IO Devices: Difference between revisions

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===10 Universal Signal Input to CAN===
===10 Universal Signal Input to CAN===


The 10 Universal Signal Input Module measures up to 10 analog inputs (0-5 V, 0-20 mA or 4-20 mA) for connection to a variety of analog machine sensors or levers and sends the data to a CAN network. The user can also select multiple PWM or frequency inputs as well as a counter input. An active high digital input is another user-selectable input.
The 10 Universal Signal Input Module measures up to 10 analog inputs (0-5V, 0-20mA or 4-20mA) for connection to a variety of analog machine sensors or levers and sends the data to a CAN network. The user can also select multiple PWM or frequency inputs as well as a counter input. An active high digital input is another user-selectable input.


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===18 Digital Signal Input to CAN===
===18 Digital Signal Input to CAN===


The 18 Digital Signal Input Module accepts up to 10 digital type inputs (active high/active low, PWM signal, frequency or counter). Eight additional digital inputs are user selectable as Active High or Active Low. The electronic control can be connected to a variety of machine switches, sensors, PWM signals, etc. It interfaces with the machine’s CAN network (SAE J1939). Standard embedded software is provided. Rugged packaging in addition to a wide-ranging power supply input section for 12 V or 24 VDC power suits applications in the harsh environment of mobile equipment with on-board battery power. All setpoints are user configurable using the Electronic Assistant.
The 18 Digital Signal Input Module accepts up to 10 digital type inputs (active high/active low, PWM signal, frequency or counter). Eight additional digital inputs are user selectable as Active High or Active Low. The electronic control can be connected to a variety of machine switches, sensors, PWM signals, etc. It interfaces with the machine’s CAN network (SAE J1939). Standard embedded software is provided. Rugged packaging in addition to a wide-ranging power supply input section for 12V or 24VDC power suits applications in the harsh environment of mobile equipment with on-board battery power. All setpoints are user configurable using the Electronic Assistant.


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Coming Soon
[[File:AX030310-01.PNG|180px]]


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AX030310
AX030310-01
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'''[https://store.neweagle.net/shop/products/input-output-devices/18-digital-inputs-sae-j1939-500-kbps/ Purchase]'''
'''[https://store.neweagle.net/shop/products/input-output-devices/18-digital-inputs-sae-j1939-500-kbps/ Purchase]'''
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===20-Channel Thermocouple Scanner===
===20-Channel Thermocouple Scanner===


The Thermocouple Scanner monitors up to 20 thermocouple channels and the temperature information is provided to the engine control system over J1939 (AXTC20) or CANopen (AXTC20CO). The scanner can flag low temperature warnings, high temperature warnings or high temperature shutdowns to the engine control system. It will also detect and indicate open circuits on the sensor wires. Temperature is measured in °C, with a 0.001°C resolution. The scanner is available in CANopen or J1939 CAN communication standards.  
The Thermocouple Scanner monitors up to 20 thermocouple channels and the temperature information is provided to the engine control system over J1939 (AX185000) or CANopen (AX185001). The scanner can flag low temperature warnings, high temperature warnings or high temperature shutdowns to the engine control system. It will also detect and indicate open circuits on the sensor wires. Temperature is measured in °C, with a 0.001°C resolution. The scanner is available in CANopen or J1939 CAN communication standards.  


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'''Thermocouple Scanner'''<br>20 Thermocouple Channels<br>CAN, SAE J1939
'''Thermocouple Scanner'''<br>20 Thermocouple Channels<br>CAN (SAE J1939)


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===RTD Scanner===
===RTD Scanner===


The RTD Scanner monitors up to eight channels of several types of RTDs. The temperature information is provided to an engine control system over a SAE J1939 or CANopen bus. Temperature information can include exhaust temperature, winding temperature and fluid temperature monitoring. All eight channels of temperature data are automatically sent over the CAN bus when power is applied with no additional programming or configuration required. Integral diagnostics determine RTD integrity and the RTD inputs are isolated from each other. The RTD temperature monitoring control features rugged packaging and watertight Deutsch IPD connectors. Applications include power generator sets.
The RTD Scanner monitors up to eight channels of several types of RTDs. The temperature information is provided to an engine control system over an SAE J1939 or CANopen bus. Temperature information can include exhaust temperature, winding temperature and fluid temperature monitoring. All eight channels of temperature data are automatically sent over the CAN bus when power is applied with no additional programming or configuration required. Integral diagnostics determine RTD integrity and the RTD inputs are isolated from each other. The RTD temperature monitoring control features rugged packaging and watertight Deutsch IPD connectors. Applications include power generator sets.


