HS50-9R 1% Arcol, HS50-9R 1% Datasheet

Wirewound Resistors 50W 9 OHM 1%

HS50-9R 1%

Manufacturer Part Number
HS50-9R 1%
Description
Wirewound Resistors 50W 9 OHM 1%
Manufacturer
Arcol
Datasheet

Specifications of HS50-9R 1%

Resistance
9 Ohms
Tolerance
1 %
Power Rating
50 Watts
Temperature Coefficient
+/- 100 PPM / C
Dimensions
14.2 mm W x 49.1 mm L x 14.8 mm H
Product
Power Resistors Wire Wound Aluminum Housed
Lead Free Status / Rohs Status
Lead free / RoHS Compliant
• High Power to volume
• Wound to maximise High Pulse Capability
• Values from R005 to 100K
• Custom designs welcome
• RoHS Compliant
HS
Manufactured in line with the requirements of MIL
18546 and IEC 115, designed for direct heatsink
mounting with thermal compound to achieve maximum
performance.
Characteristics
Tolerance (Code):
Tolerance for low Ω values:
Temperature coefficients:
Insulation resistance (Dry):
Power dissipation:
Ohmic values:
Low inductive (NHS):
NHS ohmic value:
NHS working volts:
Temp. Rise & Power Dissipation
Surface temperature of resistor related to power dissipation.
The resistor is standard heatsink mounted using a proprietary
heatsink compound.
www.arcolresistors.com
ARCOL UK Limited,
Threemilestone Ind. Estate,
Truro, Cornwall, TR4 9LG, UK.
T +44 (0) 1872 277431
F +44 (0) 1872 222002
E sales @ arcolresistors.com
200
100
5
0
HS15
HS25
Aluminium Housed Resistors
20
HS10
HS50
50
HS75
75
100
P O W E R DISSI PAT IO N ( WAT T S )
HS100
HS150
150
Standard ±5% (J) and ±10% (K). Also available ±1% (F), ±2% (G) and ±3% (H)
Typically ≥ R05 ±5% ≤ R047 ±10%
Typical values < 1K 100ppm Std. > 1K 25ppm Std. For lower TCR’s please contact Arcol
10,000 MΩ minimum
At high ambient temperature dissipation derates linearly to zero at 200°C
From R005 to 100K depending on wattage size
Specify by adding N before HS Series code, e.g. NHS50
Divide standard HS maximum value by 4
Divide standard HS maximum working voltage by 1.414
HS200
200
HS250
250
HS300
300
Page 1 of 2
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 o f the customer to ensure that the component
selected from our range is suitable for the intended application. If in
doubt please ask Arcol.
Heat Dissipation
Ordering Procedure
Heat dissipation: Whilst the use of proprietary heat sinks
with lower thermal resistances is acceptable, uprating is not
recommended. For maximum heat transfer it is recommended
that a heat sink compound be applied between the resistor
base and heat sink chassis mounting surface. It is essential that
the maximum hot spot temperature of 200°C is not exceeded,
therefore, the resistor must be mounted on a heat sink of
correct thermal resistance for the power being dissipated.
Standard Resistor. To specify standard: Series, Watts, Ohmic
Value, Tolerance Code, e.g.: HS25 2R2 J
Non Inductive Resistor. To specify add N, e.g.: NHS100 10R J
10 / 05.45

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HS50-9R 1% Summary of contents

Page 1

... From R005 to 100K depending on wattage size Low inductive (NHS): Specify by adding N before HS Series code, e.g. NHS50 NHS ohmic value: Divide standard HS maximum value by 4 NHS working volts: Divide standard HS maximum working voltage by 1.414 Temp. Rise & Power Dissipation Surface temperature of resistor related to power dissipation. The resistor is standard heatsink mounted using a proprietary heatsink compound. 200 HS150 HS50 HS200 HS25 100 HS100 HS75 HS15 HS10 ...

Page 2

... Dimensions (mm) Size A Max B Max C Max HS10 16.5 30.0 8.8 HS15 21.0 36.5 11.0 HS25 28.0 51.0 14.6 HS50 29.7 72.5 14.8 HS75 47.5 72.0 24.1 HS100 47.5 88.0 24.1 HS150 47.5 121.0 24.1 HS200 72.5 145.7 41.8 HS250 72.5 167.0 41.8 HS300 72 ...

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