Precision LVDT/RVDT Simulator, Isolated, Ethernet, USB-C
Item # AX130410 — Precision LVDT/RVDT Simulator, Isolated, Ethernet, USB-C
The AX130410 Precision LVDT/RVDT Simulator simulates LVDT/RVDT signals with high precision for use in various industrial applications. It is based on FPGA technology and uses 16-bit resolution for precision. AX130410 features one control input, one excitation input, and two LVDT/RVDT simulation outputs. On command, Output A increases from 0 to 9 VP-P (0-3.182 VRMS) and Output B decreases from 9 to 0 VP-P (3.182 VRMS). This voltage range is configurable. The two LVDT/RVDT simulation outputs are fully isolated. Phase delay between external excitation source and simulation outputs is programmable from 0 to 360°. An additional output at reference voltage of 3 VP-P (1.061 VRMS) is provided. The frequency of the outputs matches the selected excitation source (internal or external). The AX130410 controller features web, CAN, and USB interfaces via an RJ45 Ethernet TCP/IP port, an SAE J1939 CAN port, and a USB-C port. All settings can be configured, the firmware can be re-flashed, and the outputs can be controlled from the Ethernet port using a standard web browser. AX130410 can also interface with an SAE J1939 CAN network to provide command messages. The LVDT/RVDT Simulator operates at 12 or 24 VDC nominal (8 to 36 VDC) power. The unit enclosure features a DIN rail mount and an ingress protection rating of IP20.
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Technical Specifications
Precision LVDT/RVDT Simulator, Isolated, Ethernet, USB-C
Order Code
P/N: AX130410
No. of Input(s)
2
Input(s)
1 excitation input for frequency control with 16-bit resolution is selectable as follows:
External source (0-20 V, 400 Hz to 3 kHz)
Internal source (configurable from 400 Hz to 3 kHz ±0.1%)
1 position control input, user selectable as follows:
Voltage (0-5 V, 0-10 V)
Current (4-20 mA)
Frequency (0-10 kHz)
PWM (0-10 kHz)
No. of Output(s)
3
Output(s)
2 isolated LVDT/RVDT simulation outputs with configurable voltage range as follows:
Output A increases from 0 to 9 VP-P, (0 to 3.182 VRMS)
Output B decreases from 9 to 0 VP-P (3.182 to 0 VRMS)
1 reference/oscillation output, 3 VP-P ± 5% (1.061 VRMS)
Output frequency matches the selected excitation source.
Phase delay between the external excitation input and the two simulation outputs is configurable from 0 to 360°.
Communications
1 CAN port (SAE J1939)
1 Ethernet port (TCP/IP)
1 USB-C port
CAN Port(s)
1 SAE J1939 port
CAN Baud Rate
250 kbit/s (default), 500 kbit/s, or 1 Mbit/s with auto-baud-rate detection
Ethernet Port(s)
1 Ethernet TCP/IP port
Auto-negotiation to automatically select the highest link-up speed (10/100 Mbit/s)
Automatic polarity detection and correction
Operating Voltage
12/24 VDC nominal (8-36 VDC)
Isolation
300 VRMS
Both LVDT simulation outputs are fully isolated from each other and from the power supply.
Control Logic
Standard embedded software is provided.
A user programmable functionality is accessible.
Enclosure
DIN rail housing, Phoenix Contact ME MAX 22,5 3-U1 KMGY – 2201538 (vented)
DIN rail TH 35-7.5
Polyamide, China RoHS and cULus recognized
Connection(s)
1x RJ45 connector
1x USB-C connector
3x 4-pin screw terminal connections, Phoenix Contact P/N: 2202344
Protection Rating
IP20
Operating Temperature
-40 to 85 ºC
-40 to 185 ºF
User Interface
All settings can be configured, the firmware can be re-flashed, and the outputs can be controlled from the Ethernet port using a standard web browser.
All settings can be configured, the firmware can be re-flashed, and the outputs can be controlled using the Axiomatic Electronic Assistant KIT,
P/N: AX070502 or P/N: AX070506K.
The USB interface can be used to configure Ethernet IP settings.
Applications
Turbine control
Power generation applications
Datasheet
User Manual
2D Drawing
3D Model
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