Procurement Zone

3RU2116-0JB1 thermal overload relay, current setting 0.7~1.0A, S00 size, screw terminal, independent mounting type, suitable for overload protection of small motor circuits.

The 3RU2116-0JB0 thermal overload relay has a current setting of 0.7~1.0A, S00 size, screw terminals, and can be directly mounted on a 3RT contactor, allowing for quick and space-saving installation.

3RU2116-0HB1 thermal overload relay, current setting 0.55~0.80A, S00 size, screw terminal, independent mounting type, suitable for low power motor circuit protection.

The 3RU2116-0HB0 thermal overload relay has a current setting of 0.55~0.80A, S00 size, screw terminals, and can be directly mounted on a 3RT contactor, saving installation space.

3RU2116-0GB0 thermal overload relay, current setting 0.45~0.63A, S00 size, screw terminal, direct mounting to 3RT contactor, with trip indication and manual/automatic reset.

The 3RU2116-0FJ0 thermal overload relay has a current setting of 0.35~0.50A, is S00 size, and features a crimp terminal (ear) type main circuit for direct mounting on a 3RT contactor.

The 3RU2116-0FB0 thermal overload relay has a current setting of 0.35~0.50A, S00 size, screw terminals, and is directly mounted on a 3RT contactor. This is the lowest-end option for this current range.

The SIRIUS 3RU2116 series thermal overload relay, model 3RU2116-0EB0, with S00 frame size, current setting range of 0.28-0.40 amps, Class 10 tripping rating, can be directly connected to the 3RT20 series contactor, providing motor overload and phase loss protection, and is suitable for various three-phase motor circuits.

The SIRIUS 3RU2116 series thermal overload relay, model 3RU2116-0DB0, with S00 frame size, current setting range of 0.22-0.32 amps, Class 10 tripping rating, can be directly connected to the 3RT20 series contactor, providing motor overload and phase loss protection, and is suitable for various three-phase motor circuits.

The SIRIUS 3RU2116 series thermal overload relay, model 3RU2116-0CB0, with S00 frame size, current setting range of 0.18-0.25 amps, Class 10 tripping rating, can be directly connected to the 3RT20 series contactor, providing motor overload and phase loss protection, and is suitable for various three-phase motor circuits.

The SIRIUS 3RU2116 series thermal overload relay, model 3RU2116-0BB0, with S00 frame size, current setting range of 0.14-0.20 amps, Class 10 tripping rating, can be directly connected to the 3RT20 series contactor, providing motor overload and phase loss protection, and is suitable for various three-phase motor circuits.

The SIRIUS 3RU2116 series thermal overload relay, model 3RU2116-0AB0, with S00 frame size, current setting range of 0.11-0.16 amps, Class 10 tripping rating, can be directly connected to the 3RT20 series contactor, providing motor overload and phase loss protection, and is suitable for various three-phase motor circuits.

The SIRIUS 3RU1926-3AA01 is a dedicated independent mounting bracket for S0 size relays, suitable for 3RU11 and 3RB10 series thermal overload relays. It is used in applications where a contactor is not mounted and a separate, fixed installation is required. The main circuit uses screw terminals. This product is discontinued; the subsequent model is 3RU2926-3AA01. Please pay attention to compatibility when purchasing.

The SIRIUS 3RU1900-2AM71 is an electronic remote control reset module with a rated voltage of 220...250 V AC/DC. It is suitable for 3RU series S00 to S3 size thermal overload relays. When installed on the relay, it can realize the remote reset function, reduce the number of times personnel need to inspect the field panel, and improve the maintenance efficiency of the motor control system.

The SIRIUS 3RU1900-2AF71 is an electronic remote control reset module with a rated voltage of 110...127 V AC/DC. It is suitable for 3RU series S00 to S3 size thermal overload relays. When installed on the relay, it can realize the remote reset function, reduce the number of times personnel need to inspect the field panel, and improve the maintenance efficiency of the motor control system.