0.1 Ohm (0E1 - 0R1 5W) - 5Watts - Fusible Resistor [WHITE]

0.1 Ohm 5W Fusible Resistor (0E1/0R1) - White Flameproof Ceramic

The 0.1 Ohm 5W Fusible Resistor is a high-power safety component for circuit protection. It combines a precision resistor with a fuse function. Under normal conditions, it provides accurate low resistance for current sensing. During overcurrent events, this component safely opens the circuit. This prevents damage to other components. Its robust flameproof ceramic body ensures reliable performance and enhances safety. This resistor is suitable for power supply units, motor control systems, and battery management. It maintains stable operation across a wide temperature range.

Specifications:

• Resistance Value: 0.1 Ohm (0E1 / 0R1)
• Power Rating: 5W
• Resistor Type: Fusible
• Tolerance: ±5% (Typical)
• Operating Temperature: -55°C to +275°C
• Body Material: Flameproof Ceramic
• Safety Function: Overcurrent Fuse Action

Key features and benefits:

• Dual-function: 0.1 Ohm resistor and overcurrent fuse.
• 5W power rating for demanding circuits.
• Flameproof ceramic construction minimizes fire risk during faults.
• White ceramic body for heat dissipation.
• Provides accurate low resistance for current sensing.
• Enhances circuit safety and reliability.

Applications:

• Current sensing in power supply regulation and battery monitoring.
• Motor control systems for safe operation and current limiting.
• Power supply and inverter circuits requiring protection.
• Overcurrent safeguarding in industrial and automotive electronics.

Frequently Asked Questions:

Q: What is the typical fusing time for this 0.1 Ohm 5W fusible resistor?
A: The fusing time for this component depends on the overcurrent magnitude. Specific fusing characteristics are typically detailed in the manufacturer's datasheet, which should be consulted for precise timing.

Q: Can this fusible resistor be used as a standalone fuse?
A: This component integrates both a resistor and a fuse function. It is designed to provide both resistance and overcurrent protection within a single package. Its primary function is to open the circuit under specified overcurrent conditions while maintaining its resistive value under normal operation.

Q: What is the recommended mounting orientation for optimal heat dissipation?
A: For optimal heat dissipation, the resistor should be mounted with sufficient air circulation around its body. Vertical mounting is often preferred over horizontal mounting when space allows, to facilitate convection cooling.

Package Includes:

*Image shown is a representation only.

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