Pre Drilled SSR Heatsink
-
HS201, Panel Mount Heatsink, 27 Amp @ 40 Deg, 2°C/W
Crydom HS201, Panel Mount Heatsink , 27 Amp @ 40 Deg, 2°C/W Features DIN Rail or Panel Mount heat sink types Suitable for SSR Mounting Pre drilled for single or Dual SSR Black anodised for professional look Spec Crydom Part Number HS201 Mounting Type Panel Suitable SSR Rating 25, 40, 50 Amp Dimensions (without SSR) L:81mm x W:45mm x D:80mm Thermal Impedance 2°C/W Load Current @ 40 Deg C 28 Amp Load Current @ 50 Deg C 23 Amp Unit Weight 437g Factory Pack Qty 10  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
$61.54
$72.62 inclGST -
HS151, Panel Mount Heat sink, 40Amp @ 40 Deg, for 1 single Solid State Relay,
Crydom HS151, Panel Mount Heat sink for Solid State Relays Features DIN Rail or Panel Mount heat sink types Suitable for SSR Mounting Pre drilled for single or 3 phase SSR Black anodised for professional look Spec Crydom Part Number HS151 Mounting Type Panel Mount (or Din Rail with DRK1 clip) Suitable SSR Rating 40,50 Amp Dimensions (without SSR) L:152.4mm x W:152.4mm x 88.9mm Thermal Impedance 1.5°C/W Load Current @ 40 Deg C 40 Amp Load Current @ 50 Deg C 35 Amp Unit Weight 437g Factory Pack Qty 10 Datasheet Product Datasheet Mounted 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
$66.09
$77.99 inclGST -
HS122DR, Din Rail Mount Heatsink, 1.2 Deg C per Watt For 1 or 2 single phase Solid State Relay,
Free Aus Post Shipping for $300 SpendCrydom HS122DR, Din Rail Mount Heatsink for Solid State Relays, 1.2°C/W Features DIN Rail or Panel Mount heat sink types Suitable for SSR Mounting Pre drilled for 1 pr 2 single phase SSR Black anodised for professional look Spec Crydom Part Number HS122DR Mounting Type Din Rail Suitable SSR Rating 50 Amp Dimensions (without SSR) L:97mm x W:90mm x 86.5mm Thermal Impedance 1.2°C/W Load Current @ 40 Deg C 45 Amp Load Current @ 50 Deg C 37.5 Amp Unit Weight 437g Factory Pack Qty 10  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
-
HS053, Panel Mount Heatsink, 0.5 Deg C per Watt for up to three single phase, or one 3 phase Solid State Relay,
Free Aus Post Shipping for $300 SpendCrydom HS053, Panel Mount Heatsink, 0.5 Deg C per Watt for up to three single phase, or one 3 phase Solid State Relay, Features DIN Rail or Panel Mount heat sink types Suitable for SSR Mounting Pre drilled for 3 x single or 1 x 3 phase SSR Black anodised for professional look Spec Crydom Part Number HS053 Mounting Type Panel Mount Suitable SSR Rating 40/50 Amp Dimensions (without SSR) L:152.4mm x W:152.4mm x 88.9mm Thermal Impedance (°C/W) 0.5 Load Current @ 40 Deg C 82.5 Amp Load Current @ 50 Deg C 64 Amp Unit Weight 1510g Factory Pack Qty 10  Datasheet Product Datasheet Mounted Datasheet Notifications Please note Changes from Gen 3 to Gen 4 (current) package design here 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
