SIEMENS 1PS5283-0BF..-4QA0
LOW VOLTAGE MOTOR KL LOHER TYPE: DNLW-280MG-84 SYSTEM OPERATING STANDARD ROTOR FREMDBEL. EX DE II C T4 / EX D II C T4 DESIGN
Mehr erfahren