Powerware 9330 3-Phase UPS 10-40 kVA

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Powerware 9330 3-Phase UPS (10-40 kVA)

Maximum Availability - true double conversion online design, the proven technology that is used for the most mission-critical applications in the world. It's virtually impossible to find line-interactive, pseudo-online or any other kind of UPS other than double conversion online supporting 24/365 data centers, facilities, ISPs and major telecommunications installations.

Maximum Reliability- with Powerware Hot Sync, the award-winning, patented technology that achieves paralleling for redundancy and capacity (up to four modules) with no system-level single-point-of-failure. The preferred paralleling technology installed around the world with such major customers as ETrade, Colo.com, and Citibank, Powerware Hot Sync is now available in the 10-20 kVA range with the Powerware 9330.

Maximum Efficiency- the Powerware 9330's advanced design features the highest level of efficiency of any double conversion online UPS with 92% efficiency. That number increases to 97% with the debut of Powerware's Energy Optimizer* patented technology. No need to compromise reliability for efficiency with the Powerware 9330.

Maximum Performance - the Powerware 9330 delivers the highest performance by using Digital Signal Processing, true Pulse-Width-Modulation and maximum IGBT responsiveness. This provides easy setup, drift-free operation and a pristine output signal.

Global Services- Powerware service professionals provide round-the-clock monitoring, remote diagnostics, and on-site maintenance programs. More than just a material warranty, this is the most comprehensive service coverage available in the industry. Powerware Global Service provides our customers with peace of mind that potential downtime is prevented by proactive service and monitoring.

9330 Specs

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Double Conversion

Online Technology provides reliable operation.

True Pulse Width Modulation (PWM) Technology & Digital Signal Processing

Increases overall system reliability & ensures perfect power on the output.

Energy Optimizer™ Mode

Increases operating online efficiency from 92% up to 97%.

High Efficiency

Increases overall system reliability, availability & performance & lowers overall cost of ownership.

Powerware Hot Sync™ Technology

A paralleling system that reduces the risks of traditional UPS'.
Eliminates connections that can fail and shut down a critical load.
Each UPS module operates independently of other modules to synchronize and support the load.
Permits the UPS to sample the output power over 3,000 times per second, adjusting and synchronizing accordingly.
Provides redundancy and capacity capability with system availability of 99.99% or greater.

Battery Management System

Includes DC Expert™, Temperature Compensated Charging & Battery Circuit Test.

Global Service

The most comprehensive service coverage available in the industry.
Round-the-clock monitoring, remote diagnostics, & on-site maintenance provide customer with peace of mind.

Intelligent Communications & Monitoring

An extensive array of communication gives the customer the ability to manage the Powerware 9330 locally or remotely via serial or network communications.

Built-in Control Area Network (CAN)

Assists in integrating peripherals & options, controllable from control panel.
Also reduces the internal wiring connections required therefore increasing overall system reliability.

Superior Cooling Design

Keeping critical components at the coolest possible levels ensures precise system operation and extends the life of system elements.

Environmental Capabilities

Efficiency combined with a well-engineered cooling design allows the UPS to reliably operate under extreme environmental conditions.

Internal Maintenance Bypass

Provides the ability to quickly perform maintenance on the critical load essential to maintaining overall systems availability and reliability.

Field Expandable

The Powerware 9330 provides our customers with a UPS that can grow with their system needs, whether it's to increase the kVA rating or to change system configurations from a single module system to a multi-module redundant or capacity system.

Comprehensive Communications and User Interface

A large LCD display and control panel is ergonomically situated for operator interface with the unit.
Soft keys help guide the operator through all menus and setups.
A dedicated microprocessor had been designed and engineered to provide sophisticated full featured monitoring, extensive alarm history, and additional communication options, including Ethernet, network links, and modems.
The intelligent firmware controls are designed to provide maximize protection to the critical load, and prevent operator actions that might jeopardize the load, such as the Smart Load Off button.

Generator Compatibility

Double-conversion online UPS technology is the only topology that can regulate frequency without transferring to battery.

Dual Feed Inputs

Standard separate rectifier & bypass feeds increase availability by providing input feeder buses.

