Danfoss AME 685 Electric Drive User Guide
- June 4, 2024
- Danfoss
Table of Contents
ENGINEERING
TOMORROW
AME 685 / 73691620
Operating Guide
AME 685
AME 685
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❸ AME 685 operating as modulating version
AME 685 operating as 3 point version
AME 685
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LED|
Indication type
| Operating mode
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Green LED:| | | Constantly lit| Positioning mode – The actuator is retracting
the stem
| | Constantly lit| Positioning mode – The actuator is extending the stem
| | F lashing (1 s cycle)| Self stroking mode – The actuator is retracting the
stem
| | F lashing (1 s cycle)| Self stroking mode – The actuator is extending the
stem
Yellow LED:| | | Constantly lit| Stationary mode – Actuator has reached upper-
end position (retracted stem)
| | Constantly lit| Stationary mode – Actuator has reached bottom end position
(extended stem)
| | F lashing Blinker| Stationary mode – Single blink when Y signal is
presents and double blinks when Y signal is not connected)
Red LED:| | | Constantly lit| Stand-By mode Standbytilstand Stand-by-Betrieb
Mode
| | F lashing DA:| Error Mode Fejltilstand
Red/ Yellow| | | F lashing (1 s cycle)| Set up stroke limitation (retracted
stem)
| | F lashing (1 s cycle)| Set up stroke limitation (extended stem)
Dark Mørk| No indication| No power supply
| 
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Safety Notes
To avoid personal injury and damage to devices, it is absolutely essential for
these instructions and safety notes to be read carefully and reviewed prior to
assembly and use.
Do not dismantle actuator with the safety spring function! There is risk of
injury and death in the event of improper handling!
The actuator is heavy. Handle with care to avoid injury or product damage.
Wiring
Do not touch anything on the PCB!
Do not remove the cover before the power supply is fully switched off.
NOTE: Only basic functions as SW1 (Fast/Slow) and SW2 (INV/DIR) are
active when is no power supply on terminal SP and the AME actuator is operated
as AMV.
Actuator mounting to valve ❶
Stem connections ❷
Electrical connection ❸
DIP switch setting ❹
SW1: FAST/SLOW – Speed selection ①
– FAST; 2.7 s/mm
– SLOW; 6 s/mm
SW2: DIR/INV – Direct or inverse acting selector ②
– DIR; the actuator is directly reacting to input signal
– INV; the actuator is inversely reacting to input signal
SW3: 2-10V/0-10V – Input/output ③
– 2-10V; the input signal ranges from 2-10 V (voltage input) or 4-20 mA
(current input)
– 0-10V; the input signal ranges from 0-10 V (voltage input) or 0-20 mA
(current input)
Signal range selector sets Y & X signals. SW4: LIN/MDF – Characteristic
modification function ④
– LIN; the linear correlation between Y signal and stem position
– MDF (Modified); enables modified correlation between Y signal and stem
position. The degree of modification depends on the setting of the
potentiometer CM.
The function enables to change of MCV (Motorised Control Valve)
characteristics (for example linear to logarithmic and logarithmic to linear)
and works with all combinations of DIP switch settings.
SW5: 100 %/95 % – Stroke limitation ⑤ Adjustable stroke limitation of
retracted or extended actuator stem position.
DIP switch 5 needs to be reset prior to the procedure (5.2) to 100 % (5.1) and
set to 95 % (5.3) until the self-stroking procedure has concluded (5.4).
The retracted icon (5.5) on the actuator will blink red-yellow when the
actuator stops at max. retracted stem position (5.5) and will blink as long as
it is not set to a new retracted position (5.6) by pressing buttons to set the
required position (observe flow on flow meter). Press and hold the reset
button for 5 seconds (5.7) and then set new extended stem position by pressing
the buttons. The extended icon (5.8) will blink red-yellow as long as it is
not set to new extended position by pressing and holding the reset button for
5 seconds.
