| Weight |
15.8 kg |
| Motor size |
112 |
| Size |
500 mm |
| Rotor surface |
Painted black |
| Electronics housing material |
Die-cast aluminum, painted black |
| Impeller material |
PA plastic, sheet-metal plate painted black |
| Support ring material |
Stainless steel |
| Fan housing material |
Sheet steel, galvanized and coated with black plastic (RAL 9005) |
| Number of blades |
5 |
| Airflow direction |
A |
| Direction of rotation |
Clockwise, viewed toward rotor |
| Degree of protection |
IP55 |
| Insulation class |
"F" |
| Moisture (F) / Environmental (H) protection class |
H3 |
| Max. permitted ambient temp. for motor (transport/storage) |
+80 °C |
| Min. permitted ambient temp. for motor (transport/storage) |
-40 °C |
| Installation position |
Shaft horizontal or rotor on top; rotor on bottom on request |
| Condensation drainage holes |
None |
| Mode |
S1 |
| Motor bearing |
Ball bearing / (sealed) |
| Technical features |
- Output 10 VDC, max. 10 mA
- Operation and alarm display
- Alarm relay
- Motor current limitation
- RS-485 MODBUS-RTU
- Soft start
- EEPROM write cycles: 100,000 maximum
- Control input 0-10 VDC / PWM
- Control interface with SELV potential safely disconnected from the mains
- Overvoltage detection
- Thermal overload protection for electronics/motor
- Line undervoltage detection |
| EMC regulations |
according to EN 50121-3-2 |
| Touch current according to IEC 60990 (measuring circuit Fig. 4, TN system) |
<= 3,5 mA |
| Motor protection |
Thermal overload protector (TOP) internally connected |
| with cable |
Lateral |
| Protection class assignment |
I; If a protective earth is connected by the customer|This component for installation may have several local protection classes. This information relates to this component’s basic design.|The final protection class is based on the component’s intended installation and connection. |
| Conformity with standards |
EN 15085-1, CPC3; EN 45545-2, HL3; EN 50155; EN 61373, Cat. 1B |
| Approval |
EAC |
| Comment |
If voltage (e.g. 230 VAC) is passed through the alarm relay, the SELV signal wires lose their property of reinforced insulation, meaning they then have only basic insulation|The SELV property (reinforced insulation) is not lost when voltages of up to 110 VDC are passed through the alarm relay. |
