131G9377
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MPN: FC-302P11KT5E20H1BNXXXXSXXXXA0BPC4XXXDX
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The 131G9377 is a robust automation drive with an integrated braking chopper and a numerical local control panel. Manufactured by Danfoss as part of the VLT FC 302 Automation Drives series, it operates on a three-phase 380-500 VAC input voltage. The drive features a Class A1/B RFI filter.
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Product Description:
The VLT FC 302 automation drive 131G9377 is developed by Danfoss as a compact unit with product specification code FC-302P11KT5E20H1BNXXXXSXXXXA0BPC4XXXDX. It comes in an (E20) IP20 chassis type enclosure for safe panel mounting. This drive integrates an RFI filter of class A1/B for compliance with EMC standards and a brake chopper is built in for safe motor stop and energy control.
The 131G9377 drive supports a nominal motor power of 15 HP and it is designed for three-phase operation with input voltage requirement between 380 - 500 VAC. A numerical local control panel is provided for direct parameter setting and operation. Its PCB is uncoated that suits installation in controlled environments and its software configuration is a latest version with a standard language pack. The drive provides modular communication and application options, its A option provides a PROFIBUS DP MCA 101 module, B option includes the MCB-105 relay expansion card and the C0 option integrates the MCO-305 SyncPos module for positioning, while there are no C1, C or D options installed and it uses standard cable entries with no special customization. The 131G9 drive’s apparent power rating is 16.6 kVA and its continuous current in normal overload is 32 A, while its periodic current is 35.2 A.
The 131G9377 drive is presented in a B3 frame size, with mechanical dimension of height 399 mm, width 165 mm or 225 mm with alternates and its depth is 249 mm or 262 mm with alternates. Its net weight is 12.47 kg and the internal volume is specified as 42.336 liters. This 131G9 drive possess a power failure loss of 392 W in normal overload and in high overload scenario the power failure loss is recorded as 291 W.
Frequently Asked Questions about 131G9377:
Q: How does the built-in brake chopper in the 131G9377 improve motor control?
A: The brake chopper safely dissipates regenerative energy during deceleration. This allows precise stopping and prevents voltage buildup that could damage the system.
Q: Why is the PROFIBUS DP MCA 101 option important in the 131G9377 drive?
A: The PROFIBUS DP enables fast communication with PLCs and industrial networks. This ensures seamless integration into automated processes with reduced latency.
Q: Why is modular communication support critical for the 131G9377 drive?
A: Its modular communication allows the drive to adapt to different fieldbus systems. This ensures future scalability without replacing the entire drive.
Q: How does energy efficiency improve with the class A1/B RFI filter in the 131G9377?
A: The RFI filter reduces electromagnetic interference that can affect nearby electronics. This ensures cleaner power quality and stable drive efficiency in sensitive environments.
Q: What advantage does the numerical local control panel offer in the 131G9377 drive?
A: The panel allows direct parameter adjustment without external tools. This simplifies commissioning and troubleshooting for operators.