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'''RTD Scanner'''<br>CAN, SAE J1939
'''RTD Scanner'''<br>CAN (SAE J1939)


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|[[File:AXTC4.jpg|160px]]
|[[File:AXTC4.jpg|160px]]
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'''Thermocouple Module <br>4 Channel'''<br> CAN (SAE J1939)'''
'''Thermocouple Module <br>4-Channel'''<br> CAN (SAE J1939)'''
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AXTC4
AXTC4
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'''[https://store.neweagle.net/shop/products/input-output-devices/4-channel-thermocouple-to-can-j1939/ Purchase]'''
'''[https://store.neweagle.net/shop/products/input-output-devices/4-channel-thermocouple-to-can-j1939/ Purchase]'''
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'''[[System_Input_Modules_Downloads#4_Channel_Thermocouple_to_CAN|Datasheets]]'''
'''[[System_Input_Modules_Downloads#4_Channel_Thermocouple_to_CAN|Datasheets]]'''


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'''-'''
'''-'''


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|[[File:AXTC4CO.gif|160px]]
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'''Thermocouple Module <br>4 Channel'''<br> CANopen'''
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AXTC4CO
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'''Please contact [mailto:sales@neweagle.net sales]'''
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'''[[System_Input_Modules_Downloads#Magnetic_Pick-Up_Sensor_to_CAN_Converter_.28SAE_J1939.29|Datasheet]]'''
'''[[System_Input_Modules_Downloads#Magnetic_Pick-Up_Sensor_to_CAN_Converter_.28SAE_J1939.29|Datasheet]]'''
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===Dual Universal Signal Converter===
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The dual universal signal converter accepts two voltage, current, resistive, frequency, RPM, PWM or digital control signal inputs and converts them into two signal outputs (analog voltage, analog current or digital signal). The control can be networked to a SAE J1939 networked engine control system. The outputs are isolated from the inputs. The CAN bus port is isolated from both inputs and outputs.
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!scope="col" style = "width:180px;"|Product Name
!scope="col" style = "width:180px;"|Part Number
!scope="col" style = "width:180px;"|Webstore
!scope="col" style = "width:180px;"|Downloads
!scope="col" style = "width:180px;"|More Information
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|[[File:AX130500.jpg|150px]]
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'''Dual Universal Signal Converter'''
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AX130500
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'''[https://store.neweagle.net/shop/products/input-output-devices/2-universal-signal-inputs-2-signal-outputs-sae-j1939/ Purchase]'''
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'''[[System_Input_Modules_Downloads#Dual_Universal_Signal_Converter|Datasheet]]'''
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A two-channel signal converter with isolation and CAN bus, this product is designed for diesel engine control systems, industrial automation, vehicle automation and machine control integration. The signal converter accepts two analog current or voltage signals, resistive or digital inputs, PWM or frequency/RPM inputs and converts them into two analog, PWM, frequency or digital signal outputs. A +5 V reference powers sensor inputs. The unit has 4-way isolation between power, inputs, outputs and CAN. The I/O control includes CAN bus automation for SAE J1939 12VDC or 24VDC control systems or CANopen networks. It can be installed in control panels, industrial control automation systems, power generator set control systems, off-highway equipment, construction machines and test equipment.
A two-channel signal converter with isolation and CAN bus, this product is designed for diesel engine control systems, industrial automation, vehicle automation and machine control integration. The signal converter accepts two analog current or voltage signals, resistive or digital inputs, PWM or frequency/RPM inputs and converts them into two analog, PWM, frequency or digital signal outputs. A +5V reference powers sensor inputs. The unit has 4-way isolation between power, inputs, outputs and CAN. The I/O control includes CAN bus automation for SAE J1939 12VDC or 24VDC control systems or CANopen networks. It can be installed in control panels, industrial control automation systems, power generator set control systems, off-highway equipment, construction machines and test equipment.


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The 16 Universal Signal Input/Analog Output CAN Controller can extend machine control networks by adding I/O to the CAN bus. This controller features one CAN port for user-defined communications over the bus. It accepts up to eight analog (0-5 V, 0-10 V, 0-20 mA or 4-20 mA) or digital or PWM frequency inputs and provides eight analog outputs (0-5 V, 0-10 V, +/-5 V, +/-10 V, 0-20 mA, 4-20 mA). Diagnostics messages are provided over the CAN network for the status of inputs or outputs. A RS-232 port is provided for user configuration via PC or for diagnostic purposes.  
The 16 Universal Signal Input/Analog Output CAN Controller can extend machine control networks by adding I/O to the CAN bus. This controller features one CAN port for user-defined communications over the bus. It accepts up to eight analog (0-5V, 0-10V, 0-20mA or 4-20mA) or digital or PWM frequency inputs and provides eight analog outputs (0-5V, 0-10V, +/-5V, +/-10V, 0-20mA, 4-20mA). Diagnostics messages are provided over the CAN network for the status of inputs or outputs. A RS-232 port is provided for user configuration via PC or for diagnostic purposes.  


