Stage Controllers & Others

Connecting Stage Connector Specifications

■ QT-ADL1, QT-ADM2, QT-AMH2, and QT-ADM3 connecting stage connectors. (0.75A/phase motor drive output connector)
Omron XM4L-1542-112 equivalent part. (Mini female D-sub 15 pin)

●(D-sub 15 pin female)
Pins number 13 and 14 are used for our proprietary electromagnetic brake control and should not be used for any other purpose.
Pin number 12 is marked as being N.C (no connection), however, please do not wire up this pin.
■ QT-ADL1-35, QT-ADM2-35, QT-AMH2-35, and QT-ADM3-35 connecting stage connectors.
(0.35A/phase motor drive output connector)
Omron XM4K-1542-112 equivalent part. (Mini male D-sub 15 pin)

●(D-sub 15 pin male)
Pins number 12 and 13 are set aside for maintenance. Please do not wire up these pins.
Pin number 14 is marked as being N.C (no connection). Please do not wire up this pin.

We can assure operation for when stages that are compatible with our company’s controller are connected. We cannot however, guarantee operation for when stages made by other manufacturers or non-compatible stages made by our company are to be connected,
The sensor power supply (+5V) must not be used for any other purpose other than powering the stage sensor.
Using this power supply for any other purpose may lead to stage sensor malfunction or failure.
The color listed inside the motor output brackets refers to the color of the motor wire that our company’s stages use.

Note: Electromagnetic brake operation is not possible for models QT-ADL1, QT-ADM2, QT-AMH2, or QT-ADM3, even if they are connected to an electromagnetic brake equipped stage.
 When connecting electromagnetic brake equipped stages, be sure to use in conjunction with a QT-BK.
Note: Only our company’s 0.75A/phase stages can be used with models QT-ADL1, QT-ADM2, QT-AMH2, and QT-ADM3.
Note: Models QT-ADL1-35, QT-ADM2-35, QT-AMH2-35, and QT-ADM3-35 do not have the wiring required for electromagnetic brake control. (QT-BK cannot be used)
 Only our company’s 0.35A/phase stages can be used.

Sensor Circuit Specifications

 
Note: For Hall IC types: Vo ≦ SVcc Please note that when Vo > SVcc, a reverse voltage is created which may lead to sensor damage.
Equivalent circuits for the QT-A series limit sensor, origin sensor, and pre-origin sensor.
Wiring to each sensor in the case of using the QT-A series with one of our company's stages.Please refer to this equivalent circuit in the case of using it with a different system or device.
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