Eaton SL4 Multistrobe Light Modules are another variation of flashing light modules designed for the SL4 series signal towers. They offer a more complex flashing pattern compared to regular strobe modules, providing additional information through the light sequence.

• LED light source: As with other SL4 light modules, they utilise reliable and energy-efficient LEDs.
• Colour options: Similar to strobe modules, they are typically available in high-visibility yellow for warning signals.
• Voltage options: Compatible with either 120/240V AC or 24V DC power sources.
• Flash pattern: This is the key differentiator. Multistrobe modules offer pre-programmed sequences with multiple flashes at varying intervals, creating a distinct visual signal. The exact pattern can vary depending on the model, but it can include double
• flashes, triple flashes, or more complex sequences.
• High intensity: Maintains the bright 360-degree illumination for clear visibility from diverse angles.
• Durable construction: The polycarbonate housing ensures resistance to impact, chemicals, and harsh industrial environments.
• Wide operating temperature: Functions reliably between -30°C to 60°C.
• Ingress protection: Carries an IP66 rating for protection against dust, dirt, and water jets. 

Applications for Eaton SL4 Multistrobe Light Modules:

• Multi-stage alarms: The various flash patterns can be used to communicate different stages of an alarm condition, providing a more informative signal than a simple strobe.
• Process status indication: In complex industrial processes, multi-strobe patterns can represent different stages of operation or potential issues.
• Sequencing and troubleshooting: The distinct flash sequences can be used to guide operators through specific procedures or indicate troubleshooting steps.

Remember that the specific meaning of each multi-strobe pattern needs to be defined within the context of your application.  For instance, a double flash might signify a warning, while a triple flash could indicate a critical error.  Clear documentation and user training are crucial for ensuring everyone understands the meaning of the various multi-strobe signals.