Discussion Overview
The discussion revolves around sourcing a 24VDC electric motor capable of handling a load of up to 500 kg, with specifications including a maximum speed of 180 rpm and a torque of 1000Nm. The conversation touches on potential applications and alternatives for such motors.
Discussion Character
- Exploratory
- Technical explanation
- Debate/contested
Main Points Raised
- One participant inquires about the availability of a 24VDC electric motor with specific load and performance requirements.
- Another participant suggests approaching manufacturers of golf carts, noting that while they typically use 48 volts, lighter options may exist. They also mention the possibility of using aircraft servo mechanisms that operate at 24 volts.
- A different participant points out that the requested specifications would require an 18,000 watt (25 HP) motor, which they claim would draw 750 amps, suggesting that such a motor in 24 volts is unlikely to be found.
- Another reply proposes that using a 240 VDC motor might be feasible, although it would necessitate accounting for losses, and references a source for a 25 HP motor that operates at 400 rpm.
- This participant also mentions that electric car motors can provide peak values of 18KW.
Areas of Agreement / Disagreement
Participants express differing views on the feasibility of sourcing a 24VDC motor with the specified capabilities, with some suggesting alternatives and others questioning the practicality of the request. No consensus is reached regarding the best approach or solution.
Contextual Notes
The discussion highlights the challenges of finding a motor that meets the specified requirements, including potential limitations related to voltage and current ratings. There are unresolved considerations regarding the efficiency and performance of suggested alternatives.