
AME 435, Supply voltage [V] AC: 24, Supply voltage [V] DC: 24, 15 s/mm;8 s/mm;3 s/mm, 20 mm
082H0161
AME 435, 24V AC/DC, 3-15s/mm, 20mm, 400N
Product specifications
Characteristic | Value |
|---|---|
| Actuator speed [s/mm] | 15 s/mm8 s/mm3 s/mm |
| Actuator type | Electrical |
| Ambient temperature [°C] [max] | 55 °C |
| Ambient temperature [°C] [min] | 0 °C |
| Application | HVAC |
| China RoHS compliance | Out of scope |
| Closing force [N] | 400 N |
| Contains batteries | No |
| Control input signal Y [mA] | 0(4) - 20 mA |
| Control input signal Y [mA], impedance [Ohm] | 500 Ohm |
| Control input signal Y [V] | 0(2) - 10 V |
| Control input signal Y [V], impedance [kOhm] | 95 kOhm |
| Control signal type | Modulating |
| Description | AME 435, 24V AC/DC, 3-15s/mm, 20mm, 400N |
| DG Indicator Profile | Not relevant for dangerous goods |
| EPD available | Yes |
| EU RoHS compliance | Yes with exemptions |
| EU RoHS exemption clause | 6(c) |
| IP protection class | IP54 |
| Manual operation | Yes |
Characteristic | Value |
|---|---|
| Material Description | AME 435 24V 7,5-15s/mm 20mm 400N |
| Position feedback | yes |
| Power consumption [W] | 5.0 W |
| Product group | Gear actuators |
| Product line | Hydronic Balancing and Controls |
| Product Type | AME 435 |
| Protection Class of the Coating | II |
| REACH Candidate List substances | Lead (CAS no. 7439-92-1) |
| Safety function | No |
| SCIP dossier no. | 74c42f1a-6965-43b3-ac5a-72dfa5d00cdf |
| SCIP dossier product name | AME 435 24V 7.5-15s/mm 20mm 400N |
| Speed type | Standard |
| Spring down (return) | No |
| Spring up | No |
| Storage temperature [°C] [Max] | 70 °C |
| Storage temperature [°C] [Min] | -40 °C |
| Stroke [mm] | 20.00 mm |
| Supply voltage [V] AC | 24 V |
| Supply voltage [V] DC | 24 V |
General specifications
Characteristic | Value |
|---|---|
| Gross weight | 0.725 Kilogram |
| Net weight | 0.582 Kilogram |
| Volume | 4.144 Liter |
Characteristic | Value |
|---|---|
| EAN/UPC | 5710104006284 |
| Proposition 65 | Cancer and Reproductive Harm |