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PDFs and Datasheets KABR 1 19 Datasheet

KABR Datasheet

Wirewound Metal Clad Braking Resistor

KABR 1 19 product image

 

 

Features

  • Excellent stability, reliability and mechanically rigid
  • Applications - motor drives, braking and snubber resistors
  • Stacking solutions available
  • RoHS Compliant

Characteristics

Condition:

Resistance values<1Ω, Resistance values>1Ω

Compliance:

±5% to ±10%, ±5% to ±10%

Condition:

-

Compliance:

±200PPM/°CMax

Condition:

Dry/Normal

Compliance:

20MΩ

Condition:

1.5Hrs ON, 0.5Hrs OFF for 500Hrs @Room Temperture

Compliance:

∆R < ±(5%+0.05Ω)

Condition:

≤60W - 5x Rated Power For 5 Seconds, >60W - 10 x Rated Power For 5 Seconds

Compliance:

∆R < ±(2%+0.05Ω)

Condition:

-25°C -250°C

Compliance:

-

Condition:

40°C, 90%Rh, 240Hrs

Compliance:

∆R < ±(3%+0.05Ω)

Condition:

1500VAC RMS for 1 Minute

Compliance:

-

Surface Temperature increase V/S Power Load & Derating Curve

 

FREE AIR

KABR 1 19 Graph 1

 

HEATSINK

KABR 1 19 Graph 2

 

Derating Curve

KABR 1 19 Graph 3

Ordering Procedure

 

Standard Resistor Series, Resistance Value, Tolerance

Special:F = Flat Terminations

KABR60 10R J
KABR60 10R J F = Flat Terminals

Dimensions

KABR 1 19 Dimensions 1
KABR 1 19 Dimensions 2

Max Continuous Power(w) (On Heatsink):

60

Max Continuous Power(w) (Without Heatsink):

55

Max. Surface Temperture on Heatsink:

230

Resistance Range:

0.2Ω - 20Ω

L:

115

W:

40

H:

20

C:

290

P1:

100

P2:

20

Max Continuous Power(w) (On Heatsink):

80

Max Continuous Power(w) (Without Heatsink):

65

Max. Surface Temperture on Heatsink:

230

Resistance Range:

0.2Ω - 20Ω

L:

115

W:

40

H:

20

C:

290

P1:

100

P2:

20

Max Continuous Power(w) (On Heatsink):

100

Max Continuous Power(w) (Without Heatsink):

75

Max. Surface Temperture on Heatsink:

230

Resistance Range:

1Ω - 1KΩ

L:

165

W:

40

H:

20

C:

290

P1:

150

P2:

20

Max Continuous Power(w) (On Heatsink):

120

Max Continuous Power(w) (Without Heatsink):

90

Max. Surface Temperture on Heatsink:

250

Resistance Range:

6Ω - 1KΩ

L:

190

W:

40

H:

20

C:

290

P1:

175

P2:

20

Max Continuous Power(w) (On Heatsink):

150

Max Continuous Power(w) (Without Heatsink):

100

Max. Surface Temperture on Heatsink:

250

Resistance Range:

6Ω - 1KΩ

L:

215

W:

40

H:

20

C:

290

P1:

200

P2:

20

Max Continuous Power(w) (On Heatsink):

200

Max Continuous Power(w) (Without Heatsink):

110

Max. Surface Temperture on Heatsink:

270

Resistance Range:

0.5Ω - 1KΩ

L:

0165

W:

60

H:

30

C:

290

P1:

150

P2:

30

Max Continuous Power(w) (On Heatsink):

300

Max Continuous Power(w) (Without Heatsink):

155

Max. Surface Temperture on Heatsink:

270

Resistance Range:

0.5Ω - 1.5KΩ

L:

215

W:

60

H:

30

C:

290

P1:

250

P2:

30

Max Continuous Power(w) (On Heatsink):

400

Max Continuous Power(w) (Without Heatsink):

200

Max. Surface Temperture on Heatsink:

270

Resistance Range:

1.5Ω - 2KΩ

L:

265

W:

60

H:

30

C:

290

P1:

250

P2:

30

Max Continuous Power(w) (On Heatsink):

500

Max Continuous Power(w) (Without Heatsink):

270

Max. Surface Temperture on Heatsink:

270

Resistance Range:

1.5Ω - 2KΩ

L:

335

W:

60

H:

30

C:

290

P1:

320

P2:

30

Max Continuous Power(w) (On Heatsink):

600

Max Continuous Power(w) (Without Heatsink):

300

Max. Surface Temperture on Heatsink:

270

Resistance Range:

1.5Ω - 2KΩ

L:

335

W:

60

H:

30

C:

290

P1:

320

P2:

30

Max Continuous Power(w) (On Heatsink):

800

Max Continuous Power(w) (Without Heatsink):

330

Max. Surface Temperture on Heatsink:

270

Resistance Range:

2Ω - 2KΩ

L:

400

W:

60

H:

30

C:

290

P1:

385

P2:

30

Max Continuous Power(w) (On Heatsink):

1000

Max Continuous Power(w) (Without Heatsink):

450

Max. Surface Temperture on Heatsink:

270

Resistance Range:

2Ω - 2KΩ

L:

400

W:

60

H:

30

C:

290

P1:

385

P2:

30

The information contained herein does not form part of a contract and is subject to change without notice. Arcol operate a policy of continual product development, therefore,specifications may change.It is the responsibility of the customer to ensure that the component selected from our range is suitable for the intended application. If in doubt please ask Arcol.

ARCOL UK Limited,
Threemilestone Ind. Estate,
Truro, Cornwall, TR4 9LG, UK.
T +44 (0) 1872 277431
F +44 (0) 1872 222002
E [email protected]
www.arcolresistors.com

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