To Next PageTo Next PageWhat to do if Danfoss AMV213 Controller actuators are not working?
If your Danfoss Controller actuators aren't functioning, start by verifying the power connection. Then, check the electrical control unit for a control signal. Also, make sure the safety unit (STB, STW, or SDB) hasn't been triggered. If it has, check the system and safety unit. For AME2 models, ensure the DIP switch is set to automatic operation.
Why is the Danfoss AMV213 Controller actuator direction reversed?
If the effective direction of your Danfoss Controller actuator is reversed, for AMV2 models, check and change the terminal connections at terminals 6 and 7. For AME2 models, verify that the DIP switch is set to normal operation.
General| Brand | Danfoss |
|---|---|
| Model | AMV213 |
| Category | Controller |
| Language | English |
Specifies the electrical actuator's use for Danfoss valves DN 15-50 and PN 16/25.
Details permissible ambient conditions and verification of delivery.
Explains warranty claim requirements for proper assembly and commissioning.
Illustrates the physical components and internal structure of the actuator.
Explains the actuator's operation, motor, gear mechanism, and positioner.
Presents specifications for actuators including stroke, voltage, signals, and temperatures.
Details optional components like end switches that cannot be installed after initial purchase.
Illustrates valid and invalid mounting orientations for different valve types (VIM2, AIQM, VIS2).
Provides steps and safety precautions for mounting the actuator onto the valve.
Details the procedure and safety warnings for connecting electrical lines to the actuator.
Shows electrical connection diagrams for AMV210, AMV213, and end switches.
Details the procedure for setting the mechanical stroke on specific valve types.
Details setting the stroke limiting screw for AIQM5 valves based on flow rate curves.
Presents flow rate curves for AIQM5 valves to adjust stroke limiting screw turns.
Explains the function of DIP switches for actuator configuration and operation modes.
Details how to configure the actuator's input signal type and range (mA or V).
Describes how to set the actuator's output signal type and range (V).
Explains how to set the actuator's response direction (normal/inverse) based on input/output signals.
Details the process of aligning the actuator's end positions using voltage/current signals and LEDs.
Explains how to manually adjust the actuator stem using the rotary switch.
Details manual stem adjustment for AMV213/AME213 using a hexagon socket screw key.
Describes electrical manual stem adjustment for AME210/AME213 actuators after cover removal.
Provides a table listing common faults, their possible causes, and recommended remedies.
Explains how fault conditions are indicated by LEDs and output signals for AME210/213.
