Prices exclude all taxes, levies and duties.
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| SOM 1 System-on-Module (SOM) integrating CPU, FPGA, and optional storage to provide high-performance computing for real-time control and data processing. | CPU - 2 x A9, 766MHz RAM - 512 MB FPGA - XC7Z020 |
CPU - 2 x A9, 766MHz or 2 x A53, 1,200MHz RAM - 512 MB or 1GB FPGA - XC7Z020 or XCZU2CG eMMC - N/A or 16GB flash |
| Control Types Choose from PID, Open-Loop, and Asymmetric PID actuator control types to match machine behavior and application requirements. | PID(F) |
PID(F) Open-Loop Asymmetric PID(F) |
| Control Actions Define control actions like setting targets or operating machines based on predefined triggers. |
Set Operate |
Set Operate |
| Algorithm Types Select advanced control algorithms such as Adaptive Amplitude, Dither, and FeedForward to optimize machine performance during test and machine execution. | Adaptive Amplitude Adaptive Amplitude & Mean Dither FeedForward |
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| Wheatstone Bridge Connect strain gauges or load cells using Wheatstone bridge sensor inputs for high-precision measurements. | 2 max | 4 max |
| Temperature Measure temperature data accurately using supported sensor channels for thermal monitoring and analysis. | 2 max | 4 max |
| LVDT / RVDT Use LVDT (Linear) or RVDT (Rotary) displacement transducers for precise position and motion sensing. | 1 max | 2 max |
| Single-Ended Encoder Connect single-ended encoders to track position or speed measurements in the machinery systems. | 2 max | |
| Differential Encoder Use differential encoder channels for high-reliability position and speed tracking, minimizing signal noise. | 2 max | |
| Sensor Calibration Calibrate sensors using linear or piecewise calibration methods to ensure accurate measurement readings across all channels. | Piecewise Linear |
Piecewise Linear |
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| Servo Electric Control electric servo motors for precise positioning, speed, and force applications. | 2 max | 2 max |
| Servo Hydraulic Operate hydraulic servo systems for high-force, high-precision movement in industrial machinery. | 2 max | |
| Brushed DC (PWM) Drive brushed DC motors using PWM (Pulse Width Modulation) for smooth speed and torque control. | 2 max | 2 max |
| Stepper Control stepper motors for precise incremental movement in positioning and automation systems. | 1 max | 1 max |
| Actuator Calibration Types Calibrate actuator control using piecewise mapping for Open-Loop operation. | Piecewise |
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| Voltage Inputs Capture analog voltage signals for measurement, monitoring, and control applications. | 4 max | 8 max |
| Current Inputs Read analog current signals to monitor and control current-driven sensors and devices. | 2 max | 4 max |
| Voltage Outputs Generate analog voltage signals to drive actuators, simulate sensors, or control external equipment. | 2 max | 2 max |
| Current Outputs Produce analog current outputs to control current-driven actuators or simulate current-based signals. | 2 max |
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| Bidirectional 5V Configure 5V digital channels for both input and output operations, supporting flexible signal control. | 8 max | 16 max |
| Bidirectional 24V Use 24V digital channels for industrial-grade input and output control in automation systems. | 8 max | 16 max |
| Digital Channel Triggers Trigger actions when digital signals switch between On and Off states during system operation. |
On Off |
On Off |
| Digital Channel Conditions Set conditions based on digital signal states (On or Off) to automate workflows and responses. |
On Off |
On Off |
| Digital Channel Actions Perform digital actions such as setting High, Low, Pulse start, or Pulse end states for device control and signal simulation. | High Low |
High Low Pulse start Paulse end |
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| Ethernet Enable communication with PCs or local networks via Gigabit Ethernet for data transfer, control, and remote access. | 1 | 1 |
| USB 2.0 Host Connect USB storage devices to save big amount of logged test data. | 1 | |
| MicroSD Card Store logged data directly on a MicroSD card for easy retrieval, backup, and extended data logging during tests. | 1 | 1 |
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| Widget Types Use various dashboard widgets like readouts, graphs, and buttons to visualize data, control tests, and interact with machine settings. | Readout XY Graph Stage Test Button |
Readout XY Graph Stage Test Button Sensor Calibration Offset Calibration Event Viewer |
| Dashboard Triggers Trigger actions based on dashboard events such as opening or closing to enable dynamic software and machine operation. |
Opened Closed |
Opened Closed |
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| Customer Management Create and manage customer profiles with contact details, company information, and user associations to streamline customer operations. |
