7. FAQs (10 Q&A)

Q1: What does “NSv” mean in 3300 NSv?
A1: It denotes a narrow / slim variant of the proximity sensor, built to fit in constrained mechanical spaces where standard sensor bodies are too bulky.

Q2: What supply voltage does 330980‑50‑05 require?
A2: It operates on –17.5 VDC to –26 VDC in non-barrier mode; if a barrier is present, supply should be –23 to –26 VDC.

Q3: What is the module weight?
A3: Approximately 0.246 kg (246 grams) per vendor data listing.

Q4: What are its dimensions?
A4: Roughly 81.3 mm × 61 mm × 63.5 mm (3.2 in × 2.4 in × 2.5 in), as per vendor specification.

Q5: What is the measurement / linear range?
A5: Vendor listings suggest ranges from 0.1 to 5 inches (2.5 mm to 127 mm) for some configurations.

Q6: What output types are supported?
A6: Some configurations support 0–10 V or 4–20 mA, depending on the variant.

Q7: What is its temperature range?
A7: Rated operational range: –52 °C to +100 °C; storage to +105 °C.

Q8: Is it compatible with existing NSv / RAM probes and cables?
A8: Yes, it supports the same probes and extension cable types used in the 3300 NSv / RAM ecosystem.

Q9: Does it require special mounting to achieve EMI immunity?
A9: No, the NSv design includes shielding that often allows compliance without additional mounting constraints.

Q10: What type of wiring interface is used?
A10: It uses SpringLoc terminal strips (tool-free) for secure and easy field wiring.