ECPE82-13
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The ECPE82-13 control module features an inductance of 8.2 μH, a rated current of 1.3 A, a tolerance of ±20%, and operates within a temperature range of -40 °C to +85 °C. As part of the ECP Multi Control Modules series by B & R Automation, it offers shielded construction and RoHS compliance for modern industrial applications.
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Product Description:
Manufactured by B & R Automation, this advanced ECPE82-13 variant is part of the ECP Multi Control Modules product range. Offering an inductance measure 8.2 μH and allows to shape magnetic flux behavior that suppresses switching noise. It also provides tolerance of ±20% to cushions manufacturing variances and maintains consistent performance. Rated current of 1.3 A defines continuous load capacity that ensures stable power delivery. The device includes a test frequency of 100 kHz which aligns with high‑speed switching demands, thus filters out undesired harmonics.
DC resistance stands at 130 mΩ and can limit copper losses to maximize efficiency. Its maximum permissible temperature reaches +85°C and withstands elevated thermal conditions that secure uninterrupted operation. Minimum operating temperature dips to -40°C which tolerates cold‑start scenarios and further prevents thermal cracking. The module’s core material is ferrite which exhibits low core loss and refines high‑frequency performance. Adapting a mounting type of surface‑mount, streamlines automated placement that reduces assembly time. The package case is SMD which condenses board footprint to boost component density.
Shielding is fully enclosed which contains stray fields that protects nearby circuitry. RoHS compliance is affirmed which restricts hazardous substances that uphold environmental standards. The model designation ECPE82-13 matches legacy inventory that simplifies replacement sourcing. Its estimated shipping size measures 2.5 cm × 22.9 cm × 12.7 cm which eases packaging logistics and also lowers transit costs. The module’s weight is 0.2 kg which reduces the freight burden that optimizes handling efficiency. Moreover, it features 8 analog input channels and can basically help to enable simultaneous processing of multiple signals that support complex control tasks.
Frequently Asked Questions about ECPE82-13:
Q: Why is tolerance specified for ECPE82-13 control module?
A: The drive’s tolerance ±20% defines the permissible variation range around nominal inductance. It allows engineers to plan for worst‑case scenarios and guarantee performance within design margins.
Q: How does rated current affect ECPE82-13 usage?
A: A rated current of 1.3 A designates the maximum continuous current the device can handle before thermal limits are reached.
Q: What role does test frequency play in ECPE82-13 characterization?
A: The test frequency of 100 kHz sets the reference point for inductance measurements which aligns with typical power‑conversion frequencies.
Q: How does DC resistance influence ECPE82-13 efficiency?
A: DC resistance of 130 mΩ reduces parasitic power loss which maximizes energy transfer efficiency and limits self‑heating in high‑current pathways.
Q: Why are operating temperature limits important for ECPE82-13 module?
A: This maximum +85°C and minimum operating temperature -40°C define the environmental bounds where the component retains specified electrical characteristics.