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===4-Channel Strain Gauge to CAN Controller===
===4-Channel Strain Gauge to CAN Controller===


The 4-Channel Strain Gauge CAN controller accepts up to four 4-wire strain gauge connections. The input range is user selectable from +/- 19.5 mV to +/- 2.5 VDC.  It interfaces with the machine’s CAN network (SAE J1939). The measurement rate is 2.5 scans per second and the update rate is 400 ms for all four channels. Standard embedded software is provided.  Rugged IP67 rated packaging and a power supply input of 12VDC or 24VDC nominal suits applications in the harsh environment of mobile equipment with on-board battery power.  All setpoints are user configurable using the Electronic Assistant.
The 4-Channel Strain Gauge CAN controller accepts up to four 4-wire strain gauge connections. The input range is user selectable from +/- 19.5mV to +/- 2.5VDC.  It interfaces with the machine’s CAN network (SAE J1939). The measurement rate is 2.5 scans per second and the update rate is 400ms for all four channels. Standard embedded software is provided.  Rugged IP67 rated packaging and a power supply input of 12VDC or 24VDC nominal suits applications in the harsh environment of mobile equipment with on-board battery power.  All setpoints are user configurable using the Electronic Assistant.


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===Connector Amplifier for Proportional Valves – DIN 43650A===
===Connector Amplifier for Proportional Valves – DIN 43650A===


(0-10 V input, 1.2 A output, 2 m grey cable, IP65)
(0-10V input, 1.2A output, 2m grey cable, IP65)


The connector amplifier supplies a solenoid valve with current proportional to an input control (0-10 VDC or 0-20 mA).  Application: Accurate control of hydraulic and pneumatic proportional solenoid valves used in mobile construction equipment and industrial processes.
The connector amplifier supplies a solenoid valve with current proportional to an input control (0-10VDC or 0-20mA).  Application: Accurate control of hydraulic and pneumatic proportional solenoid valves used in mobile construction equipment and industrial processes.


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===GPS Receiver - CAN J1939===
===GPS Receiver - CAN J1939===


The GPS Receiver – J1939 is a fast update GPS that outputs J1939 data. Its update time is only 0.1 seconds, and it is extremely accurate at capturing position, velocity, and time.  
The GPS Receiver – J1939 is a fast update GPS that outputs J1939 data. Its update time is only 0.1 seconds, and it is extremely accurate at capturing position, velocity and time.  


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===CAN to 10 Output Valve Controller===
===CAN to 10 Output Valve Controller===
Available in 12, 24 and 48 volt operating input power modules, this durable CAN-controlled output controller is capable of providing 10 universal outputs at up to 2.5 amps or 7 amps for the whole module. Applications include proportional valves, hotshot control profiles, PWM signals, and on/off valves. Settings may be user configured via Windows-based Electronic Assistant.
Available in 12V, 24V and 48V operating input power modules, this durable CAN-controlled output controller is capable of providing 10 universal outputs at up to 2.5A or 7A for the whole module. Applications include proportional valves, hotshot control profiles, PWM signals and on/off valves. Settings may be user configured via Windows-based Electronic Assistant.


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===CANopen to 4-Channel Analog Outputs===
===CANopen to 4-Channel Analog Outputs===


The 4 Analog Signal Outputs CAN IO device belongs to a family of Axiomatic user-customizable smart controllers. The programmable internal architecture provides users with an ultimate flexibility, allowing them to build their own custom controller with a required functionality from a set of predefined internal functional blocks using any commercially available CANopen tools.
The 4-Channel Analog Signal Outputs CAN IO device belongs to a family of Axiomatic user-customizable smart controllers. The programmable internal architecture provides users with an ultimate flexibility, allowing them to build their own custom controller with a required functionality from a set of predefined internal functional blocks using any commercially available CANopen tools.


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[[File:4_Analog_Signal_Outputs_with_CANopen_Controller.jpg|120px]]
[[File:4_Analog_Signal_Outputs_with_CANopen_Controller.jpg|120px]]


|'''CANopen to 4-Analog <br>Signal Outputs Device'''
|'''CANopen to 4-Channel Analog Signal Outputs Device'''
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AX030501
AX030501
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===TC/Analog Input of CAN Controller===
===TC/Analog Input of CAN Controller===


The TC/Analog Inputs to CAN Controller receives inputs from engine coolant, fuel and differential pressure sensors, engine temperature sensors, thermistors as well as thermocouples and is networked to a SAE J1939 based control system. Seven +5 V references (10 mA) are provided to power the sensors. The two CAN ports are isolated from signal inputs and thermocouple inputs.  
The TC/Analog Inputs to CAN Controller receives inputs from engine coolant, fuel and differential pressure sensors, engine temperature sensors, thermistors as well as thermocouples and is networked to an SAE J1939 based control system. Seven +5V references (10mA) are provided to power the sensors. The two CAN ports are isolated from signal inputs and thermocouple inputs.  


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|Connector Kit
|'''Connector Kit'''
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AX070123
AX070123
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===CAN Enabled Current Driver===
===CAN Enabled Current Driver===


The Single 5-amp bi-directional current driver is built from either a MotoHawk ECM S12-24 or ECM 563-48 ECU.  This is a customizable solution that allows for custom logic or the use as a simple CAN based slave.  Configuration and service tools are available.
The Single 5-amp bi-directional current driver is built from either a MotoHawk ECM S12-24 or ECM 563-48 ECU.  This is a customizable solution that allows for custom logic or the use as a simple CAN-based slave.  Configuration and service tools are available.


