UPS

HW and HW-L Series

Outdoor UPS

HW Series

HW series is a special UPS that can withstand the harsh outdoor environment.It has the globally newest period control component and more advanced software combined in a full intelligent digital product.

The HW series product uses the six generators low-loss large power IGBT and static switch to power the component. Fully adaptable digital control technology with an available online programmable high-speed microprocessor(MCU) which performance perfectly with digital electric technology.

Scroll down to also see HW-L series UPS.

Model	HW – 1K	HW – 2K	HW – 3K
Capacity	1kVA	2kVA	3kVA
Power Watt	0.8kW	1.6kW	2.4kW
Working Principle	Low Frequency, Transformer Based True On Line-Double Conversion	Low Frequency, Transformer Based True On Line-Double Conversion	Low Frequency, Transformer Based True On Line-Double Conversion

Input (Rectifier)
Phase	1 phase	1 phase	1 phase
Voltage Range	220VAC (230VAC or 240VAC) ±25%	220VAC (230VAC or 240VAC) ±25%	220VAC (230VAC or 240VAC) ±25%
Frequency Range	50Hz ±10% / 60Hz ±10% (Selectable)	50Hz ±10% / 60Hz ±10% (Selectable)	50Hz ±10% / 60Hz ±10% (Selectable)
Output Ripple	Less than 2%	Less than 2%	Less than 2%
Soft Start	0 up to 100% 5sec	0 up to 100% 5sec	0 up to 100% 5sec

Charging
Charging Mode	Constant current, then constant voltage and charge with temperature compensation	Constant current, then constant voltage and charge with temperature compensation	Constant current, then constant voltage and charge with temperature compensation
Float Charging Voltage	55VDC	55VDC	55VDC
Equalized Charging Voltage	56.8VDC	56.8VDC	56.8VDC
Temp. Compensated Voltage	-3mV / ℃ / cell	-3mV / ℃ / cell	-3mV / ℃ / cell
Charging Current	5 – 10A	5 – 10A	5 – 10A

Battery
Type	VRLA / AGM / Gel Optional Lithium Battery	VRLA / AGM / Gel Optional Lithium Battery	VRLA / AGM / Gel Optional Lithium Battery
Battery Capacity	7 up to 200AH settable (Configuration Battery Capacity according to Back-up Time)	7 up to 200AH settable (Configuration Battery Capacity according to Back-up Time)	7 up to 200AH settable (Configuration Battery Capacity according to Back-up Time)
Quantity	4 units 12V or 24 units 2V batteries (Battery Voltage 48VDC)	4 units 12V or 24 units 2V batteries (Battery Voltage 48VDC)	4 units 12V or 24 units 2V batteries (Battery Voltage 48VDC)
Temperature	20ºC up to 25ºC (For Maximum Efficiency)	20ºC up to 25ºC (For Maximum Efficiency)	20ºC up to 25ºC (For Maximum Efficiency)

Output (Inverter)
Phase	1 Phase	1 Phase	1 Phase
Nominal Voltage	220VAC (230VAC or 240VAC)	220VAC (230VAC or 240VAC)	220VAC (230VAC or 240VAC)
Output Voltage Regulated Accuracy	± 1%( Stable load) ± 3% (Fluctuate load)	± 1%( Stable load) ± 3% (Fluctuate load)	± 1%( Stable load) ± 3% (Fluctuate load)
Output Frequency Range	50Hz 60Hz less than ±0.5% (Asynchronous )	50Hz 60Hz less than ±0.5% (Asynchronous )	50Hz 60Hz less than ±0.5% (Asynchronous )
Crest Factor	Greater than 3:1	Greater than 3:1	Greater than 3:1
Total Harmonic Distortion (THD)	Pure Sine Wave Linear Load less than 3% Non-Linear Load less than 5%	50Hz, 60Hz less than ±0. 5%	50Hz, 60Hz less than ±0. 5%
Dynamic Characteristics	Instant voltage less than ±5% (from 0 to 100%) Instant recover time less than 10ms	Instant voltage less than ±5% (from 0 to 100%) Instant recover time less than 10ms	Instant voltage less than ±5% (from 0 to 100%) Instant recover time less than 10ms
Overload Capacity	At 115% load, normal work At 125% load 10 min At 150% load 1min	At 115% load, normal work At 125% load 10 min At 150% load 1min	At 115% load, normal work At 125% load 10 min At 150% load 1min
Inverter Efficiency	Greater than 93% (full load)	Greater than 93% (full load)	Greater than 93% (full load)

