1
Voltage Gate
PASSDevice output type must match generator output.
120V required -> 120V/240V available
Yes, the Anker SOLIX F3800 can run a Laser Printer
This pairing clears the safety headroom. Required ~779W running and 1431W surge; the Anker SOLIX F3800 is rated 6000W / 9000W.
Power Margin Analysis
6000W / 9000W Capacity Running 5221W headroom
779W required
Surge 7569W headroom
1431W required
Decision Gate Waterfall
Same decision gates as the engine: voltage, running, surge. Runtime is shown as operational context.
2
Running Gate
PASSContinuous draw with safety buffer applied.
779W required -> 6,000W available (5,221W headroom)
Required 779W required
Available 6,000W
3
Surge Gate
PASSStartup peak with safety buffer applied.
1,431W required -> 9,000W available (7,569W headroom)
Required 1,431W required
Available 9,000W
4
Runtime Insight
INFORuntime context only. It does not change the electrical compatibility verdict.
Continuous estimate: 3.8h
Device profile reference: up to 0.1h per day.
Power bars show required versus available output for each gate.
View full compatibility reportDecision Snapshot
Quick compatibility, required headroom, and model-specific context at a glance.
⚡
6000W
Running Power
🔋
3840Wh
Capacity
⏱️
~3.8h
Est. Runtime
☀️
2400W
Solar Input
Quick Compatibility Check
- 1 Running headroom: target 779W; generator provides 6000W.
- 2 Surge headroom: target 1431W; generator provides 9000W.
- 3 Tip: leave headroom for startup spikes and warm conditions.
Model-Specific Results
3 of 3 models are SAFE or TIGHT. Most demanding model: Canon imageCLASS LBP236dw (1,300W surge).
| Model | Running | Surge | Verdict | Runtime | Source |
|---|---|---|---|---|---|
| HP LaserJet Pro M110w | 361W | 361W | Safe | ~7.4h | OEM Manual |
Show expert analysisTechnical: **Running load:** 361 W. **Surge:** 361 W. Requires 120V AC output. Compact mono laser with a low-wattage fuser. HP publishes a single active printing value with no separate peak figure. Field note: The lightest laser printer load in this comparison. Most power stations rated 500W+ handle it without issue. Fuser warm-up happens quickly with no noticeable surge. Can I print from a portable power station during an outage? Yes — at 361W this is manageable for any power station rated 500W+ continuous at 120V. | |||||
| Brother HL-L2460DW | 470W | 920W | Safe | ~5.7h | OEM Manual |
Show expert analysisTechnical: **Running load:** 470 W (active printing). **Surge:** 920 W (fuser warm-up peak). Requires 120V AC output. The fuser heating element creates a brief high-draw spike each time the printer wakes from standby or starts a new job. Field note: The 920W fuser peak is the critical number for generator sizing. A 1000W-rated power station handles it, but a 500W station will trip on fuser warm-up even though sustained printing is only 470W. Why does my power station shut off when I start printing? The Brother HL-L2460DW draws 920W briefly during fuser warm-up. If your power station is rated under 1000W, it may trip on this peak even though sustained printing is only 470W. | |||||
| Canon imageCLASS LBP236dw | 708W | 1,300W | Safe | ~3.8h | Engineering Est. |
Show expert analysisTechnical: **Running load:** 708 W (derived from 120V × 5.9A rated current). **Surge:** 1300 W (fuser warm-up peak, OEM published maximum). Requires 120V AC output. The 1300W peak draws 10.8A briefly — well above the 5.9A nominal rating. Field note: The 1300W fuser peak is the highest in this comparison. A 1500W power station is the minimum for reliable printing. Stations rated under 1300W will trip when the fuser warms up, even if the sustained 708W draw is within their continuous rating. Can a 1000W power station run this Canon printer? Not reliably — the fuser warm-up peaks at 1300W. You need a power station rated at least 1500W to handle the brief startup surge without tripping. | |||||
How This Pairing Performs Across Our Database
This unit ranks #24 of 26 compatible generators for this device by buffered margin (Overkill class).
How Laser Printer Performs Across 33 Tested Generators
26 of 33 generators are SAFE+TIGHT for Laser Printer.
26
Safe+Tight
Safe 26 (79%)
Fail 7 (21%)
Power Comparison: Anker SOLIX F3800 vs Top Alternatives for Laser Printer
Anker SOLIX F3800 Safe Overkill
Current unit
Running 6,000W
Surge 9,000W
Fit class uses buffered needs (running and surge) for this device.
