X8100-XNET Telemetry Transceiver

Product Details

Features:

 Type approved to ETSI 300-220, ETSI 300-113, ETSI 300-683, MPT1328, MPT1329, MPT1340, MPT1344.
 8 to 128 Digital Inputs.
 8 to 128 Digital Outputs, Voltage Free Contacts 30Vdc @ 1A.
 2 to 128 Analogue Inputs 0-20mA (Standard), 0-10V, 0-500mV (factory set option).
 2 to 128 Analogue Outputs 0-20mA (Standard), 0-10V, 0-500mV (factory set option).
 1 Serial Output Port for SCADA System.
 DIN Rail Mounted.
 Powered from 24Vdc (Standard), 110Vac, 240Vac.
 Size: X8100 Control Module 160mm by 105mm by 60mm.
 Size: X8100 I/O Modules 52mm by 105mm by 60mm.

Description:

The XNET Radio Data Network offers a cost effective and flexible means of transmitting analogue, digital, and pulse counter data over large areas without the need for cables. A programmable modular approach allows the user to configure the exact combination of IO required for a specific application from standard XNET modules. Each input can be configured to appear on any output in the network A system can be as simple as a one-way link or as complex as a multi-drop network.

An XNET Control Module consists of:
8 Opto Isolated Inputs
8 Voltage Free Relay Outputs 1A, 30Vdc
2 Analogue Inputs, 12bit, 0 to 20mA or 0 to 5V
2 Analogue Outputs, 12 bit, 0 to 20mA or 0 to 5V
1 Synthesised Radio Transceiver
1 RS232 Programming Port/Serial Gateway Port
1 X-Bus Expansion Module Port
1 12V DC Power Supply for Transducers

The number of inputs and outputs connected to an X8100 Transceiver can be expanded up to 128 Analogue Inputs/Outputs and 128 Digital Inputs/Outputs by means external modules:

X8101 Digital Input Module with 8 Opto-Isolated Inputs
X8102 Digital Output Module with 8 voltage free relay contacts rated at 1A , 30Vdc
X8104 Analogue Input Module with 4 Analogue Inputs, 12 bit resolution, 0-20mA (standard) 0-5V, 0-10V
X8105 Analogue Output Module with 4 Analogue Outputs, 12 bit resolution, 0-20mA (standard) 0-5V, 0-10V

The external modules can be located up to 50m from the Control Module.