| MODEL |
PM-6000SI-24
|
PM-6000SI-48
|
| INVERTER |
| Input Voltage Range (VDC) |
19~32VDC
|
38~64VDC
|
| Output Voltage (VAC) |
185~240VAC
|
| Output Frequency |
50Hz / 60Hz ± 0.1%
|
| Output Voltage |
Pure sine wave
|
| THD |
< 5%
|
| Power Factor |
All loads
|
| Switch-on Behavior |
Nominal output voltage within 20 msec.
|
Cont. Output Power at 25°C(W) (cos£c=1.0) |
6000W
|
| Maximum Power (W) |
12000W
|
| Maximum Efficiency (%) |
88
|
| Zero-load Power (W) |
20W
|
| CHARGER |
| Input Voltage Range (VAC) |
|
| Input Frequency |
45~55Hz / 55~65Hz
|
| Power Factor |
1
|
| Charge Characteristic |
4-stage adaptive
|
| Maximum DC Voltage Ripple (Vrms) |
< 1.25 V
|
| Charge Voltage "Absorption" (VDC) |
57.6V
|
| Charge Voltage "Float" (VDC) |
55.2V
|
Output Charge Voltage (VDC) Min.,Max. |
22V,64V
|
| Charge Current House Battery (A) |
140A
|
| Charge Current Starter Battery (A) |
4A
|
| AC INPUT SWITCH |
| Protected by Thermal Circuit Breaker |
100A (110V) / 60A (220V)
|
| Switch-over Time Inverter to AC Input |
0 msec.
|
| Switch-over Time AC Input to Inverter |
0 msec.
|
| Detection Time AC Input Fault |
4 msec. to 10 msec.
|
| Trip Level Mains to Inverter |
90VAC / 180VAC
|
| Trip Level Inverter to Mains |
94VAC / 187VAC
|
Min.- Max. Frequency Range (50Hz/60Hz) |
45~55Hz or 55~65Hz
|
| GENERAL |
| Power Control |
Yes
|
| Power Assist |
20A
|
| Auto Transfer Switch (A) |
30A
|
| Multi-purpose Relay |
3 relays
|
| Protection |
Output short circuit, Overload, Battery overvoltage, Battery undervoltage, Battery reverse polarity detection, Over temperature, High input voltage ripple
|
| Common Characteristics |
Operating temperature range: -20°C to +50°C (fan assisted cooling) Humidity: max 95% (non condensing)
|
| Weight (kg) |
48.1kg
|
46.5kg
|
| Dimensions (L x W x H) mm |
590 x 480 x 630 mm
|
| OPTIONS |
| Solar Charger |
SCC Series PM-SCC-45A-1248 / PM-SCC-60A-1248 (Max. 10 sets for parallel connection)
|
| Remote Controller |
Remote monitoring available, optional cables: 3M/15M
|
| Battery Temperature Sensor (BTS) |
Compensation for the battery charging voltage and current
|