Bussmann dual element time delay fuse provide motor overload and short circuit protection.permit the use of smaller and less costly switches;Better short circuit component protection(Current limiting). FNQ-R-2, SC-1. etc
Bussmann Catalog No. | Description |
TCF10 | 10A FUSE ASSY, Bussmann fuse AC600V/DC300V |
TCF100 | Bussmann CUBE FUSE 100AMP AC600V/DC300V |
TCF100RN | CUBE FUSE 100 AMP NON-INP AC600V/DC300V Bussmann time delay fuse |
TCF10RN | Bussmann time delay CUBE FUSE 10 AMP NON-INP AC600V/DC300V |
TCF15 | CUBE FUSE Bussmann 15 AMP AC600V/DC300V time delay, fuse class J |
TCF15RN | CUBE FUSE 15 AMP 600VAC/300VDC NON-INP Bussmann class J |
TCF17-1/2 | 600VAC/300VDC 17-1/2 AMP Bussmann CUBE FUSE |
TCF17-1/2RN | 17-1/2 AMP 600VAC/300VDC Bussmann time delay CUBE FUSE, NON-INP |
TCF1RN | 600VAC/300VDC 1 AMP Bussmann slow blow CUBE FUSE NON-INP |
TCF20 | CUBE FUSE Bussmann 20 AMP 600VAC/300VDC time delay |
TCF20RN | Bussmann slow blow CUBE FUSE 20 AMP 600VAC/300VDC NON-INP |
TCF25 | 25 AMP 600VAC/300VDC Bussmann time delay CUBE FUSE |
TCF25RN | CUBE FUSE 25 AMP NON-INP 600VAC/300VDC |
TCF30 | CUBE time delay FUSE 30 AMP 600VAC/300VDC |
TCF30RN | Slow blow CUBE FUSE 30 AMP NON-INP 600VAC/300VDC Eaton Bussmann |
TCF35 | CUBE time delay FUSE 35 AMP 600VAC/300VDC Eaton fuse |
TCF35RN | Bussmann CUBE FUSE 35 AMP 600VAC/300VDC NON-INP |
TCF3RN | Time delay CUBE FUSE 3 AMP 600VAC/300VDC NON-INP |
TCF40 | CUBE FUSE 40 AMP DC300V_AC600V_Bussmann time delay fuse |
TCF40RN | Time delay fuse_Bussmann_ 40 AMP_DC300V_AC600V_NON-INP_CUBE FUSE |
TCF45 | CUBE FUSE _ 45 AMP_DC300V_AC600V_Bussmann |
TCF45RN | CUBE FUSE 45 AMP_DC300V_AC600V_ NON-INP |
TCF50 | DC300V_AC600V_ 50 AMP_Bussmann_class J_Time delay_CUBE FUSE |
TCF50RN | 50 AMP_DC300V_AC600V_ Bussmann_CUBE FUSE _NON-INP |
TCF6 | 6AMP_DC300V_AC600V_ FUSE Assembly |
TCF60 | Time delay_CUBE FUSE_ 60 AMP__Bussmann_DC300V_AC600V |
TCF60RN | DC300V_AC600V_60 AMP_CUBE FUSE _NON-INP |
TCF6RN | Bussmann_Slow blow_CUBE FUSE_6 AMP_DC300V_AC600V_NON-INP |
TCF70 | Bussmann CUBE FUSE 70 AMP_DC300V_AC600V |
TCF70RN | PCB fuse_time delay_CUBE FUSE _70 AMP_DC300V_AC600V_ NON-INP |
TCF80 | Bussmann slow blow CUBE FUSE 80 AMP_DC300V_AC600V_ PCB mount fuse |
TCF80RN | Slow melting fuse_CUBE FUSE_80 AMP_DC300V_AC600V_NON-INP |
TCF90 | CUBE FUSE _fuse ratings_90 AMP_DC300V_AC600V_ PCB fuse |
TCF90RN | Bussmann_Safe fuse_CUBE FUSE 90 AMP_DC300V_AC600V_ NON-INP |
TCFH100N | Safe fuse_Time delay_CUBE FUSE _100 AMP_DC300V_AC600V_ HOLDER HIGH PROFILE |
TCFH30N | Slow blow fuse_CUBE FUSE HOLDER_30 AMP_DC300V_AC600V |
TCFH60 | CUBE FUSE HOLDER REPLACED BY TCFH60N |
TCFH60N | Bussmann CUBE FUSE HOLDER 60 AMP_DC300V_AC600V |
The world's first finger-safe industrial fuse system
The true dual element fuse structure has a minimum delay of 10 seconds at 500% rated value.
Long delay minimizes troublesome open circuits due to short-term overload and transient surge
Meet UL J class delay electrical performance requirements.
High interruption capacity to safely cut faults up to 300,000A.
Quick response to damaging faults reduces destructive thermal and magnetic stress.
Permanent open fuse indication.
Designed into a world-class product that is accepted and specified in the national standard.
The smallest feet of all power-level fuses include category J, CC, T and RK.
Meets the requirements of IEC 60529 for IP-20 finger safety specifications.
There is no arc or molten metal and gas discharge when opening.
Strongly withstand cycles and inrush current.
The passing current is low in the fault state.
When the specifications are properly selected, it provides TYPE 2 element loss protection for the IEC motor starter.
Low power consumption reduces power consumption and lowers operating temperature.
The size and current specifications of the conventional Class J fuse housing.
Dovetail fuse holder structure facilitates the mechanical connection of multiple fuses.
30 and 60A fuse holders can be mechanically connected together.
The 30A fuse can be inserted into the 60A seat without a matching device.
35mm DIN rail and bottom plate installation form.
The wire port of the fuse holder is a double wire specification.
Bussmann dual element time delay fuse provide motor overload and short circuit protection.permit the use of smaller and less costly switches;Better short circuit component protection(Current limiting). FNQ-R-2, SC-1. etc
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