Thermostatic emergency mixing valve
VTE300, VTE500
- Anti-scalding function
- Dynamics by-pass
- High accuracy of temperature control
The ESBE series VTE300/VTE500 thermostatic emergency mixing valves are designed for eye washers and emergency showers, where high precision of water temperature regulation, anti-scalding and continuous access to water is required.
Product range
                        VTE312, External thread
 
                                                                             
                                                                             
                                                                            | Art.no. | Reference | Temperature range [°C] | Kvs | Connection E | A [mm] | B [mm] | C [mm] | D [mm] | Weight [kg] | 
| 31260200 | VTE312 | 22 – 28 | 1,2 | G ¾" | 70 | 54 | 52 | 46 | 0,52 | 
VTE512, External thread
 
                                                                             
                                                                             
                                                                            | Art.no. | Reference | Temperature range [°C] | Kvs | Connection E | A [mm] | B [mm] | C [mm] | D [mm] | Weight [kg] | 
| 31280200 | VTE512 | 22 – 28 | 4,8 | G 1¼" | 84 | 62 | 60 | 56 | 0,95 | 
Installation support
                                Operation
 
                                     
                                    Installation examples
 
                                     
                                    Documents
| Name | Download | 
| Installation instruction VTE300, VTE500 |  | 
Technical data
                            Technical data
| Pressure class: | PN 10 | 
| Working pressure: | 1,0 MPa | 
| max. Differential pressure, Mixing: | 0,3 MPa | 
| Differential pressure cold/hot supply, max.: | 0,03 MPa | 
| Differential pressure to release the bypass function, min.: | 0,05 MPa | 
| Bypass capacity: | VTE300: Kvs 1,2 m³/h  (31 l/min at 2,4 bar differential pressure); VTE500: Kvs 2,7 m³/h (70 l/min at 2,4 bar differential pressure) | 
| Temperature stability: | ±5 °C *VTE300: Valid at same pressure in hot and cold water inlet, minimum flow rate 4 l/min. Minimum temperature difference between hot water inlet and mixed water outlet 10°C. VTE500: Valid at same pressure in hot water inlet and mixed water outlet, minimum flow rate 9 l/min. Minimum temperature difference between hot water inlet and mixed water outlet 10°C. | 
| Connections: | External thread (G), ISO 228/1 | 
| Media temperature, continuously max.: | +95 °C | 
| Media temperature, temporarily max.: | +100 °C | 
| Media temperature, min.: | 0 °C | 
| Material, Valve housing and other metal parts with fluid contact: | Dezincification resistant brass CW625N, DZR | 
Conformity
4MS/KTW-BWGL
 
                                    ÜA R-15.2.4-22-17605 (AT)
 
                            Accessories and spare parts
                                    
                        Download area
    Download area
| Type | Preview | Download | 
| Data Sheet | VTE300, VTE500 |  | 
| Installation instruction | VTE300, VTE500 |  | 
| Certificate | Declaration of Conformity, VTE300 |  | 
| Certificate | Declaration of Conformity, VTE500 |  | 
| Certificate | Building Product Declaration BPD3, VTE300 |  | 
| Certificate | Building Product Declaration BPD3, VTE500 |  | 
| Certificate | ÜA R-15.2.4-22-17605 (AT), VTE300/VTE500 |  | 
| Certificate | KIWA-21-DW-10120, VTE300 |  | 
| Certificate | KIWA-21-DW-10122, VTE500 |  | 
| Approval | PZH-certificate (PL), VTE300/VTE500 |  | 
| Image | VTE312, high res |  | 
| Image | VTE512, high res |  | 
| 2D Image | VTE300, VTE500 |  | 
| 3D drawing (stp file) | VTE312 |  | 
| 3D drawing (stp file) | VTE512 |  | 
 
                                             
                                             
                                             
                                             
                                             
                                             
                                             
                                             
                                             
                         
                         
                