Bypass
Phase	1 Phase + P + N	1 Phase + P + N	1 Phase + P + N
Nominal Voltage	220VAC (230VAC or 240VAC)	220VAC (230VAC or 240VAC)	220VAC (230VAC or 240VAC)
Transfer Time	0ms (adopt static switch)	0ms (adopt static switch)	0ms (adopt static switch)

Protection
Input Protection	Input voltage, frequency over limited protection	Input voltage, frequency over limited protection	Input voltage, frequency over limited protection
Output Protection	Over current, short circuit, over voltage, low voltage	Over current, short circuit, over voltage, low voltage	Over current, short circuit, over voltage, low voltage
Battery Protection	Over charge, over-discharge protection	Over charge, over-discharge protection	Over charge, over-discharge protection
Temperature Protection	Environment over temperature protection Inverter over temperature protection	Environment over temperature protection Inverter over temperature protection	Environment over temperature protection Inverter over temperature protection
Hardware Fault Protection	Assistant power abnormal, breaker cut off, breaker overload, power devices over current/over voltage etc. protection	Assistant power abnormal, breaker cut off, breaker overload, power devices over current/over voltage etc. protection	Assistant power abnormal, breaker cut off, breaker overload, power devices over current/over voltage etc. protection

System Parameters
Working Environment	Temp: -25 up to 55ºC Relative humidity: 30% up to 90% Altitude less than 2000m (power reduce 1% every 100M raised, 4000M utmost)	Temp: -25 up to 55ºC Relative humidity: 30% up to 90% Altitude less than 2000m (power reduce 1% every 100M raised, 4000M utmost)	Temp: -25 up to 55ºC Relative humidity: 30% up to 90% Altitude less than 2000m (power reduce 1% every 100M raised, 4000M utmost)
Cooling Method	Compulsive ventilation	Compulsive ventilation	Compulsive ventilation
Communication Interface	RS232 / RS485 Optional dry contact, SNMP card (for remote control via internet)	RS232 / RS485 Optional dry contact, SNMP card (for remote control via internet)	RS232 / RS485 Optional dry contact, SNMP card (for remote control via internet)
Protection Level	IP43	IP43	IP43
Safety Performance	Vin-n Vout-n 2000VAC, Creepage less than 10mA Insulating resistance greater than 2MΩ (500VDC)	Vin-n Vout-n 2000VAC, Creepage less than 10mA Insulating resistance greater than 2MΩ (500VDC)	Vin-n Vout-n 2000VAC, Creepage less than 10mA Insulating resistance greater than 2MΩ (500VDC)
Anti-Surge Capacity	10/700μS, 5KV; 8/20μS, 20KA	10/700μS, 5KV; 8/20μS, 20KA	10/700μS, 5KV; 8/20μS, 20KA
Noise	45 up to 50dB	45 up to 50dB	45 up to 50dB

NOTE: Baykee Australasia reserves the right to change or modify product design, construction, specifications or materials without prior notice and without incurring any obligation to make such changes and modifications on Baykee Australasia products previously or subsequently sold.

HW-L Series

HW-L series UPS is a smart multi-functional line interactive UPS, consisting of inverters, automatic voltage regulator, a conversion circuit, main control circuit and display alarm circuits, etc.

Designed to protect your computer and other important electronic facilities from power failure, brownouts, sags, and surges. The UPS can filter out the small voltage fluctuations. When meeting big voltage disturbance the UPS can disconnect AC input by an internal circuit, in order to avoid influence of your facility.

The UPS can offer uninterruptible power supply thru lead acid battery or lithium battery until the utility power recover. When the utility power is normal, the UPS has voltage regulation function by the internal automatic voltage regulator and simultaneously charge the battery. During downtime the UPS can change the battery energy into pure sine wave AC power, thereby making the load work.

Model	HW-L-1K	HW-L-1.5K	HW-L-2K	HW-L-3K	HW-L-4K	HW-L-5K
Capacity	1000VA	1500VA	2000VA	3000VA	4000VA	5000VA
Power Watt	800W	1200W	1600W	2400W	3200W	4000W
Work Mode	Low Frequency Line Interactive	Low Frequency Line Interactive	Low Frequency Line Interactive	Low Frequency Line Interactive	Low Frequency Line Interactive	Low Frequency Line Interactive
Voltage Regulation Function	Adopt relay smart multi-gear adjusting voltage	Adopt relay smart multi-gear adjusting voltage	Adopt relay smart multi-gear adjusting voltage	Adopt relay smart multi-gear adjusting voltage	Adopt relay smart multi-gear adjusting voltage	Adopt relay smart multi-gear adjusting voltage
Output Voltage Regulation Precision	±5%	±5%	±5%	±5%	±5%	±5%

