175H1001
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The 175H1001 variable speed drive offers a voltage input range of 220-500 V AC, an output frequency range of 0.5-500 Hz, advanced electronic motor protection, and built-in motor coils. As part of the VLT 3000 Variable Speed Drives series from Danfoss, it features voltage vector control and supports programmable control inputs via RS485.
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Product Description:
The Variable Speed Drive 175H1001 by Danfoss has a 50/60 Hz operating frequency to provide versatility in various industrial and regional power systems. This variable speed drive is categorized in a 3-phase supply category that supports well-balanced current distribution and increased reliability.
The drive operates with an input voltage range of 380 V to 415 V, facilitating consistent and uninterrupted performance under general electrical networks. The 175H1001 drive boasts a nominal shaft power rating of 1.5 kW, offering reliable torque and motor control for mid-scale mechanical and electrical processes. This drive maintains a rated output capacity of 2.9 kVA, providing constant power flow for optimal motor performance and ensuring electrical equilibrium during fluctuating loads. With maximum rated conditions, the 175H1001 drive has 96 percent performance efficiency, significantly reducing wasted power and overall operational unreliability in energy-sensitive areas. This drive restricts power loss to 100 W under maximum load, thereby validating its heat dissipation ability as well as efficiency. Under a constant load peak supply current of 4.8 A, this drive provides reliable current handling while preventing unnecessary electrical stress on mounted motors.
The protection system of this variable speed 175H1001 drive needs a maximum pre-fuse rating of 16 A. This provides immunity against electrical surges and limits the chances of overload damage. The terminal arrangement of this variable speed drive supports a conductor size of up to 2.5 mm² for proper installation without compromising electrical safety guidelines. A thermistor temperature monitoring sensor is built into the design of this drive, which provides ongoing thermal supervision and protection against excessive overheating hazards. This drive offers on-off switching input up to twice per minute, facilitating controlled startup routines while ensuring protection for equipment being powered.
Frequently Asked Questions about 175H1001:
Q: Why is a 3-phase configuration important for the 175H1001 model?
A: It balances current across phases and minimizes electrical stress. This provides consistent load handling for demanding motor-driven applications.
Q: How does the thermistor-based temperature sensor improve protection in the 175H1001?
A: The thermistor continuously monitors internal heat levels and prevents overheating. This ensures longer lifespan and stable performance during heavy-duty operations.
Q: What benefit does the 2.5 mm² conductor size limit offer?
A: It ensures compatibility with standard industrial wiring while avoiding overheating. This makes installation safe and compliant with electrical standards.
Q: Why is a maximum pre-fuse rating of 16 A required in the 175H1001?
A: It protects against overloads and short circuits effectively. The fuse ensures safe cutoff in case of electrical faults.
Q: How does the 100 W maximum power loss affect performance?
A: It minimizes unnecessary heat buildup inside the drive. Reduced power loss directly improves energy efficiency and thermal stability.
