Relay outputs of the module enable independent control of motors of curtains, roller shutters, shutters, awnings, lifts, etc., in any programmed manner. Thanks to this, you can create scenarios based not only on artificial lighting but also on the control of mechanical shutters. Each output is constructed on the basis of two relays that control the direction of the roller shutter movement, both "up" and "down". In addition, each channel has been program-protected against the possibility of erroneous control (eg simultaneous movement "up" and "down"), which guarantees reliable operation of the device and protects the electric drives connected to it against damage. The built-in parametric inputs that distinguish between the states: short circuit, opening and intermediate states (typical for alarm lines), so we can use the inputs to connect devices equipped with potential-free contacts, e.g. wall switches (classic, bell), alarm sensors, etc. on the front panel of the device, the LED indicators allow for quick identification of individual states of the module.
On the side of the output ports, the M0406 / 16 module is equipped with 4 push-pull high-current relay outputs marked OUT-1 to OUT-4 with a load capacity of 16A. Used for direct control of electric motors of roller shutters, awnings, lifts - high-current relays have NO type mechanical contacts with switching characteristic 16A. The output of each control block has been led to a separate screw connection and is galvanically separated from the others
The R09 (01) 06 extension module from the input ports side is equipped with 6 dedicated parametric inputs, marked IN1-IN6, distinguishing the NC state; WELL; 1k; 2k; 3.2k; 4.2k, .6k; 10k. In the immediate vicinity of the parametric inputs, voltage outputs are located for powering peripheral devices with DC 12V / DC voltage taken from the KOHER-BUS communication bus.
To ensure full communication with other executive devices, the R09 (01) 06/16 module has been equipped with several inter-module communication ports in the RS485 layer. From the input ports side, the module has two dedicated RJ45 connectors for connecting system bus panels, access control readers, C-BOX modules and one DataPort screw connector used for inter-module communication. In order to increase the speed of mounting devices on a DIN rail, the inter-module communication port, marked as DataPort, has been duplicated in the edge connector that allows the module to be connected to the DIN rail with a dedicated clip.
