Siemens 3TS2700-0XM0 3TS Converter duty contactor

Here are the technical parameters of the Siemens 3TS2700-0XM0 3TS Converter duty contactor:

Rated Current: The rated current is 16A, which means it can continuously carry a current of 16A under normal operating conditions. It is applicable to circuits where the load current is within this range.

Control Coil Voltage: Usually, the control coil operates at 220V AC. This standard voltage allows for easy integration into most industrial power supply systems, ensuring reliable activation and de - activation of the contactor.

Rated Voltage: The rated insulation voltage is 690V, suitable for use in three - phase AC circuits with a maximum working voltage of 690V.

Frequency: It is designed for AC 50Hz or 60Hz power supply systems.

Auxiliary Contacts: It is equipped with 2 normally open (NO) and 2 normally closed (NC) auxiliary contacts. These auxiliary contacts are useful for various control and signaling purposes, such as providing feedback signals to indicate the contactor's status, enabling interlocking with other electrical components, or controlling additional related circuits.

Rated Impulse Strength: The rated impulse strength is 8kV, which means it has good transient over - voltage withstand capability and can protect the contactor from being damaged by voltage surges.

Overall Structure: The contactor adopts a direct - acting motion mechanism with double - break contacts and has three pairs of normally open main contacts. The contact support and the armature are elastically locked and connected, eliminating weak links. The action mechanism is flexible, and manual inspection is convenient. The compact structure design can prevent foreign matter and dust from entering the moving parts, and the wiring terminals are covered to prevent direct human contact with live parts.

Installation Method: The installation method can be either rail - mounted or screwed - down, providing flexibility in different installation scenarios. Compared with other similar products, it has a higher operating frequency and control capacity.