3TH4382-0AG2
Siemens SIRIUS 3TH4382-0AG2 contactor-type auxiliary relay, 10-pole 8NO+2NC contacts, coil voltage AC110V compatible 50/60Hz dual frequency, rated current 10A, suitable for medium voltage AC control circuits.
Product Positioning
The 3TH4382-0AG2 belongs to the Siemens SIRIUS 3TH4 series. It uses 8 NO+2NC contacts and is equipped with an AC110V coil. It is also compatible with 50Hz and 60Hz power supply, making it suitable for medium-voltage AC control circuits.
Core Product Advantages and Features
8NO+2NC contact configuration
The 10-pole contacts consist of 8 normally open and 2 normally closed contacts, which can meet the contact expansion needs of most control panels.
AC110V Dual-Frequency Coil
The coil has a rated voltage of AC110V and is compatible with both 50Hz and 60Hz power supply frequencies.
Rated current 10A
Under AC-15 conditions, the contact current specification is 10A for 230V and 6A for 400V.
Compatible with 3TH4 series
Its appearance and wiring method are compatible with the 3TH4 contactor in the same series, which facilitates unified panel planning.
Recommend
Read More
3TH4382-0AN1
The Siemens SIRIUS 3TH4382-0AN1 contactor-type auxiliary relay features 10 poles with 8 NO + 2 NC contacts, a single-frequency design with a coil voltage of AC220V/60Hz, and a different power supply specification than the dual-frequency 0AN2 model. Please confirm your frequency requirements before purchasing.
Read More
3TH4382-0AD2
The Siemens SIRIUS 3TH4382-0AD2 contactor-type auxiliary relay features 10 poles with 8 NO + 2 NC contacts, a coil voltage of AC42V compatible with 50/60Hz dual frequency, and a rated current of 10A. It is suitable for low-voltage safety control circuits.
Read More
3TH4382-0AC2
The 3TH4382-0AC2 is a Siemens SIRIUS 3TH4 auxiliary contactor with a 10-pole contact structure (8 normally open + 2 normally closed). It is driven by an AC24V coil at 50/60Hz, features a double-bridge contact design with forced guidance characteristics, and is rated AC-15 400V/10A. It is suitable for mechanical interlocking and control circuit signal conversion.