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Omron CIMR CIMR-J7AZBOP7

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CIMR-J7AZBOP7

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The Omron CIMR-J7AZBOP7 is a versatile frequency inverter capable of accommodating single-phase input with a nominal voltage of 200 VAC. This inverter can handle a maximum motor output of 1.1 kW and offers an inverter capacity of 1.9 kVA, ensuring reliable performance in various applications.

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Technical specifications for CIMR-J7AZBOP7

ManufacturerOmron
Product TypeFrequency Inverter
Product LineCIMR
Part NumberCIMR-J7AZBOP7
OperatorDigital with potentiometer
Input Voltage200 VAC
Input PhaseSingle phase
Max Motor Output1.1 kW
Inverter Capacity1.9 kVA
Output Current5 Amps
Max Output Frequency400 Hz
Max Output Voltage200 to 240 VAC
Control MethodSine wave PWM
Overload Capacity150% of rated current for 1 min
Operating Temperature-10 to 50 °C
EnclosureOpen chassis
Storage Temperature-20 to 60 °C
Max Altitude1000 m
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The Omron CIMR-J7AZBOP7 frequency inverter is engineered for efficient motor control across diverse applications. It is powered by a single-phase input voltage of 200 VAC, making it suitable for a variety of systems. Its design enables a peak motor output of 1.1 kW, supported by an inverter capacity of 1.9 kVA.

Output capabilities include a maximum current of 5 Amps, with the inverter delivering voltages between 200 to 240 VAC. The system is designed to operate at a maximum frequency of 400 Hz, providing flexibility in motor speed adjustments.

Control is achieved via a digital interface equipped with a potentiometer, allowing precise tuning to meet operational needs. The control method employed is sine wave PWM, ensuring smooth operation and minimal harmonics. For overload scenarios, the device can manage up to 150% of its rated current for a duration of one minute, demonstrating its robust design.

The operating temperature range is specified from -10 to 50 °C, with an allowable storage temperature extending from -20 to 60 °C. Furthermore, the unit is rated for operation at altitudes up to 1000 meters. With an open chassis enclosure, the inverter is ideally suited for environments where adequate ventilation is achievable, thus ensuring optimal performance and longevity.