TANGO PCI-E 4 axes stepper motor with high position resolution.

Product catalog summary

Product Overview: The TANGO PCI-E is a 4-axis stepper motor controller designed for high precision and smooth operation. It supports up to 819,200 micro-steps per revolution, ensuring optimal control and performance.

Key Features:

Future-proof integration with PCI-Express for fast data transfer.
High torque at speeds up to 4,200 r.p.m. with a 48 V motor voltage.
Energy-efficient design minimizing power loss and heat, eliminating the need for a fan.
Additional functionalities include digital and analog inputs/outputs, closed-loop operation, and safety features like software limits and emergency stop.
Extensive software support with ASCII command language, API, DLL, and Labview driver.

Model Variants: Available in configurations supporting 1 to 3 axes with phase currents of 1.25 A or 2.5 A, and an optional 4th axis with a phase current of 1.0 A.

Optional Equipment: Includes encoder module for closed-loop operation, E/A-functions, optional external power supply, and electronic type label (ETS).

Operating Elements: Compatible with joystick, ErgoDrive, trackball, and Space Pilot for various axes.

Motor Output Stage: Supports 2/4-phase stepper motors with selectable full steps and a maximum phase current of 2.5 A for axes 1 to 3, and 1.0 A for axis 4.

Positioning Capabilities: Offers various shifting modes, a wide speed range, and acceleration options. Supports manual and simultaneous positioning of vectors and single axes.

Interfaces and Functions: Connects to measuring systems for high-precision positioning, supports various signal inputs, and includes additional input/output functions for safety and control.

Miscellaneous: Features on-board temperature measurement, position correction, and electronic type label for customer data.

Ambient Conditions: Operates within a temperature range of +5° C to +70° C with convection cooling.

Catalog excerpts

TANGO PCI-E 4 axes stepper motor with high position resolution.-1

Märzhäuser Sensotech GmbH An den Fichten 35 | D-35579 Wetzlar Tel.: +49 6441 67106-0 Fax: +49 6441 67106-28 [email protected] www.marzhauser-st.de TANGO PCI-E 4 axes stepper motor with high position resolution. Product Features: Optimal control of stepper motors 819,200 micro-steps / revolution enable best performance in accuracy and running smoothness. Future-proof PC integration via PCI-Express very fast data-transfer to com-Bridge via PCI-E Maximum torque even at high motor-speed 48 V motor voltage, up to 4,200 r.p.m., phase current up to 2.5 A Energy-efficient designResulting in low power-loss, low heat-development and less power consumption. No fan required! Many additional functions digital inputs/outlets, analogous inputs/outlets, closed-loop operation and much more Safe installation of driver with licensed Microsoft Certificated Driver Safety functions software limits, limit-switch monitoring, emergency stop Extensive software supportASCII command language, API, DLL, Labview driver Model Types: Tango PCI-E • 1 to 3 axes • phase current 1.25 A or 2.5 A • additional 4. axis* (phase current 1.0 A) Optional equipment: • encoder module for closed-loop operation* • E/A-functions (Aux I/O)* • optional external power supply 48 V • electronic type label (ETS) Operating elements: • Joystick 2 / 3 / 4 axes • ErgoDrive 2 / 3 axes • Trackball 2 axes • Space Pilot 2 / 3 / 4 axes *Installation with additional slot board Dated: November 2010

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TANGO PCI-E 4 axes stepper motor with high position resolution.-2

Motor Output Stage Amount of axes: 1 to 4 Supported motor type: 2/4-phase stepper motor, selectable number of full steps, for instance 100, 200 or 400 full steps per revolution Step resolution: 4,096 micro-steps / macro-step, 819,200 micro-steps/revolution (with 200-step motor) Max. phase current: axes 1 to 3: 1.25 A or 2.5 A; axis 4: 1.0 A Motor current setting: Motor current adjustment control from 0.1 A to max. phase current, adjustable via software, motor phase correction possible, short-circuit-proof outlets Motor current reduction during shutdown: 0% to 100% of motor current setting Motor...

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