Siemens Indus.Sector Reversing Combination 3RA2316-8XB30-1BB4
6 pieces in stock at supplier
Product details
Siemens digital industrial reversing combination 3RA2316-8XB30-1BB4
Manufacturer: Siemens Digital Industries
Designation: Reversing combination 4 kW/400 V 24 VDC S00
Type: 3RA2316-8XB30-1BB4
Function: Reversing contactor
Rated control supply voltage Us at AC 50 Hz: 0 V
Rated control supply voltage Us at AC 60 Hz: 0 V
Rated control supply voltage Us at DC: 24 V
Voltage type for operation: DC
Rated operational current Ie at AC-3, 400 V: 9 A
Rated operational power at AC-3, 400 V: 4 kW
Rated operational power NEMA: 3.67749374 kW
Number of NO contacts as main contacts: 3
Connection type main circuit: Screw connection
Protection class (IP): IP20
Protection class (NEMA): Other
Further details:
Reversing combination AC-3, 4 kW/400 V, DC 24 V, 3-pole, size S00. Screw connection with electrical and mechanical interlocking. Reversing combination SIRIUS 3RA23 for switching motors, including change of direction of rotation. The reversing combination 3RA23 is a tested and factory-assembled combination of two contactors 3RT2 of the same rating, which are already wired and mechanically and electrically interlocked. They are climate-proof, approved worldwide (e.g., IEC and UL/CSA), and IE3/IE4 ready. 3RA23 reversing combinations are available with AC and DC actuation in sizes S00 to S3. They are offered in screw and spring-cage connection technology for mounting on top-hat rails or screw mounting. The accessories of the 3RT2 contactors are uniform for all sizes and can also be used for the contactor combinations. The 3RA23 reversing combinations replace the proven 3RA13 series. Simple, efficient, always up-to-date - the SIRIUS modular system.
EAN: 4011209835696.
Item number | 30127200 |
Manufacturer | Siemens |
Category | Home automation |
Manufacturer no. | 3RA2316-8XB30-1BB4 |
Release date | 25.4.2023 |
Manufacturer Type | 3RA2316-8XB30-1BB4 |
mounting style | Top-hat rail |
Power | 4000 W |
Power supply | Electrical connection |
Country of origin | China |
CO₂-Emission | |
Climate contribution |