RF Conducted Power Spectrum
Interactive grant chart displaying certified conducted RF output power and antenna gain limits across tested Part 15 sub-bands.
| Band Segment | Standard | Output Power | Antenna Gain | EIRP Peak |
|---|
Electrical Load & Thermal Simulator
840W LIMIT
The label specifies a 7.0A draw at 100–120V~ (840W sustained headroom). Simulate enterprise high-temp chamber and bed heating loads:
Total Load Capacity vs 840W Ceiling:
79.9%
672 W
Total Demand
5.60 A
Current @ 120V
168 W
PSU Headroom
Power Engineering Note: 7A @ 120V provides substantial capacity for accelerated chamber pre-heating compared to baseline consumer printers capped at 350-400W.
Enterprise Specification Matrix: X2D Pro vs Standard Models
HARDWARE DIFFERENTIATION
Parameter
Bambu Lab X1-Carbon
Bambu Lab X1E (Enterprise)
Bambu Lab X2D Pro (PF004E)
FCC Filing / ID
2A6J8-X1 (2.4GHz Only)
2A6J8-X1E (Dual-Band)
2A6J8-PF004E (Part 15C/E)
5 GHz Wi-Fi Bands
Not Supported
W52 / W53 Supported
Quad-Band (5.15 - 5.85 GHz)
Peak Conducted RF
17.8 dBm (2.4G)
19.5 dBm (2.4G)
21.45 dBm (2.4G) / 15.18 dBm (5G)
Rated Electrical Input
100-240V~ 3.5A (Max 350W)
100-240V~ 5.0A (Max 600W)
100-120V~ 7.0A (Max 840W)
Antenna Configuration
Single Internal PCB (~2 dBi)
Dual Band MMCX Connector
High Gain 3.1 dBi (2.4G) / 4 Sub-band Array
Target Deployment
Consumer / Prosumer
Office & Education Enterprise
Industrial Enterprise / High Throughput
Bambu Lab X2D Pro FCC Verification & Technical Export
Verified canonical payload snapshot generated from official test exhibits. Real-time engineering metrics, antenna gains, and load states are packaged below:
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