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Engineering guide

Frequency Inverter Altitude and Temperature Derating

This guide frames altitude and temperature derating as a sizing exercise for frequency inverters, using only Boray catalog names to keep the product discussion grounded.

Altitude Derating Starts with a Sizing Check

Treat altitude derating as a sizing margin question for the frequency inverter, then map the application to a Boray catalog family such as BR110 Universal High-Performance Vector Inverter or BR500-P Solar Pump Inverter.

Temperature Derating and Ambient Conditions

For hot or cold ambient conditions, compare the installation environment with the intended use of catalog families such as BR110 Universal High-Performance Vector Inverter, BR500-P Solar Pump Inverter, or FD500 Distributed Inverter.

Solar Pump Inverters in High-Altitude Sites

When the frequency inverter is part of a solar pumping system, review BR500-P Solar Pump Inverter and BR110-P Universal High-Performance Solar Vector Inverter as catalog options for the site sizing discussion.

Vector Inverters for Motor-Driven Loads

For vector control loads where sizing margin matters, BR110 Universal High-Performance Vector Inverter and AD1000PLUS High-Performance Vector Inverter are catalog names to consider.

Document the Selected Boray Family

Record the chosen catalog name, such as BR500-P Solar Pump Inverter or BR110 Universal High-Performance Vector Inverter, so altitude and temperature derating remains tied to a specific Boray product reference.

Apply this to your project

Send the motor ratings, duty and site conditions and Boray will specify the series.

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