Tower Lights

Open Network Capable / Discrete Input
IT60 Series Tower Light

IT60 Series
Functions & Features
Energy saving, maintenance free LED lights
Direct Modbus/TCP and CC-Link control saves wiring and cost (Open Network Capable Tower Light) (model: IT60RE, IT60RC)
Discrete input tower light (model: IT60A1)
Bright and even illumination thanks to M-System's original reflection system
Three light modules plus one dual color module
IP 65
  Products Line upComponent Identification

Open Network Capable IT60RE,IT60RC

The IT60 Series Tower LED Lights are remotely controlled by PLC via Modbus/TCP (model: IT60RE) or CC-Link (model: IT60RC). In combination with M-System's remote I/O modules, local discrete signals can trigger the light modules connected only with single network cables via a remote PLC, saving a great part of parallel wiring from sensor devices to the PLC's input cards, and from the PLC's output cards to the tower light.

Discrete Input Tower Light IT60A1

IT60A1 is preassembled tower lights of 60-mm diameter LED modules.
Lighting is controllable with PLC. Blinking and buzzing are controllable with PLC.

•Open Network Capable Tower Light
•Discrete Input Tower Light
Discrete Input Tower Light

Component Identification

Component Identification

Four-layer, Five-color LED Modules

Five colors (red, amber, green, blue and white) can be freely combined for all four light modules of 60 mm diameter, with a dual-color module at the bottom layer.


Triple-Reflection System

M-System's original triple-reflection design prevents the LED lights from wasteful diffusion and ensures effective and even lighting in obliquely downward directions.


Setting Panel

DIP switches on the side are used to select blinking frequency (2 Hz or 10 Hz), alert sound (buzz) ON/OFF frequency, loudness level and to specify either the lights should be turned off or maintained in case of communication failure.


Separable Terminal Block

Tension-clamp terminal blocks are provided at the bottom of the tower for easy wiring.

Series Guide