131X9141
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MPN: FC-302P1K5T5E20H1BGXXXXSXXXXALBXCXXXXD0
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The 131X9141 drive offers a power rating of 1.5 kW (2.0 HP), operates on three-phase mains voltage of 380-500 VAC, and features IP20 chassis enclosure protection. Part of the VLT FC 302 Automation Drives by Danfoss, it is equipped with a graphical local control panel and complies with RFI Class A1/B standards.
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Product Description:
The Danfoss motor control drive 131X9141 is made as per the specification code FC-302P1K5T5E20H1BGXXXXSXXXXALBXCXXXXD0. It needs a source of 380-500 V AC of power supply and can produce a nominal shaft output power of 2.0 HP. The drive has RFI filter of class A1/B, which reduces the EMI interference.
The 131X9141 drive has a cabinet IP20 rating which is resistant to dust and solid small objects. It also has a brake chopper to guarantee safe stop features that makes the motor decelerate quickly in case of an emergency and its graphical control panel (LCP) makes it simpler to manage and change settings with the easy-to-understand display. The drive uses uncoated PCB to function in standard operational environments and it provides standard cable entries. It supports PROFINET MCA 120 for efficient network communication, as well as Modbus TCP that enables remote monitoring and control. This 131X9141 drive features 24V DC backup system that ensures continues function during short power losses and its efficiency rating is specifies as 160% at 1.5 kW. In terms of physical dimensions, the drive measures 268 x 90 x 205 mm and has a total weight of 4.660 kg and 21.6 L volume that allows easy integration into tight spaces.
The 131X9141 drive handles continuous current of 4.1 A and periodic current of 6.56 A at 3 x 380 to 440 VAC. Its current rating changes to 3.4 A and 5.4 A, respectively at 3 x 441 to 500 VAC. For safety, the drive includes the safe torque off (STO) function that complies with EN 61800-5-2 standards and it comes with reduced total harmonic distortion (THD). Its kVA rating is 2.84 kVA and possess 62 W of power failure consumption during downtime.
Frequently Asked Questions about 131X9141:
Q: How does the RFI filter class A1/B in the 131X9141 drive help in sensitive environments?
A: The RFI filter class A1/B reduces electromagnetic interference (EMI) emissions, preventing disruption to nearby electronic equipment. In the 131X9141, this ensures compliance with regulatory limits and stabilizes operation in labs or medical facilities.
Q: Why is Safe Torque Off (STO) included in the 131X9141 drive and how does it enhance safety?
A: The STO cuts the drive’s power to the motor without switching off the main supply, preventing the motor from producing torque. For 131X9141, this feature meets EN 61800-5-2 standards and guards against unintended motion during maintenance.
Q: What role does the brake chopper play in the 131X9141 drive during emergency stopping?
A: The brake chopper dissipates regenerated energy safely when the motor decelerates rapidly, avoiding overvoltages. In 131X9141, this is crucial for high inertia loads or abrupt stops to protect internal components.
Q: How does periodic current reduction at higher voltage in the 131X9141 drive affect motor operation?
A: When operating at 441-500 V, periodic current drops (from 6.56 A to ~5.4 A), reducing stress on internal parts. This ensures thermal limits aren’t exceeded during maintenance or surge events.
Q: How does the 24 V DC backup system in the 131X9141 drive function during short power losses?
A: The DC backup maintains critical control circuits and retains parameter settings when AC power is interrupted. For 131X9141, this enables safe shutdown or controlled continuity, preventing data loss or erratic behavior.
