XP100

3.1 Technical specifications

• 6 opto-isolated digital 24VDC inputs with universal logic PNP/NPN
• 6 relays 1A/125V outputs

4.1 Technical specifications

• 16 opto-isolated 24 VDC digital inputs with universal logic PNP/NPN

5.1 Technical charateristics

• 4 analog inputs setting up in 5 different modes:
  • 0-5 V
  • 0-10 V
  • 0-20 mA
  • NTC
  • PT100

5.2 Inputs configuration

The configuration of the analog inputs needs 2 indispensable steps:

• To operate on the dip-switch placed on the board.
• To put in communication the expansion and the software Genesys, through a WE120.

Every dip-switch (composed of 4 pin) is linked to an analog input (the dip-switches are sorted like the input ports). This allow to set up every dip-switch indipendently from the others.

It is possible to set up every inputs in 5 modes: 0-5 V, 0-10 V, 0-20 mA, PT100 o NTC.

• Connect the XP100 to the WE120 and supply the power to both fo them.
• Run the configuration software Genesys .
• Select Expansion from the menù on the left side.
• Click on the button Add.
• Select 4 analog input black in the field “Type”.
• Fill the field Modbus address with the address of the expansion (refer to 6.2. Setting the slave address).
• In the section Analog input configuration select the proper set up for each input.
• Save the configuration using the button Save.

Entering in Genesys is possible to select the XP100/4AI-4T, from the list of the expansions connected to the WE120, and change the configuration of its inputs at any time.

6.1. Connection

6.2. Setting the slave address

Before use, all devices must be configured and identified on the network through a unique slave address.

For the configuration of the address of an XP100 expansion module, follow the procedure described below:

1. Lift the upper panel of the device using a screwdriver, in order to reach the electronic board.
2. Power the device and wait a few seconds until the end of the initialization procedure.
3. Push briefly the small button on the left.
4. The display shows the current slave address of the device, represented by the lighting of the leds 1-5 in binary code. The PWR led blinks slowly.
5. Press and hold the configuration button for a few seconds. The PWR led starts to blink fast.
6. Each time you press the configuration button, the address is increased by a unit. Repeat this operation until you reach the desired address.
7. Finally press and hold the button, in order to save the selected address.

In order to change the address assigned to the device, it’s allowed to repeat the above mentioned procedure at any time.

6.3 DIP switch

On the upper container of all XP100 modules is available a DIP-SWITCH with 4 different positions, that allows to change the hardware configuration of the device.

Position 1

RESERVED: to be left on ON positions

Position 2-3

Baudrate configuration on serial ports RS232 and RS485:

OFF-OFF: 9600 bps OFF-ON: 19200 bps ON-OFF: 38400 bps ON-ON: 115200 bps

Position 4

Activation of RS485 line termination:

ON: RS485 terminated on 120 Ohm OFF: RS485 not terminated

6.4 LEDs meaning

XP100 6DI - 6DO

Generic status LED:

• PWR (power) – indicates that the devices is on and properly initialized
• BUS (status)- when blinking, inidcates that the Modbus/RS485 communication is in progress.

Inputs/Outputs status LED:

• DI- on, it indicates that the leds 1-6 show the status of the digital inputs
• RL- on, it indicates that the leds 1-6 show the status of the relays outputs

XP100 16DI

Generic status LED

• PWR (power) – indicates that the devices is on and properly initialized

Inputs/Outputs status Led

• BNK LED:
  • On, it indicates that the leds 1/9-8/16 show the status of the DI1-D18 digital inputs.
  • Off, it indicates that the leds show the status of the DI9-DI16 digital inputs

XP100 4AI - 4T

Generic status LED

• PWR (power) – indicates that the devices is on and properly initialized
• BUS (status)- when blinking, inidcates that the Modbus/RS485 communication is in progress