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''(Custom)''<br>Please contact [mailto:sales@neweagle.net sales]
''(Custom)''<br>'''Please contact [mailto:sales@neweagle.net sales]
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Built upon the  
Built upon the  
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===PWM to Analog Converter (Pedal Emulator)===
===PWM to Analog Converter (Pedal Emulator)===
The New Eagle PWM to Analog Converter converts three separate channels of PWM signals to proportional 0-5 V analog signals. The converter is especially useful when paired with control modules with PWM outputs, but no 0-5 V analog outputs. This device is very useful as a pedal emulator.
The New Eagle PWM to Analog Converter converts three separate channels of PWM signals to proportional 0-5V analog signals. The converter is especially useful when paired with control modules with PWM outputs, but no 0-5V analog outputs. This device is very useful as a pedal emulator.


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===DBW PWM to Analog Pedal Emulator===
===DBW PWM to Analog Pedal Emulator===
The New Eagle DBW PWM to Analog Converter is optimized to operate in Drive-By-Wire (DBW) applications. It is designed to take the Raw Analog and Digital signals from the Accelerator and Brake pedals respectively and either pass the signal through to the OEM ECU or override the signals with commanded PWM signals from the DBW Aftermarket ECU.
The New Eagle DBW PWM to Analog Converter is optimized to operate in Drive-By-Wire (DBW) applications. It is designed to take the Raw Analog and Digital signals from the accelerator and brake pedals respectively and either pass the signal through to the OEM ECU or override the signals with commanded PWM signals from the DBW Aftermarket ECU.


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!scope="col"|More Information
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|-
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[[image:PWM-AN-024-1403.PNG|150px]]
[[image:PWM-AN-024-1403.PNG|150px]]
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PWM-DBW-024-2001  
PWM-DBW-024-2001  
 
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PWM-DBW-024-2002
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'''Please contact [mailto:sales@neweagle.net sales]'''
'''Please contact [mailto:sales@neweagle.net sales]'''
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|style = "height:90px; width:180px;"|
'''[https://wiki.neweagle.net/ProductDocumentation/Input_Output_Devices/Specialty_IO_Modules/PWM-DBW-024-2001_DataSheet.pdf Datasheet]'''
'''[https://wiki.neweagle.net/ProductDocumentation/Input_Output_Devices/Specialty_IO_Modules/PWM-DBW-024-2001_DataSheet.pdf Datasheet]'''
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'''[[DBW_PWM_to_Analog_Pedal_Emulator|More Details]]'''
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PWM-DBW-024-2002
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'''[https://wiki.neweagle.net/ProductDocumentation/Input_Output_Devices/Specialty_IO_Modules/PWM-DBW-024-2002_DataSheet.pdf Datasheet]'''
'''[https://wiki.neweagle.net/ProductDocumentation/Input_Output_Devices/Specialty_IO_Modules/PWM-DBW-024-2002_DataSheet.pdf Datasheet]'''
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'''More Details Coming Soon'''
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=== LVDT Simulator for LVDT or RVDT Sensors ===
=== LVDT Simulator for LVDT or RVDT Sensors ===
The LVDT Simulator is used to test LVDT or RVDT sensors. Using a 0-10VDC command signal input and an excitation (drive input), the unit provides two simulation outputs of 1-5VAC. An internal 3kHz oscillator can be utilized as an alternative excitation source. Both outputs are fully isolated. The unit accepts power supply input from 4 to 32VDC. When the input voltage increases from 0-10VDC, the output voltage A increases from 1 to 5VAC and the output voltage B decreases from 5 to 1VAC. Factory settings for the offset (minimum) and span (maximum) are user adjustable. A LED indicates power is OK. The unit is conformal coated and available in a DIN rail mount housing.
The LVDT Simulator is used to test LVDT or RVDT sensors. Using a 0-10VDC command signal input and an excitation (drive input), the unit provides two simulation outputs of 1-5VAC. An internal 3kHz oscillator can be utilized as an alternative excitation source. Both outputs are fully isolated. The unit accepts power supply input from 4-32VDC. When the input voltage increases from 0 to 10VDC, the output voltage A increases from 1 to 5VAC and the output voltage B decreases from 5 to 1VAC. Factory settings for the offset (minimum) and span (maximum) are user adjustable. A LED indicates power is ON. The unit is conformal coated and available in a DIN rail mount housing.


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==Electronic Assistant==
==Electronic Assistant==
The Electronic Assistant® is a software configuration tool that runs on the Windows operating  
The Electronic Assistant® is a software configuration tool that runs on the Windows operating system and is connected to a J1939 bus via a USB to CAN converter, AX070501. Upon being connected to the bus, the EA will find all IO devices on the bus and recognize those manufactured by Axiomatic. Using this tool, a user can quickly configure an Axiomatic IO device for the desired performance over a wide variety of applications.
system and is connected to a J1939 bus via an USB to CAN converter, AX070501. Upon being  
connected to the bus, the EA will find all IO Devices on the bus and recognize those  
manufactured by Axiomatic. Using this tool, a user can quickly configure an Axiomatic IO device for the  
desired performance over a wide variety of applications.


