LC Clients

• Stand-alone Inverter

• Model Nos.:
  • Inverter 12 | 1600 120V VE.Direct NEMA GFCI
  • Inverter 24 | 1600 120V VE.Direct NEMA GFCI
  • Inverter 48 | 1600 120V VE.Direct NEMA GFCI
  • Inverter 12 | 1200 120V VE.Direct NEMA GFCI
  • Inverter 24 | 1200 120V VE.Direct NEMA GFCI
  • Inverter 48 | 1200 120V VE.Direct NEMA GFCI
  • Inverter 12 | 800 120V VE.Direct NEMA GFCI
  • Inverter 24 | 800 120V VE.Direct NEMA GFCI
  • Inverter 48 | 800 120V VE.Direct NEMA GFCI
  • Inverter 12 | 500 120V VE.Direct NEMA GFCI
  • Inverter 24 | 500 120V VE.Direct NEMA GFCI
  • Inverter 48 | 500 120V VE.Direct NEMA GFCI
  • Inverter 12 | 375 120V VE.Direct NEMA GFCI
  • Inverter 24 | 375 120V VE.Direct NEMA GFCI
  • Inverter 48 | 375 120V VE.Direct NEMA GFCI
  • Inverter 12 | 250 120V VE.Direct NEMA GFCI
  • Inverter 24 | 250 120V VE.Direct NEMA GFCI
  • Inverter 48 | 250 120V VE.Direct NEMA GFCI
• Ratings:
  

  Inverter VE.Direct 120V	12/250 24/25048/250	12/375 24/375 48/375	12/500 24/50048/500	12/800 24/800 48/800	12/1200 24/1200 48/1200	12/1600 24/1600 48/1600
  Cont. Power at 25°C	250W	375W	500W	800W	1200W	1500W
  Cont. Power at 40°C	200W	300W	438W	650W	1100W	1350W
  Time-limited power (cold start)	300W/15s	450W/25s	500W/1h	900W/1h	1300W/1h	1700W/1h
  Peak power	400W/2s	600W/2s	750W/2s	1200W/15s	1600W/15s	2100W/15s
  Output AC (voltage, current, Frequency)	1.70Aac	2.5Aac	3.35Aac	5.4Aac	8.0Aac	10.9Aac
  	120Vac +/-3% 60Hz +/-0.1%
  Input DC voltage range current: 12V battery 24V battery 48V battery	9.2 – 17V 18.4 – 34.0V 36.8 – 62V
  	23Adc 12Adc 6Adc	35Adc 18Adc 9Adc	50Adc 25Adc 13Adc	76Adc 38Adc 19Adc	120Adc 60Adc 30Adc	160Adc 80Adc 40Adc
  Operating temperature range	-40 to +60°C (fan-assisted cooling)
  Power derating	1.25% per °C above 40°C

• UL 458 (Ed.6)

• Inverter intended to be used indoors, built-in in a cabinet, non-condensing humidity of max 95%, in ambient temperature of -40 to +60°C.
• This is a Safety class I product (supplied with a protective grounding terminal). The chassis must be grounded.
• The AC output is isolated from the DC input and the chassis unless the unit is equipped with a Ground Fault Circuit Interruper (GFCI). Local regulations may require a true neutral. In this case, one of the AC output wires must be connected to the chassis, and the chassis must be connected to a reliable ground. The true neutral is needed to ensure the current operation of an earth leakage circuit breaker.

General Note:

• Project no.: 20760B
• LC Listing Report no.: 10.00.20760-1_Rev.B
• LC Certificate no.: LC20760-1