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| User Management Manage user accounts, roles, and access permissions to ensure secure and organized platform usage. | ||
| User Type Creation Create and define user types such as Admin, Operator, or custom roles by assigning specific access permissions. |
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| Inventory Management Manage inventory of the controllers. |
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| Unit Type Management Create and manage custom quantities and units with scaling, offsets, and metric or imperial system definitions to ensure seamless unit handling across the software. |
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| Variable Types Use variables to transfer data between software components and dynamically define waveform parameters during tests. | Numeric | Numeric |
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| Product Rule Maximum Quantity Maximum number of rules that is possible to create for the Product. | 12 | 50 |
| Test Rule Maximum Quantity Maximum number of rules that is possible to create withint a Test. | 5 | 100 |
| Stage Rule Maximum Quantity Maximum number of rules that is possible to create for each of the test stages. | 3 | 5 |
| Widget Rule Maximum Quantity Maximum number of rules that is possible to use for the configuration of custom Button Widgets. | 50 | 200 |
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| Test Triggers Use test-level triggers such as Started, Stopped, Paused, or Resumed to automate actions based on test execution states. |
Started Stopped |
Started Stopped Paused Resumed |
| Test Conditions Define conditions like 'In Progress' or 'Paused' to control automation rules during the test lifecycle. | In Progress |
In Progress Paused |
| Test Actions Execute automated actions like stopping or pausing a test based on defined conditions and triggers. | Stop | Stop Pause |
| Stage Maximum Quantity Maximum number of stages configured within a test. | 1 | 255 |
| Stage Looping Enable stage looping to repeat a sequence of stages multiple times during a test, supporting advanced workflows. |
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| Waveform Types Set motion profiles for machine axes using ramp, dwell, sinewave, and other waveform types during test execution. | Ramp Dwell Constant |
Ramp Dwell Constant Duotonic Ramp HaverSine Duo-HaverSine Sinewave Squarewave |
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| Measurement Types Create custom measurements based on sensor data. | Sensor/Data | Sensor/Data k*Sensor+b |
| Measurement Triggers Use triggers based on measurement values - such as thresholds, ranges, or changes - to automate machine and test operation flow. |
More than Less than In range Out of range |
More than Less than In range Out of range Amplitude change Mean change |
| Measurement Conditions Set conditions using measurement thresholds or ranges to control the execution flow and automation rules within test or machine execution. |
More than Less than In range Out of range |
More than Less than In range Out of range |
| Measurement Actions Perform actions like taring, untaring, or retrieving measurement values dynamically during machine or test execution. | Tare | Tare Untare Get value |
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| Axes Triggers Set up axis-based triggers, such as operation completion, to automate test workflows based on machine behavior. | Complete | Complete |
| Axes Conditions Define conditions like axis completion to control the flow of test stages and enable rule-based automation. | Complete | Complete |
| Axes Actions Execute actions on axes - such as enabling, disabling, taring setpoints, or resetting PID - to dynamically adjust machine behavior based on rules. |
Enable Disable |
Enable Disable Tare SetPoint Reset PID |
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| Report Creation Generate detailed, customizable reports with test results, test information, statistics, and graphs. |
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| Specimen Type Creation Define custom specimen types with configurable parameters and equations for gauge length and area. | ||
| Specimen Triggers Configure break and yield triggers to detect key specimen events and automate rule-based actions during tests. | Break |
Break Yield |
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| Calculation Types Use built-in calculations to extract key values like modulus, energy, and statistical results. |
Energy Yield Offset Modulus of Elasticity Data point Maximum Load over Width Statistical Measurement @ Break |
Energy Yield Offset Modulus of Elasticity Data point Maximum Load over Width Statistical Measurement @ Break Measurement at Yield Measurement @ Peak Load Peak Load Secant Modulus Chord Modulus |
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| Logging Types Log critical test data with Timed (continuous), Periodic (interval-based), or Peak & Valley (extrema-only) methods to support detailed reporting, analysis, and optimized storage. | Timed | Timed Periodic Peak & Valley |
