The 36V 18-85-13 industrial battery is optimized for Clark CTT 7 forklifts due to its 36V voltage alignment, 18-cell design for balanced power distribution, and 85Ah capacity for extended runtime. Its rugged construction withstands heavy-duty cycles, while compatibility with the CTT 7’s 21″ compartment ensures seamless integration. Regular maintenance further enhances lifespan and performance.
How Does the 36V 18-85-13 Battery Enhance Clark CTT 7 Performance?
The battery’s 85Ah capacity delivers sustained power for demanding lifts and extended shifts. Its low self-discharge rate minimizes downtime, while optimized plate thickness resists corrosion in industrial environments. This ensures consistent voltage output, preventing operational lag during peak loads. The 18-cell configuration also reduces heat buildup, enhancing safety and efficiency.
What Are the Key Specifications of the 36V 18-85-13 Battery?
This battery features a 36V nominal voltage, 85Ah capacity, and 18-cell lead-acid composition. Dimensions align with Clark CTT 7’s 21″ compartment (L21″ x W x H). Weight averages 1,100 lbs, with a 1,200-cycle lifespan under proper maintenance. Terminal type (DIN or SAE) varies by manufacturer but ensures secure connectivity.
The 85Ah capacity translates to approximately 8 hours of continuous operation under standard loads, making it ideal for multi-shift warehouse operations. Its robust plate design uses 0.25″ thick lead plates coated with calcium alloy to minimize gassing and water loss. The battery’s weight distribution matches the CTT 7’s center of gravity requirements, preventing instability during high lifts. Advanced separators between cells reduce internal resistance, improving charge acceptance by 18% compared to older models.
| Specification | Value | Industry Standard |
|---|---|---|
| Voltage Stability | ±2% under 80% load | ±5% |
| Recharge Efficiency | 92% | 85-88% |
| Temperature Range | -4°F to 122°F | 32°F to 104°F |
Which Maintenance Practices Prolong the 36V 18-85-13 Battery’s Lifespan?
Water levels should be checked weekly, using distilled water to refill cells. Equalize charges monthly to balance cells and prevent sulfation. Terminals must be cleaned quarterly with baking soda to avoid corrosion. Avoid deep discharges below 20% capacity, and store in a cool, dry environment to minimize degradation.
Implementing a proactive maintenance schedule can extend battery life by 30%. Always use automated watering systems to prevent overfilling, which dilutes electrolyte concentration. Post-charge cooling periods of 2 hours before reuse reduce thermal stress. For fleets, rotating batteries between trucks ensures even wear patterns. Track maintenance history using RFID tags or QR codes attached to each unit for traceability. Avoid these common mistakes:
- Mixing old and new batteries in same charger circuits
- Using tap water containing minerals
- Storing at full discharge state for >24 hours
When Should You Replace the 36V 18-85-13 Battery?
Replace the battery if runtime drops by 30% despite maintenance, visible swelling or cracks appear, or voltage fluctuates below 34V under load. Sulfation (white crust on terminals) and frequent water loss also signal deterioration. Professional load testing every 6 months helps assess health objectively.
Why Is Compatibility Critical for Clark CTT 7 Batteries?
Incorrect voltage or dimensions can damage forklift electronics or cause poor contact. The CTT 7’s 21″ compartment requires precise tray alignment for weight distribution. Non-compliant batteries risk overheating, reduced efficiency, and voided warranties. Always verify OEM specifications before purchasing replacements.
How to Safely Handle and Dispose of 36V Industrial Batteries?
Use PPE (gloves, goggles) during maintenance. Neutralize acid spills with baking soda. Dispose via certified recyclers to comply with EPA regulations—lead-acid batteries are 98% recyclable. Never incinerate, as toxic fumes may release. Return programs or local hazmat facilities often handle industrial battery recycling.
What Future Technologies Could Impact Industrial Forklift Batteries?
Lithium-ion adoption is rising due to faster charging, longer cycles, and zero maintenance. Smart BMS (Battery Management Systems) with IoT integration enable real-time health monitoring. Hydrogen fuel cells are also emerging for large warehouses, offering instant refueling and zero emissions. However, upfront costs remain higher than traditional lead-acid.
Expert Views
“The 36V 18-85-13 battery’s design prioritizes durability for Clark CTT 7’s high-torque applications. However, operators often overlook equalization charging, which is critical for preventing cell stratification. We recommend pairing it with smart chargers that auto-adopt based on temperature and usage patterns.”
— Redway Power Solutions Engineer
Conclusion
The 36V 18-85-13 industrial battery is engineered to maximize Clark CTT 7 forklift performance through robust construction, precise compatibility, and adaptable power delivery. Adhering to maintenance protocols and monitoring degradation signs ensures cost-effective, long-term operation. As battery tech evolves, staying informed on advancements like lithium-ion or smart BMS will further optimize warehouse efficiency.
FAQ
- Q: Can I use a 48V battery in a Clark CTT 7?
- A: No—mismatched voltage risks damaging the forklift’s motor and control systems. Stick to OEM-specified 36V models.
- Q: How long does a 36V 18-85-13 battery last per charge?
- A: Runtime averages 6-8 hours under normal load but decreases with heavy use or extreme temperatures.
- Q: Are lithium batteries compatible with Clark CTT 7?
- A: Yes, but retrofitting requires tray modifications and updated chargers. Consult a specialist before switching.
