|
 Exeltech XP1100
125, 250, 600 & 1100W, 12, 24 & 48VDC,
Pure Sinewave Inverters
 Exeltech XP Series inverters are the most affordable, reliable, lightweight and best regulated true sine wave inverters available. XP Series inverters will operate any AC load anywhere. Ultra lightweight, yet rugged enough for the most extreme mobile environments, the XP series is available in 120VAC, 60Hz for land, marine or military applications.
Not all waveforms are the same
Inverter technology has advanced far beyond what was available only a decade ago. The first electronic inverters to be introduced were basic square wave inverters. This type has the most limited application and is not recommended for televisions or computers.
As time and technology progressed, a second generation power inverter became popular and was called a "modified-square wave" or "quasi-sine wave" inverter. The "modified-square wave" can regulat RMS (root mean squared) voltage but not peak voltage. The type of inverter will not properly power electronic loads.
Today's technology has produced the most sophistecated power inverters on the market - true sine wave. Exeltech inverters deliver the exact output voltage and waveform that exists in home and office environments, guaranteeing that electronic devices will receive a highly regulated sine wave. This inverter provides smooth, continuous power, without noise and voltage spikes which could effect performance or ultimately damage expensive electronic equipment. Hardwire to battery source.
Specifications
OUTPUT POWER
|
Continuous Power
|
Surge Power
|
No Load Power
|
Output Voltage
|
Output Current
|
Weight LBS.
|
|
125 Watt
|
150 Watts
|
5 Watts
|
100 +/- 6%
|
1.2
|
2
|
|
125 Watt
|
150 Watts
|
5 Watts
|
120 +/- 6%
|
1.1
|
2
|
|
250 Watt**
|
300 Watts
|
6 Watts
|
100 +/- 6%
|
2.5
|
5
|
|
250 Watt**
|
300 Watts
|
6 Watts
|
120 +/- 6%
|
2.1
|
5
|
|
250 Watt**
|
300 Watts
|
7 Watts
|
230 +/- 6%
|
1.1
|
5
|
|
600 Watt**
|
1100 Watts
|
8 Watts
|
100 +/- 6%
|
6.0
|
6.5
|
|
600 Watt**
|
1100 Watts
|
8 Watts
|
120 +/- 6%
|
5.1
|
6.5
|
|
600 Watt**
|
1100 Watts
|
9 Watts
|
230 +/- 6%
|
2.7
|
6.5
|
|
1100 Watt**
|
2200 Watts
|
20 Watts*
|
100 +/- 6%
|
11.0
|
10
|
|
1100 Watt**
|
2200 Watts
|
20 Watts*
|
120 +/- 6%
|
9.5
|
10
|
|
1100 Watt**
|
2200 Watts
|
20 Watts*
|
230 +/- 6%
|
4.8
|
10
|
INPUT POWER
| MODEL VOLTAGE |
MINIMUM (TYPICAL) |
SYSTEM (TYPICAL) |
MAXIMUM (TYPICAL) |
TYPICAL EFFICIENCY @ FULL POWER |
PEAK EFFICIENCY @ 1/3 POWER |
| 12V |
10.4/10.6V* |
13.8V |
16.5V |
85% |
87% |
| 24V |
19/21V* |
27.6V |
33V |
87% |
89% |
| 32V |
26.5/28V* |
36.8V |
44V |
87% |
89% |
| 48V |
41.5/42.5V* |
55.2V |
62V |
87% |
89% |
| 66V |
57.5/58.5V |
75.9V |
91V |
88% |
90% |
| 108V |
94/95V |
125V |
149V |
88% |
90% |
GENERAL
| CONDITIONS |
MINIMUM |
TYPICAL |
MAXIMUM |
| WAVEFORM |
- |
SINUSOIDAL |
- |
| VOLTAGE OUTPUT |
-5% |
NOMINAL |
+5% |
| LINE REGULATION |
- |
0.1% |
0.5% |
| LOAD REGULATION |
- |
0.5% |
1% |
| DISTORTION |
- |
1.5% |
2% |
| FREQUENCY |
-0.1% |
NOMINAL |
+0.1% |
Dimensions
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