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Difference between revisions of "NVGate Front End"
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* '''Bridge Auto-zero:''' The Bridge Xpod features an automatic bridge balancing using voltage offset injection. The bridge balancing process duration is about 20 sec. Process information are provided in the NVGate status bar (bottom left). After balancing, the Offset compensation is modified according to the requested compensation voltage. | * '''Bridge Auto-zero:''' The Bridge Xpod features an automatic bridge balancing using voltage offset injection. The bridge balancing process duration is about 20 sec. Process information are provided in the NVGate status bar (bottom left). After balancing, the Offset compensation is modified according to the requested compensation voltage. | ||
==CAN Bus== | |||
Car Area Network (CAN) bus is great source of data easily collected into vehicles, jet engines and power generation machineries. This Network provides real-time parameters that can be used to correlate measurements and/or evaluate their influence. As an example, the correlation of noise and vibration with the engine load is a typical application of CAN parameter acquisition. For this application, the engine load is collected from the ECU through the CANBus. | Car Area Network (CAN) bus is great source of data easily collected into vehicles, jet engines and power generation machineries. This Network provides real-time parameters that can be used to correlate measurements and/or evaluate their influence. As an example, the correlation of noise and vibration with the engine load is a typical application of CAN parameter acquisition. For this application, the engine load is collected from the ECU through the CANBus. | ||
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CAN parameters configurations are saved in a model, workbook or project and are easily recalled for further utilization. | CAN parameters configurations are saved in a model, workbook or project and are easily recalled for further utilization. | ||
==Remote Control== | |||
This module defines the content of some of the remote control (option) screens. The values of the following settings will configure the remote control display. | This module defines the content of some of the remote control (option) screens. The values of the following settings will configure the remote control display. | ||
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Note the remote control is no more delivered with OROS analyzers. | Note the remote control is no more delivered with OROS analyzers. | ||
==Auto-ranging== | |||
Auto-ranging consists of making an automatic adjustment of the Input ranges to the levels of the signals present on input. It concerns only inputs for which the Enable auto-range is set to On. It can be done in two ways: Normal auto-range or Peak detection auto-range. | Auto-ranging consists of making an automatic adjustment of the Input ranges to the levels of the signals present on input. It concerns only inputs for which the Enable auto-range is set to On. It can be done in two ways: Normal auto-range or Peak detection auto-range. | ||
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''Hidden/fixed: hidden in Normal auto-range mode.'' | ''Hidden/fixed: hidden in Normal auto-range mode.'' | ||
==Expander modules== | |||
The XPod is a device that can be fixed on OR3X TW analyzer. Each XPod is associated to a block of 8 inputs. | The XPod is a device that can be fixed on OR3X TW analyzer. Each XPod is associated to a block of 8 inputs. | ||
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One XPod type selector is available for each XPod position. This setting will include each new Xpod type according to their availability on the OROS catalog. | One XPod type selector is available for each XPod position. This setting will include each new Xpod type according to their availability on the OROS catalog. | ||
===X-Pod Strain gage Bridge=== | |||
[[Image:front_end_07.png|framed|none]] | [[Image:front_end_07.png|framed|none]] | ||
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New Transducer Type: This button is available when a transducer type is selected. A new transducer type is necessary when the pre-defined type does not fit the needs. It is used to gather transducers with the same magnitud | New Transducer Type: This button is available when a transducer type is selected. A new transducer type is necessary when the pre-defined type does not fit the needs. It is used to gather transducers with the same magnitud | ||
=== | ===X-Pod: Temperature probe conditioner=== | ||
This Xpod handles thermocouples and RTD transducers. | This Xpod handles thermocouples and RTD transducers. | ||
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[[Image:front_end_08.png|framed|none]] | [[Image:front_end_08.png|framed|none]] | ||
==Inputs== | |||
Contains all the settings related to the dynamic input x such as transducer type, sensitivity, coupling. | Contains all the settings related to the dynamic input x such as transducer type, sensitivity, coupling. | ||
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* '''Enable auto-range''': On / Off. "On" allows the auto-range to change the range peak of this input. "Off" will set the input range unchanged. | * '''Enable auto-range''': On / Off. "On" allows the auto-range to change the range peak of this input. "Off" will set the input range unchanged. | ||
==DC input== | |||
Contains all the settings related to the DC input x (optional) such as transducer type, sensitivity. Parametric inputs sampled at Low freq (16 bits for hardware V1 or 24 bits) that provide accurate and stable DC measurement. | Contains all the settings related to the DC input x (optional) such as transducer type, sensitivity. Parametric inputs sampled at Low freq (16 bits for hardware V1 or 24 bits) that provide accurate and stable DC measurement. | ||
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If you put tachometer : ON, [[NVGate_Tachometer#DC_Tach|we advised to read the tachometer part for more details.]] | If you put tachometer : ON, [[NVGate_Tachometer#DC_Tach|we advised to read the tachometer part for more details.]] | ||
==CAN Bus== | |||
These sub-module contains all the settings related to the parametrics CAN inputs (optional) such as data type, parameters and sensitivity read from CAN interface. The CAN interface handle up to 24 different parameters. | These sub-module contains all the settings related to the parametrics CAN inputs (optional) such as data type, parameters and sensitivity read from CAN interface. The CAN interface handle up to 24 different parameters. | ||
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''Hidden/fixed: ''Hidden if Tach is Off. | ''Hidden/fixed: ''Hidden if Tach is Off. | ||
==Aux. DC inputs== | |||
Optional, depends on hardware options. | Optional, depends on hardware options. | ||
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See "DC Inputs" for setting details. | See "DC Inputs" for setting details. | ||
===External Syncs== | |||
Externals syncs are high speed levels comparator that provides accurate events date for the tachs and trigger. External sync is sampled at 64 tim the Front-end sampling frequency in order to achieve higher precision in delay or phase measurements. | Externals syncs are high speed levels comparator that provides accurate events date for the tachs and trigger. External sync is sampled at 64 tim the Front-end sampling frequency in order to achieve higher precision in delay or phase measurements. | ||
[[NVGate_Tachometer#Ext._Tach|For more details : Read ext synch tach part.]] | [[NVGate_Tachometer#Ext._Tach|For more details : Read ext synch tach part.]] | ||
==Aux. External Syncs== | |||
Contains all the settings related to the auxiliary External sync. x such as threshold, slope, tach. | Contains all the settings related to the auxiliary External sync. x such as threshold, slope, tach. | ||
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[[NVGate_Output_Signals#Output_general_settings|Read output page for details.]] | [[NVGate_Output_Signals#Output_general_settings|Read output page for details.]] | ||
==Outputs== | |||
Contains all the settings related to the output x.<br> | Contains all the settings related to the output x.<br> | ||
[[NVGate_Output_Signals#Output_chanel_settings|Read output page for details.]] | [[NVGate_Output_Signals#Output_chanel_settings|Read output page for details.]] | ||
==Aux. Output== | |||
Contains all the settings related to the auxiliary output. | Contains all the settings related to the auxiliary output. | ||
read Output setting details. | read Output setting details. | ||