Kaco 6400xi-M 6400W Inverter with Tigo Maximizer Management Unit
[6400xi-M, 6400xi.M, 6400xi M, 6400xi_M, 6400xiM]
Kaco 6400xi-M 6400W Inverter with Tigo Maximizer Management Unit
6400xi-M 6400W Inverter with Tigo Maximizer Management Unit
The Tigo Maximizer system consists of two main components: the Maximizer, an electronic component which is mounted directly on the module, and the Maximizer Management Unit (MMU), which represents the higher-level intelligence of the system. The Tigo Maximizer optimizes the output power for each module, delivers all the relevant operating data for each module in real time, and allows you to disconnect each module for safe installation, maintenance, or when fighting a fire.
The Maximizer Management Unit communicates with all of the module Maximizers (wirelessly), controls all processes in real time, and sends the operating data to an external server. This allows for an online system monitoring with access for a number of users. With the KACO blueplanet 6400M/7600M we now offer you a compact all-in-one solution. The Management Unit (MMU) of the Tigo energy Maximizer has been integrated into a blueplanet 00xi inverter thus combining the features of both devices within a single system: optimizing, transforming and monitoring of solar energy in one with the blueplanet 6400M/7600.
Also Known As:
6400xi.M
6400xi M
6400xi_M
6400xiM
Specifications | Blueplanet 6400M | Blueplanet 7600M |
Input Data (DC) | ||
| DC maximum input voltage | 600 VDC | 600 VDC |
| DC maximum peak power operating range (240/208 VAC) | 365 - 510 / 320 - 510 VDC | 365 - 510 / 320 - 510 VDC |
| DC minimum start voltage | 365 - 320 VDC | 365 - 320 VDC |
| DC maximum operating current | 21 ADC | 24 ADC |
| DC maximum short circuit current | 36 ADC | |
| Maximum input source backfeed current | 0 | |
| DC input overload protection | Voltage and current limiting during operation | |
| DC input terminals / conductor size per channel A - B | 4 pos and 4 neg 4 - 12 AWG AL CU | |
AC Electrical Specifications | ||
| AC maximum continuous output power (W) | 6400 W | 7600 W |
| CEC weighted efficiency (%) | 96.5 A | |
| AC nominal voltage / operating range L to Neutral (VAC) (240 / 208 VAC) | 240 (211 - 264) / 208 (184 - 226) VAC | |
| AC continuous output current (A) (240 / 208 VAC) | 27 / 31 A | 32 / 37 |
| AC branch circuit protection | 35 / 40 | 32 / 50 |
| Frequency nominal / range (Hz) | 60 / 60.5 to 59.3 | |
| Power factor | > .99 | |
| Total harmonic distortion (%) | < 5 | |
| Standbye losses (W) | < 0.5 | |
| AC input terminals and conductor | 4 / 4 - 12 AWG AL CU | |
| Maximum output fault current (AC) and duration AAC (μs) | 120 / 100 | |
| AC synchronization in rush current (A AC) | 0.5 | |
Additional Data | ||
| Integrated AC / DC disconnect | DC disconnect with 4 branch circuit OCPD fuses | |
| Cooling | Forced convection with variable speed fa | |
| AC and DC surge protection | Yes | |
| Ground fault protection | Integrated residual current detector | |
| Inverter architecture | Transformerless, non isolated | |
| Mounting | Wall mount | |
| Enclosure construction | Aluminum | |
| Operating and storage temperature range (°F / °C) | (-13 to 140 / -25 to 60) | |
| Noise emissions | < 45 db | |
| Humidity % | 0 to 95 (non condensing) | |
| Altitude | 2000 m | |
| Warranty | Standard easySWAP 10 years | |
| Weight | 109 lbs (49 kg) | 95lbs (43 kg) |
| Dimensions (H x W xD) | 44 x 14 x 9 in (1118 x 356 x 229 mm) | |
Communications and user interface | ||
| User interface | Interactive LCD screen with 3 LED status indicators | |
| Connectivity | RS485, S0 output | |
Safety features / Regulatory compliance | ||
| Safety compliance | UL 1741 2nd Ed 2010 / IEEE 1547 / FCC Class B | |
| Fault signal relay | Potential free normally open contact | |
| Polarity Safeguard | Short circuit diode | |
| Ground fault detection and interruption (GFDI) | Residual GFDI compliant with NEC 690.35 for use with ungrounded PV system arrays | |