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===Electronic Assistant and Canopen===
===Electronic Assistant and CANopen===
Axiomatic offers CANopen-ready modules that do not require the Axiomatic Electronic Assistant software configuration tool.
Axiomatic offers CANopen-ready modules that do not require the Axiomatic Electronic Assistant software configuration tool.


The parameters in Axiomatic CANopen products can be read or written through any standard CANopen  
The parameters in Axiomatic CANopen products can be read or written through any standard CANopen tool that can access an ECU's Object Dictionary. In addition to the User Manual, Axiomatic also provides Electronic Data Sheets (EDS) with all their CANopen ECUs, as per the standard "CiA DSP 306 V1.3, Electronic Data Sheet Specification for CANopen (EDS)".
tool that can access an ECU's Object Dictionary. In addition to the User Manual, Axiomatic also provides  
Electronic Data Sheets (EDS) with all their CANopen ECUs, as per the standard "CiA DSP 306  
V1.3, Electronic Data Sheet Specification for CANopen (EDS).


===Axiomatic User Manuals===
===Axiomatic User Manuals===
To view detailed user manuals for axiomatic products click [http://www.axiomatic.com/user-downloads/ here]
To view detailed user manuals for Axiomatic products, click '''[http://www.axiomatic.com/user-downloads/ here]'''.
Password: trillium
Password: '''trillium'''


=Discontinued Products=
=Discontinued Products=
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|[[IO_Devices#10_Universal_Signal_Input_to_CAN | AX030121]]
|[[IO_Devices#10_Universal_Signal_Input_to_CAN | AX030121]]


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'''Thermocouple Module <br>4-Channel'''<br> CANopen'''
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AXTC4CO
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'''Please contact [mailto:sales@neweagle.net sales]'''
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|[[File:AX130500.jpg|150px]]
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'''Dual Universal Signal Converter'''
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AX130500
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'''Please contact [mailto:sales@neweagle.net sales]'''
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Latest revision as of 17:01, 6 February 2023

Introduction

New Eagle carries or can build or source Input/Output (I/O) devices for your application. Please read below about current offerings or contact sales to discuss your needs.

Datasheet or user manual not available? Check out the Additional Downloads or please visit our Support Portal.

System Input Modules

1 Universal Signal Input to CAN

The 1 Universal Signal Input Module measures one universal signal input (Voltage, Current, Resistive, Digital, Frequency, or PWM) and outputs the value over CAN. This device is J1939 compliant and can be configured with the Axiomatic Electronic Assistant PC tool.

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1 Universal Signal
Input to CAN

AX030530

Purchase

Datasheet

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Protocol Converter
2 CAN ports
1 RS485 port

AX140X00

Please contact sales

Datasheet

-

10 Universal Signal Input to CAN

The 10 Universal Signal Input Module measures up to 10 analog inputs (0-5V, 0-20mA or 4-20mA) for connection to a variety of analog machine sensors or levers and sends the data to a CAN network. The user can also select multiple PWM or frequency inputs as well as a counter input. An active high digital input is another user-selectable input.

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10 Universal Signal Input
CAN Controller
SAE J1939

AX030120

Purchase

Datasheets

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10 Universal Signal Input
CAN Controller
SAE J1939,
500 kbps

AX030120-01

Please contact sales

10 Universal Signal Input
CAN Controller
SAE J1939,
1 Mbps

AX030120-02

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10 Universal Signal Input
CAN Controller
CANOpen

AX030121

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18 Digital Signal Input to CAN

The 18 Digital Signal Input Module accepts up to 10 digital type inputs (active high/active low, PWM signal, frequency or counter). Eight additional digital inputs are user selectable as Active High or Active Low. The electronic control can be connected to a variety of machine switches, sensors, PWM signals, etc. It interfaces with the machine’s CAN network (SAE J1939). Standard embedded software is provided. Rugged packaging in addition to a wide-ranging power supply input section for 12V or 24VDC power suits applications in the harsh environment of mobile equipment with on-board battery power. All setpoints are user configurable using the Electronic Assistant.

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18 Digital Signal Input
CAN Controller
SAE 1939,
500 kbps

AX030310-01

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Datasheets

-

10 Universal Signal Input
CAN Controller
SAE J1939,
1 Mbps

AX030120-02

Please contact sales

10 Universal Signal Input
CAN Controller
CANopen

AX030311

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20-Channel Thermocouple Scanner

The Thermocouple Scanner monitors up to 20 thermocouple channels and the temperature information is provided to the engine control system over J1939 (AX185000) or CANopen (AX185001). The scanner can flag low temperature warnings, high temperature warnings or high temperature shutdowns to the engine control system. It will also detect and indicate open circuits on the sensor wires. Temperature is measured in °C, with a 0.001°C resolution. The scanner is available in CANopen or J1939 CAN communication standards.

