Brand:SCHNEIDER

Type:140CPU67160

Origin: the United States

Warranty: 365 days

Colour: new/used

Shipping method: Courier delivery

• 2 incremental encoder inputs with 12- or 32-bit resolution • 2 latch inputs as sink or source input • Electronic parameter chipShort description The MM 240/A is an incremental encoder of the KeConnect C2 product line. This module is attached directly to a CPU module or can be operated with all KEBA controls by means of bus couplers. MM 240/A features • Position measurement: Forward/backward counter of increments by means of tracks A and B • Single, double, quadruple evaluation • 32-bit resolution • Speed measurement through sampling with internal time basis • Rotary encoder monitoring via zero track information • Latch function of the counter status via an external latch input 24 V (sink and source) • Latch function of the counter status via zero pulse • Sensor failure monitoring of tracks A, B and zero • Serial interface modules (RS 232-C, RS 422/485-A, Current Loop) • Full-duplex operation • SSI interface module • High interference immunity • Electronic parameter chip The SM 2x0/A series consists of serial and SSI interface modules that can be attached directly to a CPU module or operated with all KEBA control systems by means of bus couplers. 

SM 210/A and SM 230/A are serial interface modules and enable the connection of two RS 232-C or RS 422/485-A serial interfaces. The two communication channels function independent of one another in full-duplex operation. SM 220/A is a serial interface card. This module enables the connection of a serial 20 mA Current Loop interface. The interface functions both for the transmitter as well as for the receiver in active or passive operation. DIP switches are provided on the front for switching the operating mode. At a maximum transmission rate of 9.6 kbits/s, a line length of up to 1,000 m is possible. SM 250/A is an SSI interface module that enables the connection of up to 4 position measuring systems and is equipped with sensor failure detection.