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Siemens SIRIUS 3RH1911-1GA22

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3RH1911-1GA22

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Siemens' part number 3RH1911-1GA22 from the SIRIUS series is an auxiliary switch block suited for various applications. This unit features screw-type terminals and offers a combination of normally open (N.O.) and normally closed (N.C.) contacts.

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Technical specifications for 3RH1911-1GA22

ManufacturerSiemens
Product TypeAuxiliary Switch Block
Product LineSIRIUS
Part Number3RH1911-1GA22
Terminal TypeScrew-type terminals
Number of N.O. Contacts2 N.O. Contacts
Number of N.C. Contacts2 N.C. Contacts
Mounting TypeFront snap-on mounting
Operating Current (AC-12) at 24V/230V10.0 A
Operating Current (AC-15) at 24 V6.0 A
Operating Current (AC-15) at 230 V6.0 A
Operating Current (AC-15) at 400 V3.0 A
Operating Current (AC-15) at 690 V1.0 A
Operating Current (DC-13) at 24 V6.0 A
Operating Current (DC-13) at 60 V2.0 A
Operating Current (DC-13) at 110 V1.0 A
Operating Current (DC-13) at 220 V0.3 A

The Siemens 3RH1911-1GA22 auxiliary switch block is designed to meet diverse control requirements. As part of the SIRIUS series, this component is equipped with screw-type terminals that facilitate secure connections. The switch block includes a setup of two normally open (N.O.) contacts and two normally closed (N.C.) contacts, allowing for flexible circuit designs.

With front snap-on mounting, installation is straightforward, ensuring an efficient setup process for various applications. In terms of performance, the device can handle different operating currents according to its voltage ratings:

  • At AC-12, it can manage up to 10.0 A at both 24 V and 230 V.
  • In AC-15 mode, it operates at 6.0 A for both 24 V and 230 V levels.
  • When dealing with 400 V, it supports up to 3.0 A, at 690 V, a maximum of 1.0 A is permissible.

For DC-13 applications, it efficiently manages 6.0 A at 24 V, reducing to 2.0 A at 60 V, 1.0 A at 110 V, and 0.3 A at 220 V. This broad range of operating currents indicates the switch block's versatility in handling various load demands, enhancing its applicability across different control systems.