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Thermocouple Scanner
20 Thermocouple Channels
CAN (SAE J1939)

AX185000

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Datasheets

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Thermocouple Scanner
20 Thermocouple Channels
CANopen

AX185001

Purchase

RTD Scanner

The RTD Scanner monitors up to eight channels of several types of RTDs. The temperature information is provided to an engine control system over an SAE J1939 or CANopen bus. Temperature information can include exhaust temperature, winding temperature and fluid temperature monitoring. All eight channels of temperature data are automatically sent over the CAN bus when power is applied with no additional programming or configuration required. Integral diagnostics determine RTD integrity and the RTD inputs are isolated from each other. The RTD temperature monitoring control features rugged packaging and watertight Deutsch IPD connectors. Applications include power generator sets.

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RTD Scanner
CAN (SAE J1939)

AXRTD8

Please contact sales

Datasheets

-

RTD Scanner
CANopen

AXRTD8CO

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4-Channel Thermocouple to CAN

The Thermocouple Module monitors up to four channels of Type J, K or T thermocouples (others on request).

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Thermocouple Module
4-Channel
CAN (SAE J1939)

AXTC4

Purchase

Datasheets

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Magnetic Pick-Up Sensor to CAN Converter (SAE J1939)

Converts a magnetic speed sensor signal into SAE J1939 CAN messages for communication with control systems.
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Magnetic Pick-Up Sensor to CAN Converter

AX031500

Purchase

Datasheet

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Isolated Signal Converter with CAN

A two-channel signal converter with isolation and CAN bus, this product is designed for diesel engine control systems, industrial automation, vehicle automation and machine control integration. The signal converter accepts two analog current or voltage signals, resistive or digital inputs, PWM or frequency/RPM inputs and converts them into two analog, PWM, frequency or digital signal outputs. A +5V reference powers sensor inputs. The unit has 4-way isolation between power, inputs, outputs and CAN. The I/O control includes CAN bus automation for SAE J1939 12VDC or 24VDC control systems or CANopen networks. It can be installed in control panels, industrial control automation systems, power generator set control systems, off-highway equipment, construction machines and test equipment.
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Isolated Signal Converter with CAN
SAE J1939

AX130510

Purchase

Datasheet

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16 Analog I/O Module

The 16 Universal Signal Input/Analog Output CAN Controller can extend machine control networks by adding I/O to the CAN bus. This controller features one CAN port for user-defined communications over the bus. It accepts up to eight analog (0-5V, 0-10V, 0-20mA or 4-20mA) or digital or PWM frequency inputs and provides eight analog outputs (0-5V, 0-10V, +/-5V, +/-10V, 0-20mA, 4-20mA). Diagnostics messages are provided over the CAN network for the status of inputs or outputs. A RS-232 port is provided for user configuration via PC or for diagnostic purposes.
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16 Analog I/O Module
SAE J1939

AX030200

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Datasheets

-

16 Analog I/O Module
CANopen

AX030201

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4-Channel Strain Gauge to CAN Controller

The 4-Channel Strain Gauge CAN controller accepts up to four 4-wire strain gauge connections. The input range is user selectable from +/- 19.5mV to +/- 2.5VDC. It interfaces with the machine’s CAN network (SAE J1939). The measurement rate is 2.5 scans per second and the update rate is 400ms for all four channels. Standard embedded software is provided. Rugged IP67 rated packaging and a power supply input of 12VDC or 24VDC nominal suits applications in the harsh environment of mobile equipment with on-board battery power. All setpoints are user configurable using the Electronic Assistant.

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4-Channel Strain Gauge to CAN Controller
SAE J1939

AX200000

Please contact sales

Datasheet

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Connector Amplifier for Proportional Valves – DIN 43650A

(0-10V input, 1.2A output, 2m grey cable, IP65)

The connector amplifier supplies a solenoid valve with current proportional to an input control (0-10VDC or 0-20mA). Application: Accurate control of hydraulic and pneumatic proportional solenoid valves used in mobile construction equipment and industrial processes.

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Connector Amplifier
for Proportional Valves
DIN 43650A

AX-CAPV-H-10V-1.2A-6C-2M

Purchase

Datasheet

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GPS Receiver - CAN J1939

The GPS Receiver – J1939 is a fast update GPS that outputs J1939 data. Its update time is only 0.1 seconds, and it is extremely accurate at capturing position, velocity and time.

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GPS Receiver CAN J1939 - 250 Baud

GPS-REC-J1939-001

Purchase

Datasheet

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GPS Receiver CAN J1939 - 500 Baud

GPS-REC-J1939-002

Purchase

System Output Modules

CM0410 Input Output Module

The CM0410 is a general-purpose input/output controller that includes a single J1939 CAN interface, four inputs, one high-side current measurement pass-through and 10 high-side outputs. The main function of the product is to provide a means of controlling relays through J1939 messages on the CAN bus. The CM0410 is a CAN slave module only and supports no standalone operation.

