Technical information about Foxtrot basic modules (parameters on terminals, relay output parameters, etc.) CP-1004 The CP-1004 basic module is the smallest independent control system in the Foxtrot series. A standard configuration of the module is in a 6M housing on... CP-1003 The CP-1003 basic module features eight multi-purpose inputs, each of which can be used either as an analogue input (voltage, current or a passive temperature... CP-1000, a power supply with a backup If the Foxtrot (in this case CP-1000) control system is also utilized for electronic security signalization, it is vital to use a battery backup. The power... CP-1000, power supply without a backup The CP-1000 represents the simplest variant of the basic module for home installations. The basic module is supplied from a 24 VDC source. Both CIB... CP-1000, CP-1001 To control the installation of an intelligent home, the heating system, etc., any Foxtrot basic module can be used. Individual basic module types vary... PX-7811, PX-7812 submodules (CH2 Foxtrot fitted with DI and DO) If you want to expand the Foxtrot basic modules CP-10x4, 10x5-CP and CP-1000 with several binary inputs, or possibly also outputs, and at the same time... XL-0471 module – an example of Foxtrot connection, the RS-485 interface If you require an interconnection of the Foxtrot communication channels (e.g. an implementation of PLC network with the RS-485 interface), or if you want... Connection of the Foxtrot system to the PC, RS-232 interface, CH1 If you want to connect Foxtrot to a PC using a serial channel (e.g. for programming - and you do not want or cannot use the Ethernet port), you can apply... Connection of the TC700 and Foxtrot systems using the RS-485 interface Interconnection of the TC700 and NS950 systems using a serial channel with the RS-485 interface is shown in Fig.1. The connection assumes two systems and... Connection of two Foxtrot systems using the RS-485 interface (the MR-0114 submodule) Interconnection of two Foxtrot systems using a serial channel with the RS-485 interface is shown in Fig. 1. The connection assumes two systems and thus... 1 2 3 4 5 6 7