AIRMASTER AM 1200 V with Ø315 Top Hat Module
Technical Characteristics
| Characteristic | Filter Class | 30 dB(A) | 33 dB(A) | 35 dB(A) |
|---|---|---|---|---|
| Max. Capacity 1 Vertical, right/left model 2 |
ePM10 50% | 820 m³/h | 940 m³/h | 1060 m³/h |
| ePM1 55% | 738 m³/h | 846 m³/h | 954 m³/h | |
| ePM1 80% | 656 m³/h | 752 m³/h | 848 m³/h | |
| Max. Capacity 1 Vertical, center model 2 |
ePM10 50% | 920 m³/h | 1045 m³/h | 1170 m³/h |
| ePM1 55% | 828 m³/h | 941 m³/h | 1053 m³/h | |
| ePM1 80% | 736 m³/h | 836 m³/h | 936 m³/h | |
| Airflow (0.2 m/s) 1 - right/left: | min. | 4 m @ 1000 m³/h | 9 m @ 1000 m³/h | 5.5 m @ 1300 m³/h |
| max. | 11 m @ 1300 m³/h | |||
| Airflow (0.2 m/s) 1 - center: | min. | 3 m @ 1000 m³/h | 6.5 m @ 1000 m³/h | 4 m @ 1300 m³/h |
| max. | 8 m @ 1300 m³/h | |||
| Fresh Air Filter | ePM10 50%, ePM1 55% or ePM1 80% | |||
| Return Air Filter | ePM10 50% | |||
| Dimensions (WxHxD) | Horizontal: | 496 x 2098 x 2427 mm | ||
| Vertical: | 496 x 2406 x 2427 mm | |||
| Weight | Right/left version: | 565 kg | ||
| Central version: | 630 kg | |||
| Casing Color | RAL 7024 | |||
| Counter-current Exchanger | 4 x Aluminium | |||
| Density Class (air leakage) EN1886/EN13141-7 | Class L2 / A2 | |||
| Damper Density Class EN1751 | Class 3 | |||
| IP Code | 10 | |||
| Duct Connection | Ø400 mm | |||
| Condensate Pump (Capacity; Head at 5 l/h) | 10 l/h; 6 m | |||
| Internal / External Condenser | Ø4 mm / Ø6 mm | |||
| Power Supply Voltage 3 | 220-240V/50Hz, ~1N+PE 220-240V/50Hz, ~3N+PE |
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| Nominal Power 1 | 254 W | |||
| Nominal Current 1 | 1.4 A | |||
| Power Factor | 0.6 | |||
| Max. Current | 16 A (1 phase, type B) / 3 x 16 A (3 phases, type B) (For heating surface selection, a three-phase connection must be used) |
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| Leakage Current AC / DC | ≤ 9 mA | |||
| Recommended Fault Current Relay | Type B | |||
1 All measurements are performed under normal operating conditions in a standard installation situation with top hat modules recommended by AIRMASTER.
2 With top hat module.
3 Possibility to limit the single-phase supply, connected to L1. Only for units without electric heating battery.
Heating Batteries
Electric Heating Battery
| Characteristic | Pre-heating Battery | Post-heating Battery |
|---|---|---|
| Heat Output | 2500 W | 1670 W |
| Nominal Current | 10.9 A | 7.3 A |
| Thermal Protection, manual reset | 100 °C | 100 °C |
Hot Water Battery
| Nominal Heat Output 4 | 2454 W |
| Connection Dimension | 1/2" (DN 15) |
| Pipe/Fin Material | Copper/aluminium |
| Motorized Valve Open/Close Time | 60 s |
| Max. Operating Temperature | 90 °C |
| Optimal Operating Pressure | 5 bar |
4 Heat output at maximum capacity of 35 dB(A), flow temperature/return temperature 60/40°C and liquid flow of 107 l/h.
Performance Data
Airflow Capacity vs. Pressure
The following graphs illustrate the airflow capacity (m³/h) on the x-axis versus pressure (Pa) on the y-axis, for different filter types (ePM10 50%, ePM1 55%, ePM1 80%) and sound pressure levels (30, 33, 35 dB(A)).
- Graph 1: Capacity with filters ePM10 50% / ePM10 50%
- Graph 2: Capacity with filters ePM1 55% / ePM10 50%
- Graph 3: Capacity with filters ePM1 80% / ePM10 50%
Sound Pressure Level (LpA,eq)
This graph shows the sound pressure level (LpA,eq in dB(A)) on the y-axis against airflow (m³/h) on the x-axis, for 'Right/Left' and 'Center' configurations. Measurements are taken at 1.2m height, 1m horizontal distance from the unit, in a 200 m³ room with T=0.6s reverberation time and 7.5 dB sound insulation.
