The Schaulicht SmartLite LFP 12Ah Caplamp is purpose-built to address the harsh, high-risk conditions of South Africa’s underground mining operations. Combining robust design, high-intensity illumination, and advanced safety technologies, it provides miners with a reliable lighting solution that enhances visibility, situational awareness, and overall occupational safety.
Powered by a compact and durable 12Ah Lithium Iron Phosphate (LFP) battery, the SmartLite delivers more than 24 hours of primary LED illumination and over 100 hours on auxiliary mode, ensuring dependable performance throughout extended shifts. The LFP chemistry offers exceptional thermal stability and a 4-year / 1000-cycle battery life, reducing maintenance costs and lowering total cost of ownership.
The Caplamp incorporates intelligent battery and lamp status indicators, including multi-colour LEDs for battery level, charge status, and fault detection. These real-time alerts help prevent unexpected power loss and assist in proactive maintenance. Built within a rugged polycarbonate housing and equipped with an effective cable management system, the SmartLite is designed to withstand the mechanical and environmental stresses of underground work.
Beyond lighting, the Schaulicht SmartLite LFP Caplamp supports integration with modern underground safety systems. Its tri-colour LED signalling aligns with TMM, winch, and locomotive communication protocols, while optional upgrades enable collision avoidance, personnel tracking, trapped miner location, and early-warning gas detection.





Delivers over 12,000 lux at start for superior underground visibility.
Lithium Iron Phosphate chemistry ensures thermal stability and enhanced safety.
Provides more than 24 hours of primary lighting per charge.
Multi-colour LEDs display battery level, charging state, and faults in real time.
Polycarbonate housing resists impact, moisture, and harsh underground conditions.
Supports optional collision avoidance, tracking, and gas detection integrations.
1. Poor visibility in hazardous stopes and haulages
High-intensity LED output (>12 000 lux at start) ensures miners can navigate and identify hazards more effectively.
2. Battery failures and overheating risks
LFP technology and built-in temperature protection significantly improve safety compared to conventional lithium-ion chemistries.
3. Unpredictable equipment downtime
Real-time charge, fault, and health indicators reduce operational disruptions.
4. Harsh underground conditions
Durable materials and cable protection reduce damage, extending equipment lifespan.
5. Limited safety communication channels
Optional system integrations enhance miner location awareness, emergency communication, and gas-related early warnings.
12Ah Lithium Iron Phosphate (LFP) battery with 4-year / 1000-cycle life
Primary LED runtime exceeding 24 hours; auxiliary mode exceeding 100 hours
Built-in temperature protection and fault detection
Tri-colour LED signalling compatible with underground communication protocols
Reinforced cable management system for extended service life
| <strong>PARAMETER</strong> | <strong>VALUE</strong> | <strong>REMARKS</strong> | |
|---|---|---|---|
| Rated Voltage | Battery voltage | 3.2V | |
| Boost output | 3.5V | ||
| Battery Capacity | 12Ah | ||
| Primary Runtime | >24 hours | Exclusion of using any add-on device | |
| Auxiliary Runtime | >100 hours | Using only auxiliary LED and with primary LED off | |
| Primary LED | Rated voltage | 2.9V | Minimum voltage |
| Rated current | 0.30A | ||
| Initial Illumination | Start | >12,000 Lux | 1m distance |
| After 14 hours | >10,000 Lux | 1m distance | |
| Auxiliary LED (6 PCB LED) | Rated voltage | 2.6V | Minimum voltage |
| Rated current | <0.022A | ||
| Operating Temperature Range | -10 to +60 ℃ | ||
| Charging time | 8-12H | ||
| Battery Life | 1000 cycles | or 4 years | |
| Battery Weight | 0.550kg | ||
| Weight of the Lamp | 0.900kg | ||
| Battery Chemistry | Lithium Iron Phosphate (LFP) |
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