Cristec SOLO Inverter 48V / 3500VA
The Solo 48V / 3500VA uses 48V battery power to create 230VAC. It is capable of producing a continuous output of 3500W (12000VA for 15 minutes). This inverter uses HFLF technology which makes it capable of coping with high momentary surge loads, accidental overload and small inductive devices which struggle with other inverters. This technology also has the benefit of being more durable and much more efficient than normal pure sine wave inverters. As with other good inverters, it has low battery disconnect so that if you fail to supply charge to the battery it will prevent the battery from being damaged through total exhaustion. However it also features a system which will help prevent permanent battery damage from regular deep disharge called BLO (Battery Life Optimisation).
The Solo 48V / 3500VA uses 48V battery power to create 230VAC. It is capable of producing a continuous output of 3500W (12000VA for 15 minutes). This inverter uses HFLF technology which makes it capable of coping with high momentary surge loads, accidental overload and small inductive devices which struggle with other inverters. This technology also has the benefit of being more durable and much more efficient than normal pure sine wave inverters. As with other good inverters, it has low battery disconnect so that if you fail to supply charge to the battery it will prevent the battery from being damaged through total exhaustion. However it also features a system which will help prevent permanent battery damage from regular deep disharge called BLO (Battery Life Optimisation).
The Solo 48V / 3500VA uses 48V battery power to create 230VAC. It is capable of producing a continuous output of 3500W (12000VA for 15 minutes). This inverter uses HFLF technology which makes it capable of coping with high momentary surge loads, accidental overload and small inductive devices which struggle with other inverters. This technology also has the benefit of being more durable and much more efficient than normal pure sine wave inverters. As with other good inverters, it has low battery disconnect so that if you fail to supply charge to the battery it will prevent the battery from being damaged through total exhaustion. However it also features a system which will help prevent permanent battery damage from regular deep disharge called BLO (Battery Life Optimisation).
Overview
Inverters convert DC from batteries into AC, to provide power when no mains supply is available.
There are various types of AC that inverters can produce; square wave, modifed sine wave (quasi-sine wave) and pure sinewave. Pure sine wave is an exact replication of mains supply in your home and is the only type that you can guarantee will work with all devices that use AC power. Pure sinewave inverters are also the most efficient. The low cost of pure sinewave inverters today means there is no justification for buying square wave or modified sine wave inverters.
All our inverters are pure sinewave output.
Our inverters have many features but the most important to remember is that if left connected and supplying a device - they will not completely deplete a battery as they are all fitted with a low voltage cut-off system. This switches the inverter off when the battery voltage is low and usually provides an alarm to warn you prior to disconnecting.
Specs
Inverter Power VA (15 min) - 4300
Inverter Peak Power VA (5 sec) - 12000
Voltage - 48