ES12F, UPS 1000S and UPS 1200S Uninterruptible Power Supplys Specifications Caterpillar

UPS 1200

Technical Data

Table 1

Maximum kVA	1200
Maximum ekW	960
Input voltage	480
Output voltage	480
AC input current (Nominal Amps)	1205
Maximum amps incl. recharge	1600
AC output current nominal amps	1445
System efficiency	97 percent

Specifications

Table 2

INPUT
Voltage	480 VAC 3 phase, 3-wire plus ground (from grounded wye source)
Voltage Range	+10 percent/-15 percent (programmable)
Frequency	60Hz
Power Factor	0.99 at rated load and nominal voltage
Harmonic Current Distortion
Linear load	less than 3 percent at 100 percent resistive load
Non-linear load	less than 8 percent with 100 percent non-linear load
Surge Withstand	Meets IEEE 587/ANSI C62.41
Walk-in	1 to 15 seconds (programmable)
Bypass Source	Same as input source – Synchronized frequency, phase and voltage
Bypass Voltage Window	± 10/15 percent (programmable within range)
OUTPUT
Voltage	480 VAC, 3 phase, 3-wire plus ground (4-wire optional)
Voltage Regulation
Steady-state	±1 percent of nominal for ± 10 percent input and balanced or unbalanced load 0.8 lag to .9 lead pf; 7 percent at –15 percent input voltage
Transient	±5 percent of nominal for 100 percent load step; or loss/ return of input
Recovery Time	50 millisecond maximum
Bypass Trigger	Programmable up to ±10 percent
Frequency Regulation
Normal Operation	Synchronized to input
Free Running	0.1 percent stability

Table 3

Synch Window	Adjustable over a range of at least 0.3 Hz to 3 Hz
Frequency Slew Rate	Adjustable over a range of at least 0.2 Hz/second to 5 Hz/second
Load Power Factor	0.8 lag to 0.9 lead for specified regulation and rating. 0.4 lag to 0.7 lead with reduced regulation or load.
Voltage Unbalance and Distortion
Balanced Load	less than 1 percent voltage unbalance and less than 1 phase displacement
50 percent Unbalanced Load	less than 3 percent voltage unbalance and less than 3 percent phase displacement
Linear Load	less than 3 percent THD less than 2 percent SHD
100 percent Non Linear Load (in accordance with EN 50091-3)	less than 5 percent THD
Load Imbalance	The UPS is capable of supporting any combination of unbalanced load that does not exceed the maximum phase currents and the total output limitations of the UPS.
Overload Capability (nominal line without bypass)
Continuous	105 percent
1 Minute	125 percent
5 Seconds	Up to 150 percent

Dimensions and Weights

Table 4

All Cabinets
Depth	1016 mm (40 inch)
Cabinet height (without DC bus)	1981 mm (78 inch)
System height (with DC bus)	2319 mm (91.3 inch)
Individual Cabinets
4-wire (option)
Width	1981 mm (78 inch)
Weight	3448 kg (7600 lb)
Maintenance Bypass (option)
Width	533 mm (21.0 inch)
Weight	1134 kg (2500 lb)
Bottom Entry (option)
Width	1067 mm (42.0 inch)
Weight	272 kg (600 lb)
Input/Output
Width	1067 mm (42.0 inch)
Weight	1134 kg (2500 lb)
Static Switch
Width	1067 mm (42.0 inch)
Weight	907 kg (2000 lb)
Control (1)
Width	914 mm (36.0 inch)
Weight	907 kg (2000 lb)
Inverter (2)
Width	1067 mm (42.0 inch)
Weight	771 kg (1700 lb)
Energy Storage (3)
Width	1067 mm (42.0 inch)
Weight	3040 kg (6700 lb)

( 1 )	Ships attached to Inverter Cabinet.
( 2 )	Ships attached to Control Cabinet.
( 3 )	2 per Standard System

Environmental

Table 5

Acoustical noise	less than 77dBA at 1.52 m (5 ft)
Temperature
Operating	0 °C (32 °F) to 40 °C (104 °F)
Storage	−25 °C (−13 °F) to 70 °C (158 °F)
Humidity	5 percent to 95 percent (non-condensing)
Altitude	Up to 914.4 m (3,000 ft) (de-rate operating temperature range for higher elevation)
Emissions and Immunity	FCC Class A, Subpart J of Part 15/ EN 50091-2

Safety

Table 6

UL 1778 Listed

CUL CAN/CSA 22.2 No. 107.1 Listed

Ride Through Times

Table 7

Number of Energy Storage Cabinets	100 Percent load	75 Percent load	50 Percent load	25 Percent load
2	13.5	17	26	50
3	20	25	39	75
4	27	34	52	100

