Intertechnik Wire Resistance 1.00 Ohm 20/50 Watt 5% IN Aluminum Casing WIAL1.00

Description

Intertechnik Wire Resistance 1.00 Ohm 20/50 Watt 5% IN Aluminum Casing WIAL1.00
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Intertechnik WIRE RESISTANCE 1.00 OHM 20/50 WATT 5% IN ALUMINUM HOUSING WIAL1.00
1 piece.
Wire resistor in an aluminum housing an additional heat sink with high thermal conductivity is recommended. Surface: anodized Connections: copper, tin-plated Potting: silicone with high thermal conductivity Winding with a uniform gradient Limit voltage: 265 V R-tolerance: ± 5% WIAL 50 nominal power for resistor
as shown without heat sink: 20 W with additional heat sink: 50 W cooling surface: 930 cm2 2 x 1.5 mm
Technical specifications
R ohm 1.00
L mm 50.00
L mm 71.00
H mm 16.00
B mm 29.00
R-Tol. % 5
Burden Watt 50
Volts 265
Intertechnik WIRE RESISTANCE 1.00 OHM 20/50 WATT 5% IN ALUMINUM HOUSING WIAL1.00 1 piece. Wire resistor in an aluminum housing an additional heat sink with high thermal conductivity is recommended. Surface: anodized Connections: copper, tin-plated Potting: silicone with high thermal conductivity Winding with a uniform gradient Limit voltage: 265 V R-tolerance: ± 5% WIAL 50 nominal power for resistor as shown without heat sink: 20 W with additional heat sink: 50 W cooling surface: 930 cm2 2 x 1.5 mm  Technical specifications R ohm 1.00 L mm 50.00 L mm 71.00 H mm 16.00 B mm 29.00    R-Tol. % 5 Burden Watt 50 Volts 265
Intertechnik WIRE RESISTANCE 1.00 OHM 20/50 WATT 5% IN ALUMINUM HOUSING WIAL1.00 1 piece. Wire resistor in an aluminum housing an additional heat sink with high thermal conductivity is recommended. Surface: anodized Connections: copper, tin-plated Potting: silicone with high thermal conductivity Winding with a uniform gradient Limit voltage: 265 V R-tolerance: ± 5% WIAL 50 nominal power for resistor as shown without heat sink: 20 W with additional heat sink: 50 W cooling surface: 930 cm2 2 x 1.5 mm  Technical specifications R ohm 1.00 L mm 50.00 L mm 71.00 H mm 16.00 B mm 29.00    R-Tol. % 5 Burden Watt 50 Volts 265
Intertechnik WIRE RESISTANCE 1.00 OHM 20/50 WATT 5% IN ALUMINUM HOUSING WIAL1.00 1 piece. Wire resistor in an aluminum housing an additional heat sink with high thermal conductivity is recommended. Surface: anodized Connections: copper, tin-plated Potting: silicone with high thermal conductivity Winding with a uniform gradient Limit voltage: 265 V R-tolerance: ± 5% WIAL 50 nominal power for resistor as shown without heat sink: 20 W with additional heat sink: 50 W cooling surface: 930 cm2 2 x 1.5 mm  Technical specifications R ohm 1.00 L mm 50.00 L mm 71.00 H mm 16.00 B mm 29.00    R-Tol. % 5 Burden Watt 50 Volts 265
Intertechnik WIRE RESISTANCE 1.00 OHM 20/50 WATT 5% IN ALUMINUM HOUSING WIAL1.00 1 piece. Wire resistor in an aluminum housing an additional heat sink with high thermal conductivity is recommended. Surface: anodized Connections: copper, tin-plated Potting: silicone with high thermal conductivity Winding with a uniform gradient Limit voltage: 265 V R-tolerance: ± 5% WIAL 50 nominal power for resistor as shown without heat sink: 20 W with additional heat sink: 50 W cooling surface: 930 cm2 2 x 1.5 mm  Technical specifications R ohm 1.00 L mm 50.00 L mm 71.00 H mm 16.00 B mm 29.00    R-Tol. % 5 Burden Watt 50 Volts 265
Intertechnik WIRE RESISTANCE 1.00 OHM 20/50 WATT 5% IN ALUMINUM HOUSING WIAL1.00 1 piece. Wire resistor in an aluminum housing an additional heat sink with high thermal conductivity is recommended. Surface: anodized Connections: copper, tin-plated Potting: silicone with high thermal conductivity Winding with a uniform gradient Limit voltage: 265 V R-tolerance: ± 5% WIAL 50 nominal power for resistor as shown without heat sink: 20 W with additional heat sink: 50 W cooling surface: 930 cm2 2 x 1.5 mm  Technical specifications R ohm 1.00 L mm 50.00 L mm 71.00 H mm 16.00 B mm 29.00    R-Tol. % 5 Burden Watt 50 Volts 265
Intertechnik WIRE RESISTANCE 1.00 OHM 20/50 WATT 5% IN ALUMINUM HOUSING WIAL1.00 1 piece. Wire resistor in an aluminum housing an additional heat sink with high thermal conductivity is recommended. Surface: anodized Connections: copper, tin-plated Potting: silicone with high thermal conductivity Winding with a uniform gradient Limit voltage: 265 V R-tolerance: ± 5% WIAL 50 nominal power for resistor as shown without heat sink: 20 W with additional heat sink: 50 W cooling surface: 930 cm2 2 x 1.5 mm  Technical specifications R ohm 1.00 L mm 50.00 L mm 71.00 H mm 16.00 B mm 29.00    R-Tol. % 5 Burden Watt 50 Volts 265
Intertechnik WIRE RESISTANCE 1.00 OHM 20/50 WATT 5% IN ALUMINUM HOUSING WIAL1.00 1 piece. Wire resistor in an aluminum housing an additional heat sink with high thermal conductivity is recommended. Surface: anodized Connections: copper, tin-plated Potting: silicone with high thermal conductivity Winding with a uniform gradient Limit voltage: 265 V R-tolerance: ± 5% WIAL 50 nominal power for resistor as shown without heat sink: 20 W with additional heat sink: 50 W cooling surface: 930 cm2 2 x 1.5 mm  Technical specifications R ohm 1.00 L mm 50.00 L mm 71.00 H mm 16.00 B mm 29.00    R-Tol. % 5 Burden Watt 50 Volts 265
Marke
Intertecknik
Modellkompatibilität
Universal
EAN
Nicht zutreffend
Markenkompatibilität
Universal
Herstellernummer
1342135
Herstellergarantie
3 Jahre
Produktart
Widerstand