Specification-Ready Technical Resources
Access the documentation you need to specify Axion battery systems — available for VRLA and flooded wet cell product lines.
Product Datasheets
Full technical specifications, dimensions, performance curves, and terminal configurations for every product.
Request Access →Cut Sheets
Concise one-page summaries for project submittals, RFQ packages, and design team distribution.
Request Access →CSI MasterFormat Specs
Division 26 and Division 16 specification language — ready to drop into your project manual.
Request Access →CAD & BIM Files
2D CAD drawings and BIM-ready blocks for battery cabinets and system layouts in DWG and RVT formats.
Request Access →Submittal Templates
Pre-formatted submittal packages including cover sheets, product data, and installation documentation.
Request Access →Basis-of-Design Guides
System selection rationale, lifecycle cost analysis, and comparative documentation for VRLA vs. wet cell.
Request Access →Select the Right Battery for Your Project
Use this reference table to match battery technology to project requirements, site conditions, and client maintenance capabilities.
| Specification Criteria | VRLA Batteries | Wet Cell (Flooded) |
|---|---|---|
| Typical Application | UPS, telecom, healthcare, data centers | Utilities, substations, large UPS systems |
| Maintenance Level | Low — largely maintenance-free | Active — regular electrolyte monitoring |
| Typical Float Life | 5 – 12 years | 10 – 20 years |
| Enclosure Required | Not always required | Ventilated room or cabinet required |
| Installation Footprint | Compact — rack or cabinet mount | Larger — floor-standing with acid containment |
| Cost Profile | Lower upfront cost | Higher upfront, lower lifecycle cost |
| Certification / Listing | UL 924, UL 1778, IEEE 485 | IEEE 485, IEEE 1187, NFPA 70E |
| Best Suited For | Space-constrained, low-maintenance sites | Long-lifecycle, mission-critical utility sites |
Recommended for most commercial and healthcare applications
Recommended for utility and long-lifecycle industrial applications
End-to-End Specification Support
Axion works directly with consulting engineers from early design through project close — providing the technical documentation needed at every stage.
CSI Specification Language
Ready-to-Use Spec Sections
- Division 26 battery system language
- Manufacturer substitution clauses
- Performance and testing requirements
- Warranty and lifecycle language
Basis-of-Design Documents
Design Justification Support
- System selection rationale
- VRLA vs. wet cell comparative analysis
- Lifecycle cost documentation
- Site-specific design criteria
Submittal Packages
Approval-Ready Documentation
- Product data and cut sheets
- Dimensional and installation drawings
- UL and certification documentation
- O&M manual excerpts
Compliance Review Support
Code and Standard Alignment
- NEC Article 480 compliance
- NFPA 70E arc flash considerations
- IEEE 485/1188 design conformance
- AHJ coordination support
Designed and Specified to Industry Standards
Axion battery systems are specified in alignment with the applicable electrical, safety, and environmental standards — so your documentation is code-compliant from day one.
Battery Sizing
Lead-acid battery sizing for stationary applications
VRLA Maintenance
Recommended practice for maintenance of VRLA batteries
Electrical Code
NEC Article 480 — Storage Batteries installation requirements
Arc Flash Safety
Electrical safety in the workplace — battery room safety
Emergency Lighting
Emergency lighting and power equipment listing
UPS Systems
UPS system listing — battery backup performance
Canadian Electrical
Canadian Electrical Code compliance for battery installations
Stationary Batteries
IEC standard for stationary lead-acid battery systems
Specified Across Critical Industries
Axion battery systems appear in specifications for a wide range of critical facility types — each with unique power continuity requirements.
Hospitals & Medical Facilities
Life-safety UPS, nurse call, emergency lighting, and medical imaging backup power systems.
Data Centers & Colocation
High-density UPS battery strings supporting Tier I through IV data center uptime requirements.
Utilities & Substations
DC control power, SCADA, protective relay systems, and switchgear backup for utility facilities.
Telecommunications
Central office, tower, and remote site battery systems supporting 24/7 network availability.
Industrial & Infrastructure
Process control UPS, emergency shutdown systems, and critical load backup for industrial plants.
Government & Institutional
Correctional, transit, municipal, and federal facilities requiring redundant power continuity.
Built for How Engineers Actually Work
Spec-Ready Documentation
Every document is formatted for immediate use in project manuals, RFQ packages, and design submissions — no reformatting required.
Direct Engineer Support
Our technical team responds directly to engineers, specifiers, and consultants — not a sales layer — for fast, accurate answers.
Two Product Families
Axion supplies both VRLA and flooded wet cell batteries — so your specification doesn't need to change suppliers based on technology.
Compliance-First Approach
Basis-of-design documents are written to align with NEC, NFPA, and IEEE standards, reducing AHJ review risk.
Partner With Axion onYour Next Critical Power Project
Whether you need a datasheet, a CSI specification section, or a full basis-of-design package — our engineering support team is ready to assist.
No-cost specification support for consulting engineers — VRLA and wet cell battery systems