M16 M72 light module with integrated LiFePO4 battery and LED strip
Description
Product information
The M16 light module M72 is a self-sufficient and highly flexible lighting unit that has been developed for professional integration into furniture, machines and mobile systems. It combines an intelligent control board (M72), a long-life lithium iron phosphate (LiFePO4) battery and a high-intensity LED strip to create a compact and ready-to-install complete solution. Thanks to the versatile mounting options (except wall mounting), the module is perfect as low-maintenance cabinet lighting, machine lighting or safety lighting.
Highlights at a glance
- Self-sufficient complete solution: Integrated unit consisting of control, high-performance battery and LED strip.
- Long-life LiFePO4 technology: Offers maximum cycle stability, long service life and maximum operational safety.
- Flexible mounting options: Suitable for installation, assembly and integration into various materials and objects.
- High light output: Modern LED technology for bright and even illumination.
- Low-maintenance operation: The robust LFP battery technology ensures reliable operation for years without battery replacement.
Versatile lighting for professional applications
The M16 light module is designed as a versatile "fit-and-forget" solution. It is ideal for use as interior lighting in high-quality cabinets, showcases and sales displays where wireless installation is required. In industry, it serves as a status indicator or maintenance-free workplace lighting directly on machines. Other applications can be found in motorhomes, boats or as emergency lighting in technical installations that require a light source independent of the main power supply.
Superior and safe LiFePO4 battery technology
The heart of the module is the integrated lithium iron phosphate (LiFePO4) battery. This battery technology is considered the safest and most durable in the lithium-ion sector. It offers an extremely high number of charge and discharge cycles (several thousand), is thermally stable and intrinsically safe, minimising the risk of fire. Compared to conventional lithium or lead batteries, it offers a significantly longer service life and more reliable operation.
Developed for seamless integration
The M72 control board manages the charging and discharging process of the battery and ensures efficient operation of the LED strip. The entire module is designed for easy integration. It can be embedded in cut-outs, screwed onto surfaces or fastened with retaining clips. The compact design and self-sufficient power supply enable clean, cable-free installation in a wide range of demanding projects.
Features
| Model | M16 light module M72 |
| General module data | |
| Application | Emergency lighting, signal light |
| Protection class | IP67 |
| Dimensions (L x W x H in mm) | approx. 250 x 50 x 30 |
| Weight (g) | approx. 450 |
| Integrated battery | |
| Technology | LiFePO4 |
| Rated voltage (V) | 12.8 |
| Capacity (Ah) | 2.5 |
| Protection | Integrated BMS |
| LED strip | |
| Light colour | Neutral white (4000K) |
| Luminous flux (lumen) | approx. 300 |
FAQs about the M16 light module M72
What does "self-sufficient complete solution" mean?
Self-sufficient means that the light module already contains all the necessary components for operation (control, battery, light) and can be operated independently of a permanent external power supply. The integrated battery is charged as required and supplies the LEDs.
Why is a LiFePO4 battery used?
Lithium iron phosphate (LFP/LiFePO4) is the safest lithium-ion technology. It is extremely cycle-resistant (durable), thermally stable (no "thermal runaway") and does not require rare raw materials such as cobalt. It is the ideal choice for fixed, low-maintenance systems such as this module.
What does "all mounting types except wall mounting" mean?
This means that the module is designed for integration in or on objects. Typical examples are milling into a wooden panel (installation), screwing onto machine panelling (surface mounting) or fixing with clips in a profile (integration). It is not intended as a stand-alone luminaire mounted on a building wall.
How is the module charged?
The module is charged via a dedicated charging port with a suitable power supply unit or charging circuit. The exact specifications for the charging voltage and charging current are defined in the technical data sheet of the product. The integrated M72 board controls and protects the charging process.
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