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Trent FSN480D40-LT, Solid State Relay, Single Phase 3-32VDC Control, 40A, 24-480VAC Load, In built RC Snubber and Transient Voltage Supppresion Features • Ratings from 25A to 125 Amp @ 24-530 VAC • SCR output for heavy industrial loads • Zero voltage or instantaneous turn-on outputs • CE Compliant to EN60950-1 • AC & DC control types • Direct bond copper substrate • EMC compliant to Level 3 • Direct power lead frame Spec TRENT Part Number FSN480D40-LT Switching Type Zero Crossing ROHS Yes (Details) Control Voltage 4-32VDC Load Current 40 Amp (rms) Surge Capability 500 Amp (peak) Special Feature None Mounting Style Panel Mount Load Voltage Range 24-530VAC EMC Compliant Level 3 Termination Style Screw Unit Weight 75g Factory Pack Qty 20   Datasheet Product Datasheet App Notes Why Use SSR's? The inside story Selecting a SSR DC Output SSR's Selecting a Suitable Heatsink Use of Thermal Interface Material How to Verify the Proper Heatsink Effect of Forced Air Cooling Fuse Protection of SSR's Overvoltage Protection "P" Option MOV SSR Reliability Whitepaper 3 Phase Motors and Heating Applications 3 Phase Motor Reversing How to test a SSR SSR Precautions SSR Life Expectancy MTBF ROHS & Reach Statement Heatsink SSR and Heatsink Assemblies

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Trent FSJ60D7-L, Solid State Relay, DC 4-32VDC control, 7A, 60VDC Maximum Load, Mosfet Output Features Ratings from 7A to 80 Amp @ 3-600VDC IGBT/Mosfet output for reliable DC switching Multiple modules can be wired in parallel for higher currents CE Compliant to EN60950-1 Improved SEMS screw and washer Redesigned housing with anti-rotation barriers Direct bond copper substrate EMC compliant to Level 3 Direct power lead frame Epoxy free design Spec TRENT Part Number FSJ60D7-L Switching Type DC Load Control Voltage 4-32VDC Load Current 7 Amp DC Surge Capability (10ms) 21 Amp DC Special Feature LED Indicator Mounting Style Panel Mount Load Voltage Range 60VDC EMC Compliant Level 3 Termination Style Screw Unit Weight 75g Factory Pack Qty 20   Datasheet Product Datasheet   App Notes Why Use SSR's? The inside story Selecting a SSR DC Output SSR's Selecting a Suitable Heatsink Use of Thermal Interface Material How to Verify the Proper Heatsink Effect of Forced Air Cooling Fuse Protection of SSR's Overvoltage Protection "P" Option MOV SSR Reliability Whitepaper 3 Phase Motors and Heating Applications 3 Phase Motor Reversing How to test a SSR SSR Precautions SSR Life Expectancy MTBF ROHS & Reach Statement Heatsink SSR and Heatsink Assemblies

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