Baykee HS series high frenquency 2KVA uninterruptible power systems

Baykee HS series high frenquency  2KVA uninterruptible power systems HS ( HTS ) series is on-line double conversion UPS, HS capacity include from 1kVA to 10kVA ( Single Phase Input and Single Phase Output ), HTS series capacity include from 10kVA to 20kVA ( Three Phase Input and Single Phase Output ). HS ( HTS ) series congregates the essence of Baykee advanced technology and the world’s most advanced 16-bit high speed CPU control technology and 40KHZ high frequency technology. The UPS have small volume, light weight, high efficiency, zero transfer time and pure sine wave output etc features. The UPS adopt the most advanced interface information operation technology, the user can see the UPS operation status directly from the LCD. With digital self-detecting and protection function, the long distance monitoring can reach the international advanced level. It is the power guard for data processing centre, host system, integrated computer network, ISP service, telecom, computer room etc. HS ( HTS ) Main Features High Frequency and true double-conversion 35 Degree adjustable drawing LCD display panel for 6kVA-10kVA Can see UPS operation status, load status, battery status via LCD Intelligent digital control, increase the ups stability Input power factor correction ( PFC ), reduce pollution to utility grid Wide input voltage range, compatible with different utilities 0.8 output power factor lives up to the load trend and stronger load Excellent input frequency range, make the ups adapt to the different power supply equipment Adopt high precision SMD technology, improve the circuit reliability and running precision Intelligent battery management, extend the battery life Silencer device, better environment protections RS232 communication port, Optional USB/SNMP card Input line and neutral detecting functions Self diagnosis when turn on the UPS, inspect all kinds of ups work status Can Support Software System: Windows, Windows Net , LAN Manager, etc Optional Standard battery bank or extension battery bank   Technical Parameters

MODEL		HS-1KS	HS-2KS	HS-3KS	HS-6KS	HS-10KS
Capacity		1KVA	2KVA	3KVA	6KVA	10KVA
Power Watt		800W	1600kW	2400W	4800W	8000W
Phase		Single Phase Input / Single Phase Output
INPUT
Voltage  Range	Low Voltage Conversion	160VAC±5% or 80VAC±5% @100% Load 110VAC±5% or 50VAC±5% @ 50% Load			120VAC-275VAC
	Low Voltage  Recovery	175VAC±5% or 85VAC±5% @ 100% Load
	Low Voltage  Recovery	300VAC±5% or 150VAC±5%
	Low Voltage  Recovery	290VAC±5% or 145VAC±5%
Frequency Range		40-70Hz			46-54Hz or 56-64Hz
Power Factor		0.99			0.99
OUTPUT
Output Voltage		220VAC ± 1% ( Battery Mode )
Frequency Range		47~53Hz or 57Hz~63Hz ( Synchronized Range ), 50/60Hz±0.3Hz ( Battery Mode )
Output Power Factor		0.8
Crest Factor		3:1
Harmonic Distortion		≤2% THD (Linear Load), ≤4% THD			<2% ( Linear Load )
<2% ( Linear Load )		AC-DC: 0ms, Inverter to Bypass: 4ms ( Typical )
Waveform		Pure Sine Wave
Overload Capacity		105-125%, Transfer to Bypass after 1min, 125-135%, Transfer to Bypass after 30s and disconnect output after 1min, >135%, Transfer to Bypass after 0.5s
EFFICIENCY
AC Mode		87%	90%		89%
Battery Mode		83%	87%		88%
BATTERY
DC Voltage		36VDC	72VDC	72VDC	192VDC	192VDC
Standard Model	Inbuilt Battery Capacity	12V7Ah	12V7Ah	12V7Ah	12V7Ah	12V9Ah
	Quantity	3	6	6	16	16
	Charge Time	4hours charging to 90%			7hours charging to 90%	9hours charging to 90%
	Max. Charge Current	1.0A
	Charge Voltage	41.0VDC±1%	82.1VDC±1%		219.2VDC±1%	219.2VDC±1%
DISPLAY
LCD or LED		Load, Battery Capacity, AC Mains Mode, Battery Mode, Bypass Mode, Fault Indicator
ALARM VOICE
Battery Mode		Ring one time per 4 seconds
Battery Low Capacity		Ring one time per 1 seconds
Overload		ring one time per 0.5 second
Faults		continue to ring
PHYSICAL PERFORMANCE
Size ( D*W*H) mm		397*145* 220	421*190*318		48*520*616
Weight ( Kg )		13	26	28	57	58.5
Humidity		20-90% RH @ 0-40℃ ( Non-condensing )
Noise		<45dB @ 1M			<55dB @1 M
Smart RS232 ( Optional USB )		Support Windows2000/2003/XP/Vista/2008/7, Linux, Unix
Optional SNMP		Optional SNMP