The Imada MX-1100 Motorized Test Stand, 1100 lbs Capacity is designed to work with the Z2 & ZP force gauges. Imada MX-1100 motorized test stands offer advanced force testing. The combination of screw system and state-of-the-art brush less motor provides extremely smooth and powerful operation over the entire speed range. Connect the Imada MX-1100 test stand with a Z Series force gauge and enable force controlled testing. Force control can automatically stop testing when the force value reaches the high set point programmed on the Z Series force gauge, or maintain the force between the Z Series High and Low set points. Force control is ideal for fatigue or non-destructive testing. Force control is activated when the applied force is at or between the high and low set point(s) of the force gauge and is deactivated by the digital timer. Initial carriage speed is controlled by the variable or fixed speed settings. Initial carriage speed is controlled by the variable or fixed speed settings. When the applied force reaches the low set point of the force gauge, the test stand’s carriage speed is adjusted to 20% of maximum and decreases to zero as the applied force reaches the high set point. Ideal for non-destructive testing. Speed control, The MX-1100 accepts any of the standard range force gauges. Quick switch and Emergency Stop features are also included.
Force Gauge Not Included - Force Gauge Sold Separately
Designed to work with the Z2 & ZP force gauges
One stand for both compression (push) and tension (pull) tests
Combination of ball screw drive system and high performance brushless motor provides extremely smooth and powerful operation over the entire speed range.
Conditional Overload Prevention
Jog, Single Cycle, Continuous Cycle, Force Control
Force Gauge Not Included - Force Gauge Sold Separately
Designed to work with the Z2 & ZP force gauges
One stand for both compression (push) and tension (pull) tests
Combination of ball screw drive system and high performance brushless motor provides extremely smooth and powerful operation over the entire speed range.
Conditional Overload Prevention
Jog, Single Cycle, Continuous Cycle, Force Control