Moflash Mounting Base for Use with LED-TLM Series, IP65

The LED-TLM signal towers are ideally suited for status indication in light commercial & industrial signalling applications where a local signal is required. They have two selectable stages of alarm, flashing or continuous (static) mode, selectable by a slide switch on the PCB.
The ECO LED-TLM signal towers have been designed predominantly to offer a cost effective solution against more traditional incandescent types of lamps, whether through new plant and machinery installations or existing facility upgrades.
The design is modular and is easily assembled. Colour modules are supplied with quick fix termination that simply pushes into the male terminal in the module below to make a connection.
The range also comes with an audible module option that can be fitted anywhere in the modular stack

• Beacon units are dual function, flashing or continuous (static) mode
• Sounder unit output: 80 - 120 dB
• Continuously rated
• LED long life
• Low current consumption
• Suitable for surface mounting
• 360° light output around the vertical axis
• Dustproof and weatherproof
• UV stable polycarbonate lens
• UV stable ABS plastic base
• 60 flashes per minute (FPM)
• IP54/65 protection
• RoHS compliant
• CE Marked

Use this mounting base from Moflash to stack elements in a signal tower. It's designed for use with visual and audible signalling elements from the LED-TLM series for ease of assembly. Its IP65 rating indicates total protection against dust and low-pressure water jets for use in harsh environments. The base is supplied with a cap to protect your wiring.

• ABS material for resistance to impact and wear
• Wide operating temperature range between -25°C and +55°C for use in demanding environments
• Compact dimensions of 100 (base diameter) x 62mm (height) for use in areas with limited space

• Fire safety alarms
• Automation and control applications
• Logistics industry

This base has a cable entry with a large diameter of 12mm, so it can accommodate cables of different sizes.