SI Configuration Files

DeviceNet

EX120 EX120-SDN1.BMP EX120-SDN1.ICO
EX121 EX120-SDN1.BMP EX120-SDN1.ICO
EX122 EX120-SDN1.BMP EX120-SDN1.ICO
EX124D EX120-SDN1.BMP EX120-SDN1.ICO
EX124U EX120-SDN1.BMP EX120-SDN1.ICO
EX140-SDN1 EX140-SDN1.BMP EX140-SDN1.ICO
EX150-SDN1-X97 EX150-SDN1-X97.BMP EX150-SDN1-X97.ICO
EX160-SDN1
EX180-SDN1
EX180-SDN2
EX230-SDN1 EX230-SDN1.BMP EX230-SDN1.ICO
EX240-SDN2* EX240-SDN2.BMP EX240-SDN2.ICO
EX240-SDN2** EX240-SDN2.BMP EX240-SDN2.ICO
EX250-SDL1-X142 EX250-SDL1.ico
EX250-SDN1 EX250-SDN1.BMP EX250-SDN1.ICO
EX250-SDN1-X102 EX250-SDN1.BMP EX250-SDN1.ICO
EX260-SDN1
EX260-SDN2
EX260-SDN3
EX260-SDN4
EX500-GDN1 EX500-GDN1.BMP EX500-GDN1.ICO
EX510-GDN1 EX510-GDN1.BMP EX510.ico
EX600-SDN1_A
EX600-SDN1-V16 EX600_S.bmp ex600_1.ico
EX600-SDN2_A
EX600-SDN2-V16
IN313-DN1 IN313-DN1.BMP IN313-DN1.ICO
ITV ITV2030.BMP ITV2030.ICO
ITV-DN ITV2030.BMP ITV2030.ICO
NP420 NP420-DN1.BMP NP420-DN1.ICO

Profibus

EX12_-SPR1(HW)
EX120-SPR1-B(HW)
EX120-SPR1-B(SW)
EX12-SPR1(SW)
EX230-SPR1(HW)
EX230-SPR1(SW)
EX240-SPR1(HW)
EX240-SPR1(SW)
EX250-SPR1(HW)
EX250-SPR1(SW)
EX260-SPR1/2
EX260-SPR3/4
EX260-SPR5/6
EX260-SPR7/8
EX500-GPR1 (X8 Option)
EX500-GPR1(SW)
EX600-SPR EX600_D.bmp EX600_N.bmp
EX600-SPR_A
ITV-PR

ControlNet

EX250-SCN1

Ethernet I/P

EX250-SEN1
EX500-GEN1
EX600-SEN1
SMC 250_500 AOP.zip ***

EtherCat

EX260-SECX

*Standard mode (4bytes inputs + 4 bytes outpus)
**Special mode (6 bytes inputs + 4 bytes outputs)

EX240 Special Mode Setting:
This mode can be set using the DIP switch accessible from right side of EX240 serial unit. With the switch position to "1" (on), the serial unit can communicate continuously regardless of solenoid power condition (with the switch set to "0" (off), the serial unit will lose communication if the solenoid power falls below specifications). The default DIP switch setting is all bits OFF. In this special mode setting, the serial unit can notify the PLC of the solenoid valve power state and input unit over-current status (via input data). However, special configuration is required: configure your system for 6 bytes inputs and 4 byte outputs instead of 4 bytes / 4 bytes. This makes it possible to monitor solenoid valve power state (3rd bit) and input over-current state (4th bit) in the sixth byte of the input register.