Overview
The 1606-XLP95E is a compact switch-mode power supply, part of the 1606 series. It is compatible with a wide range of voltages, with AC input covering 100-120V / 220-240V and DC input range of 85-375V. It can meet the power demands of most single-phase devices worldwide and is suitable for different regional power environments.
FAQ:
1. Does 1606-XLP95E support parallel expansion? What is the overload protection threshold?
1606-XLP95E supports parallel operation and its overload protection threshold is 1.9 times the rated current:
- Parallel expansion: This power supply clearly supports the parallel operation mode. This operation mode can not only achieve the expansion of the output power to adapt to the power supply needs of higher-power industrial loads; it can also be used to build a redundant power supply system to improve the reliability of the overall power supply system. For example, when one of the power supplies fails, the other one can continue to provide power to avoid shutdown of the load equipment due to sudden power outage.
- Overload protection threshold: It adopts an enhanced overload design. When the load current reaches 1.9 times the rated current, the power supply will not shut down immediately. This design can ensure the continuity of power supply in short-term overload scenarios, reduce equipment operation interruptions caused by instant overload, and adapt to the short-term overload conditions that occasionally occur in some equipment in industrial scenarios.
2.What are the core differences between 1606-XLP95E and other models of the same series 1606-XLP?
The 1606-XLP series are all compact single-phase switching power supplies with a unified output voltage range of 24 – 28V, adaptable to 100 – 240V AC input. The core differences are concentrated in rated output power and corresponding output current, and 1606-XLP95E is also different in size from some low-power models：
| Part Number | Rated output power | Rated output current | Size specification (mm) | Core difference positioning |
| 1606-XLP30E | 30W | 1.3A | 45×75×91 | It has the smallest power and is suitable for micro-industrial control scenarios, such as powering single small sensors, simple relays and other extremely low-power devices. It is the smallest in the series and is suitable for installation in ultra-compact cabinets. |
| 1606-XLP50E | 50W | 2.1A | 45×75×91 | The power is higher than that of XLP30E, and it can drive a combined load of a small number of sensors and small relays. The size is the same as that of XLP30E. It has wider adaptability than XLP30E in low-power scenarios, while maintaining the advantage of compact installation. |
| 1606-XLP72E | 72W | 3.0A | 45×75×91 | The power is between XLP50E and XLP95E, and it can be adapted to the basic power supply of multiple sets of sensors or small PLCs. It has the same size as the previous two low-power models. Compared with them, it can carry more low-power devices without occupying additional installation space. |
| 1606-XLP95E | 95W | about 3.95A | 73×75×103 | The power is close to the hundred-watt level, which is significantly higher than the previous three. It can drive a small PLC control system and supporting sensor modules. It is larger than the 30W, 50W, and 72W models. It is an intermediate choice that takes into account both power and compactness. |
| 1606-XLP100E | 100W | 4.2A | 73×75×103 | It is a higher-power model in the series with the largest output current and is suitable for compact industrial equipment combinations with slightly higher power requirements. It is exactly the same size as the XLP95E. The core difference is only that the power and current are slightly higher. The installation compatibility of the two is the same, but its power supply redundancy is better. |
3.1606-XLP95E input voltage range and applicable grid type?
- Input voltage range: AC input covers 100-120V and 220-240V; DC input range is 85-375V (the lower limit of DC input marked by different channels is slightly different, some are marked 220-375V, and the core is adapted to mainstream DC power supply scenarios).
- Adaptable power grid type: Adaptable to single-phase AC power grids in most regions around the world. It can be compatible with both domestic 220V single-phase civil and industrial single-phase power grids and overseas single-phase power grids around 110V. Coupled with its wide-range DC input characteristics, it can flexibly adapt to different power supply environments in industrial scenarios.
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