ABB 3BHE036348R0103 XZC826A103 Inverter Module

Product Description

The ABB XZC826A103 (3BHE036348R0103) is a high-performance inverter power module tailored for ABB ACS800 and ACS880 variable frequency drive systems. Designed for precise motor control, this module delivers reliable speed and torque regulation while optimizing energy efficiency in demanding industrial environments.

Key Technical Specifications

• Product Type: Industrial Inverter / Variable Frequency Drive Module

• Input Voltage: 220 V AC standard (variants available: 380–480 V AC)

• Output Power: 30 kW typical, scalable up to 360 kW depending on system configuration

• Frequency Range: 0–400 Hz with smooth, continuous control

• Efficiency: 98%

• Output Voltage: 0–400 V DC

• Control Method: PWM (Pulse Width Modulation) for minimal harmonic distortion

• Protection Class: IP20

• Communication Interface: MODBUS (for compatible automation setups)

• Country of Origin: Sweden

Features and Performance

• Advanced IGBT-based AC-DC-AC conversion for precise motor regulation

• High efficiency minimizes energy losses during continuous operation

• Smooth frequency and voltage control reduces mechanical stress on motors

• Robust industrial-grade design ensures stable performance in harsh conditions

Applications

• Heavy-duty motor control in manufacturing plants

• Energy-efficient variable speed drives for pumps, fans, and compressors

• Integration into large-scale ACS800 or ACS880 drive systems for industrial automation

FAQ

Q: Can this module operate at higher voltages?
A: Yes, select variants support 380–480 V AC input depending on drive configuration.

Q: What is the maximum power rating achievable?
A: While standard is 30 kW, configurations can reach up to 360 kW within ACS800/ACS880 systems.

Q: Is MODBUS communication mandatory?
A: MODBUS interface is optional and depends on system-level automation requirements.

Q: How does it compare to ABB ACS580 modules?
A: ACS580 modules are optimized for standalone efficiency; the XZC826A103 excels in integrated ACS800/ACS880 setups with scalable power and higher industrial robustness.