Electrical Input
Input Voltage	120/208 VAC, 3 phase + GND (rectifier); 120/208 VAC, 3 phase + N + GND (Bypass)
Voltage Range	-15%, +10%
Frequency	50/60 Hz
Frequency Range	45 - 65 Hz
Input Power Factor	> 0.96, Typical
Surge Protection	Meets IEEE 587, Category A & B and EN 50091-2
Electrical Output
Output Voltage	120/208
Voltage Regulation	Static: better than ±1%
Voltage Regulation	Dynamic: better than Figure one of EN50091-3 (IEC 62040-3)
Voltage Distortion	Less than 3% for 100% linear load
Voltage Distortion	Less than 5% for nonlinear load when tested in accordance with EN50091-3
Frequency Regulation	Synchronization: ±0.5, ±1.0, ±2.0 Hz, selectable
	Free-running: ±0.005 Hz
	Slew rate: 0.5, 1.0, 2.0, 3.0 Hz / sec, max selectable
Over Current	101 - 110% for 10 min (inverter)
	111 - 125% for 1 min (inverter)
	126 - 150% for 30 sec (inverter)
Environmental
Ambient Temperature	Operation 0 to + 40ºC (32 to 104ºF)
Ambient Temperature	Storage -20 to 70ºC (-4 to 140ºF)
Relative Humidity	95% maximum, non-condensing
Altitude	1500 meters (5000ft) at 40ºC ambient without load derating
Audible noise	Less than 55dBA typical at 1 meter; in accordance with ISO 7779
Electrostatic Discharge	Withstands 25kV without damage or disturbance to the load; exceeds requirements of IEC 801-2
EMC	Meets FCC Class A and EN50091-2 (IEC 62040-2)
Safety
	UL1778
	CUL CAN/CSA C22.2 NO.107.1
	EN 50091-1
Mechanical
Cable Entry	Bottom rear, Bottom front
Cooling	Filtered forced air with redundant fans
Access	Front and top only required for service
Communications
Serial Port	RS-232 communications port standard
Service Port	RS-232 for service of equipment by qualified service personnel standard
Communication Cards	Up to four optional cards can be installed in the UPS module at any time and provide the following connectivity: Single RS-232 port Multiple RS-232 ports Ethernet Interface SNMP Adapter Modem Driver
Remote Communications	Four input building alarm contacts
Remote Communications	Two summary alarm contacts
Relay Interface Module	Optional– provides five relay contacts

Powerware 9330-20 Performance Characteristics	Model 10 10kVA/7kW					Model 15 15kVA/10.5kW					Model 20 20kVA/14kW

Input Voltage	208	480	480	600	400	208	480	480	600	400	208	480	480	600	400
Output Voltage	208	208	480	208	400	208	208	480	208	400	208	208	480	208	400
Input/Output Frequency (Hz)	60/50	60	60	60	50	60/50	60	60	60	50	60/50	60	60	60	50
Input Voltage Range
Minimum Volts	177	408	408	510	340	177	408	408	510	340	177	408	408	510	340
Maximum Volts	239	552	552	690	460	239	552	552	690	460	239	552	552	690	480
AC Input (With input filter)
Nominal Amps	22	10	10	8	12	32	14	15	11	18	43	19	20	15	23
Maximum Amps	29	30	13	30	16	40	41	18	41	22	51	52	23	52	28
AC Input (Without input filter)
Nominal Amps	22	10	10	8	12	32	15	15	12	18	44	19	20	16	24
Maximum Amps	30	13	14	11	16	41	18	19	14	22	52	23	23	18	28
Bypass Input
Nominal Amps	28	12	12	10	14	42	18	18	14	22	56	24	24	19	29
AC Output
Nominal Amps	28	28	12	28	14	42	42	18	42	22	56	56	24	56	29
10 Minutes	35	35	15	35	18	52	52	23	52	27	69	69	30	69	36
Battery
Nominal Voltage	288	288	288	288	288	288	288	288	288	288	288	288	288	288	288
Charge Voltage @ 25ºC	366	366	366	366	366	366	366	366	366	366	366	366	366	366	366
Charge Current (A)	7	7	7	7	7	7	7	7	7	7	7	7	7	7	7
Nominal Current (A)	27	28	29	28	29	41	42	43	42	43	55	56	57	56	57
Total Cell Count	144	144	144	144	144	144	144	144	144	144	144	144	144	144	144
System Efficiency
@100% Load	91%	88%	86%	86%	86%	92%	89%	87%	87%	87%	92%	90%	88%	90%	88%
@75% Load	90%	87%	85%	85%	85%	92%	89%	86%	86%	86%	92%	90%	88%	90%	88%
@50% Load	88%	85%	83%	83%	83%	91%	88%	85%	85%	85%	92%	90%	88%	90%	88%
Maximum Heat Dissipation
BTU/Hr. (x1000)	3.3	4.2	4.8	4.8	4.8	4.1	5.4	6.3	6.3	6.3	5.1	6.3	7.5	6.3	7.5
kcal/Hr. (x1000)	0.8	1.1	1.2	1.2	1.2	1.0	1.4	1.6	1.6	1.6	1.3	1.6	1.9	1.6	1.9
Inverter Efficiency (Full Load)	93%	93%	90%	90%	90%	94%	94%	92%	92%	92%	94%	92%	90%	92%	90%
Physical Attributes (maximum)
Width	22	39	39	39	39	22	39	39	39	39	22	39	39	39	39
(1) Efficiency shown takes into account the output transformer for output voltages other than 208V.
(2) All accessories feature plug and play capability. Shipping pallet and packaging adds 50lbs per shipping unit.
(3) Options cabinet is required for voltages other than 208/208V.

