MT2ETH(MS) is a small-size low-power control device, which can control two stepper motors (unipolar or bipolar) and their respective limit/home detection sensors (two for each axis, with programmable polarity).
The motor rotation speed can be easily configured independently to answer user needs. Half step speed is programmable from 1 ms up to 1.000 ms.
Moreover, the device has an auxiliary output with a dedicated control for its activation
The card can be directly connected to stepper motors with nominal current up to 0,6 A. For upper current, a power stade has to added.
The motor control and the device configuration are achieved through ethernet interface, managed by the TCP/IP communication protocol.To avoid connections without authorisation, the access is protected by a password, which can be set by the user.
These cards with ethernet interface can be directly connected to a PC or to internet or ethernet. Thanks to this, their management can be done from any PC connected to the net.
The MT2ETHMS version is equipped with a PWM current control on the motor phases and can reach a movement precision of 1/8 of step.
General features
Input voltage: from 7 up to 15 VDC (unregulated).
Current consumption: 250 mA @ 12 VDC (plus motor and auxiliary exit consumption).
Dimension: 75 x 75 mm (2,95 x 2,95 inch).
MT2ETH
Output current: max 0,6A/ph (1,2A of peak).
MT2ETHMS
Output current: max 0,75A/ph (0,85A of peak).
MT2ETHMS is equipped with PWM current control system on the motor phases.
This device can reach a movement precision of 1/8 of step.
BOX Version
Box model has the card (normal or microstepper) with power supply integrated in a case equipped with two DB25 connector outputs where motors and end limit detectors can be directly connected.
On request this model can be supplied with different voltages:
- 230VAC (50/60Hz)
- 110VAC (50/60Hz)
- 12VDC
- 24VDC.
