The Enersys Ironclad Deserthog Technical Data Sheet details specifications for a rugged, deep-cycle battery designed for extreme environments. With capacities from 200Ah to 500Ah, it features thick grids, military-grade separators, and advanced paste formulations for vibration resistance and thermal stability (-40°C to 65°C). Ideal for defense, solar, and telecom applications requiring 1,500+ cycles at 80% DoD. Pro Tip: Use desulfation chargers to extend lifespan in high-sulfation scenarios.
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What’s the purpose of the Ironclad Deserthog data sheet?
The data sheet provides critical performance metrics, safety thresholds, and installation protocols for optimizing the battery in harsh conditions. It clarifies discharge curves, charge acceptance rates (up to 0.4C), and sulfation mitigation strategies for users.
Engineers rely on this document to validate compatibility with systems like off-grid solar arrays or military field equipment. For instance, the 500Ah model delivers 24kWh at 48V, powering remote radar stations for 10+ hours. Pro Tip: Prioritize temperature compensation during charging—neglecting it reduces capacity by 15% at -20°C. Technically, the Ironclad Deserthog uses absorptive glass mat (AGM) tech with 99.99% pure lead, achieving a 92% energy efficiency rate. But how does this impact total cost of ownership? Over a 10-year span, reduced maintenance and higher cycles cut replacement costs by 40% compared to flooded alternatives. Always cross-reference the data sheet’s torque specs (8–12 Nm for terminals) to prevent arcing.
What key components are listed in the data sheet?
Key sections include electrochemical specs, mechanical tolerances, and failure modes. Parameters like self-discharge (3% monthly) and recharge efficiency (85% at 0°C) guide deployment in Arctic or desert zones.
Beyond raw numbers, the sheet specifies terminal types (dual SAE posts for dual-voltage setups) and case material (high-impact polypropylene). A real-world example: Deploying the 200Ah variant in telecom towers requires derating capacity by 10% if ambient temps exceed 50°C. Transitioning to installation, the manual emphasizes spacing—15mm between cells to prevent thermal stacking. Pro Tip: Use hydrophobic vent caps in coastal areas to block salt mist ingress. Wondering about cycle life vs. depth of discharge? At 50% DoD, the Deserthog achieves 3,200 cycles, but dropping to 80% DoD slashes this to 1,500. Always match discharge rates (<0.2C for best results) to application needs.
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How do Enersys Ironclad batteries compare to competitors?
The Deserthog outperforms in vibration resistance (tested to MIL-STD-810G) and partial-state-of-charge (PSOC) endurance, critical for renewable energy buffering. Competitors like Rolls Surrette lag in charge acceptance above 0.3C.
| Feature | Enersys Deserthog | Generic AGM |
|---|---|---|
| Cycle Life @ 50% DoD | 3,200 | 1,200 |
| Temp Range | -40°C to 65°C | -20°C to 50°C |
| Vibration Resistance | MIL-STD-810G | IEC 60068-2-6 |
Practically speaking, this robustness makes the Deserthog ideal for mining trucks enduring constant shocks. But what about cost? At $1,200 for 200Ah, it’s 25% pricier than standard AGM, but warranty coverage (5 years vs. 2) offsets this. Pro Tip: Pair with smart shunts to track state-of-health (SoH) via resistance trends.
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FAQs
Visit Enersys’ official support portal—enter model “ICD-XX” (XX = Ah rating) for PDF access. Third-party sites often host outdated versions missing PSOC guidelines.
Can I use the Deserthog in marine applications?
Yes, but add corrosion-resistant terminal sprays—saltwater exposure voids warranties unless IP67 caps are installed during commissioning.
