Electromagnetic contactor | 1NO | 50A | 24VDC | IP50

When the contactor coil is supplied with 24 V DC, the electromagnetic system closes the main normally open contact and allows a separate DC load circuit to be controlled. This design makes it possible to switch a higher-current DC circuit using a low-power control signal.

The specified 50 A rated contact current applies to the DC-1 utilisation category. It should not be interpreted as the permissible current for every possible DC load. Motors, solenoids, capacitive loads, inverters and other loads may have high starting or switching currents, therefore the contactor must be selected according to the actual load characteristics.

The contactor has an IP50 degree of protection. The first digit “5” indicates protection against dust ingress in quantities that could interfere with normal operation of the device. The second digit “0” indicates that no protection against water is specified under the IP classification.

The 7Ie, ≤1 s parameter describes a short-term switching or starting load and must not be interpreted as permission to operate the contactor continuously at this current.

• 24 V DC control coil.
• 50 A rated contact current according to DC-1.
• Contact circuit up to 80 V DC.
• 1NO main contact.
• AgCu(10)/Cu contact material.
• Thermosetting BMC housing.
• IP50 degree of protection.
• 300,000 mechanical cycles.
• Bolt mounting.

• Designed for DC circuits.
• Convenient 24 V DC control.
• 50 A DC-1 switching current.
• Compact electromagnetic design.
• High mechanical endurance – up to 300,000 cycles according to the provided data.
• IP50 protection against dust ingress that could interfere with operation.
• Suitable for various battery-powered and industrial DC systems.

• The 50 A current rating is specified according to the DC-1 utilisation category and is not suitable for every type of load.
• Rated contact voltage – maximum 80 V DC.
• IP50 does not provide water protection.
• For inductive, motor or capacitive loads, the actual starting and switching currents must be evaluated.
• The 7Ie parameter is a short-term rating, not a continuous load rating.
• Exact terminal numbering must be checked against the wiring diagram of the specific product.

The control coil voltage is 24 V DC.

50 A according to the DC-1 utilisation category.

According to the provided specification – up to 80 V DC.

One normally open main contact – 1NO.

This cannot be determined from the 50 A DC-1 rating alone. A DC motor is an inductive load and may draw significantly higher current during startup. The contactor must be selected according to the actual motor starting current, operating current, switching current and the utilisation category specified by the manufacturer.

No. In the IP50 classification, the second digit “0” indicates that no protection against water is specified.

The contactor is a switching device, not a short-circuit protective device. The DC circuit must include separate suitable short-circuit and overcurrent protection selected according to the conductors, power source and connected load.

Before selecting the contactor for motors, inverters, UPS systems, electromagnetic or other inductive and capacitive loads, the actual starting and switching currents must be evaluated. The 50 A DC-1 rated current alone is not sufficient to confirm suitability for a complex load.