Product features Neousys PB-2500J
- Supercapacitor-based, -25 to 65 ° C wide temperature operation
- 2500 watt-second energy capacity
- Up to 10 years lifespan and 500,000 charging / discharging cycles
- Patented CAP energy management technology *
- Maximizes back-up time in an event of unforeseen p-outage
- User-configurable operating parameters
- Auto / manual shutdown control
- High / low voltage protection
- SuperCAP energy / lifespan configuration
- R.O.C. Patented No. I598820
- Order number: PB-2500J
- Manufacturer: Neousys
The Neousys PB-2500J series is an innovative emergency power supply for demanding industrial applications. Using supercapacitor technology, it offers an operating temperature range from -25 to 65 ° C and an extremely long service life. Compared to conventional battery-based UPS systems, the PB-2500J series offers excellent reliability in environments with extreme temperatures and eliminates the disadvantage that the battery power consumption decreases over time.
The PB-2500J series consists of eight 100F supercapacitors that provide 2500 watts of stored energy to keep your computer going during a power outage. Depending on the power consumption of your system, this can be between seconds and minutes. But what makes PB-2500J new is the patented CAP sensing technology, an integrated processor that continuously monitors power consumption and evolves with the system. During a power outage, system uptime is maximized by estimating the perfect time to start system shutdown to avoid data loss.
The PB-2500J series is available in two form factors. PB-2500J-PCIe is a plug-and-play PCIe card specifically designed for Neousys Nuvo-6000 (except Nuvo-6108GC / IGN), while PB-2500J-CSM for the Nuvo-5000 and Nuvo- 7000 was developed.
With industrial embedded controllers, stability and prevention of data loss in the event of power failures are equally important. The Neousys PB-2500J series aims to achieve the latter by redefining reliability and taking it to a new level. With the PB-2500J series, unexpected power losses and unstable power lines are a thing of the past!
PB-2500J Power Backup Module Available on Models:
Nuvo-5000E/P
6th-Gen Skylake Core™ i7/i5/i3 Fanless embedded computer with 6x GbE, expansion cssette and MezIO™ Interface
Nuvo-5026E
6th-Gen Skylake Core™ i7/i5/i3 Fanless embedded computer with dual PCIe slot expansion cassette, 6x GbE and MezIO™ interface
Nuvo-6002, Nuvo-6032
8th-Gen Coffee Lake Core™ i7/i5/i3 Fanless embedded computer with 6x GbE ports, patented cassette & MezIO™ interface
PB-2500J-PCIe | |
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Supercapacitor configuration | 8x 100F, 3.0V supercapacitors |
Capacity | 2500 watt-second |
Expected lifespan | > 10 years @ 25°C with 2500 w‧s capacity* 76,000 hours @ 35°C with 2500 w‧s capacity* 34,000 hours @ 45°C with 2500 w‧s capacity* 15,000 hours @ 55°C with 2500 w‧s capacity* 7,200 hours @ 65°C with 2500 w‧s capacity* Expected lifespan is 2.2x when configured as 2100 watt-second energy capacity, or 4.8x when configured as 1750 watt-second energy capacity |
Cycle life | 500,000 charging/ discharging cycles* |
Communication Interface | 3-wire RS-232 |
Dimension | Half-length PCIe card 167 mm (W) x 111 mm (H) |
Mounting | N/A |
Operating Temperature | -25 ~ 65°C |
Storage Temperature | -40 ~ 70°C |
EMC | CE/FCC Class A, according to EN 55022 & EN 55024 |
PB-2500J-CSM | |
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Ultracapacitor configuration | 8x 100F, 3.0V ultracapacitors |
Capacity | 2500 watt-second |
Expected lifespan | > 10 years @ 25°C with 2500 w‧s capacity* 76,000 hours @ 35°C with 2500 w‧s capacity* 34,000 hours @ 45°C with 2500 w‧s capacity* 15,000 hours @ 55°C with 2500 w‧s capacity* 7,200 hours @ 65°C with 2500 w‧s capacity* Expected lifespan is 2.2x when configured as 2100 watt-second energy capacity, or 4.8x when configured as 1750 watt-second energy capacity |
Cycle life | 500,000 charging/ discharging cycles* |
Communication Interface | 3-wire RS-232 |
Dimension | - |
Mounting | DIN-rail mounting or wall-mounting |
Operating Temperature | -25 ~ 65°C |
Storage Temperature | -40 ~ 70°C |
EMC | CE/FCC Class A, according to EN 55022 & EN 55024 |