Input
Phase	1 phase + P + N + PE	1 phase + P + N + PE	1 phase + P + N + PE	1 phase + P + N + PE	1 phase + P + N + PE	1 phase + P + N + PE
Rated Voltage	100 / 110 / 120VAC Or 220 / 230 / 240VAC (According to Users’ Voltage Standard)	100 / 110 / 120VAC Or 220 / 230 / 240VAC (According to Users’ Voltage Standard)	100 / 110 / 120VAC Or 220 / 230 / 240VAC (According to Users’ Voltage Standard)	100 / 110 / 120VAC Or 220 / 230 / 240VAC (According to Users’ Voltage Standard)	100 / 110 / 120VAC Or 220 / 230 / 240VAC (According to Users’ Voltage Standard)	100 / 110 / 120VAC Or 220 / 230 / 240VAC (According to Users’ Voltage Standard)
Voltage Range	±25%	±25%	±25%	±25%	±25%	±25%
Rated Frequency	50 / 60Hz (Self-adaptive)	50 / 60Hz (Self-adaptive)	50 / 60Hz (Self-adaptive)	50 / 60Hz (Self-adaptive)	50 / 60Hz (Self-adaptive)	50 / 60Hz (Self-adaptive)
Frequency Range	±5%	±5%	±5%	±5%	±5%	±5%

Battery
Voltage	24VDC	24VDC	48VDC	48VDC	48VDC	48VDC
Charging Mode	Three-stage Intelligent Battery Charging	Three-stage Intelligent Battery Charging	Three-stage Intelligent Battery Charging	Three-stage Intelligent Battery Charging	Three-stage Intelligent Battery Charging	Three-stage Intelligent Battery Charging
Float Charging Voltage	27VDC	27VDC	27VDC	27VDC	27VDC	27VDC
Equalized Charging Voltage	28.2VDC	28.2VDC	56.4VDC	56.4VDC	56.4VDC	56.4VDC
Temperature Compensated Voltage	3mV / ℃ / cell	3mV / ℃ / cell	3mV / ℃ / cell	3mV / ℃ / cell	3mV / ℃ / cell	3mV / ℃ / cell
Charging Power	Rated Capacity * 20%	Rated Capacity * 20%	Rated Capacity * 20%	Rated Capacity * 20%	Rated Capacity * 20%	Rated Capacity * 20%

Output
Phase	1 Phase + P + N + PE	1 Phase + P + N + PE	1 Phase + P + N + PE	1 Phase + P + N + PE	1 Phase + P + N + PE	1 Phase + P + N + PE
Nominal Voltage	Equal to Input Rated Voltage	Equal to Input Rated Voltage	Equal to Input Rated Voltage	Equal to Input Rated Voltage	Equal to Input Rated Voltage	Equal to Input Rated Voltage
Inverter Output Voltage	100 / 110 / 115 / 127V； 220 / 230 / 240V (According to users’ voltage standard)	100 / 110 / 115 / 127V； 220 / 230 / 240V (According to users’ voltage standard)	100 / 110 / 115 / 127V； 220 / 230 / 240V (According to users’ voltage standard)	100 / 110 / 115 / 127V； 220 / 230 / 240V (According to users’ voltage standard)	100 / 110 / 115 / 127V； 220 / 230 / 240V (According to users’ voltage standard)	100 / 110 / 115 / 127V； 220 / 230 / 240V (According to users’ voltage standard)
Inverter Output Degree of Stability	±1% (steady load ) ±3% (fluctuation of load)	±1% (steady load ) ±3% (fluctuation of load)	±1% (steady load ) ±3% (fluctuation of load)	±1% (steady load ) ±3% (fluctuation of load)	±1% (steady load ) ±3% (fluctuation of load)	±1% (steady load ) ±3% (fluctuation of load)
Inverter Frequency Degree of Stability	50Hz, 60Hz less than ±0. 5%	50Hz, 60Hz less than ±0. 5%	50Hz, 60Hz less than ±0. 5%	50Hz, 60Hz less than ±0. 5%	50Hz, 60Hz less than ±0. 5%	50Hz, 60Hz less than ±0. 5%
Crest Factor	Greater than 3:1	Greater than 3:1	Greater than 3:1	Greater than 3:1	Greater than 3:1	Greater than 3:1
Inverter Output THD	Pure sine wave Linear load less than 3% Non-linear load less than 5%	Pure sine wave Linear load less than 3% Non-linear load less than 5%	Pure sine wave Linear load less than 3% Non-linear load less than 5%	Pure sine wave Linear load less than 3% Non-linear load less than 5%	Pure sine wave Linear load less than 3% Non-linear load less than 5%	Pure sine wave Linear load less than 3% Non-linear load less than 5%
Transfer Time	Less than 5ms	Less than 5ms	Less than 5ms	Less than 5ms	Less than 5ms	Less than 5ms

