Samurai Full Protect - Samurai Power

Samurai Full Protect is our solution for small and medium-size data centers
Samurai Full Protect range includes several solutions for different data centers power requirements
From the small Samurai Full Protect in a sole cabinet, that is like a small data center room, to the modular Samurai
Full protect that is designed to satisfy the most powerful computers
Is an air-conditioned cabinet: inside is located the server (and its accessories as hubs, switch boards, etc.), and the redundant modular uninterruptible power systems (UPS) with their sealed batteries. The air conditioner automatically optimizes both the temperature inside the cabinet and the energy consumption

Samurai Power Water System Model	SFP162	SFP162E1	SFP222E1	SFP323E1
Total cooling capacity	16		32
Number of fans (N˚)	3
Airflow max (automatic variations of speed) (m3/h)	2600		4000
Water flow (l/h)	3700		5070	6200
*UPS (N + 1)**
N˚ modules (N˚)	1+1	2+1		3+1
Power module (kW)	12
N˚ max batteries 9Ah / 12V (N˚)	120	200
Backup time (N˚ UPS load)	40 min	25 min		15 min
Input voltage (V/ph/Hz)	400 / 3 + N / 50
Output voltage (V/ph/Hz)	400 / 3 + N / 50
Cabinet physical data
Weight (kg)	720	1180	1125	1310
Dimensions W x D x H (mm)	950 x 1200 x 2100	950 x 1550 x 2100
Server rack unit available (U) (45,45mm)	17	42
External chiller unit
Input voltage (V/ph/Hz)	400 / 3 + N / 50
Cooling capacity (kW)	16		22	32

Samurai Power Gas System Model	SFP081	SFP081E1	SFP202E1
Total cooling capacity	8		20
Number of fans (N˚)	3		5
Airflow max (automatic variations of speed) (m3/h)	2600		40000
Gas refrigerant	R410 A
*UPS (N + 1)**
N˚ modules (N˚)	1+1		2+1
Power module (kW)	12
N˚ max batteries 9Ah / 12V (N˚)	120		200
Backup time (N˚ UPS load)	40 min		25 min
Input voltage (V/ph/Hz)	400 / 3 + N / 50
Output voltage (V/ph/Hz)	400 / 3 + N / 50
Cabinet physical data
Weight (kg)	720	980	1125
Dimensions W x D x H (mm)	950 x 1200 x 2100	950 x 1550 x 2100	950 x 1550 x 2100
Server rack unit available (U) (45,45mm)	17	42
External motor condensing unit
Input voltage (V/ph/Hz)	400 / 3 + N / 50
Cooling capacity (kW)	8	20