Powerware 9330-40 Performance Characteristics	Model 25 25kVA/17.5kW				Model 30 30kVA/21kW				Model 35 35kVA/24.5kW				Model 40 40kVA/28kW

Input Voltage	208	480	480	600	208	480	480	600	208	480	480	600	208	480	480	600
Output Voltage	208	208	480	208	208	208	480	208	208	208	480	208	208	208	480	208
Input/Output Frequency (Hz)	60/50	60	60	60	60/50	60	60	60	60/50	60	60	60	60/50	60	60	60
Input Voltage Range
Minimum Volts	177	408	408	510	177	408	408	510	177	408	408	510	177	408	408	510
Maximum Volts	229	528	528	660	229	528	528	660	229	528	528	660	229	528	528	660
AC Input
Nominal Amps	55	24	24	19	66	29	29	23	77	34	34	27	82	38	38	30
Maximum Amps	70	30	30	24	83	36	36	29	97	42	42	34	100	48	48	38
Bypass Input
Nominal Amps	69	30	30	24	83	36	36	29	97	42	42	34	111	48	48	38
AC Output
Nominal Amps	69	69	30	69	83	83	36	84	97	97	42	96	111	111	48	112
10 Minutes	86	86	38	86	104	104	45	105	121	121	53	120	139	139	60	140
Battery
Nominal Voltage	288	288	288	288	288	288	288	288	288	288	288	288	288	288	288	288
Float Voltage @ 25ºC	366	366	366	366	366	366	366	366	366	366	366	366	366	366	366	366
Charge Current (A)	7	7	7	7	7	7	7	7	7	7	7	7	7	7	7	7
Nominal Discharge Current (A)	64	64	64	64	78	78	78	78	91	91	91	91	100	100	100	100
System Efficiency
@100% Load	92%	90%	88%	90%	92%	90%	88%	90%	92%	90%	88%	90%	93%	91%	89%	91%
@75% Load	91%	89%	87%	89%	92%	90%	88%	90%	92%	90%	88%	90%	92%	90%	88%	90%
@50% Load	89%	87%	85%	87%	91%	89%	87%	89%	91%	89%	87%	89%	92%	90%	88%	90%
.7pf@100% Load	97%	93%	91%	93%	96%	94%	92%	94%	96%	94%	92%	94%	96%	94%	92%	94%
Maximum Heat Dissipation
BTU/Hr. (x1000)	4.8	6.0	7.2	6.0	5.7	7.2	8.6	7.2	6.7	8.4	10.0	8.4	6.7	8.6	10.5	8.6
kcal/Hr. (x1000)	1.2	1.5	1.8	1.5	1.4	1.8	2.2	1.8	1.7	2.1	2.5	2.1	1.7	2.2	2.6	2.2
Inverter Efficiency (Full Load)	93%	93%	91%	93%	93%	93%	91%	93%	93%	93%	91%	93%	94%	94%	92%	94%
Physical Attributes (maximum)
(W x H x D) (inches)	39x45x31	61x45x31			39x45x31	61x45x31			39x45x31	61x45x31			39x45x31	61x45x31
(1) Efficiency shown takes into account the output transformer for output voltages other than 208V.
(2) All accessories feature plug and play capability. Shipping pallet and packaging adds 50lbs per shipping unit.
(3) Options cabinet is required for voltages other than 208/208V.

In Minutes	9330-20 Series			9330-40 Series
Model	10 kVA 7 kW	15 kVA 10.5 W	20 kVA 14 kW	25 kVA 17.5 kW	30 kVA 21 kW	35 kVA 24.5 kW	40 kVA 28 kW
Base Unit	35	20	12	26	20	15	12
1 Battery Cabinet	95	50	35	49	38	33	26
2 Battery Cabinets	150	95	60	64	50	44	35
3 Battery Cabinets	200	130	95	98	76	62	49
4 Battery Cabinets	260	165	120	122	95	75	60
5 Battery Cabinets	320	215	150	146	114	100	79

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