Protection
Input Protection	Voltage, Frequency Ultra-Limit Protection	Voltage, Frequency Ultra-Limit Protection	Voltage, Frequency Ultra-Limit Protection	Voltage, Frequency Ultra-Limit Protection	Voltage, Frequency Ultra-Limit Protection	Voltage, Frequency Ultra-Limit Protection
Output Protection	Over Current, Short Circuit Protection	Over Current, Short Circuit Protection	Over Current, Short Circuit Protection	Over Current, Short Circuit Protection	Over Current, Short Circuit Protection	Over Current, Short Circuit Protection
Battery Protection	Overcharging, Short Circuit Protection	Overcharging, Short Circuit Protection	Overcharging, Short Circuit Protection	Overcharging, Short Circuit Protection	Overcharging, Short Circuit Protection	Overcharging, Short Circuit Protection
Temperature Protection	Over-Temperature Protection	Over-Temperature Protection	Over-Temperature Protection	Over-Temperature Protection	Over-Temperature Protection	Over-Temperature Protection
Hardware Fault Protection	Fuse Over Current Protection, Surge Voltage Protection	Fuse Over Current Protection, Surge Voltage Protection	Fuse Over Current Protection, Surge Voltage Protection	Fuse Over Current Protection, Surge Voltage Protection	Fuse Over Current Protection, Surge Voltage Protection	Fuse Over Current Protection, Surge Voltage Protection
Alarm Function	Audio Alarm	Audio Alarm	Audio Alarm	Audio Alarm	Audio Alarm	Audio Alarm

Overload Level	Utility Power Mode	Battery Mode
105 up to 125%	Greater than 10mins	Greater than 1 mins
125 up to 150%	Greater than 1mins	Immediate Protection
Greater than 150%	Immediate Protection

System Parameters
Work Temperature	Temperature: 0 up to 40℃ Relative humidity: 30% up to 90% Altitude less than 2000m (power reduce 1% every 100M raised, 4000M utmost)	Temperature: 0 up to 40℃ Relative humidity: 30% up to 90% Altitude less than 2000m (power reduce 1% every 100M raised, 4000M utmost)	Temperature: 0 up to 40℃ Relative humidity: 30% up to 90% Altitude less than 2000m (power reduce 1% every 100M raised, 4000M utmost)	Temperature: 0 up to 40℃ Relative humidity: 30% up to 90% Altitude less than 2000m (power reduce 1% every 100M raised, 4000M utmost)	Temperature: 0 up to 40℃ Relative humidity: 30% up to 90% Altitude less than 2000m (power reduce 1% every 100M raised, 4000M utmost)	Temperature: 0 up to 40℃ Relative humidity: 30% up to 90% Altitude less than 2000m (power reduce 1% every 100M raised, 4000M utmost)
Cooling Method	Forced ventilation	Forced ventilation	Forced ventilation	Forced ventilation	Forced ventilation	Forced ventilation
Communication Interface	RS232 (Optional USB, SNMP card)	RS232 (Optional USB, SNMP card)	RS232 (Optional USB, SNMP card)	RS232 (Optional USB, SNMP card)	RS232 (Optional USB, SNMP card)	RS232 (Optional USB, SNMP card)
Protection Level	IP30	IP30	IP30	IP30	IP30	IP30
Safety Performance	I/O on ground resistance (3000VAC) Stray current less than 3.5mA Insulation resistance exceeding 2MΩ (500VDC)	I/O on ground resistance (3000VAC) Stray current less than 3.5mA Insulation resistance exceeding 2MΩ (500VDC)	I/O on ground resistance (3000VAC) Stray current less than 3.5mA Insulation resistance exceeding 2MΩ (500VDC)	I/O on ground resistance (3000VAC) Stray current less than 3.5mA Insulation resistance exceeding 2MΩ (500VDC)	I/O on ground resistance (3000VAC) Stray current less than 3.5mA Insulation resistance exceeding 2MΩ (500VDC)	I/O on ground resistance (3000VAC) Stray current less than 3.5mA Insulation resistance exceeding 2MΩ (500VDC)

UPS

HW and HW-L Series

Outdoor UPS

HW Series

HW-L Series

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