5
TPM 075/09
Design .20, .20v2, .21 and .21v2
Design .01 or .11 with mechanical control can be complemented with initiation by means of an
electromagnet (solenoid). The voltage of the electromagnet (solenoid) can be AC 230V, AC/DC
24V. By voltage AC 230 V is damper equipped by electromagnet EM230. By voltage AC/DC 24
V is damper equipped by electromagnet EM230 with pre-pulse switch SIEM24. SEIM24 activates
the electromagnet after capacitor charge witch is placed inside of SIEM24. It takes about 10 sec.
Charging time depends on the current supply. For reliable operation is necessary connect to
electromagnet or pre-pulse switch appropriate supply for 20 to 30 sec. After activation of
electromagnet is released initiation lever and damper is closed. After activation is initiation lever
released. If is damper set up in position "OPEN" is necessary unlock initiation lever by pulling of
electromagnet core.
Tab. 2.1.2. Electromagnet EM230
Elektromagnet EM230
Nominal voltage
AC 230 V / 50 Hz
Attraction current
1,2 A
Degree of protection
IP 40
Ambient temperature
-10 °C … +40 °C
Connection
cable 1m, 3x0,75mm
Fig. 9 Electromagnet EM230
2
Tab. 2.1.3. Electromagnet EM230 with pulse switch
SIEM24
Electromagnet EM230 with pulse switch SIEM24
Nominal voltage
AC 24 V / 50 Hz
DC 24 V
Attraction current
1 A
Degree of protection
IP 40
Ambient temperature
-10 °C … +40 °C
Switching frequency
max. 1x per minute
Connection
cable 1m, 3x0,75mm
Fig. 10 Electromagnet EM230 with pulse switch
SIEM24
2
Design .23, .23v2, .24 and .24v2
Design .20 or .21 with mechanical control and electromagnet can be complemented with limit
switch signaling of the damper blade position "CLOSE".
Design .80, .80v2, .82, .82v2, .83, .83v2
Design .11, .23, or .24 can be complemented with a terminal switch signaling of the damper blade
position "OPEN".
Summary of Contents for FDMB
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