
Substations, DSP2 FIX, Heating controller name: ECL 310
005L7019
DSP2 FIX SE DN65 STD VER.1
005L7019
产品规格
特性 | 值 |
|---|---|
| Allowed temperature [˚C] [Min] | 10 °C |
| Application type | Indirect Heating & Instantaneous DHW |
| Capacity [kW] | 650.0 kW |
| Category name | Indirect heating and DHW substations |
| China RoHS compliance | Out of scope |
| Circulation connection type | Internal thread |
| Circulation pipe size | DN25 |
| Connection direction primary | Top |
| Connection direction secondary | Top |
| Contains batteries | No |
| Cover option | No |
| DG Indicator Profile | Not relevant for dangerous goods |
| DH connection type | welded |
| DH pipe size | DN40 |
| DHW circulation | Yes |
| DHW circulation pump brand | Grundfos |
| DHW circulation pump type | ALPHA 2L 25-60N |
| DHW connection size | 1 1/4" |
| DHW connection type | Internal thread |
| DHW Control type | Electronic |
| DHW controller name | ECL 310 |
| DHW HEX type | XB12 |
| DHW pipe size | DN32 |
| HE connection type | welded |
| HE pipe size | DN65 |
特性 | 值 |
|---|---|
| Heating controller name | ECL 310 |
| Heating HEX type | XB52 |
| Heating pump brand | Grundfos |
| Heating pump type | Magna 3 40-150 F |
| HEX DHW brazed/gasketed material | Brazed copper |
| HEX heating brazed/gasketed material | Brazed copper |
| Material Description | DSP2 FIX SE DN65 STD ver.1 |
| Package depth [mm] | 800 mm |
| Package height [mm] | 2050 mm |
| Package width [mm] | 2000 mm |
| PED 類別 | I |
| Pressure nominal primary [bar] | 16 bar |
| Pressure primary [bar] [Max] | 15 bar |
| Pressure secondary [bar] [Max] | 10 bar |
| Product line | Heavy Duty Stations |
| REACH Candidate List substances | Lead (CAS no. 7439-92-1) |
| UL mark | No |
| 工廠名稱 | Danfoss |
| 描述 | DSP2 FIX SE DN65 STD VER.1 |
| 產品群組 | Substations |
| 產品類型 | DSP2 FIX |
| 設計 | Standing |
| 電源電壓 [V] AC [最大值] | 230 V |
| 電源電壓 [V] AC [最小值] | 230 V |
一般规格
特性 | 值 |
|---|---|
| 總重 | 295 Kilogram |
| 淨重 | 1 Kilogram |
特性 | 值 |
|---|---|
| Volume | 2037.189 Liter |
| Proposition 65 | Cancer and Reproductive Harm |