UPS 1000

Technical Data

Table 8

Maximum kVA	1000 rated at kW
Maximum ekW	900
Input voltage	380, 400, 415
Output voltage	380, 400, 415
AC input current (Nominal Amps)	1475, 1400, 1350
Maximum amps incl. recharge	1600
AC output current nominal amps	1445, 1445, 1393
System efficiency	94 percent

Specifications

Table 9

INPUT
Voltage	380, 400, 415 VAC 3 phase, 3-wire plus ground (from grounded wye source)
Voltage Range	+10 percent/-15 percent (programmable) + 10% at 380 V
Frequency	50Hz or 60 Hz
Power Factor	0.99 at rated load and nominal voltage
Harmonic Current Distortion
Linear load	less than 3 percent at 100 percent resistive load
Non-linear load	less than 8 percent with 100 percent non-linear load
Surge Withstand	Meets IEEE 587/ANSI C62.41
Walk-in	1 to 15 seconds (programmable)
Bypass Source	Same as input source – Synchronized frequency, phase and voltage
Bypass Voltage Window	± 10/15 percent (programmable within range) +10% at 380 V
OUTPUT
Voltage	Same as input, galvanically isolated 3-phase, 4-wire plus ground
Voltage Regulation
Steady-state	±1 percent of nominal for ± 10 percent input and balanced or unbalanced load, 7 percent at –15 percent input voltage and rated load
Transient	±5 percent of nominal for 50 percent load step or loss return of input
Recovery Time	50 millisecond maximum
Bypass Trigger	Programmable up to ±10 percent
Frequency Regulation
Normal Operation	Synchronized to input
Free Running	0.1 percent stability

Table 10

Synch Window	Adjustable over a range of at least 0.3 Hz to 3 Hz
Frequency Slew Rate	Adjustable over a range of at least 0.3 Hz/second to 3 Hz/second
Load Power Factor	0.8 lag to 0.9 lead for specified regulation and rating. 0.4 lag to 0.7 lead with reduced regulation or load.
Voltage Distortion
Balanced Load	less than 1 percent voltage unbalance and less than 1 degree of phase displacement
50 percent Unbalanced Load	less than 3 percent voltage unbalance and less than 3 degrees phase displacement
Linear Load	less than 3 percent THD less than 2 percent SHD
100 percent Non Linear Load (in accordance with EN 50091-3)	less than 5 percent THD
Load Imbalance	The UPS is capable of supporting any combination of unbalanced load that does not exceed the maximum phase currents and the total output limitations of the UPS.
Overload Capability (nominal line without bypass)
Continuous	105 percent
1 Minute	125 percent
5 Seconds	Up to 150 percent

Dimensions and Weights

Table 11

All Cabinets
Depth	1016 mm (40 inch)
Cabinet height (without DC bus)	1981 mm (78 inch)
System height (with DC bus)	2319 mm (91.3 inch)
Individual Cabinets
4-wire (option)
Width	1981 mm (78 inch)
Weight	3448 kg (7600 lb)
Maintenance Bypass (option)
Width	533 mm (21.0 inch)
Weight	1134 kg (2500 lb)
Bottom Entry (option)
Width	1067 mm (42.0 inch)
Weight	272 kg (600 lb)
Input/Output
Width	1067 mm (42.0 inch)
Weight	1134 kg (2500 lb)
Static Switch
Width	1067 mm (42.0 inch)
Weight	907 kg (2000 lb)
Control (1)
Width	914 mm (36.0 inch)
Weight	907 kg (2000 lb)
Inverter (2)
Width	1067 mm (42.0 inch)
Weight	771 kg (1700 lb)
Energy (3)
Width	1067 mm (42.0 inch)
Weight	3040 kg (6700 lb)

( 1 )	Ships attached to Inverter Cabinet.
( 2 )	Ships attached to Control Cabinet.
( 3 )	Each CSHV, 2 per System

Environmental

Table 12

Acoustical noise	less than 77dBA at 1.52 m (5 ft)
Temperature
Operating	0 °C (32 °F) to 40 °C (104 °F)
Storage	−25 °C (−13 °F) to 70 °C (158 °F)
Humidity	5 percent to 95 percent (non-condensing)
Altitude	Up to 914.4 m (3,000 ft) (de-rate operating temperature range for higher elevation)
Emissions and Immunity	FCC Class A, Subpart J of Part 15/ EN 50091-2

Safety

Table 13

EN 50091-1-1

CE Mark

Ride Through Times

Table 14

Number of Energy Storage Cabinets	100 Percent load	75 Percent load	50 Percent load	25 Percent load
2	14	19	28	56
3	21	28	42	84
4	28	37	56	112