HP® 252663-D75 Sigle Phase High Voltage Core Modular Power Distribution unit, CS8265C

Item: IM1G36381 Model: 252663-D75

Single phase CS8265C 3.6m 40 A 200 - 240 V input
50/60 Hz frequency
Outlet connector: 4 IEC 320 EN 60320 C19

See more details

FREE SHIPPING
In Stock Online
Expected Delivery:3 - 5 Business Days
FREE Shipping to store ( Learn More )
Online Only

Delivery policy content URLSaveSee more detailsAdditional OffersFree Item IncludedInstant SavingsRebateURLFREE SHIPPINGClick here for Printable CouponvalueQty.Choose your ItemstrueCLEARANCE ITEM: Eco FeeView largerNextAdd to CartreviewsPreviousIn Stock OnlinePrice after rebateFREE Shipping to storeEnvironmental fee notice:DetailsstarsAvailable In Store OnlySee Price in-CartOrders containing this item are not eligible for Gift cards or certain other methods of payment."My Software Downloads"NowCollapseGet StartedPrint this pageLearn MoreItem/sbdpas/img/ico/Select another component belowItem qualifies entire order for free deliveryselectedPrice after savingsInk and tonerComing SoonBeforeWasView Full DetailsExpected Delivery:Online OnlySee Details/sbd/content/help/using/delivery_policy_popup.htmlSoftware Download/sbd/content/help/environmental_fee_popup.htmlFinal PriceAdd to FavoritesNote: Shortly after purchase you will be able to access your Software Downloads in the section of your staples.com® account. It's easy and secure!/sbd/cre/marketing/technology-research-centers/software/software-downloads.html#z_faqInstant CouponPrice beforePriceModelItem can be shipped only to a retail store location. RebateBuy More Save MoreprintView videoCheck in Store AvailabilityAs low asRegFREEProvincial recycling or deposit fees may be applicable upon checkout.PromotionsAvailable In-Store OnlyCurrently Out of Stock.Total SavingsBefore continuing, please select an item Single phase CS8265C 3.6m 40 A 200 - 240 V input50/60 Hz frequencyOutlet connector: 4 IEC 320 EN 60320 C19EachHP® 252663-D75 Sigle Phase High Voltage Core Modular Power Distribution unit, CS8265CSingle phase CS8265C 3.6m 40 A 200 - 240 V input50/60 Hz frequencyOutlet connector: 4 IEC 320 EN 60320 C19HP® 252663-D75 Sigle Phase High Voltage Core Modular Power Distribution unit, CS8265Chttp://s7d5.scene7.com/is/image/Staples/s0553765_sc7?$std$http://s7d5.scene7.com/is/image/Staples/s0553765_sc7?$thb$http://s7d5.scene7.com/is/image/Staples/s0553765/HP-252663-D75-Sigle-Phase-High-Voltage-Core-Modular-Power-Distribution-unit/product_IM1G36381HP® 252663-D75 Sigle Phase High Voltage Core Modular Power Distribution unit, CS8265C0.00

Customers who viewed this item also viewed

Product Details

HP® Sigle Phase High Voltage Core Modular Power Distribution unit has a unique architecture designed specifically for data center customers who want to maximize power distribution and space efficiencies in the rack.

Modular PDUs consist of two building blocks - the control unit (core) and the extension bar(s) (sticks). The control unit is 1U/0U, and the extension bars mount directly to the frame of the rack in multiple locations.

Single phase CS8265C 3.6m 40 A 200 - 240 V input
50/60 Hz frequency
Outlet connector: 4 IEC 320 EN 60320 C19
0U/1U dense rack mount
Single input power distribution units with a unique modular design architecture
Easily accessible outlet receptacles and improved cable management
Small form factor with flexible mounting options
Up to 4 PDU extension bars
Easy installation
Overload protection
10 - 90% operating relative humidity
Elevation: 0 - 10000'/0 - 30000'
Standards: UL, CUL, CE, NOM, D
Weight: 20.2 lbs.
Dimensions: 1.62"(H) x 17 1/2"(W) x 5.6"(D)
3 years limited mfr. warranty

Specifications

Input Connector	CS8265C
Type	High Voltage Core Modular
Size	1.62"(H) x 17 1/2"(W) x 5.6"(D)
Outlet Connectors	4 IEC 320 EN 60320 C19
Frequency Required	50/60 Hz
Operating Temperature	10 - 50 deg C
Input Current	40 A
Form Factor	0U/1U Dense Rack Mount
Input Voltage	200 - 240 V
Cable Length	3.6m
Load Capacity	8.3 KVA
VPower Distribution Units Input Voltage	200 - 240 V
Power Distribution Units Type	Power Distribution Unit
Phase	1