Description

Allen-Bradley 22B-D012N104

The Allen-Bradley 22B-D012N104 is a PowerFlex 40 VFD. It is designed for industrial applications, it operates at 3-phase 480VAC with 12 amps and 5.5 kW. Its IP20 rating indicates that it is suitable for controlled environments like panels or enclosures.

Technical description:

Allen-Bradley 22B-D012N104 PowerFlex 40 Variable frequency drive is a three-phase drive that has a high torque and accurate speed control, that is capable of operating at 380 to 480V AC. It features sensor less vector control, a digital keypad, and an LED display for monitoring and easy programming. It supports RS485 communication that allows remote monitoring. The drive features two digital inputs, two analog outputs, one analog input, and two digital outputs that provide flexibility for monitoring requirements and range of control.

Applications and features:

The Allen-Bradley 22B-D012N104 is a PowerFlex 40 Variable frequency drive that is ideal for a conveyor controlling system, and it has applications in manufacturing and material handling. Further, it is very suitable for regulating the speed and flow of pumps and fans in process industries. It has a built-in safety system, such as electric motor overload protection, fault diagnostic system, and overload detection that minimizes its downtime and enhances its efficiency and operational safety.

Parameters for Operations and Installation:

Allen-Bradley 22B-D012N104 is a compact drive that is perfect for controlled environments like electrical enclosures or panels. Its working temperature range of 0 °C to 50 °C ensures reliable operation in various industrial environments.

For the assurance of safety and optimal performance, the drive should be mounted vertically for proper cooling and airflow. Shielding and grounding of cables are crucial to ensure stable operation and minimize electromagnetic interference.

Standard safety measures:

During the installation and operation of Allen-Bradley 22B-D012N104 PowerFlex 40 Variable frequency drive, ensure that the drive is properly grounded, and to prevent damage from power surges install the overvoltage protection devices.

Ensure that all power connections are made by qualified personnel. While the drive includes a dynamic brake chopper, the resistor must be correctly sized and installed to ensure effective braking and to prevent damage.

The 22B-D012N104 should be installed in a clean, dry environment that should be free from excessive dust and corrosive gases. To prevent overheating proper ventilation must be maintained.

Frequently Asked Questions:

What are the communication options that are available on the Allen-Bradley 22B-D012N104 PowerFlex 40 Variable frequency drive?

The Allen-Bradley 22B-D012N104 PowerFlex 40 Variable frequency drive supports RS485 communication that enables integration with automation systems for remote control monitoring. For various control options, it also has two digital inputs, two digital outputs, one analog input, and two analog inputs.

How do I install the dynamic braking resistor on the Allen-Bradley 22B-D012N104 PowerFlex 40 Variable frequency drive?

To install the dynamic braking resistor on the Allen-Bradley 22B-D012N104, Ensure the drive is powered off. Connect the resistor to the braking terminals, ensuring secure connections.

What are the overload protection features of the Allen-Bradley 22B-D012N104 PowerFlex 40 Variable frequency drive?

The Allen-Bradley 22B-D012N104 PowerFlex 40 Variable frequency drive includes advanced overload protection, it offers configurable overload settings, fault diagnostics, and protection against short circuits, ground faults, and phase loss.

Product Specifications Table

Attribute	Specifications
Input voltage	380-480V AC, 3-phase
Output voltage	5.5 kW (7.5 HP)
Output current	12 amps
Frequency range	0-400 Hz
Control mode	Sensorless vector control
IP rating	IP20 (Open)
Communication	RS485 interface
Mounting	Panel Mount
Operating temperature	0 °C to 50 °C
I/O option	Two analog inputs, one analog output, two digital inputs, and two digital outputs