Installation and Mounting
Duct Installation Requirements:
Diagram illustrating duct installation requirements. A horizontal duct section is shown with the controller installed. It indicates a minimum clearance of 200 mm upstream and downstream of the controller. A formula for calculating the effective diameter (Deff) is provided: Deff = (2 * W * H) / (W + H), where W is the duct width and H is the duct height.
Mounting Orientations:
Diagrams showing various mounting orientations for the controller in a duct. Correct installations are marked with green checkmarks (✔️), while incorrect installations are marked with red crosses (❌). The correct orientations show the controller mounted horizontally or vertically with airflow in either direction, provided there is adequate clearance.
Operation and Settings
Air Flow Adjustment:
Illustration of adjusting air flow settings, represented by a dial with positions P1 to P10.
Setting Control Voltage (Example 1):
A user is depicted thinking about a target air flow rate (qv = 320 m³/h). The process involves selecting settings (1a, 1b) which lead to a calculation.
Air Flow Settings Table:
| Pos. No. | qv (m³/h) | qv (l/s) | Uc (V) |
|---|---|---|---|
| 1 | 200 | 55.5 | 0 |
| 2 | 244 | 67.9 | 1.2 |
| 3 | 289 | 80.2 | 2.3 |
| 4 | 333 | 92.6 | 3.5 |
| 5 | 378 | 104.9 | 5 |
| 6 | 422 | 117.3 | 5 |
Control Voltage Calculation Example:
A calculation example is shown to determine the control voltage (Uc). Using linear interpolation with values from the table (e.g., qv=320 m³/h, with reference points (289 m³/h, 2.3 V) and (333 m³/h, 3.5 V)), the calculation is: Uc = ((320 - 289) * (3.5 - 2.3)) / (333 - 289) + 2.3, which results in Uc ≈ 3.15 V.
Target Air Flow Confirmation:
Confirmation of achieving the target air flow: qv = 320 m³/h.
Actuator Compatibility and Wiring
Compatible Actuators:
Images of compatible actuators: LM24-SRV and CM24-SRV, with their respective model numbers and basic specifications.
Air Flow vs. Control Voltage Graph:
A graph plotting air flow rate (q, m³/h) on the y-axis against control voltage (Uc, V) on the x-axis, showing a linear relationship between minimum and maximum values.
Wiring Diagrams:
Wiring diagrams for the NOTUS-S controller. It shows connections for AC 24 V and DC 24 V power supply, and control signals using DC 0-10 V or DC 2-10 V. Wire colors are indicated: BK (Black), RD (Red), WH (White), OG (Orange).
Actuator Adjustment (LM24-SRV, CM24-SRV)
Voltage Limits Graph:
A graph plotting air flow rate (q, m³/h) against control voltage (Uc, V), illustrating the relationship between minimum (Vmin), low limit (VL), high limit (VH), and maximum (Vmax) voltage settings. Conditions for these limits are shown: VH ≤ Vmax, VL ≥ Vmin, VH > VL.
LM24-SRV Adjustment:
Step-by-step instructions for adjusting the LM24-SRV actuator. It involves using a screwdriver to rotate a setting wheel to set the high limit (VH) and low limit (VL) positions, indicated by angular movements.
CM24-SRV Adjustment:
Step-by-step instructions for adjusting the CM24-SRV actuator. It involves using a screwdriver to turn a setting screw to set the high limit (VH) and low limit (VL) positions, with an audible 'CLICK!' confirming the setting.
Alternative Actuators and Operation
Alternative Actuators:
Images of alternative actuators: LM230 and CM230, with their respective model numbers.
Air Flow vs. Control Voltage Graph:
A graph plotting air flow rate (q, m³/h) against control voltage (Uc, V), illustrating the relationship between minimum (Vmin), low limit (VL), high limit (VH), and maximum (Vmax) voltage settings. Conditions for these limits are shown: VH ≤ Vmax, VL ≥ Vmin, VH > VL.
Wiring Diagram (AC 230V):
Wiring diagram for AC L AC 230 V power supply and control signals, showing wire connections.
Alternative Actuator Adjustment (LM230, CM230)
LM230 Adjustment:
Step-by-step instructions for adjusting the LM230 actuator. It involves using a screwdriver to rotate a setting wheel to set the high limit (VH) and low limit (VL) positions, indicated by angular movements.
CM230 Adjustment:
Step-by-step instructions for adjusting the CM230 actuator. It involves using a screwdriver to turn a setting screw to set the high limit (VH) and low limit (VL) positions, with an audible 'CLICK!' confirming the setting.
