Electric power supply -- PROSTAR UPS/EPS Systems

Input	Frequency	50Hz/60Hz±10%
Input	Power actor	≥92%
Output	Voltage	220V±0.5%
	Voltage regulation	Stable voltage±1%，dynamic oltage±2%，（0-100% load fluctuation20ms）
	Frequency stableness	50Hz/60Hz±0.5%
	Frequency torsion rate	Less than 1Hz / second
	Instant load status	± 0.4%(100% instant load fluctuation)
	Harmonic distortion	For linear load, less than 3%(full load)，total rectifying harmonics is lass than 5%
	Overload capacitance	150%
	Wave form	Sine wave
efficiency	Input AC to output AC	Above 91%
Transfer time	Mains power supply fails or restores	0 second
Transfer time	Turns from UPS to BYPASS	Less than 4 ms
Battery	DC Voltage	192V
Battery	Charging time	After it is fully charged, it can be filled to 90% of the total capacity after it is charged for 8 hours.
Warning sound	Battery discharge	If the main power fails, it buzzes once every 4 seconds.
		If the battery is low, it buzzes once every 0.5 seconds.
		If the battery stops discharging, it buzzes continuously.
	In fault tatus	Continuously buzzes
Internal Protecting device LCD panel	Battery	Automatically shuts down the machine when the battery power is low, it has no fuse switch protection.
	Overload	After the overload (110～150%) lasts for 30 seconds,it automatically jumps to BYPASS. It can automatically restore normal state.
	Temperature is too high	If the internal temperature of the UPS>85°C, it will automatically jump to BYPASS.
	Output short circuit	Limits Current, automatically shuts down the machine, without fuse switch protection.
	UPS is abnormal	Automatically jumps to BYPASS mode and starts direct mains power supply.
	Noise Filter	10~10KHz at 40 db；100KHz~100MHz at 70db
	LCD display	Indicating input and output voltage, frequency; battery voltage and output power (%).
	Battery BVL	One LED, it glows when the battery voltage is low.
Outside environment	Temperature	0~40℃
	Relative humidity	10%~90% (No condensation)
	Operation condition	Lower than 1500 meters above sea level (altitude)

Specification Table(3/3)

DT6K～60K（Three- ins and Three out）
Mode:	DT6K	DT10K	DT15K	DT20K	DT30K	DT40K	DT50K	DT60K
Capacity（KW）	6KVA/4.8	10KVA/8	15KVA/12	20KVA/16	30KVA/24	40KVA/32	50KVA/40	60KVA/48
Battery voltage（V）	192V
Overall efficiency	≥91%
Noise	≤53dB（distance 1m）				≤56B（distance 1m）
Size: W×D×H(mm)	550×600×1135				650×700×1510
Weight（Kg）(excluding the battery)	260	280	310	340	480	520	560	580

DT80K～400K（Three- ins and Three out）
Mode:	DT80K	DT100K	DT120K	DT150K	DT200K	DT250K	DT300K	DT400K
Capacity（KW）	80KVA/64	100KVA/80	120KVA/96	150KVA/120	200KVA/160	250KVA/200	300KVA/240	400KVA/320
Battery voltage（V）	240				384
Overall efficiency	≥93%				≥94%
Noise	≤60dB（distance 1m）				≤65B（（distance 1m）
Size: W×D×H(mm)	1250×750×1600				1600×750×1600
Weight（Kg）(excluding the battery)	780	860	980	1250	1600	1800	2100	2500

Common parameters(3/3)

Input	Voltage	Three-phase four-wire system, 380V±25%
	Frequency	50Hz±10%
	Power factor	≥0.92
Output	Voltage	Three-phase four-wire system, 380V±1%
	Frequency	50Hz±0.05%(when power is provided by battery)
	Harmonic distortion	Pure sine wave, distortion factor <3% (linear load), <5%( non-linear load)
	Unbalanced voltage	Balanced load≤1%, unbalanced load≤3%
	Phase displacement angle	Balanced load≤1, unbalanced load≤3
	Dynamic transient range	When output is 0～50%～100%≤3%, recovery time ≤10ms
	Overload capacity	125%≥10min, 150%≥20s
	Peak factor	5:1
	Switching time	Pure online zero switching
Battery	Battery type	Lead-acid sealed, maintenance-free
	Charging method	PWM constant current and constant voltage, battery intelligent management system
	Charging time (standard type)	12 hours
System performance	System performance MTBF	300,000 hours
	Environment scope	temperature-10℃～50℃, humidity 0～93% without condensation, altitude ≤3000m
	Support software interface	Novell Netware Microsoft Windows9x Windows2000 Windows NT Linux
	Other	Dustproof and moisture proof, inverter isolating transformer, thunderbolt surging wave absorption, and manual bypass switch

	Multiple CPU Intelligent Control		Battery Switch-on Function
	Advanced multiple CPU intelligent control is one digital software processed by microprocessor, can precisely and integrally control UPS data, and provide with enough calculation capacity, so that UPS can be under the best operation at any time.		The device features its battery switch-on function, at no public power supply for UPS device, the battery can supply with power alternatively, and then provide with stable AC power output, thus more conveniently provide the customer wit flexible solution for power supply.
	Advance IGBT inverted technology
	Combined advanced IGBT technology with hi-frequency wider-modulated technology (PWM), the technology can reduce systematic noise and power loss, so that customer can obtain hi-quality power output and optimized efficiency under each operation load.
	Advanced control design structure
	Advance module design can reduce mean troubleshooting time (MTTR) and keep up best service. and best suitability for 100% 3-phase unbalanced load and non-linear load, must not use the UPS rated capacity under reduced capacity, you can consistently operate under 3-phased 100% unbalanced load.
	Intelligent by-pass switch
	UPS can automatically monitor public power voltage under by-pass circuit mode, if input voltage exceeds rated value -20%～+50%, it shall automatically terminate its voltage output so as to protect from loaded equipment and UPS itself.
			Personal display interface
			Intelligent power management personal display panel is made of mini LCD system, clearly provides with integral operation status while UPS operation, herein LCD shall display public power, battery, output, load and interior status information, thus greatly convenient for operator and user. With remote monitor of RS232 interface and self-test function and timing switching function in this system, the system can realize in monitoring and alarming of each operation status, all information above make it into real intelligent UPS.
			Advance phase-balanced technology
			With most advanced phase-balanced technology now, it features best stability, even if loss-phase, it still operate at normal condition, especially in some worse power supply environment.
			Sole parallel redundant structure
			Only fully understandable for the key load of power supply, you can design satisfactory UPS system, the system adopts most advance technology, featured as unique idea and promoted for multiple UPS parallel structure (RPA) so that system optimizes best reliability. This series adopts parallel system to assure each key part of UPS fully controlled, therefore, the parallel redundancy is the best in the property.