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Supporting Manufacturer Information

100W series

Caddock MP9100 Series

TO-247 style Kool-Pak® power through-hole resistor
Heat sink mountable design featuring an exposed ceramic heat dissipating mounting surface
Non-inductive design
Constructed with Caddock’s Micronox® resistance film technology
Maximum voltage rating is limited by the power
Operation up to +175°C case temperature

RARA IRF100

Flat type metal clad wire wound resistor
Resistance options from 1Ω up to 1.1kΩ
Power rating of 100W (on a heat sink)
Tolerance options between ±0.5% and ±10.0%
TCR of +260 ppm/°C maximum
For UL Approval see the ULF Series

RARA IRH100

Metal clad wire wound resistor
Option of flying leads (tab terminals are standard)
Inductive or non-inductive design
Insulation resistance of 20MΩ minimum
Temperature range of -55°C up to +200°C
Extruded aluminium horizontal housing
Short time overload of 10 x power rating is 5 seconds

RARA IRN100

Flat and narrow type metal clad wire wound resistor
Cement or silicone filling material with an extruded aluminium housing
300mm flying leads
Excellent heat dissipation
Insulation resistance of 20MΩ minimum
Temperature range of -55°C up to +200°C (cement) / +150°C (silicone)
Short time overload of 5 x power rating is 5 seconds

RARA IRV100

Metal clad wire wound resistor
Option of flying leads (tab terminals are standard)
Inductive or non-inductive design
Insulation resistance of 20MΩ minimum
Temperature range of -55°C up to +200°C
Extruded aluminium vertical housing
Short time overload of 10 x power rating is 5 seconds

RARA UHPS

4-terminal shunt resistor
Resistance options of 0.2mΩ and 1mΩ
Tolerances of ±0.05% to ±1%
TCR of ±10 ppm/°C
Power rating of 100W (on a suitable heat sink)
Temperature range from -55°C to +100°C

RARA ULF100C

Flat type metal clad wire wound resistor
Resistance options from 1Ω up to 1.1kΩ
Power rating of 100W (on a heat sink)
Tolerance options between ±0.5% and ±10.0%
TCR of +260 ppm/°C maximum
For Non UL Approval see the IRF Series

RARA ULH100

Metal clad wire wound resistor
Option of flying leads (tab terminals are standard)
Inductive or non-inductive design
Insulation resistance of 20MΩ minimum
Temperature range of -55°C up to +200°C
Extruded aluminium horizontal housing
UL approved
Short time overload of 10 x power rating is 5 seconds

RARA ULN100C

Narrow and Flat type metal clad wire wound resistor
Resistance options from 1Ω up to 1.1kΩ
Power rating of 100W (on a heat sink)
Tolerance options between ±0.5% and ±10.0%
TCR of +260 ppm/°C maximum
For Non UL Approval see the IRN Series

RARA ULV100

Metal clad wire wound resistor
Option of flying leads (tab terminals are standard)
Inductive or non-inductive design
Insulation resistance of 20MΩ minimum
Temperature range of -55°C up to +200°C
Extruded aluminium vertical housing
UL approved
Short time overload of 10 x power rating is 5 seconds

Susumu HPT Series

Surface-mount high power thin film chip terminator
Rated operating temperature of +100°C at terminal
Wrap around terminals for easy and reliable soldering
Aluminum nitride substrate
Efficient heat dissipation

Caddock MP9100 Series

TO-247 style Kool-Pak® power through-hole resistor
Heat sink mountable design featuring an exposed ceramic heat dissipating mounting surface
Non-inductive design
Constructed with Caddock’s Micronox® resistance film technology
Maximum voltage rating is limited by the power
Operation up to +175°C case temperature

RARA IRF100

Flat type metal clad wire wound resistor
Resistance options from 1Ω up to 1.1kΩ
Power rating of 100W (on a heat sink)
Tolerance options between ±0.5% and ±10.0%
TCR of +260 ppm/°C maximum
For UL Approval see the ULF Series

RARA IRH100

Metal clad wire wound resistor
Option of flying leads (tab terminals are standard)
Inductive or non-inductive design
Insulation resistance of 20MΩ minimum
Temperature range of -55°C up to +200°C
Extruded aluminium horizontal housing
Short time overload of 10 x power rating is 5 seconds

RARA IRN100

Flat and narrow type metal clad wire wound resistor
Cement or silicone filling material with an extruded aluminium housing
300mm flying leads
Excellent heat dissipation
Insulation resistance of 20MΩ minimum
Temperature range of -55°C up to +200°C (cement) / +150°C (silicone)
Short time overload of 5 x power rating is 5 seconds

RARA IRV100

Metal clad wire wound resistor
Option of flying leads (tab terminals are standard)
Inductive or non-inductive design
Insulation resistance of 20MΩ minimum
Temperature range of -55°C up to +200°C
Extruded aluminium vertical housing
Short time overload of 10 x power rating is 5 seconds

RARA UHPS

4-terminal shunt resistor
Resistance options of 0.2mΩ and 1mΩ
Tolerances of ±0.05% to ±1%
TCR of ±10 ppm/°C
Power rating of 100W (on a suitable heat sink)
Temperature range from -55°C to +100°C

RARA ULF100C

Flat type metal clad wire wound resistor
Resistance options from 1Ω up to 1.1kΩ
Power rating of 100W (on a heat sink)
Tolerance options between ±0.5% and ±10.0%
TCR of +260 ppm/°C maximum
For Non UL Approval see the IRF Series

RARA ULH100

Metal clad wire wound resistor
Option of flying leads (tab terminals are standard)
Inductive or non-inductive design
Insulation resistance of 20MΩ minimum
Temperature range of -55°C up to +200°C
Extruded aluminium horizontal housing
UL approved
Short time overload of 10 x power rating is 5 seconds

RARA ULN100C

Narrow and Flat type metal clad wire wound resistor
Resistance options from 1Ω up to 1.1kΩ
Power rating of 100W (on a heat sink)
Tolerance options between ±0.5% and ±10.0%
TCR of +260 ppm/°C maximum
For Non UL Approval see the IRN Series

RARA ULV100

Metal clad wire wound resistor
Option of flying leads (tab terminals are standard)
Inductive or non-inductive design
Insulation resistance of 20MΩ minimum
Temperature range of -55°C up to +200°C
Extruded aluminium vertical housing
UL approved
Short time overload of 10 x power rating is 5 seconds

Susumu HPT Series

Surface-mount high power thin film chip terminator
Rated operating temperature of +100°C at terminal
Wrap around terminals for easy and reliable soldering
Aluminum nitride substrate
Efficient heat dissipation