eP2 Digital Controller

Standalone Touch Panel Controller

The eP2 Digital Controller, a closed loop servo controller for tension and compression machines, is an inexpensive and easier to use alternative to PC/Windows based materials testing systems. It is a presettable unit that requires a minimum amount of training. The eP2 features load and crosshead position inputs plus enhanced closed-loop servo capabilities for accurate and repeatable testing.

Features

Indicate load, position, and position rate during tests and active test results
Save and recall six test methods
Password protected supervisor/operator modes
Calculate key parameters
Selectable high and low limits for each parameters for pass/fail indication
Calculate high, low, mean and standard deviation for a group of tests

Store up to 300 test results to permanent memory
Selectable log rates from 0.5 to 1,000 samples per second accommodates long and short term tests
All test methods have on pre-test control segment which can be used as a pre-load function
Configure up to a 2 segment test profile
Use the cycle between segments function to perform cyclic tests or displacement limits

Download eP2 + GaugeSafe Brochure

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	MTESTQuattro	eP2
Interface	PC Software	Touch Panel
Analysis	Extensive calculations library with built-in ASTM/ISO specification analysis	Standard calculation package for basic testing requirements and QC testing
Test Procedures	Use built-in or create an unlimited number of simple to complex procedures	Save up to six test procedures in eP2
Reporting	Store and organize all data. View and print user customizable test reports with chart and tables	Post test, view current results on eP2 screen and send data to PC for reporting using optional GaugeSafe Software

eP2 controller with inset image showing screen display

eP2 DA

Data Acquisition Solution

ADMET eP2 DA indicator is a retrofit option when the full control of the machine is not required but the user is interested in acquiring data such as Live Load, Live Position, Position Rate with the automatic calculation of an extensive range of test parameters such as Maximum Load, Maximum Stress, Minimum Load, Average Load, Load at Break, Deflection at Break, % Elongation, Load at Deflection, Deflection at Load, and Coefficient of Friction.