Yaskawa Inverter CIMR-HB4A0009FBC

Yaskawa Inverter CIMR-HB4A0009FBC (Marked as 15kW)

Yaskawa inverter model CIMR-HB4A0009FBC is actually a 2.2kW unit of the H1000 series for 3-phase 400V supply, not a 15kW model. The corresponding 15kW models are CIMR-HB4A0039FBC (heavy duty) and CIMR-HB4A0031FBC (standard duty). Below are the core parameters, functional features and key selection points of the CIMR-HB4A0009FBC model:

Parâmetros técnicos principais

Recursos funcionais

1. Heavy Duty Adaptation: Specifically designed for heavy-duty working conditions such as cranes, crushers and belt conveyors, with high overload and impact resistance.
2. Precise Control: Supports sensorless vector control, featuring stable high torque output at low speed, fast torque response and vibration/over-shoot suppression.
3. Seguro e confiável: Equipped with comprehensive protection functions including overcurrent, sobretensão, subtensão, overheating and ground fault protection, adequado para ambientes industriais agressivos.
4. Flexible Expansion: Supports optional accessories such as PG cards and I/O expansion cards, and is compatible with a variety of fieldbuses to meet complex control requirements.

Corresponding 15kW Models & Selection Tips

15kW Heavy Duty: CIMR-HB4A0039FBC (suitable for continuous high-load scenarios)

15kW Standard Duty: CIMR-HB4A0031FBC (suitable for normal working conditions)

Ao selecionar um modelo, verify the load type, rated current, power supply specifications and communication/expansion requirements to avoid mismatch between power and working conditions.

Common Application Scenarios

Applicable to heavy machinery in mining, metallurgy, building materials and other industries, such as hoists, mixers and calenders that require high torque output and frequent start-stop operations.

The following is a complete parameter comparison between Yaskawa CIMR-HB4A0009FBC and its corresponding 15kW models, as well as recommended direct replacement models of the same power from ABB, Siemens and Schneider.

1. Core Parameter Comparison Table (Yaskawa H1000 Series)

1. Cross-brand Direct Replacement Models for 15kW Heavy Duty Inverters

All the following models are adapted to 3-phase 380-480V power supply, 15kW heavy duty working conditions (150% overload for 60s), and support vector control and mainstream communication protocols:

III. Key Tips for Model Selection & Replacement

1. Load Matching as Priority

Confirm the load type (constant torque/variable torque), overload requirement (120%/150%) and duty type (S1/S3), and prioritize models rated for the corresponding type.

For heavy-duty scenarios (e.g. cranes, crushers), CIMR-HB4A0039FBC or equivalent heavy-duty models from other brands must be selected to avoid damage caused by long-term overload.

2. Key Parameter Verification

Corrente nominal: ≥34A required for 15kW heavy duty, ≥27A for standard duty.

Control functions: Vector control, PG feedback (encoder interface) and communication protocols (Modbus/Profinet, etc.) must be compatible with the original system.

Safety functions: STO (Torque seguro desativado), EDM (External Device Monitoring) and other functions must match the safety grade requirements of the equipment.

3. Instalação & Expansion

Installation dimensions: The 15kW model of Yaskawa H1000 series is about 260×550×190mm; verify the cabinet space before replacement.

Accessory compatibility: PG cards, I/O expansion cards, braking resistors and other accessories must be compatible with the new model to avoid function loss.

1. Replacement Implementation Suggestions
2. Record the parameters of the original inverter (motor nameplate, V/f curve, acceleration/deceleration time, protection thresholds, etc.) before replacement for quick commissioning of the new model.
3. Perform motor auto-tuning (static/dynamic) on the new model to ensure the accuracy of vector control and stability of torque output.
4. Verify the pin definitions for communication and I/O wiring to avoid equipment abnormalities caused by signal errors.
5. Monitor key indicators such as current, voltage and temperature during the test phase to verify the replacement effect and adjust parameters accordingly.