Performance Specifications

Net cooling capacity—air/remote condensing

						MODEL
CAPACITY IN BTU/H		6T	8T	10T	12T	14T	18T	20T	26T	28T
80° F DB, 67° F WB	Total (BTUH)	78,100	111,000	132,800	147,200	158,000	226,900	267,300	296,800	329,600
(26.7° C DB, 19.4° C WB)	(kW)	(22.9)	(32.5)	(38.9)	(43.1)	(46.3)	(66.4)	(78.3)	(86.9)	(96.5)
50% RH	Sensible (BTUH)	72,500	89,000	125,200	134,200	151,700	184,600	239,800	258,100	283,300
	(kW)	(21.2)	(26.1)	(36.7)	(39.3)	(44.4)	(54.1)	(70.2)	(75.6)	(83.0)

75° F DB, 62.5° F WB	Total (BTUH)	72,800	103,100	123,300	136,300	148,900	210,300	248,700	279,200	305,000
(23.9° C DB, 16.9° C WB)	(kW)	(21.3)	(30.2)	(36.1)	(39.9)	(43.6)	(61.6)	(72.8)	(81.8)	(89.3)
50% RH	Sensible (BTUH)	70,900	88,000	122,400	131,800	148,900	181,600	237,300	256,300	277,900
	(kW)	(20.8)	(25.8)	(35.8)	(38.6)	(43.6)	(53.2)	(69.5)	(75.0)	(81.4)

75° F DB, 61° F WB	Total (BTUH)	73,100	101,700	124,500	137,000	149,000	205,500	251,500	281,100	308,200
(23.9° C DB, 16.1° C WB)	(kW)	(21.4)	(29.8)	(36.5)	(40.1)	(43.6)	(60.2)	(73.6)	(82.3)	(90.2)
45% RH	Sensible (BTUH)	73,100	95,000	124,500	137,000	149,000	195,600	251,500	281,100	308,200
	(kW)	(21.4)	(27.8)	(36.5)	(40.1)	(43.6)	(57.3)	(73.6)	(82.3)	(90.2)

72° F DB, 60° F WB	Total (BTUH)	69,700	98,800	119,400	130,300	143,000	201,500	238,800	269,400	292,700
(22.2° C DB, 15.5° C WB)	(kW)	(20.4)	(28.9)	(35.0)	(38.2)	(41.9)	(59.0)	(69.9)	(78.9)	(85.7)
50% RH	Sensible (BTUH)	68,700	86,000	119,400	127,800	143,000	177,700	231,200	251,400	272,700
	(kW)	(20.1)	(25.2)	(35.0)	(37.4)	(41.9)	(52.0)	(67.7)	(73.6)	(79.8)

72° F DB, 58.6° F WB	Total (BTUH)	70,200	97,600	119,500	131,700	143,000	197,500	242,200	271,900	296,500
(22.2° C DB, 14.8° C WB)	(kW)	(20.6)	(28.6)	(35.0)	(38.6)	(41.9)	(57.8)	(70.9)	(79.6)	(86.8)
45% RH	Sensible (BTUH)	70,200	92,500	119,500	131,700	143,000	191,100	242,200	271,900	296,500
	(kW)	(20.6)	(27.1)	(35.0)	(38.6)	(41.9)	(56.0)	(70.9)	(79.6)	(86.8)

70° F DB, 58.5° F WB	Total (BTUH)	67,600	96,000	116,100	126,800	139,100	196,000	232,400	262,600	284,300
(21.1° C DB, 14.8° C WB)	(kW)	(19.8)	(28.1)	(34.0)	(37.1)	(40.7)	(57.4)	(68.0)	(76.9)	(83.2)
50% RH	Sensible (BTUH)	66,900	84,400	116,100	125,300	139,100	174,400	226,300	246,800	266,200
	(kW)	(19.6)	(24.7)	(34.0)	(36.7)	(40.7)	(51.1)	(66.3)	(72.3)	(78.0)

70° F DB, 57.2° F WB	Total (BTUH)	68,100	95,000	116,000	128,100	139,100	192,200	236,000	265,700	288,400
(21.1 C° DB, 14.0 C° WB)	(kW)	(19.9)	(27.8)	(34.0)	(37.5)	(40.7)	(56.3)	(69.1)	(77.8)	(84.4)
45% RH	Sensible (BTUH)	68,100	90,400	116,000	128,100	139,100	186,700	236,000	265,700	288,400
	(kW)	(19.9)	(26.5)	(34.0)	(37.5)	(40.7)	(54.7)	(69.1)	(77.8)	(84.4)

*Performance Specifications @ 95° F Ambient (AIR/GLYCOL/RC) or @ 105° F Condensing (WATER)

APC NetworkAIR AFX Series: Performance Specifications

AFX Series specifications

The American Power Conversion (APC) AFX Series is a groundbreaking line of uninterruptible power supplies (UPS) designed to meet the demands of modern businesses. APC, a subsidiary of Schneider Electric, is known for its reliable power management solutions that ensure the availability of critical equipment. The AFX Series stands out for its advanced features, cutting-edge technologies, and robust characteristics that cater to a diverse range of applications.

One of the standout features of the AFX Series is its flexible architecture. The series offers modular scalability, allowing users to expand power capacity as needed. This modular design is particularly beneficial for growing businesses that require a power solution that can adapt to changing demands without the need for a complete replacement. The AFX units boast a compact footprint, making them suitable for deployment in server rooms, data centers, or environments with space constraints.

Another significant characteristic of the AFX Series is its high efficiency. The UPS units are designed to operate at a remarkable efficiency level, often exceeding 95%, which translates into reduced energy consumption and lower operating costs. This efficiency not only benefits the environment but also enhances the overall reliability of power delivery.

In terms of technology, the AFX Series leverages advanced lithium-ion battery technology. Lithium-ion batteries have a longer lifespan and faster charge times compared to traditional lead-acid batteries. This innovation ensures that uptime is maximized, while maintenance efforts are minimized, allowing IT personnel to focus on more critical tasks.

The AFX Series is also equipped with intelligent monitoring and management features. Users can take advantage of real-time data and analytics through an intuitive web interface, providing insights into power performance and battery health. This capability aids in proactive maintenance, ensuring potential issues are addressed before they lead to downtime.

Furthermore, the AFX Series supports a range of connectivity options, including SNMP, USB, and serial interfaces. These options enable seamless integration into existing management systems, allowing for centralized monitoring and control.

In summary, the American Power Conversion AFX Series is a powerful solution for organizations seeking reliability, efficiency, and scalability in their UPS systems. With its modular architecture, high operational efficiency, advanced lithium-ion technology, and user-friendly management capabilities, the AFX Series is an exemplary choice for businesses aiming to safeguard their critical infrastructure against power interruptions.