What to do if Linak SMPS-T160 actuator stops moving?
If your Linak I/O Systems actuator stops or shows no movement, it could be due to several reasons: * The 24 V DC power supply might have been turned off. * The actuator may be overloaded, exceeding 5.5 A. * The actuator might have exceeded the accepted duty cycle (over 10%). The power supply will automatically reengage after a few minutes.
What to do if Linak SMPS-T160 I/O Systems hand control has no power?
If there is no power for the hand control of your Linak I/O Systems, it could be due to the auxiliary power supply being cut off because of too high power consumption (more than 300 mA). Check the control cables for a short circuit or too high current consumption in the control unit. The polyfuse will automatically reengage the power after a few minutes.
Why is my Linak SMPS-T160 I/O Systems actuator moving slowly?
A slow-moving Linak I/O Systems actuator can be caused by: * Overload. * Exceeding the accepted duty cycle (over 10%). * High ambient temperature, possibly from direct sunlight. The output power is reduced due to high internal temperature. The power supply will switch back to normal when the temperature drops.
How to troubleshoot Linak SMPS-T160 with no motor sound or piston rod movement?
If your Linak I/O Systems exhibits no motor sound or piston rod movement, it might be due to wrongly connected signal cables. Check the AC supply, change the cable, and verify the signal wiring. Outwards: Red wire +24VDC. Inwards: Black wire +24VDC.
General| Brand | Linak |
|---|---|
| Model | SMPS-T160 |
| Category | I/O Systems |
| Language | English |
Protects the SMPS-T160 from damage due to excessive use via thermal or overload protection.
Ensuring compliance with standards and proper heat dissipation for the SMPS-T160.
Details the I/O specifications for the SMPS-T160 with a standard output interface.
Details compatibility, duty cycle, operating conditions, and actuator control parameters.
Defines nominal output voltage, ripple, total output current, and control unit supply limits.
Illustrates how to connect a single actuator to the SMPS-T160.
Shows the connection diagram for a single LA35 IC actuator with the SMPS-T160.
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