Axiomatic releases a compact 48V or 24V to 14V, 16.8V or 27V Converter/Charger.
January 31, 2020In CAN based systems, utilize a compact 24Vdc/14Vdc, 2A Charger/Converter. Features: 24Vdc/14Vdc, 2A (28 Watts) Converter. Other models include: 48V/14V (Model AX090650) or 48V/16.8V (Model AX090680) or 48V/27V (Model AX090670). 14Vdc, 2A Battery Charger for SLA or AGM batteries. Typical charging efficiency of 91% (12Vdc battery). Non-isolated. 1 CAN port (SAE J1939) – Battery charge […]
Read MoreManage 110V/96V/72V battery power to 24V or 12V sensitive electronic devices using the Axiomatic AX08320X DC/DC Converters.
December 1, 2019Features: 110V, 96V or 72Vdc nominal input, Wide input voltage range (20V to 137V, some derating of output regulation for input less than 42V), 24Vdc, 240 Watts output or 12Vdc, 240 Watts output, Isolated, Optional Enable signal, Typical efficiency of 92%, Input inrush current limit, Thermal protection for over temperature, Reverse battery, over and […]
Read MoreAxiomatic releases an Automotive Ethernet Converter for rugged applications.
October 29, 2019The Axiomatic Automotive Ethernet Converter provides a purely physical, bi-directional conversion between Automotive Ethernet (100BASE-T1), and Ethernet (100BASE-TX) via PHY transceivers. No packets are stored or modified in this device. The converter supports a baud rate of 100 Mbit/s. Status LEDs provide information on connection link, and communication. The converter is designed to work on […]
Read MoreAxiomatic products feature auto-detect baud rates for SAE J1939 networks.
August 26, 2019Axiomatic SAE J1939 products can operate at standard 250 kbit/s and 500 kbit/s baud rates or a non-standard 1Mbit/s baud rate. The required baud rate is detected automatically upon connection to the CAN network. Auto Baud Rate Detection (ABR) functionality is implemented in our inclinometer and gyroscope family and will be extended to other Axiomatic […]
Read MoreAxiomatic now offers a Triaxial Inclinometer Gyroscope for moving machines with CANopen.
June 28, 2019Part of a growing family of inclinometers for machine control, the AX060900, AX060910 and AX060911 measure pitch and roll inclination angles in a full ±180-degree orientation range. The angles can be compensated by a 3D gyroscope to minimize the influence of dynamic linear accelerations caused by vibrations and machine operational movements. The units can also […]
Read MoreAxiomatic releases a CAN bus (SAE J1939 or CANopen) connected Single Valve Controller with DIN 43650A mounting style.
April 8, 2019The CAN Single Valve Controller, p/n: AX021100, accepts SAE J1939 and p/n: AX021101 accepts CANopen messages to command a solenoid up to 2.5A. Powered by 12V or 24V machine batteries, the DIN 43650A mounting style locates the electronics directly on the valve for distributed control. Other form factors available include a remote mount model, a […]
Read MoreUsing Near Field Communication (NFC), the NFC valve controller is configurable while unpowered. It can be configured from an Android phone application in proximity to the NFC controller.
April 8, 2019As a highly flexible controller, the AX022420 valve controller with NFC accepts two command signal inputs and drives two solenoids up to 3A. Other interfaces can include a magnetic pick up sensor and encoder. The outputs are user selectable as high side, low side or half-bridge type. Many control profile parameters are user configurable. A […]
Read MoreAxiomatic releases a 12V or 24Vdc Hot Shot Solenoid Protection Controller
July 18, 2018The AX021000 controller operates from -40 to 85°C (-40 to 185°F) and is IP67 rated. It accepts 12Vdc or 24Vdc power input to drive 1 hydraulic valve with a hot shot profile (1A for 24V model and 2A for 12V model). There is an Enable Input signal. It is a compact, plug-in style controller for […]
Read MoreAxiomatic releases its newest DIN rail mountable controller
March 18, 2018The AX130540 Signal Converter has four-way isolation between inputs, outputs, power and the SAE J1939 CAN port to prevent damaging voltage from passing through into connected systems. It also minimizes the effects of electrical noise. It accepts a broad range of input signals. The two inputs are selectable as voltage or current analog, resistive, PWM/Frequency […]
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