The XT1210 offers an isolated Ethernet network interface for up to eight differential current input channels.
Isolated differential inputs deliver better measurements, superior noise rejection, and eliminate the need for current loop isolators.
Rugged construction, high density design, and easy USB-to-PC/Windows setup combine for a very effective and reliable module.
These units are ideal for remote monitoring, distributed control, or SCADA applications.
XT1210: 8-Channel Differential Analog Current Input Module Features:
- i2o peer-to-peer available for Modbus TCP/IP only
- i2o peer-to-peer updates based on change-of-state and/or timed updates
- Easy setup with Windows software via USB
- Low input impedance (27 ohms) reduces loading on current loops
- User-configurable sample averaging (1-200) on a per-channel basis
- 10ms network updates for all 8 input channels
- High-resolution 16-bit A/D converter ensures precise, high accuracy measurements
- High-Density 22.5mm wide package with pluggable, front-facing terminals
- Dual Ethernet 10/100 ports (auto-negotiation) reduce switch port requirements
- 1500V AC isolation (between I/O, power, and network ports) and surge/transient protection
- Supports bussed/rail and redundant power
- -40C to 70C wide temperature operation
- Withstands 25g shock and 4g vibration
- CE compliant. UL/cUL Class 1 Div 2 Zone 2 approvals
- ATEX Certified
XT1210: 8-Channel Differential Analog Current Input Module Specifications:
Input Ranges:
- 0 to 11mA, 0 to 20mA, 4 to 20mA, 20mA.
- 0 to 20 amps AC (with optional AC sensor).
Ethernet Communication:
- Modbus TCP/IP, i2o peer-to-peer available for Modbus TCP/IP only.
- Ethernet/IP.
- Profinet.
- 10/100Base-T(X) PriorityChannel device determinism.
Power Requirement:
- 12 to 32V DC (2.8W).
Download XT1210: 8-Channel Differential Analog Current Input Module Datasheet
Call us today at (855) 737-4714 to learn more, or fill out our online form and someone will get back to you.
Offers an isolated Ethernet network interface for up to eight differential current input channels.