HJ2-L-AC100V-R

Power relays used in electrical systems require robust and reliable technology to ensure safety and accuracy for a vast array of applications. HJ2-L AC100V-R is a series of power relays designed specifically to provide excellent performance in industrial and consumer related applications. It is especially suited for use in automation, control and energy related equipment. This power relay is a state of the art product offering a long life and remarkable operational characteristics.

The HJ2-L AC100V-R power relay has the following general specification features:

• Nominal Output: 100W
• Input Voltage Range: AC6-40V
• Output Current: 2A or higher, depending on the model
• Insulation: 10KV/mm minimum
• Case Material: ABS (Polychrome) or Polycarbonate (Transparent)
• Temperature Range: -20°C to 80°C
• Humidity Range: 0-95%
• Dielectric Strength: 5KV AC

The 6 pole/function HJ2-L AC100V-R power relay has a patented, high speed switching mechanism designed for fast response time and improved stability. It is available in single- and double-pole configurations. This power relay is uniquely suited for applications with space restriction, as its compact device size offers a 30-70% savings in space compared to other relays. The HJ2-L AC100V-R can be used for:

• Inductive loads
• Switch between linear and instantaneous outputs
• Protect circuits of over 2A current
• Isolation and telecommunications

The working principle of the HJ2-L AC100V-R power relay is based on the use of a magnetic circuit. When a voltage is applied, a current flows through the magnetic coil and creates a magnetic field. This field creates a force which moves the armature and activates the contact system of the relay. When a current is broken, the opposite magnet force causes the armature to return to its original position and the contacts open.

HJ2-L AC100V-R power relays offer great performance in a wide variety of applications. Its remarkable features make it suitable for use in automation systems, control systems, home appliances, and other extreme temperature and high power applications. The wide voltage range, fast reaction time, and long life make it an ideal solution for designs requiring accurate and reliable power switching.