XTM 2400-24 battery charger/inverter is the heart of your energy system and so the key element for a smart, efficient and smooth energy management.An XTM consists of the DC-AC Inverter, AC-DC Battery charger, AC-AC Transfer system, and UPS.
2 auxiliary contacts allow automatic control of a genset, the discoennection of non-priority loads or other programmable functions.
These functions can be controlled in a totally automatic way for an optimal management of available energy in hybrid systems, in combination with VictorTeam MPPT solar charge controllers.
1.Compatible with most battery technologies
· like: AGM, GEL, Flooded LA NiCad, NiFE, Aquion, Redox, Lithium.
2.Transfer Switch(UPS、Back up power)
·0 ms transfer time when switching from Inverter to AC input source
·＜0.15 ms transfer time when switching from Inverter to AC input source
3.Surge Capacity (inductive load)
·The inverter has a surge capability of 3X its continuous power rating.
·The inverter load can exceed the continuous output power for up to 30 minutes, allowing a power boost without triggering and overload failures.
·There is no need to choose more powerful inverters because of the excess load of a little time, which will greatly reduce the cost.
·Can access 2 kinds of AC power supply, and the two kinds of AC power supply for programming.
·Compatible with any kind of AC source.
·6 stages battery charging：
·Solar priority or battery priority can be set.
·Up to 2 sets in series to increase output power.
·Up to 3 parallel to increase single-phase output power.
·3 sets in parallel can form the three-phase power supply, up to 9 sets in parallel to form the three-phase power supply。
6.Remote monitoring function
·Local monitoring and data acquisition through RCC.
·Monitoring system through mobile APP SmartEss.
·Monitor the system through the Web side.
7.Electronic protection functions
·Battery overvoltage shutdown .
·Overtemperature and overload protection.
·Reverse polarity protection by internal fuse(except XTH3000).
·Acoustic alarm at deep discharge or overheating.
|Characterisation of the operating performance
|Power 30 min.
|Power 5 sec.
|Own consumption stand by
|Own consumption ON
|Acoustic level without ventilation
|Acoustic level with ventilation
|Up to short-circuit
|Maximum asymmetric load
|Up to Pcont.
|Load detection (stand-by)
|2 至 25 瓦
|Pure sine wave 230Vac (±2%)/120Vac(1)
|Automatic disconnection with 3 time restart attempt
|Warning before shut-off-with automatic restart
|6 steps: Bulk-Absorption-Floating-Equalization-reduced floating-periodic absorption
Number of steps, thresholds,end current and times completely adjustable with the RCC-02/-03
|With BTS-01 or BSP 500/1200
|Power Factor Correction(PFC) according
|150 to 265Vac/50 to 140Vac(1)
|Input current max. (transfer relay)/Output current max.
|2 independent contacts(potential free 3 points,16Aac/5Adc)
|Dimension h×w× [mm]
|Forced from 55