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CM0410 Input Output Module
J1939

CM0410

Purchase

-

More Details

CAN Analog Signal Output Controllers

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CAN Analog Signal Output Controller
J1939

AX030520

Purchase

Datasheets

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CAN Analog Signal Output Controller
CANopen

AX030521

Purchase

11:9 CAN Controllers

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11:9 Controller
SAE J1939

AX031200

Purchase

Datasheets

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11:9 Controller
CANopen

AX031201

Purchase

CAN to 10 Output Valve Controller

Available in 12V, 24V and 48V operating input power modules, this durable CAN-controlled output controller is capable of providing 10 universal outputs at up to 2.5A or 7A for the whole module. Applications include proportional valves, hotshot control profiles, PWM signals and on/off valves. Settings may be user configured via Windows-based Electronic Assistant.

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CAN to 10 Output
Valve Controller
CAN (SAE J1939)

AX021210

Please contact sales

Datasheets

-

CAN to 10 Output
Valve Controller
CAN (SAE J1939),
500 kbps

AX021210-01

Purchase

CAN to 10 Output
Valve Controller
CANopen

AX021211

Purchase

CAN (J1939) to 4-Channel Analog Output

The IO device belongs to a family of Axiomatic smart controllers with programmable internal architecture. This provides users with flexibility, allowing them to build their own custom controller with a required functionality from a set of predefined internal functional blocks using the PC-based Axiomatic Electronic Assistant software tool. Application programming is performed through the CAN interface, without disconnecting the controller from the user’s system.

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CAN to 4-Channel
Analog Output Device
250 kbps
(SAE J1939)

AX030500

Purchase

Datasheets

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CAN to 4 Channel
Analog Output Device
500 kbps

AX030502

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CANopen to 4-Channel Analog Outputs

The 4-Channel Analog Signal Outputs CAN IO device belongs to a family of Axiomatic user-customizable smart controllers. The programmable internal architecture provides users with an ultimate flexibility, allowing them to build their own custom controller with a required functionality from a set of predefined internal functional blocks using any commercially available CANopen tools.

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CANopen to 4-Channel Analog Signal Outputs Device

AX030501

Purchase

Datasheet

-

TC/Analog Input of CAN Controller

The TC/Analog Inputs to CAN Controller receives inputs from engine coolant, fuel and differential pressure sensors, engine temperature sensors, thermistors as well as thermocouples and is networked to an SAE J1939 based control system. Seven +5V references (10mA) are provided to power the sensors. The two CAN ports are isolated from signal inputs and thermocouple inputs.

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TC/Analog Input of CAN Controller

AX181000

Purchase

Datasheet

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Connector Kit

AX070123

Please contact sales

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CAN Enabled Current Driver

The Single 5-amp bi-directional current driver is built from either a MotoHawk ECM S12-24 or ECM 563-48 ECU. This is a customizable solution that allows for custom logic or the use as a simple CAN-based slave. Configuration and service tools are available.

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CAN Enabled
Current Driver

(Custom)
Please contact sales

Built upon the
ECM-S12-24
or the
ECM-563-48

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Multiplexed Power Distribution Module (MPDM)

The New Eagle Multiplexed Power Distribution Module offers economical CAN Network oversight for high power circuits in vehicle power distribution. Manufactured as a hardened and weather tight module, it may be configured to provide various OEM circuit protection and switching functions using industry standard fuses, relays and breakers, with the status and control of each circuit accessible through J1939/CANopen messages.

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Multiplexed Power
Distribution Module

MPDM-NE1

Purchase

Datasheets

More Details

MPDM-31M-300-0

Purchase

DC-DC Converter

The DC/DC converter is suitable for application on charging/cranking battery-based systems. Power from a vehicle battery is conditioned at the same voltage level and isolation is provided to protect onboard electronic devices.

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Axiomatic Isolated 24VDC/24VDC Converter

AX081530

Purchase

Datasheets

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AX081530K
(with 2mm cable)

Purchase

High Current H-Bridge Module

The H-Bridge module is a solid state, DC load reversing switch that is wired in an H-Bridge configuration. Rated for up to 30A at 24VDC, this device provides an efficient way to reverse polarity on a variety of DC loads, including solenoids, motors and brake/clutch assemblies. A J1939 CAN-controlled variant of the H-Bridge module is available for purchase. The CAN communications allow for greater control of the device, including current feedback and limiting. The module uses wired signals to adjust the J1939 source address for multiple identical devices on a given bus. A predefined DBC file for the CAN-controlled variant is also available for purchase.

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Rugged 30A H-Bridge
250 kbps

HB-30A

Purchase

Datasheets

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Rugged 30A H-Bridge
SAE J1939,
250 kbps

HB-30A-J1939

Purchase

Rugged 30A H-Bridge
SAE J1939,
DBC File

HB-30A-J1939-DBC

Purchase

Connector Kit for
Rugged 30A H-Bridge

CONKIT-HB-30A

Purchase

CAN Enabled Current Driver

The Single 5-amp bi-directional current driver is built from either a MotoHawk ECM S12-24 or ECM 563-48 ECU. This is a customizable solution that allows for custom logic or the use as a simple CAN-based slave. Configuration and service tools are available.

