• New

X3300 IP67 Battery Charger | 87.6V 40A 3.3KW | CAN Bus | Fan Cooled

$750.00
Tax excluded
ParameterValue
Input Voltage Range 90-264VAC / 130-400VDC
Frequency 47-63Hz
Power Factor ≥0.97 @ 220VAC, ≥0.98 @ 110VAC (full load)
Standby Power ≤10W
Rated Power 3.3KW
Output Voltage Range 44V - 87.6V
Max Output Current 40A
Auxiliary Output 12V 4A (CAN-controlled)
Efficiency ≥93% @ 220VAC, ≥92% @ 110VAC (full load)
CAN Algorithm E6005
Voltage and Current
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Feature Bullet Points

 IP67 Waterproof & Dustproof

Fully sealed IP67-rated enclosure for harsh environments. Resistant to water immersion and dust ingress, suitable for outdoor and industrial applications.

 3.3KW High-Power Output

Delivers up to 3.3KW with adjustable output voltage from 44V to 87.6V and maximum 40A output current. Configurable for various battery systems including LiFePO4 and Li-ion packs.

 CAN Bus Communication (E6005)

Integrated CAN protocol (E6005 algorithm) enables smart communication with battery management systems for real-time charging control, status monitoring, and parameter adjustment.

 Intelligent Thermal Management

Built-in fan cooling with multi-stage over-temperature protection: automatic current derating at 85°C, protective shutdown at 90°C, and auto-recovery when temperature drops. Operating range from -40°C to +85°C.

 Wide Input Compatibility

Accepts 90-264VAC and 130-400VDC input, compatible with global power standards and DC power sources. Frequency range 47-63Hz for universal deployment.

 Industrial-Grade Protection Suite

Comprehensive safety protection including short circuit, over-voltage, under-voltage, and over-temperature. Withstand voltage tested at 2000VAC with ≤10mA leakage current across all isolation paths.

 Auxiliary 12V 4A Controlled Output

Dedicated 12V 4A auxiliary output for powering external accessories or control circuits, managed through the CAN bus interface.

 High Efficiency & Power Factor

Efficiency ≥93% at 220VAC, ≥92% at 110VAC (full load). Power factor ≥0.97 at 220VAC, ≥0.98 at 110VAC. Standby power consumption ≤10W for energy-efficient operation.