Laukhuff S.1, Инструкция пользователя

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Page 3 User Instructions
Universal Slider Action Solenoid S.1
V2.0
– HW rev. 15 – SW rev. 1.7
Aug. Laukhuff GmbH & Co. KG August-Laukhuff-Straße 1 D-97990 Weikersheim
Telephone: +49 7934/9160-0 Fax: +49 7934/616 E-Mail: info@laukhuff.de
www.laukhuff.de
Operating Modes and Functions
Feature 0: RUN
This is the standard operating mode. For testing, press the set button to move the magnet to the opposite
position.
LEDs no.1 to 8 indicate the currently required force:
- LED 1

force < 60%
- LED 2

force > 60%
- LED 3

force > 70%
- LED 4

force > 75%
- LED 5

force > 80%
- LED 6

force > 85%
- LED 7

force > 90%
- LED 8

force > 95%
When the magnet moves towards ON, the force required for ON is displayed. When it moves towards
OFF, the display outputs the necessary OFF force.
A large difference between the respective forces usually indicates a mechanical slider problem. In that
case, check the movability of the respective slider.
Feature 1: TEACH
Teach process:
1.
Switch the rotary switch to position “1”
2. LED 5 starts flashing
3. Press the set button to initiate the teach process
4. The magnet moves back and forth. LEDs show the required force (see feature 0)
4a - the teach process is finished when the force indicator starts flashing.
4b - the indicators show a running light moving from LED 1 to LED 8 if the slider motion is too
sluggish or the maximum force is too low (see feature 2)
5.
Return the rotary switch to position “0”
The teach process can be stopped and started any time by pressing the set button.
Feature 2: LIMIT / MAX. CURRENT
The maximum admissible current is set with the set button.
12V 24V
Curre
nt
Force Current Force
Level 1
2.0A approx. 30N
1.4A approx. 45N
Level 2 2.0A approx. 51N
Level 3
2.3A approx. 34N
2.5A approx. 58N
Level 4 3.0A approx. 65N
Level 5
2.8A approx. 41N
3.5A approx. 72N
Level 6 4.0A approx. 79N
Level 7
3.0A max. 45N
4.5A approx. 86N
Level 8 6.0A max. 105N
Attention:
Please note that a higher force always requires a higher current. This may overload the
power supply or organ rectifier. Prior to any force increase make sure that the organ power supply can
provide the current as needed for all magnets.