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Remote Mount Solenoid Driver – DIN Rail Mount

AX-RSD-DR-4-20MA-2A

Purchase

Datasheet

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Protocol Converters

2 SAE J1939, SAE J1587

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Protocol Converter,
2 SAE J1939, SAE J1587

AX140400

Purchase

Datasheet

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LIN to CAN Protocol Converter

The LIN-CAN Protocol Converter, SAE J1939 exchanges data between a LIN network and a CAN network. This device is J1939 compliant and can be configured with the Axiomatic Electronic Assistant PC tool.
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LIN-CAN Protocol Converter, SAE J1939, Extended,
Auto-baud-rate-detect

AX140600-03

Purchase

Datasheet

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LIN-CAN Protocol Converter, SAE J1939, 500kbps Baud Rate

AX140600-01

Purchase

Datasheet

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Digital Keypads

4-Position Keypad

Hassle-free control and customization is literally at your fingertips. The Power Key is reconfigurable, readdressable and relegendable, requiring only a laptop or PC connection. Its secure-locking inserts (not included in purchase) can be interchanged to match the configuration.

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Powerkey Pro 4 Position CAN, Deutch Conn.

KEYPAD-DS-004-02

Please contact sales

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8-Position Keypad

This standard keypad allows a designer to build a semi-custom system for a minimal cost. Each keypad is made from extremely high-quality and rugged silicone that can be laser etched with specified button legends, text or company logos. Communication protocols include RS485, J1030/J1939-11, CANopen and others.

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8-Position CAN Keypad

KEYPAD-DS-008-02

Purchase

Datasheet

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Note: CAN DBC file available upon request.


Specialty IO Modules

J1772 Vehicle Power Interface Module (VPIM)

The J1772 Vehicle Power Interface Module (VPIM) provides the necessary circuitry to interface with Electric or plug-in Hybrid Electric vehicle charging equipment in accordance with the SAE J1772 specifications. It allows the vehicle systems and ECUs that require a low current "sleep" mode to be managed externally and monitors the inputs, providing an output that will drive an external "Wake Up" relay which, in turn, provides power to the connected systems.

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VPIM-024-1301

Purchase

Downloads

More Details

PWM to Analog Converter (Pedal Emulator)

The New Eagle PWM to Analog Converter converts three separate channels of PWM signals to proportional 0-5V analog signals. The converter is especially useful when paired with control modules with PWM outputs, but no 0-5V analog outputs. This device is very useful as a pedal emulator.

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PWM-AN-024-1403

Purchase

Downloads

More Details

DBW PWM to Analog Pedal Emulator

The New Eagle DBW PWM to Analog Converter is optimized to operate in Drive-By-Wire (DBW) applications. It is designed to take the Raw Analog and Digital signals from the accelerator and brake pedals respectively and either pass the signal through to the OEM ECU or override the signals with commanded PWM signals from the DBW Aftermarket ECU.

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PWM-DBW-024-2001

Please contact sales

Datasheet

More Details

PWM-DBW-024-2002

Datasheet

LVDT Simulator for LVDT or RVDT Sensors

The LVDT Simulator is used to test LVDT or RVDT sensors. Using a 0-10VDC command signal input and an excitation (drive input), the unit provides two simulation outputs of 1-5VAC. An internal 3kHz oscillator can be utilized as an alternative excitation source. Both outputs are fully isolated. The unit accepts power supply input from 4-32VDC. When the input voltage increases from 0 to 10VDC, the output voltage A increases from 1 to 5VAC and the output voltage B decreases from 5 to 1VAC. Factory settings for the offset (minimum) and span (maximum) are user adjustable. A LED indicates power is ON. The unit is conformal coated and available in a DIN rail mount housing.

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AX-LVDTS-DR-03

Purchase

Datasheet

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Electronic Assistant

The Electronic Assistant® is a software configuration tool that runs on the Windows operating system and is connected to a J1939 bus via a USB to CAN converter, AX070501. Upon being connected to the bus, the EA will find all IO devices on the bus and recognize those manufactured by Axiomatic. Using this tool, a user can quickly configure an Axiomatic IO device for the desired performance over a wide variety of applications.

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AX070502

Purchase

Datasheet

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Electronic Assistant and CANopen

Axiomatic offers CANopen-ready modules that do not require the Axiomatic Electronic Assistant software configuration tool.

The parameters in Axiomatic CANopen products can be read or written through any standard CANopen tool that can access an ECU's Object Dictionary. In addition to the User Manual, Axiomatic also provides Electronic Data Sheets (EDS) with all their CANopen ECUs, as per the standard "CiA DSP 306 V1.3, Electronic Data Sheet Specification for CANopen (EDS)".

Axiomatic User Manuals

To view detailed user manuals for Axiomatic products, click here. Password: trillium

Discontinued Products

Picture Product Name Part Number Replacement
10 ANALOG INPUT MODULE, SAE J1939 AX030100 AX030120
10 ANALOG INPUT MODULE, CANOPEN AX030101 AX030121

Thermocouple Module
4-Channel
CANopen

AXTC4CO

Please contact sales

Dual Universal Signal Converter

AX130500

Please contact sales

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