Temperature Efficiency (EN 308)
This graph displays the temperature efficiency (%) on the y-axis as a function of airflow (m³/h) on the x-axis. Operating conditions are balanced air: 25°C, 28% RH; outside air: 5°C.
Power Consumption
This graph shows the power consumption (W) on the y-axis versus airflow (m³/h) on the x-axis, for the ePM10 50% / ePM10 50% filter configuration.
Specific Fan Power (SFP)
This graph shows Specific Fan Power (Ws/m³) on the y-axis against airflow (m³/h) on the x-axis, for the ePM10 50% / ePM10 50% filter configuration.
Static Pressure - Fresh Air
This graph illustrates static pressure (Pa) on the y-axis versus airflow (m³/h) on the x-axis for fresh air, showing data for 'Center' and 'Right/Left' configurations with 30 dB(A) and 35 dB(A) sound levels, and ePM10 50% filters.
Static Pressure - Return Air
This graph illustrates static pressure (Pa) on the y-axis versus airflow (m³/h) on the x-axis for return air, showing data for 'Center' and 'Right/Left' configurations with 30 dB(A) and 35 dB(A) sound levels, and ePM10 50% filters.
Airflow Range and Mounting Types
Airflow Range (0.2 m/s)
The airflow range of the AM 1200 units varies with airflow rate. The blue zones in the diagram illustrate the jet throw range based on airflow.
- Diagram 1: Top view of airflow range.
- Diagram 2: Side view of airflow range.
Mounting Types
The AM 1200 units are available in various configurations:
- Right-side configurations: AM 1200 VRF2 (2 sides free), AM 1200 VRF3 (3 sides free), AM 1200 HRF2 (2 sides free), AM 1200 HRF3 (3 sides free).
- Center configurations: AM 1200 VCF3 (3 sides free), AM 1200 VCF4 (4 sides free), AM 1200 HCF3 (3 sides free), AM 1200 HCF4 (4 sides free).
- Left-side configurations: AM 1200 VLF2 (2 sides free), AM 1200 VLF3 (3 sides free), AM 1200 HLF2 (2 sides free), AM 1200 HLF3 (3 sides free).
Standard and Options
The following table details the standard features and available options for the AIRMASTER AM 1200 V unit.
| Feature | Status |
|---|---|
| Counter-current Exchanger (aluminium) | Standard (X) |
| Enthalpic counter-current exchanger (Polymer membrane) | Option (•) |
| Combined counter-current exchanger (Polymer membrane) | Special Article (o) |
| By-pass motorized | Standard (X) |
| Fresh air damper with spring return | Standard (X) |
| Return air damper with spring return | Standard (X) |
| Electric pre-heating battery | Option (•) |
| Electric post-heating battery | Option (•) |
| Hot water battery | Option (•) |
| Condensate pump | Standard (X) |
| PIR/motion sensor (wall-mounted) | Option (•) |
| CO2 sensor (wall-mounted) | Standard (X) |
| CO2 sensor (integrated) | Option (•) |
| TVOC sensor (integrated) | Option (•) |
| CO2/TVOC sensor (integrated) | Standard (X) |
| Hygrostat (wall-mounted) | Special Article (o) |
| Energy meter | Option (•) |
| Fresh air filter ePM10 50% | Standard (X) |
| Fresh air filter ePM1 55% | Option (•) |
| Fresh air filter ePM1 80% | Special Article (o) |
| Return air filter ePM10 50% | Standard (X) |
| Control panel Airling Viva | Option (•) |
| Control panel Airling Orbit | Option (•) |
| Airmaster Airlinq® Online | Option (•) |
| Airlinq® Online API | Option (•) |
| Airlinq® BMS | Option (•) |
| LON® Module | Special Article (o) |
| KNX® Module | Special Article (o) |
| MODBUS® RTU RS485 Module | Option (•) |
| BACnet™ MS/TP Module | Option (•) |
| BACnet™ /IP Module | Option (•) |
Principle Diagram
The principle diagram illustrates the airflow path and components of the AIRMASTER AM 1200 unit:
- Airflow Paths: Outside Air, Fresh Air, Return Air, Supply Air, Exhaust Air.
- Components:
- BP: Bypass (motor driven)
- CH: Post-heating battery (option)
- CP: Condensate pump (option)
- CT: Condensate tray
- ED: Exhaust air damper (motor driven)
- EF: Exhaust air filter
- ETV: Exhaust air temperature sensor
- F1: Supply fan
- F2: Return fan
- FT: Float
- HE: Counter-current heat exchanger
- IT: Supply air temperature sensor
- OTV: Outdoor air temperature sensor
- PE: Airflow measurement, exhaust
- PHS: Pre-heating battery (option)
- PI: Airflow measurement, supply
- RT: Room temperature sensor
- SD: Supply damper (motor driven, spring return)
- SF: Fresh air filter
- Taght: Top Hat Module