SW6: C/P – Output signal mode selector ⑥
- An output signal is present on terminal 4 when the position of the actuator is equal to or lower than the S4 set point. An output signal is present on terminal 5 when the
position of the actuator is equal to or higher than the S5 set point.
SW6: C; provides a constant output signal on terminals 4 & 5, regardless of
the input signal.
SW6: P; provides a pulse signal through parallel or cascade electrical wiring
input 1 & 3 dependents from the controller to output terminals 4 & 5.
SW7: Smart function selector: ⑦
– OFF; the actuator does not try to detect oscillations in the system
– ON; the actuator enables a special antioscillation algorithm – In a case-
control signal Yon a certain point oscillates looking from a time perspective,
the algorithm starts to lower the amplification of the output to the valve.
Instead of having static characteristics actuator changes to dynamic
characteristics. After the control signal does not oscillate anymore, output
to the valve slowly returns back to static characteristics.
SW8: Uy/Iy – Input signal type selector: ⑧
– Uy; input signal Y is set to voltage (V)
– Iy; input signal Y is set to current (mA)
SW9: Ux/Ix – Output signal type selector: ⑨
– Ux; output signal X is set to voltage (V)
– Ix; output signal X is set to current (mA)
NOTE: Y detection is disabled if SW8 is set to ON position and SW3 is set
to OFF position. Functions accessible from cover
RESET button
The actuator has an external RESET button, which is located on the top cover
of the actuator next to the LED indicators. With this button, you can enable
or disable standby mode (press once) or self-stroking mode (press and hold for
5 seconds). See next paragraph for more details.
The final step of electrical connection ❺
LED signalization ❻
Self-stroking mode ❼
Self-stroking mode begins automatically the first time the actuator is powered
on. To start the self-stroking procedure, press and hold the
RESET button for 5 seconds ① until the green light starts flashing. End
positions of the valve are automatically set and the actuator goes into
stationary mode ② and starts responding to the control signal.
Manual Operation
The mechanical and electrical operations must not be used at the same time!
The actuator can be manually positioned when in standby mode or when there is
no power supply (mechanically).
| Actuator type | Mechanical operation | Electrical operation |
|---|---|---|
| AME 685 | √ | √ |
Stand-By mode
Press the RESET button for 1 second to enter standby mode. The actuator stops
in the current position and stops responding to any control signal. A red
light remains constantly lit. You can now manually operate the actuator.
Mechanical manual operation
The actuator has a knob & crank on the top of the housing which enables manual
positioning of the actuator.
Use Mechanical manual operation only when the power is disconnected.
Mechanical and electrical operation are not allowed to be used at the same
time!
Electrical manual operation
The actuator has two buttons on the top of the housing that are used for
electrical manual positioning (up or down), if the actuator is in
Stand-By mode. First press the RESET button until the actuator goes to Stand-
By mode (red LED is lit). By pressing the button the stem will be extended and
by pressing the button the stem will be retracted.
Dimensions
Part Name|
Hazardous Substances Table
---|---
Lead (Pb)| Mercury (Hg)| Cadmium (Cd)| Hexavalent Chromium (Cr(VI))|
Polybrominated biphenyls (PBB)| Polybrominated diphenyl ethers (PBDE)
Housing| X| O| O| O| O| O
Guide insert| X| O| O| O| O| O
Ball bearing| X| O| O| O| O| O
O: Indicates that this hazardous substance contained in all of the homogeneous
material for this part is below the limit requirement in GB/T 26572;
X: Indicates that this hazardous substance contained in at least one of the
homogeneous materials for this part is above the limit requirement in GB/T
26572;
Danfoss A/S
Climate Solutions – danfoss.com « +45 7488 2222
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AQ19558647231501-010202
10 | © Danfoss | 2022.09
Documents / Resources
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Danfoss AME 685 Electric
Drive
[pdf] User Guide
AME 685 Electric Drive, AME 685, Electric Drive, Drive
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