Specs & Surge Analysis
Work from Home
Laser Printer
Document Printing
Select Your Model:
708W
Running
1300W
Surge
120V
Required
True Surge™ Analysis
Safety Buffer: +10% Running Power Usage 13% Utilization
779W required 6000W Capacity
5221W headroom
Surge/Startup Peak 16% Utilization
1431W required 9000W Capacity
7569W headroom
Voltage Match 120V ↔ 120V/240V ✓
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Generator Insights
The 9000W surge rating can handle typical compressor-based appliances like central air conditioners, well pumps, and refrigerators during startup. This capacity can support multiple simultaneous high-draw devices once running loads stabilize. Expect reliable operation for tools, HVAC systems, and other inductive loads that demand short-duration power spikes.
This unit employs LFP chemistry with a 3840Wh capacity, designed for stable discharge under high-demand conditions. The architecture supports both sustained and transient loads within rated limits. Source: Anker SOLIX F3800 User Manual v1.1 (Specifications) (OEM documentation).
Extend Runtime with Solar
Keep your Laser Printer running with solar • MPPT: 11– 60V • Max: 2400W
Official Anker
100W Panel
1 Hour Sun =
+0.1h per sun hour
MC4 -> XT60
Full in ~54.9h Adapter required: MC4 -> XT60.
Smart Value EcoFlow
400W Panel
1 Hour Sun =
+0.4h per sun hour
MC4 -> XT60
Full in ~13.7h Adapter required: MC4 -> XT60.
Smart Value EcoFlow
400W Panel
1 Hour Sun =
+0.4h per sun hour
MC4 -> XT60
Full in ~13.7h Adapter required: MC4 -> XT60.
Technical Analysis
Spec-Based • No GuaranteesTechnical Breakdown
Running load: 708 W (worst case). Surge: 1300 W (fuser warm-up peak). Voltage: 120 V AC required. Laser printers are heating-element-dominant loads — the fuser creates a brief high-draw spike at the start of each print job that far exceeds sustained printing wattage.
Expected Behavior
Estimated runtime: ~3.8h. Sustained printing ranges from 361W (compact HP) to 708W (Canon). Fuser warm-up peaks range from 361W to 1300W. Print jobs are short — total energy per session is typically under 50 Wh. Standby power is negligible (5-9W).
Field Note
Size your power station for the fuser peak, not the sustained printing draw. A printer rated at 708W running still needs 1300W surge headroom. Check your specific model's peak wattage before buying a power station.
Frequently Asked Questions
Can the Anker SOLIX F3800 power a Laser Printer?
Yes. The Anker SOLIX F3800 provides 6000W running / 9000W surge. The Laser Printer needs 779W / 1431W (including 10% buffer). That leaves 5221W of running headroom and 7569W of surge margin.
How long will the Anker SOLIX F3800 run a Laser Printer?
Approximately 3.8 hours, based on the Laser Printer's 708W draw and the Anker SOLIX F3800's 3840Wh capacity (70% usable after real-world losses).
What Else Can You Run?
With 420W allocated to the Laser Printer, the Anker SOLIX F3800 still has ~3672W of margin. These devices could run simultaneously:
🎮
Gaming Laptop
230W
📡
Wifi Router
15W
📱
Smartphone Fast-Charge
20W
💻
MacBook Air/Pro
65W
🖥️
24' Monitor
30W
🌀
Box Fan (Medium)
60W
Power Tip: To get the most out of your Anker SOLIX F3800, keep it in a well-ventilated area. Extreme temperatures can slightly reduce the efficiency of the LFP/NMC cells.
Compare all 33 generators for the Laser Printer
Ranked by budget, runtime, and overall compatibility.
Related Guides: How to Size a Power Station
Technical Sourcing & Verification
ID: anker-solix-f3800-laser-printer 🏛️ Device Data Source
Engineering Est. Safety Factor Applied
Derived from variant list (max of variants). Running worst case = Canon imageCLASS LBP236dw (708W from V×A: 120V × 5.9A). Surge worst case = Canon imageCLASS LBP236dw (1300W fuser warm-up peak).
⚡ Generator Specs Source
OEM Verified
Anker SOLIX F3800 User Manual v1.1 (Specifications)
Methodology informed by US Department of Energy (DOE) & EIA references where applicable.
Our methodology →
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